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pt/003/python/main.py
franciscogomes2020/exercises
0
1610057
# Crie um programa que leia dois números e mostre a soma entre eles.
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export_onnx_group_norm.py
lachinov/brats2019
42
42224
<reponame>lachinov/brats2019 import argparse import torch.onnx import os from collections import OrderedDict from torch.onnx.symbolic_registry import register_op from torch.onnx.symbolic_helper import parse_args from model import UNet parser = argparse.ArgumentParser(description="PyTorch SegTHOR") parser.add_argument("--name", default="test", type=str, help="experiment name") parser.add_argument("--models_path", default="./models", type=str, help="path to models folder") parser.add_argument("--input_size", default=(128, 128, 128), help="Input image size", nargs="+", type=int) @parse_args('v', 'i', 'v', 'v', 'f', 'i') def group_norm_symbolic(g, input, num_groups, weight, bias, eps, cudnn_enabled): return g.op("ExperimentalDetectronGroupNorm", input, weight, bias, num_groups_i=num_groups, eps_f=eps) def main(): opt = parser.parse_args() print(torch.__version__) print(opt) enc_layers = [1,2,2,4] dec_layers = [1,1,1,1] number_of_channels=[int(8*2**i) for i in range(1,1+len(enc_layers))]#[16,32,64,128] model = UNet(depth=len(enc_layers), encoder_layers=enc_layers, decoder_layers=dec_layers, number_of_channels=number_of_channels, number_of_outputs=3) s = torch.load(os.path.join(opt.models_path, opt.name, opt.name+'best_model.pth'), map_location='cpu') new_state_dict = OrderedDict() for k, v in s['model'].state_dict().items(): name = k[7:] # remove 'module' word in the beginning of keys. new_state_dict[name] = v model.load_state_dict(new_state_dict) model.eval() x = torch.randn(1, 4, opt.input_size[0], opt.input_size[1], opt.input_size[2], requires_grad=True) register_op("group_norm", group_norm_symbolic, "", 10) torch_out = torch.onnx.export(model, # model being run [x,], # model input (or a tuple for multiple inputs) os.path.join(opt.models_path, opt.name, opt.name+".onnx"), # where to save the model (can be a file or file-like object) export_params=True, verbose=True, # store the trained parameter weights inside the model file opset_version=10 ) if __name__ == "__main__": main()
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src/test/resources/scripts/infinity.py
zella/pyass
1
1616437
<filename>src/test/resources/scripts/infinity.py import time while True: sleep(1) print('hello', flush = True)
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pyfr/util.py
DengSonic/PyFR
1
153258
<filename>pyfr/util.py # -*- coding: utf-8 -*- from contextlib import contextmanager from ctypes import c_void_p import functools as ft import hashlib import itertools as it import os import pickle import shutil from pyfr.ctypesutil import get_libc_function class memoize(object): def __init__(self, func): self.func = func def __get__(self, instance, owner): return self.func if instance is None else ft.partial(self, instance) def __call__(self, *args, **kwargs): instance = args[0] try: cache = instance._memoize_cache except AttributeError: cache = instance._memoize_cache = {} key = (self.func, pickle.dumps(args[1:]), pickle.dumps(kwargs)) try: res = cache[key] except KeyError: res = cache[key] = self.func(*args, **kwargs) return res class proxylist(list): def __getattr__(self, attr): return proxylist(getattr(x, attr) for x in self) def __setattr__(self, attr, val): for x in self: setattr(x, attr, val) def __delattr__(self, attr): for x in self: delattr(x, attr) def __call__(self, *args, **kwargs): return proxylist(x(*args, **kwargs) for x in self) class silence(object): def __init__(self, stdout=os.devnull, stderr=os.devnull): self.outfiles = stdout, stderr self.combine = (stdout == stderr) # Acquire a handle to fflush from libc self.libc_fflush = get_libc_function('fflush') self.libc_fflush.argtypes = [c_void_p] def __enter__(self): import sys self.sys = sys # Flush sys.__stdout__.flush() sys.__stderr__.flush() # Save self.saved_streams = [sys.__stdout__, sys.__stderr__] self.fds = [s.fileno() for s in self.saved_streams] self.saved_fds = [os.dup(f) for f in self.fds] # Open the redirects if self.combine: self.new_streams = [open(self.outfiles[0], 'wb', 0)]*2 else: self.new_streams = [open(f, 'wb', 0) for f in self.outfiles] self.new_fds = [s.fileno() for s in self.new_streams] # Replace os.dup2(self.new_fds[0], self.fds[0]) os.dup2(self.new_fds[1], self.fds[1]) def __exit__(self, *args): sys = self.sys # Flush self.libc_fflush(None) # Restore os.dup2(self.saved_fds[0], self.fds[0]) os.dup2(self.saved_fds[1], self.fds[1]) sys.stdout, sys.stderr = self.saved_streams # Clean up self.new_streams[0].close() self.new_streams[1].close() os.close(self.saved_fds[0]) os.close(self.saved_fds[1]) @contextmanager def setenv(**kwargs): _env = os.environ.copy() os.environ.update(kwargs) try: yield finally: os.environ.clear() os.environ.update(_env) @contextmanager def chdir(dirname): cdir = os.getcwd() try: if dirname: os.chdir(dirname) yield finally: os.chdir(cdir) class lazyprop(object): def __init__(self, fn): self.fn = fn def __get__(self, instance, owner): if instance is None: return None value = self.fn(instance) setattr(instance, self.fn.__name__, value) return value def subclasses(cls, just_leaf=False): sc = cls.__subclasses__() ssc = [g for s in sc for g in subclasses(s, just_leaf)] return [s for s in sc if not just_leaf or not s.__subclasses__()] + ssc def subclass_where(cls, **kwargs): for s in subclasses(cls): for k, v in kwargs.items(): if not hasattr(s, k) or getattr(s, k) != v: break else: return s attrs = ', '.join('{0} = {1}'.format(k, v) for k, v in kwargs.items()) raise KeyError('No subclasses of {0} with attrs == ({1})' .format(cls.__name__, attrs)) def ndrange(*args): return it.product(*map(range, args)) def digest(*args, hash='sha256'): return getattr(hashlib, hash)(pickle.dumps(args)).hexdigest() def rm(path): if os.path.isfile(path) or os.path.islink(path): os.remove(path) else: shutil.rmtree(path) def mv(src, dst): shutil.move(src, dst) def match_paired_paren(delim, n=5): open, close = delim ocset = '[^{1}{0}]'.format(open, close) lft = r'{0}*?(?:\{1}'.format(ocset, open) mid = r'{0}*?'.format(ocset) rgt = r'\{1}{0}*?)*?'.format(ocset, close) return lft*n + mid + rgt*n
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postpatch.py
mr-ma/basic-self-checksumming
1
573
<reponame>mr-ma/basic-self-checksumming import argparse import os import r2pipe import struct import mmap import base64 from shutil import copyfile import pprint pp = pprint.PrettyPrinter(indent=4) def precompute_hash(r2, offset, size): print('Precomputing hash') h = 0 print("r2 command to get the function body in base64:\np6e {}@{}".format(size, offset)) b64_func = r2.cmd("p6e {}@{}".format(size, offset)) func_bytes = bytearray(base64.b64decode(b64_func)) for b in func_bytes: h = h ^ b print('Precomuted hash:', hex(h)) return h def patch_binary(mm, search_value, patch_value): print("search value:{} patch value:{}".format(search_value, patch_value)) flag = "<I" # little-endian unsigned int search_bytes = struct.pack(flag, search_value) address = mm.find(search_bytes) if address == -1: mm.seek(0) address = mm.find(search_bytes) mm.seek(address, os.SEEK_SET) patch_bytes = struct.pack(flag, patch_value) mm.write(patch_bytes) def get_protected_function_info(r2, function): # find addresses and sizes of all functions r2.cmd("aa") r2.cmd("aac") function_list = r2.cmdj("aflj") # print(function_list) funcs = {} for func in function_list: attr = {'size': func['size'], 'offset': func['offset']} funcs[func['name']] = attr # Basic search for mangled names if function == 'main': # main function is entry0 in the binary function = 'entry0' print("Cannot precompute the expected hash for the main function, why is that?") exit(1) match = 0 mangledName = "" for name, attr in funcs.items(): # sometimes r2 prepends sym. to function names if function in name: mangledName = name match += 1 if match != 1: print("Failed to safely find function in the binary!") pp.pprint(funcs) exit(1) return funcs[mangledName] def main(): parser = argparse.ArgumentParser( description='Postpatch protected C program.') parser.add_argument('-b', action="store", dest="binary", help="program.out protected program binary", required=True) parser.add_argument('-f', action="store", dest="function", help="protected function name", required=True) parser.add_argument('-p', nargs="+", dest="placeholders", help="list of used placeholders in the exact order of function, size, expected hash", required=True) results = parser.parse_args() print("python protect program", results) r2 = r2pipe.open(results.binary) funcInfo = get_protected_function_info(r2, results.function) funcOffset = funcInfo["offset"] funcSize = funcInfo["size"] funcExpectedHash = precompute_hash(r2, funcOffset, funcSize) print("funcOffset:{} funcSize:{} funcExpectedHash:{}".format( funcOffset, funcSize, funcExpectedHash)) binaryFile, _ = os.path.splitext(results.binary) patchedBinary = "{}-patched.out".format(binaryFile) copyfile(results.binary, patchedBinary) with open(patchedBinary, 'r+b') as binary: mm = mmap.mmap(binary.fileno(), 0) patch_binary(mm, int(results.placeholders[0]), int(funcSize)) patch_binary(mm, int(results.placeholders[1]), int(funcExpectedHash)) print("Successfully stored patched binary {}".format(patchedBinary)) status = os.system( "chmod +x {}".format(patchedBinary)) if status != 0: print("Error in setting permission, try:\n sudo chmod +x {}".format(patchedBinary)) exit(1) if __name__ == '__main__': main()
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learning_journal/security.py
han8909227/pyramid-learning-journal
0
52407
<filename>learning_journal/security.py """Configure and hold all pertinent security information for the app.""" import os from pyramid.authentication import AuthTktAuthenticationPolicy from pyramid.authorization import ACLAuthorizationPolicy from pyramid.security import Authenticated from pyramid.security import Allow from passlib.apps import custom_app_context as pwd_context from pyramid.session import SignedCookieSessionFactory # <-- include this class MyRoot(object): """My root class.""" def __init__(self, request): """Init auth class.""" self.request = request __acl__ = [ (Allow, Authenticated, 'secret'), ] def is_authenticated(username, password): """Check if the user's username and password are good.""" if username == os.environ.get('AUTH_USERNAME', ''): if pwd_context.verify(password, os.environ.get('AUTH_PASSWORD', '')): return True return False def includeme(config): """.""" # set up authentication auth_secret = os.environ.get('AUTH_SECRET', '') authn_policy = AuthTktAuthenticationPolicy( secret=auth_secret, hashalg='sha512' ) config.set_authentication_policy(authn_policy) # set up authorization authz_policy = ACLAuthorizationPolicy() config.set_authorization_policy(authz_policy) # config.set_default_permission('secret') # if i want every view by default to be behind a login wall config.set_root_factory(MyRoot) # set up CSRF token to prevent CSRF attack session_secret = os.environ.get('SESSION_SECRET', '') session_factory = SignedCookieSessionFactory(session_secret) config.set_session_factory(session_factory) config.set_default_csrf_options(require_csrf=True)
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backend/main/models.py
hadi-f90/futurecoder
0
111657
from django.contrib.auth.models import AbstractUser from django.db import models from main.text import page_slugs_list, pages from jsonfield import JSONField class PagesProgress(dict): """Supplies the first step name as the default for missing pages""" def __missing__(self, key): result = {"step_name": pages[key].step_names[0]} self[key] = result return result class User(AbstractUser): page_slug = models.CharField(default=page_slugs_list[0], max_length=128) json = JSONField(default={"pages_progress": {}}) developer_mode = models.BooleanField(default=False) @property def pages_progress(self): """ Returns a PagesProgress dict which fills in default values. Ensures the result is directly in the json field so changes are written back to the database. """ result = self.json["pages_progress"] if not isinstance(result, PagesProgress): result = self.json["pages_progress"] = PagesProgress(result) return result class ListEmail(models.Model): email = models.EmailField() class CodeEntry(models.Model): timestamp = models.DateTimeField(auto_now=True) input = models.TextField() output = models.TextField(null=True) source = models.CharField(max_length=32) user = models.ForeignKey(User, on_delete=models.SET_NULL, related_name='code_entries', null=True) page_slug = models.CharField(max_length=128) step_name = models.CharField(max_length=128)
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pytoolkit/applications/__init__.py
ak110/pytoolk
26
24210
"""Kerasの各種モデル。""" # pylint: skip-file # flake8: noqa from . import darknet53, efficientnet, xception
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pys/testing.py
nahian-147/my_codes
0
89255
<reponame>nahian-147/my_codes import subprocess p = int(subprocess.check_output(["./testing","5"]).decode()) print(p*p)
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Netmiko/GetInts.py
NetworkNick-US/PythonScripts
0
60907
import netmiko import LogUtility class CiscoBase: def __init__(self, hostname, ip, device_type=None, username=None, password=<PASSWORD>): self.hostname = hostname self.connection_data = { 'ip': ip, 'device_type': device_type, 'username': username, 'password': password } def login(self): return netmiko.ConnectHandler(**self.connection_data) class CiscoRTR(CiscoBase): def populate_interface_list(self): connect = self.login() sh_ip_int_brief = connect.send_command("show ip int brief", use_textfsm=True) self.interface_list = [] for interface in sh_ip_int_brief: self.interface_list.append(interface['intf']) CoreRTR = CiscoRTR("Core1", "192.168.255.254", "cisco-ios", "localAdmin", "SuperSecure123!!") CoreRTR.populate_interface_list() ints = CoreRTR.interface_list print(ints) logList = LogUtility.NetworkLogger("interfaces.txt") logList.log(str(ints))
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exceptions/ServiceExceptions.py
sachinraina112/flask_app
0
156469
<gh_stars>0 from enum import Enum class ExceptionMessages(Enum): @property def code(self): return self.value[0] @property def message(self): return self.value[1] PREDICT_JOB_FAIL = (10001, "Error occurred in prediction job") VALIDATE_JOB_FAIL = (10002, "Error occurred in validation job") DATA_FETCH_ERROR = (10003, "Error in fetching report") ERROR_IN_WRITING_DATA = (10004, "Error in writing data into report") ERROR_IN_LOADING_MODULE = (10005, "Error in loading module") DATA_NOT_PRESENT = (10006, "Data not present") ERROR_READING_CONFIG = (10007, "Error while reading app-config file, make sure app-config file exists with model_params property") URL_REQUIRED_FOR_REQUEST = (10008, "URL should not empty") class ServiceException(Exception): def __init__(self, ex: ExceptionMessages=None, message: str=None, code: int=None): if ex is not None: self.message = ex.message self.code = ex.code or 100 else: self.message = message self.code = code super().__init__(self.message)
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dali/core/framework/types.py
seetaresearch/Dragon
81
158161
<reponame>seetaresearch/Dragon # ------------------------------------------------------------ # Copyright (c) 2017-present, SeetaTech, Co.,Ltd. # # Licensed under the BSD 2-Clause License. # You should have received a copy of the BSD 2-Clause License # along with the software. If not, See, # # <https://opensource.org/licenses/BSD-2-Clause> # # ------------------------------------------------------------ from __future__ import absolute_import from __future__ import division from __future__ import print_function import numpy try: from nvidia.dali import types as dali_types # ConstantWrapper Constant = dali_types.Constant ScalarConstant = dali_types.ScalarConstant # DALIDataType BOOL = dali_types.BOOL FLOAT = dali_types.FLOAT FLOAT16 = dali_types.FLOAT16 FLOAT32 = dali_types.FLOAT FLOAT64 = dali_types.FLOAT64 INT8 = dali_types.INT8 INT16 = dali_types.INT16 INT32 = dali_types.INT32 INT64 = dali_types.INT64 STRING = dali_types.STRING UINT8 = dali_types.UINT8 UINT16 = dali_types.UINT16 UINT32 = dali_types.UINT32 UINT64 = dali_types.UINT64 # DALIImageType BGR = dali_types.BGR RGB = dali_types.RGB # DALIInterpType INTERP_CUBIC = dali_types.INTERP_CUBIC INTERP_GAUSSIAN = dali_types.INTERP_GAUSSIAN INTERP_LANCZOS3 = dali_types.INTERP_LANCZOS3 INTERP_LINEAR = dali_types.INTERP_LINEAR INTERP_NN = dali_types.INTERP_NN INTERP_TRIANGULAR = dali_types.INTERP_TRIANGULAR # PipelineAPIType PIPELINE_API_BASIC = dali_types.PipelineAPIType.BASIC PIPELINE_API_ITERATOR = dali_types.PipelineAPIType.ITERATOR PIPELINE_API_SCHEDULED = dali_types.PipelineAPIType.SCHEDULED # TensorLayout NCHW = dali_types.NCHW NHWC = dali_types.NHWC except ImportError: dali_types = None NO_DALI = -1 # ConstantWrapper Constant = NO_DALI ScalarConstant = NO_DALI # DALIDataType BOOL = NO_DALI FLOAT = NO_DALI FLOAT16 = NO_DALI FLOAT32 = NO_DALI FLOAT64 = NO_DALI INT8 = NO_DALI INT16 = NO_DALI INT32 = NO_DALI INT64 = NO_DALI STRING = NO_DALI UINT8 = NO_DALI UINT16 = NO_DALI UINT32 = NO_DALI UINT64 = NO_DALI # DALIImageType BGR = NO_DALI RGB = NO_DALI # DALIInterpType INTERP_CUBIC = NO_DALI INTERP_GAUSSIAN = NO_DALI INTERP_LANCZOS3 = NO_DALI INTERP_LINEAR = NO_DALI INTERP_NN = NO_DALI INTERP_TRIANGULAR = NO_DALI # PipelineAPIType PIPELINE_API_BASIC = NO_DALI PIPELINE_API_ITERATOR = NO_DALI PIPELINE_API_SCHEDULED = NO_DALI # TensorLayout NCHW = NO_DALI NHWC = NO_DALI def np_dtype(dali_dtype): """Convert the dali dtype into the numpy format.""" return numpy.dtype(dali_dtype)
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ExpenseTracker/grocery/models.py
lennyAiko/LifeExpenses
0
1606139
<gh_stars>0 from django.db import models from django.contrib.auth.models import User # Create your models here. PROGRESS = ( ('In progress', 'In progress'), ('Completed', 'Completed') ) class List(models.Model): user = models.ForeignKey(User, on_delete=models.CASCADE, null=True, related_name='list') name = models.CharField(max_length=70, null=True) status = models.CharField(choices=PROGRESS, null=True, max_length=12, default="In progress") date_created = models.DateTimeField(auto_now_add=True) date_updated = models.DateTimeField(auto_now=True) def __str__(self): return f"{self.name}" class Meta: ordering = ['-date_created'] verbose_name = 'Shopping List' verbose_name_plural = 'Shopping Lists' @property def total_list(self, value=0): items = self.item.all() for i in items: value += i.total_item return value class Item(models.Model): name = models.CharField(max_length=70, null=True) price = models.DecimalField(max_digits=7, decimal_places=2, default=0.00, null=True) quantity = models.IntegerField(default=1, null=True) list = models.ForeignKey(List, on_delete=models.CASCADE, null=True, related_name='item') date_created = models.DateTimeField(auto_now_add=True) date_updated = models.DateTimeField(auto_now=True) def __str__(self): return f"{self.name}" class Meta: ordering = ['-date_created'] verbose_name = 'Shopping Item' verbose_name_plural = 'Shopping Items' @property def total_item(self): return self.price * self.quantity
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tests/models/test_inv_resourcegroup.py
prorevizor/noc
84
68810
# ---------------------------------------------------------------------- # inv.ResourceGroup tests # ---------------------------------------------------------------------- # Copyright (C) 2007-2018 The NOC Project # See LICENSE for details # ---------------------------------------------------------------------- # NOC modules from noc.inv.models.resourcegroup import ResourceGroup def test_clean_leagacy_id(): left = ResourceGroup._get_collection().find_one({"_legacy_id": {"$exists": True}}) assert left is None, "_legacy_id field has been left by migration"
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qa_tool/tests/test_relevancy_score.py
pg-irc/pathways-backend
12
105485
import datetime from test_plus.test import TestCase from qa_tool.tests.helpers import RelevancyScoreBuilder, AlgorithmBuilder, SearchLocationBuilder from rest_framework import status from rest_framework.authtoken.models import Token from rest_framework.test import APIClient from human_services.services_at_location.tests.helpers import ServiceAtLocationBuilder from newcomers_guide.tests.helpers import create_topic from common.testhelpers.random_test_values import an_integer, a_string class GETRelevancyScoreTests(TestCase): def setUp(self): self.user = self.make_user() self.token = Token.objects.create(user=self.user) self.APIClient = APIClient() self.data = { 'value': an_integer(), 'algorithm': AlgorithmBuilder().create().id, 'search_location': SearchLocationBuilder().create().id, 'service_at_location': ServiceAtLocationBuilder().create().id, 'topic': create_topic(a_string()).id, } def test_can_get_one_entity_unauthenticated(self): score_value = an_integer() score = RelevancyScoreBuilder(self.user).with_value(score_value).create() url = '/qa/v1/relevancyscores/{0}/'.format(score.pk) response = self.APIClient.get(url) self.assertEqual(response.status_code, status.HTTP_200_OK) self.assertEqual(response.json()['value'], score_value) def test_can_get_entities_unauthenticated(self): RelevancyScoreBuilder(self.user).create() RelevancyScoreBuilder(self.user).create() url = '/qa/v1/relevancyscores/' response = self.APIClient.get(url) self.assertEqual(response.status_code, status.HTTP_200_OK) self.assertEqual(len(response.json()), 2) def test_cannot_get_non_existent_entity_unauthenticated(self): url = '/qa/v1/relevancyscores/0/' response = self.APIClient.get(url) self.assertEqual(response.status_code, status.HTTP_404_NOT_FOUND) class DELETERelevancyScoreTests(TestCase): def setUp(self): self.user = self.make_user() self.token = Token.objects.create(user=self.user) self.APIClient = APIClient() self.data = { 'value': an_integer(), 'algorithm': AlgorithmBuilder().create().id, 'search_location': SearchLocationBuilder().create().id, 'service_at_location': ServiceAtLocationBuilder().create().id, 'topic': create_topic(a_string()).id, } def test_can_delete(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) score = RelevancyScoreBuilder(self.user).create() url = '/qa/v1/relevancyscores/{0}/'.format(score.pk) response = self.APIClient.delete(url) self.assertEqual(response.status_code, status.HTTP_204_NO_CONTENT) def test_cannot_delete_unauthenticated(self): score = RelevancyScoreBuilder(self.user).create() url = '/qa/v1/relevancyscores/{0}/'.format(score.pk) response = self.APIClient.delete(url) self.assertEqual(response.status_code, status.HTTP_401_UNAUTHORIZED) def test_cannot_delete_non_existent_entity(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) url = '/qa/v1/relevancyscores/0/' response = self.APIClient.delete(url) self.assertEqual(response.status_code, status.HTTP_404_NOT_FOUND) class PUTRelevancyScoreTests(TestCase): def setUp(self): self.user = self.make_user() self.new_user = self.make_user(username='testuser2') self.token = Token.objects.create(user=self.user) self.APIClient = APIClient() self.sample_score = RelevancyScoreBuilder(self.user).create() self.data = { 'value': an_integer(), 'algorithm': AlgorithmBuilder().create().id, 'search_location': SearchLocationBuilder().create().id, 'service_at_location': ServiceAtLocationBuilder().create().id, 'topic': create_topic(a_string()).id, } def test_can_put_value(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) new_value = an_integer() self.data['value'] = new_value url = '/qa/v1/relevancyscores/{0}/'.format(self.sample_score.pk) response = self.APIClient.put(url, self.data) self.assertEqual(response.status_code, status.HTTP_200_OK) self.assertEqual(response.json()['value'], new_value) def test_can_put_algorithm(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) new_algorithm = AlgorithmBuilder().create() self.data['algorithm'] = new_algorithm.id url = '/qa/v1/relevancyscores/{0}/'.format(self.sample_score.pk) response = self.APIClient.put(url, self.data) self.assertEqual(response.status_code, status.HTTP_200_OK) self.assertEqual(response.json()['algorithm'], new_algorithm.id) def test_can_put_search_location(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) new_search_location = SearchLocationBuilder().create() self.data['search_location'] = new_search_location.id url = '/qa/v1/relevancyscores/{0}/'.format(self.sample_score.pk) response = self.APIClient.put(url, self.data) self.assertEqual(response.status_code, status.HTTP_200_OK) self.assertEqual(response.json()['search_location'], new_search_location.id) def test_can_put_service_at_location(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) new_service_at_location = ServiceAtLocationBuilder().create() self.data['service_at_location'] = new_service_at_location.id url = '/qa/v1/relevancyscores/{0}/'.format(self.sample_score.pk) response = self.APIClient.put(url, self.data) self.assertEqual(response.status_code, status.HTTP_200_OK) self.assertEqual(response.json()['service_at_location'], new_service_at_location.id) def test_can_put_topic(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) new_topic = create_topic(a_string()) self.data['topic'] = new_topic.id url = '/qa/v1/relevancyscores/{0}/'.format(self.sample_score.pk) response = self.APIClient.put(url, self.data) self.assertEqual(response.status_code, status.HTTP_200_OK) self.assertEqual(response.json()['topic'], new_topic.id) def test_put_response_has_new_time_stamp(self): url = '/qa/v1/relevancyscores/{0}/'.format(self.sample_score.pk) self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) response = self.APIClient.put(url, self.data) self.assertEqual(response.status_code, status.HTTP_200_OK) recreated_time = datetime.datetime.strptime(response.json()['time_stamp'], '%Y-%m-%dT%H:%M:%S.%fZ') self.assertLessEqual(recreated_time, datetime.datetime.now()) self.assertGreaterEqual(recreated_time + datetime.timedelta(seconds=1), datetime.datetime.now()) def test_can_put_with_different_credential(self): new_token = Token.objects.create(user=self.new_user) self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + new_token.key) new_value = an_integer() self.data['value'] = new_value url = '/qa/v1/relevancyscores/{0}/'.format(self.sample_score.pk) response = self.APIClient.put(url, self.data) self.assertEqual(response.status_code, status.HTTP_200_OK) self.assertEqual(response.json()['user'], self.new_user.id) self.assertEqual(response.json()['value'], new_value) def test_cannot_put_id(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) new_id = an_integer() self.data['id'] = new_id url = '/qa/v1/relevancyscores/{0}/'.format(self.sample_score.pk) response = self.APIClient.put(url, self.data) self.assertEqual(response.status_code, status.HTTP_400_BAD_REQUEST) self.assertEqual(response.json(), 'id of relevancyscore is immutable') def test_cannot_put_user(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) self.data['user'] = self.new_user.id url = '/qa/v1/relevancyscores/{0}/'.format(self.sample_score.pk) response = self.APIClient.put(url, self.data) self.assertEqual(response.status_code, status.HTTP_400_BAD_REQUEST) self.assertEqual(response.json(), 'user_id of relevancyscore is immutable') def test_cannot_put_unauthenticated(self): url = '/qa/v1/relevancyscores/{0}/'.format(self.sample_score.pk) self.data['value'] = an_integer() response = self.APIClient.put(url, self.data) self.assertEqual(response.status_code, status.HTTP_401_UNAUTHORIZED) def test_cannot_put_non_existent_entity(self): url = '/qa/v1/relevancyscores/0/' self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) response = self.APIClient.put(url, self.data) self.assertEqual(response.status_code, status.HTTP_404_NOT_FOUND) class POSTRelevancyScoreTests(TestCase): def setUp(self): self.user = self.make_user() self.token = Token.objects.create(user=self.user) self.APIClient = APIClient() self.score_value = an_integer() self.data_without_algorithm_in_body = { 'value': self.score_value, 'search_location': SearchLocationBuilder().create().id, 'service_at_location': ServiceAtLocationBuilder().create().id, 'topic': create_topic('test').id, } self.data_with_algorithm_in_body = { 'value': self.score_value, 'algorithm': AlgorithmBuilder().create().id, 'search_location': SearchLocationBuilder().create().id, 'service_at_location': ServiceAtLocationBuilder().create().id, 'topic': create_topic(a_string()).id, } def test_can_post_with_algorithm_in_body_not_in_url_short_url(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) url = '/qa/v1/relevancyscores/' response = self.APIClient.post(url, data=self.data_with_algorithm_in_body) self.assertEqual(response.status_code, status.HTTP_201_CREATED) self.assertEqual(response.json()['value'], self.score_value) def test_can_post_with_algorithm_in_url_not_in_body_long_url(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) algorithm = AlgorithmBuilder().create() url = '/qa/v1/algorithms/{0}/relevancyscores/'.format(algorithm.pk) response = self.APIClient.post(url, data=self.data_without_algorithm_in_body) self.assertEqual(response.status_code, status.HTTP_201_CREATED) self.assertEqual(response.json()['value'], self.score_value) def test_post_response_has_correct_algorithm(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) url = '/qa/v1/relevancyscores/' response = self.APIClient.post(url, self.data_with_algorithm_in_body) self.assertEqual(response.status_code, status.HTTP_201_CREATED) self.assertEqual(response.json()['algorithm'], self.data_with_algorithm_in_body['algorithm']) def test_post_response_has_correct_search_location(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) url = '/qa/v1/relevancyscores/' response = self.APIClient.post(url, self.data_with_algorithm_in_body) self.assertEqual(response.status_code, status.HTTP_201_CREATED) self.assertEqual(response.json()['search_location'], self.data_with_algorithm_in_body['search_location']) def test_post_response_has_correct_service_at_location(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) url = '/qa/v1/relevancyscores/' response = self.APIClient.post(url, self.data_with_algorithm_in_body) self.assertEqual(response.status_code, status.HTTP_201_CREATED) self.assertEqual(response.json()['service_at_location'], self.data_with_algorithm_in_body['service_at_location']) def test_post_response_has_correct_topic(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) url = '/qa/v1/relevancyscores/' response = self.APIClient.post(url, self.data_with_algorithm_in_body) self.assertEqual(response.status_code, status.HTTP_201_CREATED) self.assertEqual(response.json()['topic'], self.data_with_algorithm_in_body['topic']) def test_post_response_has_correct_user(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) url = '/qa/v1/relevancyscores/' response = self.APIClient.post(url, self.data_with_algorithm_in_body) self.assertEqual(response.status_code, status.HTTP_201_CREATED) self.assertEqual(response.json()['user'], self.user.id) def test_post_response_has_accurate_time_stamp(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) url = '/qa/v1/relevancyscores/' response = self.APIClient.post(url, self.data_with_algorithm_in_body) self.assertEqual(response.status_code, status.HTTP_201_CREATED) recreated_time = datetime.datetime.strptime(response.json()['time_stamp'], '%Y-%m-%dT%H:%M:%S.%fZ') self.assertLessEqual(recreated_time, datetime.datetime.now()) self.assertGreaterEqual(recreated_time + datetime.timedelta(seconds=1), datetime.datetime.now()) def test_cannot_post_unauthenticated(self): url = '/qa/v1/relevancyscores/' response = self.APIClient.post(url, data=self.data_with_algorithm_in_body) self.assertEqual(response.status_code, status.HTTP_401_UNAUTHORIZED) def test_cannot_post_with_invalid_algorithm_in_url_valid_algorithm_in_body_long_url(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) url = '/qa/v1/algorithms/0/relevancyscores/' response = self.APIClient.post(url, data=self.data_with_algorithm_in_body) self.assertEqual(response.status_code, status.HTTP_400_BAD_REQUEST) def test_cannot_post_without_algorithm_in_body_or_url_short_url(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) url = '/qa/v1/relevancyscores/' response = self.APIClient.post(url, data=self.data_without_algorithm_in_body) self.assertEqual(response.status_code, status.HTTP_400_BAD_REQUEST) def test_cannot_post_with_invalid_algorithm_in_url_missing_algorithm_in_body_long_url(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) url = '/qa/v1/algorithms/0/relevancyscores/' response = self.APIClient.post(url, data=self.data_without_algorithm_in_body) self.assertEqual(response.status_code, status.HTTP_400_BAD_REQUEST) def test_cannot_post_with_algorithm_in_body_and_url_short_url(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) algorithm_id = self.data_with_algorithm_in_body['algorithm'] url = '/qa/v1/relevancyscores/{0}/'.format(algorithm_id) response = self.APIClient.post(url, data=self.data_with_algorithm_in_body) self.assertEqual(response.status_code, status.HTTP_405_METHOD_NOT_ALLOWED) def test_cannot_post_with_algorithm_in_body_and_url_long_url(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) algorithm_id = self.data_with_algorithm_in_body['algorithm'] url = '/qa/v1/algorithms/{0}/relevancyscores/'.format(algorithm_id) response = self.APIClient.post(url, data=self.data_with_algorithm_in_body) self.assertEqual(response.status_code, status.HTTP_400_BAD_REQUEST) def test_cannot_post_with_algorithm_in_url_not_in_body_short_url(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) algorithm_id = AlgorithmBuilder().create().id url = '/qa/v1/relevancyscores/{0}/'.format(algorithm_id) response = self.APIClient.post(url, data=self.data_without_algorithm_in_body) self.assertEqual(response.status_code, status.HTTP_405_METHOD_NOT_ALLOWED) def test_cannot_post_when_missing_fields(self): self.APIClient.credentials(HTTP_AUTHORIZATION='Token ' + self.token.key) bad_data = { 'value': an_integer(), 'algorithm': AlgorithmBuilder().create().id, # 'search_location': missing search_location 'service_at_location': ServiceAtLocationBuilder().create().id, 'topic': create_topic(a_string()).id, } url = '/qa/v1/relevancyscores/' response = self.APIClient.post(url, bad_data) self.assertEqual(response.status_code, status.HTTP_400_BAD_REQUEST)
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days/month/day5_20.py
sanjaylokula/100dayspython
0
70636
# Definition for singly-linked list. class ListNode: def __init__(self, val=0, next=None): self.val = val self.next = next class Solution: def removeElements(self, head: ListNode, val: int) -> ListNode: dummy = ListNode(-1) dummy.next = head def t(d): if d.next: if d.next.val == val: d.next = d.next.next t(d) else: t(d.next) t(dummy) return dummy.next if __name__=="__main__": output=Solution().removeElements([1,2,6,3,4,5,6],6) print(output)
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adafruit_rsa/common.py
sommersoft/Adafruit_CircuitPython_RSA
0
1608976
# -*- coding: utf-8 -*- # # Copyright 2011 <NAME> <<EMAIL>> # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # https://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. """Common functionality shared by several modules.""" # pylint: disable=invalid-name __version__ = "0.0.0-auto.0" __repo__ = "https://github.com/adafruit/Adafruit_CircuitPython_RSA.git" def bit_length(int_type): """Return the number of bits necessary to represent an integer in binary, excluding the sign and leading zeros""" length = 0 while int_type: int_type >>= 1 length += 1 return length class NotRelativePrimeError(ValueError): """Raises if provided a and b not relatively prime.""" def __init__(self, a, b, d, msg=None): super(NotRelativePrimeError, self).__init__( msg or "%d and %d are not relatively prime, divider=%i" % (a, b, d) ) self.a = a self.b = b self.d = d def bit_size(num): """ Number of bits needed to represent a integer excluding any prefix 0 bits. Usage:: >>> bit_size(1023) 10 >>> bit_size(1024) 11 >>> bit_size(1025) 11 :param num: Integer value. If num is 0, returns 0. Only the absolute value of the number is considered. Therefore, signed integers will be abs(num) before the number's bit length is determined. :returns: Returns the number of bits in the integer. """ try: return bit_length(num) except AttributeError: raise TypeError("bit_size(num) only supports integers, not %r" % type(num)) def byte_size(number): """ Returns the number of bytes required to hold a specific long number. The number of bytes is rounded up. Usage:: >>> byte_size(1 << 1023) 128 >>> byte_size((1 << 1024) - 1) 128 >>> byte_size(1 << 1024) 129 :param number: An unsigned integer :returns: The number of bytes required to hold a specific long number. """ if number == 0: return 1 return ceil_div(bit_size(number), 8) def ceil_div(num, div): """ Returns the ceiling function of a division between `num` and `div`. Usage:: >>> ceil_div(100, 7) 15 >>> ceil_div(100, 10) 10 >>> ceil_div(1, 4) 1 :param num: Division's numerator, a number :param div: Division's divisor, a number :return: Rounded up result of the division between the parameters. """ quanta, mod = divmod(num, div) if mod: quanta += 1 return quanta def extended_gcd(a, b): """Returns a tuple (r, i, j) such that r = gcd(a, b) = ia + jb """ # r = gcd(a,b) i = multiplicitive inverse of a mod b # or j = multiplicitive inverse of b mod a # Neg return values for i or j are made positive mod b or a respectively # Iterateive Version is faster and uses much less stack space x = 0 y = 1 lx = 1 ly = 0 oa = a # Remember original a/b to remove ob = b # negative values from return results while b != 0: q = a // b (a, b) = (b, a % b) (x, lx) = ((lx - (q * x)), x) (y, ly) = ((ly - (q * y)), y) if lx < 0: lx += ob # If neg wrap modulo orignal b if ly < 0: ly += oa # If neg wrap modulo orignal a return a, lx, ly # Return only positive values def inverse(x, n): """Returns the inverse of x % n under multiplication, a.k.a x^-1 (mod n) >>> inverse(7, 4) 3 >>> (inverse(143, 4) * 143) % 4 1 """ (divider, inv, _) = extended_gcd(x, n) if divider != 1: raise NotRelativePrimeError(x, n, divider) return inv def crt(a_values, modulo_values): """Chinese Remainder Theorem. Calculates x such that x = a[i] (mod m[i]) for each i. :param a_values: the a-values of the above equation :param modulo_values: the m-values of the above equation :returns: x such that x = a[i] (mod m[i]) for each i >>> crt([2, 3], [3, 5]) 8 >>> crt([2, 3, 2], [3, 5, 7]) 23 >>> crt([2, 3, 0], [7, 11, 15]) 135 """ m = 1 x = 0 for modulo in modulo_values: m *= modulo for (m_i, a_i) in zip(modulo_values, a_values): M_i = m // m_i inv = inverse(M_i, m_i) x = (x + a_i * M_i * inv) % m return x
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src/features/build_features.py
JL1829/EmployeeSalaryPrediction
0
63234
""" Author: <NAME> Date: 6th/July/2020 Copyright: <NAME>, 2020 email: <EMAIL> website: https://johdev.com """ import numpy as np import pandas as pd class FeatureGenerator(object): """A feature engineering generator to create additional feature to DataFrame Group by each label encoded column, compute the: * mean * max * min * Standard Deviation * median of label column Parameter ------------- data: object, a dataset object created by `preprocessing.py` Method ------------- add_group_stats(self): group by each label encoded column, and compute the Grouped Statitics. fill any NaN value with 0 Return: grouped by statitics DataFrame merged with original DataFrame. Example ------------- >>> feature_engineering = True >>> if feature_engineering: FeatureGenerator(data).add_group_stats() """ def __init__(self, data:object): """initializes class and creates groupby object for data""" self.data = data self.cat_cols = data.cat_cols self.groups = data.train_df.groupby(self.cat_cols) def add_group_stats(self): """adds group statistics to data stored in data object""" group_stats_df = self._get_group_stats() group_stats_df.reset_index(inplace=True) # merge derived columns to original df self.data.train_df = self._merge_new_cols(self.data.train_df, group_stats_df, self.cat_cols, fillna=True) self.data.test_df = self._merge_new_cols(self.data.test_df, group_stats_df, self.cat_cols, fillna=True) # update column list group_stats_cols = ['group_mean_salary', 'group_max_salary', 'group_min_salary', 'group_std_salary', 'group_median_salary'] self._extend_col_lists(self.data, cat_cols=group_stats_cols) def _get_group_stats(self): """calculate group statistics""" target_col = self.data.target_col group_stats_df = pd.DataFrame({'group_mean_salary': self.groups[target_col].mean()}) group_stats_df['group_max_salary'] = self.groups[target_col].max() group_stats_df['group_min_salary'] = self.groups[target_col].min() group_stats_df['group_std_salary'] = self.groups[target_col].std() group_stats_df['group_median_salary'] = self.groups[target_col].median() return group_stats_df def _merge_new_cols(self, df, new_cols_df, keys, fillna=False): """Merges engineered features with original df""" DataFrame = pd.merge(df, new_cols_df, on=keys, how='left') if fillna: DataFrame.fillna(0, inplace=True) return DataFrame def _extend_col_lists(self, data, cat_cols=[], num_cols=[]): """addes engineered features cols to data cols lists""" data.num_cols.extend(num_cols) data.cat_cols.extend(cat_cols) data.feature_cols.extend(num_cols + cat_cols)
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code/twostones.py
kkirigaya/Kattis
1
124502
<filename>code/twostones.py n = int(input()) print("Alice" if n%2 == 1 else "Bob")
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backend/env_collection/env_creator.py
MU-Software/dodoco
6
47912
import json import pathlib import traceback import typing def get_traceback_msg(err): return ''.join(traceback.format_exception( etype=type(err), value=err, tb=err.__traceback__)) def json_to_envfiles(output_file: pathlib.Path): try: output_name: str = output_file.stem input_env_file_content: str = output_file.read_text() input_env: dict[str, typing.Union[str, dict[str, str]]] = json.loads(input_env_file_content) template_launch_json_file: typing.Optional[pathlib.Path] = pathlib.Path('template/launch.json') if not template_launch_json_file.exists(): print('There\'s no launch.json template file for VS Code.\n' 'Place file on template/launch.json') template_launch_json_file = None else: template_launch_json_file_content: dict[str, object] = json.loads(template_launch_json_file.read_text()) output_docker_file: pathlib.Path = pathlib.Path(output_name+'.env') output_bash_file: pathlib.Path = pathlib.Path(output_name+'.sh') output_ps_file: pathlib.Path = pathlib.Path(output_name+'.ps1') output_launch_json_file: pathlib.Path = pathlib.Path('../.vscode/launch.json') if output_docker_file.exists(): output_docker_file.unlink() if output_bash_file.exists(): output_bash_file.unlink() if output_ps_file.exists(): output_ps_file.unlink() if template_launch_json_file is not None: if not output_launch_json_file.parent.exists(): output_launch_json_file.parent.mkdir() if output_launch_json_file.exists(): output_launch_json_file.unlink() with output_docker_file.open('w') as docker_fp,\ output_bash_file.open('w') as bash_fp,\ output_ps_file.open('w') as ps_fp: # Add Shebang bash_fp.write('#!/usr/bin/env bash\n') ps_fp.write('#!/usr/bin/env pwsh\n') for env_name, env_value in input_env.items(): if env_name.startswith('__comment'): comment_line = f'# {env_value}\n' docker_fp.write(comment_line) bash_fp.write(comment_line) ps_fp.write(comment_line) continue elif env_name.startswith('__line_break'): docker_fp.write('\n') bash_fp.write('\n') ps_fp.write('\n') continue docker_line = f'{env_name}=' bash_line = f'export {env_name}=' ps_line = f'$env:{env_name}=' if type(env_value) == dict: bash_line += f'"{env_value["bash"]}"\n' ps_line += f'"{env_value["powershell"]}"\n' docker_line += f'"{env_value["vscode_launch"].format(**input_env)}"\n' else: bash_line += f'"{env_value}"\n' ps_line += f'"{env_value}"\n' docker_line += f'"{env_value}"\n' docker_fp.write(docker_line) bash_fp.write(bash_line) ps_fp.write(ps_line) if template_launch_json_file is not None: with output_launch_json_file.open('w') as launch_json_fp: launch_json_env = dict() for k, v in input_env.items(): if k.startswith('__comment') or k.startswith('__line_break'): continue elif type(v) == str: launch_json_env[k] = v else: launch_json_env[k] = v['vscode_launch'].format(**input_env) template_launch_json_file_content['configurations'][0]['env'] = launch_json_env launch_json_fp.write(json.dumps(template_launch_json_file_content, indent=4)) except Exception as e: print('Exception raised!') print(get_traceback_msg(e)) if __name__ == '__main__': import os import sys if len(sys.argv) > 1: target_file = pathlib.Path(sys.argv[1]).absolute() if not target_file.exists(): print(target_file.as_posix()) # Ignore just now. We'll retry this after changing paths target_file = None else: print('Need to specify target environment variables collection file(.json)') os._exit(1) os.chdir(pathlib.Path(__file__).parents[0]) if target_file is None: target_file = pathlib.Path(sys.argv[1]).absolute() if not target_file.exists(): raise FileNotFoundError() json_to_envfiles(target_file)
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data/evaluate_detections.py
Jacqueline121/RetinaNet_pytorch
1
1605425
<reponame>Jacqueline121/RetinaNet_pytorch import os import pickle import numpy as np from data.VOC_eval import voc_eval from config.config import cfg dataset_dir = os.path.join(os.path.dirname(__file__), 'dataset') def load_image_set_index(image_set): image_set_file = os.path.join(dataset_dir, cfg.DATASET_NAME, 'ImageSets', image_set + '.txt') assert os.path.exists(image_set_file), \ 'Path does not exist: {}'.format(image_set_file) with open(image_set_file) as f: image_index = [(x.split(' ')[0]).split('.')[0] for x in f.readlines()] return image_index def get_results_file_template(image_set): filename = 'comp4' + '_det_' + image_set + '_{:s}.txt' filedir = os.path.join(dataset_dir, cfg.DATASET_NAME, 'Results') if not os.path.exists(filedir): os.makedirs(filedir) path = os.path.join(filedir, filename) return path def write_results_file(all_boxes): image_index = load_image_set_index('test') # get val image index(id) for cls_ind, cls in enumerate(cfg.CLASSES): print('Writing {} results file'.format(cls)) filename = get_results_file_template('test').format(cls) with open(filename, 'wt') as f: for im_ind, index in enumerate(image_index): dets = all_boxes[cls_ind][im_ind] if dets == []: continue for k in range(dets.shape[0]): f.write('{:s} {:.3f} {:.1f} {:.1f} {:.1f} {:.1f}\n'. format(index, dets[k, -1], dets[k, 0] + 1, dets[k, 1] + 1, dets[k, 2] + 1, dets[k, 3] + 1)) def do_python_eval(output_dir, use_07_metric): anno_path = os.path.join(dataset_dir, cfg.DATASET_NAME, 'Annotations', '{:s}.xml') imageset_file = os.path.join(dataset_dir, cfg.DATASET_NAME, 'ImageSets', 'test.txt') cache_dir = os.path.join(dataset_dir, cfg.DATASET_NAME, 'Cache') aps = [] if not os.path.isdir(output_dir): os.mkdir(output_dir) for i, cls in enumerate(cfg.CLASSES): file_name = get_results_file_template('test').format(cls) rec, prec, ap = voc_eval( anno_path=anno_path, imageset_file=imageset_file, cache_dir=cache_dir, class_name=cls, det_path=file_name, ious_thresh=0.5, use_07_metric=use_07_metric) aps += [ap] print('AP for {} = {:.4f}'.format(cls, ap)) with open(os.path.join(output_dir, cls + '_pr.pkl'), 'wb') as f: pickle.dump({'rec': rec, 'prec': prec, 'ap': ap}, f) print('Mean AP = {:.4f}'.format(np.mean(aps))) print('~~~~~~~~') print('Results:') for ap in aps: print('{:.3f}'.format(ap)) print('{:.3f}'.format(np.mean(aps))) print('~~~~~~~~') print('') print('--------------------------------------------------------------') print('Results computed with the **unofficial** Python eval code.') print('Results should be very close to the official MATLAB eval code.') print('Recompute with `./tools/reval.py --matlab ...` for your paper.') print('-- Thanks, The Management') print('--------------------------------------------------------------') def evaluate_detections(all_boxes, output_dir): write_results_file(all_boxes) do_python_eval(output_dir, True)
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clearScreen.py
BlueDragon022/Fruit-Machine
0
114922
<gh_stars>0 import os import platform #Function to clear the screen def clearScreen(): #This goes through different os's and uses the correct command to clear the terminal/console if platform.system() == "Windows": os.system("cls") elif platform.system() == "Linux": os.system("clear") elif platform.system() == "Darwin": #MacOS os.system("clear") else: os.system("clear")
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ch05_GUI/tkhello2.py
Nickhool/core-python
1
168668
<gh_stars>1-10 __Author__ = "noduez" '''Button控件演示''' import tkinter as tk top = tk.Tk() quit = tk.Button(top, text='Hello World!', command=top.quit) quit.pack() tk.mainloop()
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apostello/migrations/0007_auto_20160315_1213.py
LaudateCorpus1/apostello
69
27234
# -*- coding: utf-8 -*- # Generated by Django 1.9.4 on 2016-03-15 12:13 from __future__ import unicode_literals import django.core.validators from django.db import migrations, models class Migration(migrations.Migration): dependencies = [("apostello", "0006_userprofile_show_tour")] operations = [ migrations.AddField(model_name="userprofile", name="can_archive", field=models.BooleanField(default=True)), migrations.AlterField( model_name="recipient", name="first_name", field=models.CharField( db_index=True, max_length=16, validators=[ django.core.validators.RegexValidator( "^[\\s\\w@?£!1$\"¥#è?¤é%ù&ì\\ò(Ç)*:Ø+;ÄäøÆ,<LÖlöæ\\-=ÑñÅß.>ÜüåÉ/§à¡¿']+$", message="You can only use GSM characters.", ) ], verbose_name="First Name", ), ), migrations.AlterField( model_name="recipient", name="last_name", field=models.CharField( db_index=True, max_length=40, validators=[ django.core.validators.RegexValidator( "^[\\s\\w@?£!1$\"¥#è?¤é%ù&ì\\ò(Ç)*:Ø+;ÄäøÆ,<LÖlöæ\\-=ÑñÅß.>ÜüåÉ/§à¡¿']+$", message="You can only use GSM characters.", ) ], verbose_name="Last Name", ), ), ]
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src/amuse/community/rebound/interface.py
aatrani/amuse
0
65689
from amuse.community import * from amuse.community.interface.gd import GravitationalDynamicsInterface from amuse.community.interface.gd import GravitationalDynamics from amuse.community.interface.gd import SinglePointGravityFieldInterface from amuse.community.interface.gd import GravityFieldCode class ReboundInterface(CodeInterface, LiteratureReferencesMixIn, GravitationalDynamicsInterface, StoppingConditionInterface, #SinglePointGravityFieldInterface ): """ REBOUND - An open-source multi-purpose N-body code .. [#] <NAME>., <NAME>., *Astronomy and Astrophysics* , **Volume 537**, A128 (2012) For different integrators, cite: ... IAS15: <NAME>., <NAME>., *MNRAS* , **Volume 446**, Issue 2, p.1424-1437 (2015) ... WHFast: <NAME>., <NAME>., *MNRAS* , **Volume 452**, Issue 1, p.376-388 (2015) ... Hermes: <NAME>., et al., in prep. ... SEI: <NAME>., <NAME>., *MNRAS* , **Volume 415**, Issue 4, p.3168-3176 (2011) ... JANUS: <NAME>., <NAME>., *arXiv* , 1704.07715 (2017) """ include_headers = ['worker_code.h', 'stopcond.h'] __so_module__ = 'rebound_cython' def __init__(self, **options): CodeInterface.__init__(self, name_of_the_worker="rebound_worker", **options) LiteratureReferencesMixIn.__init__(self) @legacy_function def new_particle(): """ Define a new particle in the stellar dynamics code. The particle is initialized with the provided mass, radius, position and velocity. This function returns an index that can be used to refer to this particle. """ function = LegacyFunctionSpecification() function.can_handle_array = True function.addParameter('index_of_the_particle', dtype='int32', direction=function.OUT, description = """ An index assigned to the newly created particle. This index is supposed to be a local index for the code (and not valid in other instances of the code or in other codes) """ ) function.addParameter('mass', dtype='float64', direction=function.IN, description = "The mass of the particle") function.addParameter('x', dtype='float64', direction=function.IN, description = "The initial position vector of the particle") function.addParameter('y', dtype='float64', direction=function.IN, description = "The initial position vector of the particle") function.addParameter('z', dtype='float64', direction=function.IN, description = "The initial position vector of the particle") function.addParameter('vx', dtype='float64', direction=function.IN, description = "The initial velocity vector of the particle") function.addParameter('vy', dtype='float64', direction=function.IN, description = "The initial velocity vector of the particle") function.addParameter('vz', dtype='float64', direction=function.IN, description = "The initial velocity vector of the particle") function.addParameter('radius', dtype='float64', direction=function.IN, description = "The radius of the particle", default = 0) function.addParameter('subset', dtype='int32', direction=function.IN, description = "The subset index of the particle (defaults to 0, use new_subset for higher indices)", default = 0) function.result_type = 'int32' function.result_doc = """ 0 - OK particle was created and added to the model -1 - ERROR particle could not be created""" return function def delete_particle(self, index_of_the_particle, code_index=0): return self._delete_particle(index_of_the_particle, code_index) @legacy_function def _delete_particle(): """ Delete a particle. """ function = LegacyFunctionSpecification() function.can_handle_array = True function.addParameter('index_of_the_particle', dtype='int32', direction=function.IN, description ="Index of the particle") function.addParameter('code_index', dtype='int32', direction=function.IN, description = "Index of the code in rebound", default = 0) function.result_type = 'int32' function.result_doc = """ 0 - OK particle was deleted -1 - ERROR particle not deleted""" return function @legacy_function def _set_integrator(): function = LegacyFunctionSpecification() function.addParameter('integrator_name', dtype='i', direction=function.IN) function.addParameter('code_index', dtype='int32', direction=function.IN, description = "Index of the code in rebound", default = 0) function.result_type = 'int32' function.can_handle_array = False return function @legacy_function def _get_integrator(): function = LegacyFunctionSpecification() function.addParameter('code_index', dtype='int32', direction=function.IN, description = "Index of the code in rebound", default = 0) function.addParameter('integrator_name', dtype='i', direction=function.OUT) function.result_type = 'int32' function.can_handle_array = False return function INTEGRATORS = {"ias15": 0, "whfast": 1, "sei": 2, "leapfrog": 4, "hermes": 5, "whfast-helio": 6, "none": 7, "janus": 8} def set_integrator(self, name, code_index = 0 ): return self._set_integrator(self.INTEGRATORS[name], code_index) def get_integrator(self, code_index = 0): value, error = self._get_integrator(code_index) for key, index in self.INTEGRATORS.items(): if value == index: return key return "none" @legacy_function def _set_solver(): function = LegacyFunctionSpecification() function.addParameter('solver_name', dtype='i', direction=function.IN) function.addParameter('code_index', dtype='int32', direction=function.IN, description = "Index of the code in rebound", default = 0) function.result_type = 'int32' function.can_handle_array = False return function @legacy_function def _get_solver(): function = LegacyFunctionSpecification() function.addParameter('code_index', dtype='int32', direction=function.IN, description = "Index of the code in rebound", default = 0) function.addParameter('solver_name', dtype='i', direction=function.OUT) function.result_type = 'int32' function.can_handle_array = False return function SOLVERS = {"none": 0, "basic": 1, "compensated": 2, "tree": 3} def set_solver(self, name, code_index = 0 ): return self._set_solver(self.SOLVERS[name], code_index) def get_solver(self, code_index = 0): value, error = self._get_solver(code_index) for key, index in self.SOLVERS.items(): if value == index: return key return "none" @legacy_function def get_opening_angle2(): function = LegacyFunctionSpecification() function.addParameter('code_index', dtype='int32', direction=function.IN, description = "Index of the code in rebound", default = 0) function.addParameter('opening_angle2', dtype='float64', direction=function.OUT, description = "theta, the opening angle for building the tree: between 0 and 1") function.result_type = 'int32' return function @legacy_function def set_opening_angle2(): function = LegacyFunctionSpecification() function.addParameter('opening_angle2', dtype='float64', direction=function.IN, description = "theta, the opening angle for building the tree: between 0 and 1") function.addParameter('code_index', dtype='int32', direction=function.IN, description = "Index of the code in rebound", default = 0) function.result_type = 'int32' return function @legacy_function def get_eps2(): function = LegacyFunctionSpecification() """ Get epsilon^2, a softening parameter for gravitational potentials with point particles. """ function = LegacyFunctionSpecification() function.addParameter('code_index', dtype='int32', direction=function.IN, description = "Index of the code in rebound", default = 0) function.addParameter('epsilon_squared', dtype='float64', direction=function.OUT, description = "epsilon^2, a softening parameter for gravitational potentials with point particles", unit = nbody_system.length * nbody_system.length) function.result_type = 'int32' function.result_doc = """ 0 - OK the parameter was retrieved -1 - ERROR could not retrieve parameter """ return function @legacy_function def set_eps2(): """ Set epsilon^2, a softening parameter for gravitational potentials with point particles. """ function = LegacyFunctionSpecification() function.addParameter('epsilon_squared', dtype='float64', direction=function.IN, description = "epsilon^2, a softening parameter for gravitational potentials with point particles", unit = nbody_system.length * nbody_system.length) function.addParameter('code_index', dtype='int32', direction=function.IN, description = "Index of the code in rebound", default = 0) function.result_type = 'int32' function.result_doc = """ 0 - OK the parameter was set -1 - ERROR could not set parameter """ return function @legacy_function def _set_boundary(): function = LegacyFunctionSpecification() function.addParameter('boundary_name', dtype='i', direction=function.IN) function.addParameter('code_index', dtype='int32', direction=function.IN, description = "Index of the code in rebound", default = 0) function.result_type = 'int32' function.can_handle_array = False return function @legacy_function def _get_boundary(): function = LegacyFunctionSpecification() function.addParameter('code_index', dtype='int32', direction=function.IN, description = "Index of the code in rebound", default = 0) function.addParameter('boundary_name', dtype='i', direction=function.OUT) function.result_type = 'int32' function.can_handle_array = False return function BOUNDARIES = {"none": 0, "open": 1, "periodic": 2, "shear": 3} def set_boundary(self, name, code_index = 0 ): return self._set_boundary(self.BOUNDARIES[name], code_index) def get_boundary(self, code_index = 0): value, error = self._get_boundary(code_index) for key, index in self.BOUNDARIES.items(): if value == index: return key return "none" @legacy_function def get_boundary_size(): function = LegacyFunctionSpecification() """ Get the size of the boundaries. """ function = LegacyFunctionSpecification() function.addParameter('code_index', dtype='int32', direction=function.IN, description = "Index of the code in rebound", default = 0) function.addParameter('boundary_size', dtype='float64', direction=function.OUT, description = "boundary size", unit = nbody_system.length) function.result_type = 'int32' function.result_doc = """ 0 - OK the parameter was retrieved -1 - ERROR could not retrieve parameter """ return function @legacy_function def set_boundary_size(): """ Set size of the boundaries. """ function = LegacyFunctionSpecification() function.addParameter('boundary_size', dtype='float64', direction=function.IN, description = "boundary size", unit = nbody_system.length) function.addParameter('code_index', dtype='int32', direction=function.IN, description = "Index of the code in rebound", default = 0) function.result_type = 'int32' function.result_doc = """ 0 - OK the parameter was set -1 - ERROR could not set parameter """ return function @legacy_function def set_time_step(): """ Update timestep. """ function = LegacyFunctionSpecification() function.addParameter('timestep', dtype='float64', direction=function.IN, description = "timestep") function.addParameter('code_index', dtype='int32', direction=function.IN, description = "Index of the code in rebound", default = 0) function.result_type = 'int32' function.result_doc = """ 0 - OK timestep was changed """ return function @legacy_function def get_potential_energy(): """ Retrieve the current potential energy of the model """ function = LegacyFunctionSpecification() function.addParameter('code_index', dtype='int32', direction=function.IN, description = "Index of the code in rebound", default = 0) function.addParameter('potential_energy', dtype='float64', direction=function.OUT, description = "The potential energy of the model") function.result_type = 'int32' function.result_doc = """ 0 - OK Current value of the potential energy was set -1 - ERROR Kinetic potential could not be provided """ return function @legacy_function def get_kinetic_energy(): """ Retrieve the current kinetic energy of the model """ function = LegacyFunctionSpecification() function.addParameter('code_index', dtype='int32', direction=function.IN, description = "Index of the code in rebound", default = 0) function.addParameter('kinetic_energy', dtype='float64', direction=function.OUT, description = "The kinetic energy of the model") function.result_type = 'int32' function.result_doc = """ 0 - OK Current value of the kinetic energy was set -1 - ERROR Kinetic energy could not be provided """ return function @legacy_function def evolve_model(): """ Evolve the model until the given time, or until a stopping condition is set. """ function = LegacyFunctionSpecification() function.addParameter('time', dtype='float64', direction=function.IN, description = "Model time to evolve the code to. The model will be " "evolved until this time is reached exactly or just after.") function.addParameter('code_index', dtype='int32', direction=function.IN, description = "Index of the code in rebound (default -1, evolve all systems)", default = -1) function.result_type = 'int32' return function @legacy_function def get_time(): """ Retrieve the model time. This time should be close to the end time specified in the evolve code. Or, when a collision was detected, it will be the model time of the collision. """ function = LegacyFunctionSpecification() function.addParameter('code_index', dtype='int32', direction=function.IN, description = "Index of the code in rebound", default = 0) function.addParameter('time', dtype='float64', direction=function.OUT, description = "The current model time") function.result_type = 'int32' function.result_doc = """ 0 - OK Current value of the time was retrieved -1 - ERROR The code does not have support for querying the time """ return function @legacy_function def get_time_step(): """ Retrieve the model timestep. """ function = LegacyFunctionSpecification() function.addParameter('code_index', dtype='int32', direction=function.IN, description = "Index of the code in rebound", default = 0) function.addParameter('time_step', dtype='float64', direction=function.OUT, description = "The current model timestep") function.result_type = 'int32' function.result_doc = """ 0 - OK Current value of the time step was retrieved -1 - ERROR The code does not have support for querying the time """ return function @legacy_function def new_subset(): """ Create a new particle subset (and corresponding code). This subset will evolve seperately from others. """ function = LegacyFunctionSpecification() function.can_handle_array = True function.addParameter('index_of_the_subset', dtype='int32', direction=function.OUT, description = """ An index assigned to the newly created subset """ ) function.addParameter('time_offset', dtype='float64', direction=function.IN, description = "Time of the system (defaults to the current model time)", default = -1) function.result_type = 'int32' function.result_doc = """ 0 - OK code was created -1 - ERROR code could not be created""" return function @legacy_function def get_state(): """ Retrieve the current state of a particle. The *minimal* information of a stellar dynamics particle (mass, radius, position and velocity) is returned. """ function = LegacyFunctionSpecification() function.can_handle_array = True function.addParameter('index_of_the_particle', dtype='int32', direction=function.IN, description = "Index of the particle to get the state from. This index must have been returned by an earlier call to :meth:`new_particle`") function.addParameter('mass', dtype='float64', direction=function.OUT, description = "The current mass of the particle") function.addParameter('x', dtype='float64', direction=function.OUT, description = "The current position vector of the particle") function.addParameter('y', dtype='float64', direction=function.OUT, description = "The current position vector of the particle") function.addParameter('z', dtype='float64', direction=function.OUT, description = "The current position vector of the particle") function.addParameter('vx', dtype='float64', direction=function.OUT, description = "The current velocity vector of the particle") function.addParameter('vy', dtype='float64', direction=function.OUT, description = "The current velocity vector of the particle") function.addParameter('vz', dtype='float64', direction=function.OUT, description = "The current velocity vector of the particle") function.addParameter('radius', dtype='float64', direction=function.OUT, description = "The current radius of the particle") function.addParameter('subset', dtype='int32', direction=function.OUT, description = "The current subset of the particle") function.result_type = 'int32' function.result_doc = """ 0 - OK particle was removed from the model -1 - ERROR particle could not be found """ return function @legacy_function def get_subset(): """ Retrieve the subset index of a particle. """ function = LegacyFunctionSpecification() function.addParameter('index_of_the_particle', dtype='int32', direction=function.IN, description = "Index of the particle to get the subset of. This index must have been returned by an earlier call to :meth:`new_particle`") function.addParameter('subset', dtype='int32', direction=function.OUT, description = "The current subset of the particle") function.result_type = 'int32' function.can_handle_array = True function.result_doc = """ 0 - OK particle was found in the model and the information was retreived -1 - ERROR particle could not be found """ return function @legacy_function def stop_subset(): """ Stop a subset code """ function = LegacyFunctionSpecification() function.can_handle_array = True function.addParameter('index_of_the_subset', dtype='int32', direction=function.IN, description = """ An index assigned to an existing subset """ ) function.result_type = 'int32' function.result_doc = """ 0 - OK subset evolving was stopped -1 - ERROR subset evolving was already stopped""" return function @legacy_function def set_subset(): """ Retrieve the subset index of a particle. """ function = LegacyFunctionSpecification() function.addParameter('index_of_the_particle', dtype='int32', direction=function.IN, description = "Index of the particle to get the subset of. This index must have been returned by an earlier call to :meth:`new_particle`") function.addParameter('subset', dtype='int32', direction=function.IN, description = "The new subset of the particle, as this is actually read only this will fail if changed!") function.result_type = 'int32' function.can_handle_array = True function.result_doc = """ 0 - OK particle was found in the model and the information was retreived -1 - ERROR particle could not be found """ return function class Rebound(GravitationalDynamics, GravityFieldCode): __interface__ = ReboundInterface def __init__(self, convert_nbody = None, **options): self.stopping_conditions = StoppingConditions(self) legacy_interface = self.__interface__(**options) self.legacy_doc = legacy_interface.__doc__ GravitationalDynamics.__init__( self, legacy_interface, convert_nbody, **options ) def define_state(self, handler): GravitationalDynamics.define_state(self, handler) #GravityFieldCode.define_state(self, handler) self.stopping_conditions.define_state(handler) handler.add_method('EDIT', 'new_subset') handler.add_method('RUN', 'new_subset') def define_parameters(self, handler): self.stopping_conditions.define_parameters(handler) GravitationalDynamics.define_parameters(self, handler) handler.add_method_parameter( "get_time_step", "set_time_step", "timestep", "constant timestep for iteration", default_value = 0.0001 | nbody_system.time ) handler.add_method_parameter( "get_integrator", "set_integrator", "integrator", "name of the integrator to use ({0})".format(sorted(self.INTEGRATORS.keys())), default_value = "ias15" ) handler.add_method_parameter( "get_solver", "set_solver", "solver", "name of the gravity solver to use ({0})".format(sorted(self.SOLVERS.keys())), default_value = "compensated" ) handler.add_method_parameter( "get_eps2", "set_eps2", "epsilon_squared", "smoothing parameter for gravity calculations", default_value = 0.0 | nbody_system.length * nbody_system.length ) handler.add_method_parameter( "get_opening_angle2", "set_opening_angle2", "opening_angle2", "opening angle, theta, for building the tree in case of tree solver: between 0 and 1", default_value = 0.5 ) handler.add_method_parameter( "get_boundary", "set_boundary", "boundary", "name of the boundary type to use ({0}) (required for tree solver)".format(sorted(self.BOUNDARIES.keys())), default_value = "none" ) handler.add_method_parameter( "get_boundary_size", "set_boundary_size", "boundary_size", "size of the boundaries, if the type is not none", default_value = 1.0 | nbody_system.length ) def define_methods(self, handler): GravitationalDynamics.define_methods(self, handler) handler.add_method( "new_particle", ( nbody_system.mass, nbody_system.length, nbody_system.length, nbody_system.length, nbody_system.speed, nbody_system.speed, nbody_system.speed, nbody_system.length, handler.NO_UNIT, ), ( handler.INDEX, handler.ERROR_CODE, ) ) handler.add_method( "get_potential_energy", (handler.INDEX,), (nbody_system.mass * nbody_system.length ** 2 * nbody_system.time ** -2, handler.ERROR_CODE,) ) handler.add_method( "get_kinetic_energy", (handler.INDEX,), (nbody_system.mass * nbody_system.length ** 2 * nbody_system.time ** -2, handler.ERROR_CODE,) ) handler.add_method( 'evolve_model', ( nbody_system.time, handler.INDEX ), ( handler.ERROR_CODE, ) ) handler.add_method( 'get_time', (handler.INDEX,), (nbody_system.time, handler.ERROR_CODE,) ) handler.add_method( "get_time_step", (handler.INDEX,), (nbody_system.time, handler.ERROR_CODE,) ) handler.add_method( "set_time_step", (nbody_system.time, handler.INDEX,), (handler.ERROR_CODE,) ) handler.add_method( "get_state", ( handler.NO_UNIT, ), ( nbody_system.mass, nbody_system.length, nbody_system.length, nbody_system.length, nbody_system.speed, nbody_system.speed, nbody_system.speed, nbody_system.length, handler.NO_UNIT, handler.ERROR_CODE ) ) handler.add_method( "get_subset", ( handler.NO_UNIT, ), ( handler.NO_UNIT, handler.ERROR_CODE ) ) handler.add_method( "set_subset", ( handler.NO_UNIT, handler.NO_UNIT, ), ( handler.ERROR_CODE, ) ) handler.add_method( 'new_subset', ( nbody_system.time, ), ( handler.INDEX, handler.ERROR_CODE, ) ) self.stopping_conditions.define_methods(handler) def define_particle_sets(self, handler): GravitationalDynamics.define_particle_sets(self, handler) self.stopping_conditions.define_particle_set(handler) handler.add_getter('particles', 'get_subset') handler.add_setter('particles', 'set_subset')
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ports/esp32/modules/linefinder.py
AITT-VN/micropython
0
135717
from setting import * from machine import Pin S1_IN_S2_OUT = const(0) S1_OUT_S2_IN = const(1) S1_OUT_S2_OUT = const(2) S1_IN_S2_IN = const(3) class LineFinder: def __init__(self): pass def _reset_port(self, port): if port < 0 or port > 5: print('Port not supported') self.port = port self.left_pin = Pin(PORTS_DIGITAL[port][0], mode=Pin.IN, pull=None) self.right_pin = Pin(PORTS_DIGITAL[port][1], mode=Pin.IN, pull=None) def read(self, port): if port != self.port: self._reset_port(port) if self.left_pin.value() and not self.right_pin.value(): # detect line on left side return S1_IN_S2_OUT elif not self.left_pin.value() and self.right_pin.value(): # detect line on right side return S1_OUT_S2_IN elif not self.left_pin.value() and not self.right_pin.value(): # detect line on none side return S1_OUT_S2_OUT elif self.left_pin.value() and self.right_pin.value(): # detect line on both side return S1_IN_S2_IN else: # detect error return -1 line_finder = LineFinder()
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python/python_challenge/31/31.py
yunyu2019/blog
0
92475
#!/usr/bin/python # -*- coding: utf-8 -*- # @Date : 2016-05-23 18:29:57 # @Author : Yunyu2019 (<EMAIL>) # @Link : http://www.pythonchallenge.com/pc/ring/grandpa.html #user:'kohsamui' #password:'<PASSWORD>' import Image import requests """ req=requests.get('http://www.pythonchallenge.com/pc/rock/mandelbrot.gif',auth=('kohsamui','thailand')) fp=open('mandelbrot.gif','wb') fp.write(req.content) fp.close() """ imgbase = Image.open('mandelbrot.gif') img = imgbase.copy() w,h=imgbase.size left = 0.34 top = 0.57+0.027 width = 0.036 height = 0.027 nums = 128 diff = [] for j in range(h): for i in range(w): point0 = complex(left + i*width/w, top - (1+j)*height/h) point = 0+0j for k in range(nums): point = point **2 + point0 if point.imag**2+point.real**2>4: break img.putpixel((i,j),k) s=imgbase.getpixel((i,j)) if k!=s: diff.append(k - s) img.save('output.png') img2 = Image.new('1',(23,73)) data=[i<0 for i in diff] img2.putdata(data) img2.save('output1.png') #Arecibo message
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app/__init__.py
jimmybutton/moviedb
0
2989
from flask import Flask from config import Config from sqlalchemy import MetaData from flask_sqlalchemy import SQLAlchemy from flask_migrate import Migrate from flask_login import LoginManager from flask_moment import Moment from flask_misaka import Misaka from flask_bootstrap import Bootstrap import os import logging from logging.handlers import RotatingFileHandler from elasticsearch import Elasticsearch convention = { "ix": 'ix_%(column_0_label)s', "uq": "uq_%(table_name)s_%(column_0_name)s", "ck": "ck_%(table_name)s_%(constraint_name)s", "fk": "fk_%(table_name)s_%(column_0_name)s_%(referred_table_name)s", "pk": "pk_%(table_name)s" } metadata = MetaData(naming_convention=convention) db = SQLAlchemy(metadata=metadata) migrate = Migrate() login = LoginManager() login.login_view = "auth.login" moment = Moment() md = Misaka() bootstrap = Bootstrap() def create_app(config_class=Config): app = Flask(__name__) app.config.from_object(Config) db.init_app(app) with app.app_context(): if db.engine.url.drivername == 'sqlite': migrate.init_app(app, db, render_as_batch=True) else: migrate.init_app(app, db) # migrate.init_app(app, db) login.init_app(app) moment.init_app(app) md.init_app(app) bootstrap.init_app(app) from app.errors import bp as errors_bp app.register_blueprint(errors_bp) from app.auth import bp as auth_bp app.register_blueprint(auth_bp, url_prefix='/auth') from app.main import bp as main_bp app.register_blueprint(main_bp) from app.cli import bp as cli_bp app.register_blueprint(cli_bp) app.elasticsearch = Elasticsearch([app.config['ELASTICSEARCH_URL']]) \ if app.config['ELASTICSEARCH_URL'] else None from app import models if not app.debug and not app.testing: if not os.path.exists("logs"): os.mkdir("logs") file_handler = RotatingFileHandler( "logs/moviedb.log", maxBytes=10240, backupCount=10 ) file_handler.setFormatter( logging.Formatter( "%(asctime)s %(levelname)s: %(message)s [in %(pathname)s:%(lineno)d]" ) ) file_handler.setLevel(logging.INFO) app.logger.addHandler(file_handler) app.logger.setLevel(logging.INFO) app.logger.info("Moviedb startup") return app
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run.py
mcarans/hdx-scraper-unesco
0
66563
<reponame>mcarans/hdx-scraper-unesco<filename>run.py #!/usr/bin/python # -*- coding: utf-8 -*- """ Top level script. Calls other functions that generate datasets that this script then creates in HDX. """ import logging from os.path import join, expanduser from timeit import default_timer from hdx.hdx_configuration import Configuration from hdx.utilities.downloader import Download from hdx.utilities.path import temp_dir from unesco import generate_dataset_and_showcase, get_countriesdata, get_endpoints_metadata from hdx.facades.simple import facade logger = logging.getLogger(__name__) lookup = 'hdx-scraper-unesco' def main(): """Generate dataset and create it in HDX""" base_url = Configuration.read()['base_url'] with temp_dir('UNESCO') as folder: with Download(extra_params_yaml=join(expanduser('~'), '.extraparams.yml'), extra_params_lookup=lookup) as downloader: endpoints = Configuration.read()['endpoints'] endpoints_metadata = get_endpoints_metadata(base_url, downloader, endpoints) countriesdata = get_countriesdata(base_url, downloader) logger.info('Number of datasets to upload: %d' % len(countriesdata)) for countrydata in countriesdata: for dataset, showcase in generate_dataset_and_showcase(downloader, countrydata, endpoints_metadata, folder=folder, merge_resources=True, single_dataset=False): # TODO: fix folder if dataset: dataset.update_from_yaml() start = default_timer() dataset.create_in_hdx(remove_additional_resources=True, hxl_update=False) print("total time = %d" % (default_timer() - start)) resources = dataset.get_resources() resource_ids = [x['id'] for x in sorted(resources, key=lambda x: x['name'], reverse=False)] dataset.reorder_resources(resource_ids, hxl_update=False) showcase.create_in_hdx() showcase.add_dataset(dataset) if __name__ == '__main__': facade(main, user_agent_config_yaml=join(expanduser('~'), '.useragents.yml'), user_agent_lookup=lookup, project_config_yaml=join('config', 'project_configuration.yml'))
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dist/assets/rename.py
shubham-shinde/Apstract_poker
0
57870
<filename>dist/assets/rename.py<gh_stars>0 # Pythono3 code to rename multiple # files in a directory or folder # importing os module import os # Function to rename multiple files def main(): i = 0 for filename in os.listdir("Cards"): # dst ="Hostel" + str(i) + ".jpg" src ='Cards/'+ filename dst ='Cards/'+ filename[6: ] print(src) # rename() function will # rename all the files os.rename(src, dst) i += 1 # Driver Code if __name__ == '__main__': # Calling main() function main()
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ckanext/ckanext-basiccharts/ckanext/basiccharts/tests/test_view.py
cascaoSDC/ckan
0
142337
<filename>ckanext/ckanext-basiccharts/ckanext/basiccharts/tests/test_view.py import os import inspect import mock import nose.tools import pylons.config as config import ckan.plugins as p import ckanext.basiccharts class TestBaseChart(object): @classmethod def setup_class(cls): cls.plugin = ckanext.basiccharts.plugin.BaseChart() @nose.tools.raises(p.PluginNotFoundException) def test_plugin_cant_be_loaded(self): p.load('basechart') def test_chart_type(self): assert self.plugin.CHART_TYPE == 'base', '"CHART_TYPE" should be "base"' def test_group_by_is_required(self): assert self.plugin.GROUP_BY_IS_REQUIRED == False, '"GROUP_BY_IS_REQUIRED" should be false' def test_plugin_templates_path_is_added_to_config(self): filename = inspect.getfile(inspect.currentframe()) path = os.path.dirname(filename) templates_path = os.path.abspath(path + "/../theme/templates") assert templates_path in config['extra_template_paths'], templates_path def test_can_view_only_if_datastore_is_active(self): active_datastore_data_dict = { 'resource': { 'datastore_active': True } } inactive_datastore_data_dict = { 'resource': { 'datastore_active': False } } assert self.plugin.can_view(active_datastore_data_dict) assert not self.plugin.can_view(inactive_datastore_data_dict) def test_schema_exists(self): schema = self.plugin.info()['schema'] assert schema is not None, 'Plugin should define schema' def test_schema_has_y_axis(self): schema = self.plugin.info()['schema'] assert schema.get('y_axis') is not None, 'Schema should define "y_axis"' def test_schema_y_axis_is_required(self): schema = self.plugin.info()['schema'] not_empty = p.toolkit.get_validator('not_empty') assert not_empty in schema['y_axis'], '"y_axis" should be required' def test_schema_has_group_by(self): schema = self.plugin.info()['schema'] assert schema.get('group_by') is not None, 'Schema should define "group_by"' def test_schema_group_by_doesnt_validate_if_group_by_isnt_required(self): original_value = self.plugin.GROUP_BY_IS_REQUIRED self.plugin.GROUP_BY_IS_REQUIRED = False schema = self.plugin.info()['schema'] self.plugin.GROUP_BY_IS_REQUIRED = original_value ignore_missing = p.toolkit.get_validator('ignore_missing') assert ignore_missing in schema['group_by'], '"group_by" should ignore missing' def test_schema_group_by_is_required_if_group_by_is_required(self): original_value = self.plugin.GROUP_BY_IS_REQUIRED self.plugin.GROUP_BY_IS_REQUIRED = True schema = self.plugin.info()['schema'] self.plugin.GROUP_BY_IS_REQUIRED = original_value not_empty = p.toolkit.get_validator('not_empty') assert not_empty in schema['group_by'], '"group_by" should be required' def test_schema_has_show_legends(self): schema = self.plugin.info()['schema'] assert schema.get('show_legends') is not None, 'Schema should define "show_legends"' def test_schema_show_legends_doesnt_validate(self): schema = self.plugin.info()['schema'] ignore_missing = p.toolkit.get_validator('ignore_missing') assert ignore_missing in schema['show_legends'], '"show_legends" should ignore missing' def test_plugin_isnt_iframed(self): iframed = self.plugin.info().get('iframed', True) assert not iframed, 'Plugin should not be iframed' def test_plugin_is_filterable(self): filterable = self.plugin.info().get('filterable', False) assert filterable, 'Plugin should be filterable' @mock.patch('ckan.plugins.toolkit.get_action') def test_setup_template_variables_adds_resource(self, _): resource = { 'id': 'resource_id', 'other_attribute': 'value' } template_variables = self._setup_template_variables(resource) assert 'resource' in template_variables assert template_variables['resource'] == resource @mock.patch('ckan.plugins.toolkit.get_action') def test_setup_template_variables_adds_resource_view(self, _): resource_view = { 'id': 'resource_id', 'other_attribute': 'value' } template_variables = \ self._setup_template_variables(resource_view=resource_view) assert 'resource_view' in template_variables assert template_variables['resource_view'] == resource_view @mock.patch('ckan.plugins.toolkit.get_action') def test_setup_template_variables_adds_show_legends_as_true_if_it_was_defined(self, _): template_variables = self._setup_template_variables(resource_view={'show_legends': 'True'}) show_legends = template_variables['resource_view']['show_legends'] assert show_legends is True, show_legends @mock.patch('ckan.plugins.toolkit.get_action') def test_setup_template_variables_adds_show_legends_as_false_if_it_was_undefined(self, _): template_variables = self._setup_template_variables(resource_view={}) show_legends = template_variables['resource_view']['show_legends'] assert show_legends is False, show_legends @mock.patch('ckan.plugins.toolkit.get_action') def test_setup_template_variables_adds_fields_without_the_id(self, get_action): fields = [ {'id': '_id', 'type': 'int4'}, {'id': 'price', 'type': 'numeric'}, ] expected_fields = [{'value': 'price'}] get_action.return_value.return_value = { 'fields': fields, 'records': {} } template_variables = self._setup_template_variables() returned_fields = template_variables.get('fields') assert returned_fields is not None assert returned_fields == expected_fields @mock.patch('ckan.plugins.toolkit.get_action') def test_setup_template_variables_adds_chart_type(self, _): template_variables = self._setup_template_variables() assert 'chart_type' in template_variables assert template_variables['chart_type'] == self.plugin.CHART_TYPE @mock.patch('ckan.plugins.toolkit.get_action') def test_setup_template_variables_defines_group_by_is_required_correctly(self, _): template_variables = self._setup_template_variables() assert 'group_by_is_required' in template_variables assert template_variables['group_by_is_required'] == self.plugin.GROUP_BY_IS_REQUIRED def _setup_template_variables(self, resource={'id': 'id'}, resource_view={}): context = {} data_dict = { 'resource': resource, 'resource_view': resource_view } return self.plugin.setup_template_variables(context, data_dict) class TestLineChart(TestBaseChart): @classmethod def setup_class(cls): p.load('linechart') cls.plugin = p.get_plugin('linechart') @classmethod def teardown_class(cls): p.unload('linechart') def test_schema_has_x_axis(self): schema = self.plugin.info()['schema'] assert schema.get('x_axis') is not None, 'Schema should define "x_axis"' def test_schema_x_axis_is_required(self): schema = self.plugin.info()['schema'] not_empty = p.toolkit.get_validator('not_empty') assert not_empty in schema['x_axis'], '"x_axis" should be required' def test_chart_type(self): assert self.plugin.CHART_TYPE == 'lines', '"CHART_TYPE" should be "lines"' class TestBarChart(TestLineChart): @classmethod def setup_class(cls): p.load('barchart') cls.plugin = p.get_plugin('barchart') @classmethod def teardown_class(cls): p.unload('barchart') def test_schema_has_horizontal(self): schema = self.plugin.info()['schema'] assert schema.get('horizontal') is not None, 'Schema should define "horizontal"' def test_schema_horizontal_doesnt_validate(self): schema = self.plugin.info()['schema'] ignore_missing = p.toolkit.get_validator('ignore_missing') assert ignore_missing in schema['horizontal'], '"horizontal" should ignore missing' @mock.patch('ckan.plugins.toolkit.get_action') def test_setup_template_variables_adds_horizontal_as_true_if_it_was_defined(self, _): template_variables = self._setup_template_variables(resource_view={'horizontal': 'True'}) horizontal = template_variables['resource_view']['horizontal'] assert horizontal is True, horizontal @mock.patch('ckan.plugins.toolkit.get_action') def test_setup_template_variables_adds_horizontal_as_false_if_it_was_undefined(self, _): template_variables = self._setup_template_variables(resource_view={}) horizontal = template_variables['resource_view']['horizontal'] assert horizontal is False, horizontal def test_chart_type(self): assert self.plugin.CHART_TYPE == 'bars', '"CHART_TYPE" should be "bars"' class TestPieChart(TestBaseChart): @classmethod def setup_class(cls): p.load('piechart') cls.plugin = p.get_plugin('piechart') @classmethod def teardown_class(cls): p.unload('piechart') def test_chart_type(self): assert self.plugin.CHART_TYPE == 'pie', '"CHART_TYPE" should be "pie"' def test_group_by_is_required(self): assert self.plugin.GROUP_BY_IS_REQUIRED == True, '"GROUP_BY_IS_REQUIRED" should be true'
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at/abc119/a.py
xsthunder/a
1
103439
<filename>at/abc119/a.py s = input() y, m, d = map(int, s.split('/')) f = False ( Heisei, TBD, )= ( 'Heisei', 'TBD', ) if y < 2019: print(Heisei) elif y == 2019: if(m < 4): print(Heisei) elif m == 4: if(d <= 30): print(Heisei) else : print(TBD) else : print(TBD) else : print(TBD)
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snypy/core/rest/permissions.py
snypy/snypy-backend
0
154911
<reponame>snypy/snypy-backend from rest_framework.permissions import DjangoModelPermissions class BaseModelPermissions(DjangoModelPermissions): perms_map = { "GET": ["%(app_label)s.view_%(model_name)s"], "OPTIONS": [], "HEAD": [], "POST": ["%(app_label)s.add_%(model_name)s"], "PUT": ["%(app_label)s.change_%(model_name)s"], "PATCH": ["%(app_label)s.change_%(model_name)s"], "DELETE": ["%(app_label)s.delete_%(model_name)s"], } def has_object_permission(self, request, view, obj): has_permission = super().has_permission(request, view) if has_permission and view.action == "retrieve": return self._queryset(view).viewable().filter(pk=obj.pk).exists() if has_permission and view.action == "update": return self._queryset(view).editable().filter(pk=obj.pk).exists() if has_permission and view.action == "partial_update": return self._queryset(view).editable().filter(pk=obj.pk).exists() if has_permission and view.action == "destroy": return self._queryset(view).deletable().filter(pk=obj.pk).exists() return False
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insertion_sort.py
undersonrs/PYTHON_Projetos
0
171752
<reponame>undersonrs/PYTHON_Projetos<filename>insertion_sort.py def insertion_sort(v): for i in range (1, len(v)): x = v[i] j = i-1 while j>=0 and x< v[j]: v[j+1] = v[j] j -= 1 v[j+1] = x print() b = [8,3,9,2,1,10,7,5,4,6] print(b) print() a = insertion_sort(b) print() a = b print(a) print()
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Numbers/from e to the nth digit/e.py
Shetty073/Solutions-for-Mega-Project-List
0
120257
from math import e def pi_dec(n): if n > 15 or n < 1: print("\nPlease provide a valid number in range of 1 to 15...") else: print(f"E = {str(e)[0:n+2]}") pi_dec(n=int(input("\nUp to how many decimal places do you want the value of 'e'? \n> ")))
[ 1, 515, 5844, 1053, 321, 30004, 13, 30004, 13, 1753, 2930, 29918, 7099, 29898, 29876, 1125, 30004, 13, 12, 361, 302, 1405, 29871, 29896, 29945, 470, 302, 529, 29871, 29896, 29901, 30004, 13, 12, 12, 2158, 14182, 29876, 12148, 3867, 263, 2854, 1353, 297, 3464, 310, 29871, 29896, 304, 29871, 29896, 29945, 856, 1159, 30004, 13, 12, 2870, 29901, 30004, 13, 12, 12, 2158, 29898, 29888, 29908, 29923, 353, 426, 710, 29898, 29872, 9601, 29900, 29901, 29876, 29974, 29906, 12258, 1159, 30004, 13, 30004, 13, 1631, 29918, 7099, 29898, 29876, 29922, 524, 29898, 2080, 14182, 29876, 3373, 304, 920, 1784, 13677, 7600, 437, 366, 864, 278, 995, 310, 525, 29872, 29915, 29973, 320, 29876, 29958, 376, 4961, 2 ]
project/starter_code/student_utils.py
nihaagarwalla/nd320-c1-emr-data-starter
0
6935
<reponame>nihaagarwalla/nd320-c1-emr-data-starter<filename>project/starter_code/student_utils.py import pandas as pd import numpy as np import os import tensorflow as tf import functools ####### STUDENTS FILL THIS OUT ###### #Question 3 def reduce_dimension_ndc(df, ndc_df): ''' df: pandas dataframe, input dataset ndc_df: pandas dataframe, drug code dataset used for mapping in generic names return: df: pandas dataframe, output dataframe with joined generic drug name ''' ndc_df["Non-proprietary Name"]= ndc_df["Non-proprietary Name"].str.replace("Hcl", "Hydrochloride") ndc_df["Non-proprietary Name"]= ndc_df["Non-proprietary Name"].str.replace(" And ", "-") ndc_df["Non-proprietary Name"]= (ndc_df["Non-proprietary Name"].str.strip()).str.upper() # ndc_df["Dosage Form"]= ndc_df["Dosage Form"].str.replace("Tablet, Film Coated", "TABLET") # ndc_df["Dosage Form"]= ndc_df["Dosage Form"].str.replace("Tablet, Coated", "TABLET") # ndc_df["Dosage Form"]= ndc_df["Dosage Form"].str.replace("Tablet, Film Coated, Extended Release", "Tablet Extended Release") # ndc_df["Dosage Form"]= ndc_df["Dosage Form"].str.replace("Tablet, Extended Release", "Tablet Extended Release") # ndc_df["Dosage Form"]= ndc_df["Dosage Form"].str.replace("For Suspension, Extended Release", "For Suspension Extended Release") # ndc_df["Dosage Form"]= ndc_df["Dosage Form"].str.replace("Powder, Metered", "Powder Metered") # ndc_df["Dosage Form"]= (ndc_df["Dosage Form"].str.strip()).str.upper() # ndc_df["generic_drug_name"]= ndc_df["Non-proprietary Name"]+"_"+ndc_df["Dosage Form"] ndc_df["generic_drug_name"]= ndc_df["Non-proprietary Name"] df_reduce_dimension = pd.merge(df, ndc_df, on=['ndc_code'], how='inner') df_reduce_dimension['LABEL'] = 0 reduce_dim_df= df_reduce_dimension.drop(columns=['Proprietary Name', 'Non-proprietary Name', 'Dosage Form', 'Route Name', 'Company Name', 'Product Type']) return reduce_dim_df #Question 4 def select_first_encounter(df): ''' df: pandas dataframe, dataframe with all encounters return: - first_encounter_df: pandas dataframe, dataframe with only the first encounter for a given patient ''' first_encounter_df = df.sort_values('encounter_id').groupby('patient_nbr').first() first_encounter_df = first_encounter_df.reset_index() return first_encounter_df #Question 6 def patient_dataset_splitter(df, key='patient_nbr'): ''' df: pandas dataframe, input dataset that will be split patient_key: string, column that is the patient id return: - train: pandas dataframe, - validation: pandas dataframe, - test: pandas dataframe, ''' df = df.iloc[np.random.permutation(len(df))] unique_values = df[key].unique() total_values = len(unique_values) train_size = round(total_values * (1 - 0.4 )) train = df[df[key].isin(unique_values[:train_size])].reset_index(drop=True) left_size = len(unique_values[train_size:]) validation_size = round(left_size*0.5) validation = df[df[key].isin(unique_values[train_size:train_size+validation_size])].reset_index(drop=True) test = df[df[key].isin(unique_values[validation_size+train_size:])].reset_index(drop=True) return train, validation, test #Question 7 def create_tf_categorical_feature_cols(categorical_col_list, vocab_dir='./diabetes_vocab/'): ''' categorical_col_list: list, categorical field list that will be transformed with TF feature column vocab_dir: string, the path where the vocabulary text files are located return: output_tf_list: list of TF feature columns ''' output_tf_list = [] for c in categorical_col_list: vocab_file_path = os.path.join(vocab_dir, c + "_vocab.txt") ''' Which TF function allows you to read from a text file and create a categorical feature You can use a pattern like this below... tf_categorical_feature_column = tf.feature_column....... ''' tf_categorical_feature_column = tf.feature_column.categorical_column_with_vocabulary_file( key=c, vocabulary_file = vocab_file_path, num_oov_buckets=1) one_hot_origin_feature = tf.feature_column.indicator_column(tf_categorical_feature_column) output_tf_list.append(one_hot_origin_feature) return output_tf_list #Question 8 def normalize_numeric_with_zscore(col, mean, std): ''' This function can be used in conjunction with the tf feature column for normalization ''' return (col - mean)/std def create_tf_numeric_feature(col, MEAN, STD, default_value=0): ''' col: string, input numerical column name MEAN: the mean for the column in the training data STD: the standard deviation for the column in the training data default_value: the value that will be used for imputing the field return: tf_numeric_feature: tf feature column representation of the input field ''' normalizer = functools.partial(normalize_numeric_with_zscore, mean=MEAN, std=STD) tf_numeric_feature= tf.feature_column.numeric_column( key=col, default_value = default_value, normalizer_fn=normalizer, dtype=tf.float64) return tf_numeric_feature #Question 9 def get_mean_std_from_preds(diabetes_yhat): ''' diabetes_yhat: TF Probability prediction object ''' m = diabetes_yhat.mean() s = diabetes_yhat.stddev() return m, s # Question 10 def get_student_binary_prediction(df, col): ''' df: pandas dataframe prediction output dataframe col: str, probability mean prediction field return: student_binary_prediction: pandas dataframe converting input to flattened numpy array and binary labels def convert_to_binary(df, pred_field, actual_field): df['score'] = df[pred_field].apply(lambda x: 1 if x>=25 else 0 ) df['label_value'] = df[actual_field].apply(lambda x: 1 if x>=25 else 0) return df binary_df = convert_to_binary(model_output_df, 'pred', 'actual_value') binary_df.head() ''' return student_binary_prediction
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autofit/graphical/factor_graphs/factor.py
vishalbelsare/PyAutoFit
0
72424
<filename>autofit/graphical/factor_graphs/factor.py<gh_stars>0 from abc import ABC from functools import lru_cache from inspect import getfullargspec from itertools import chain, repeat from typing import \ ( Tuple, Dict, Union, Set, Callable, List ) import numpy as np from autofit.graphical.factor_graphs.abstract import \ ( AbstractNode, FactorValue ) from autofit.graphical.utils import \ ( aggregate, Axis, cached_property ) from autofit.mapper.variable import Variable class AbstractFactor(AbstractNode, ABC): def __init__( self, name="", **kwargs: Variable, ): super().__init__(**kwargs) self._name = name or f"factor_{self.id}" self._deterministic_variables = set() @property def deterministic_variables(self) -> Set[Variable]: return self._deterministic_variables @property def name(self) -> str: return self._name def __mul__(self, other): """ When two factors are multiplied together this creates a graph """ from autofit.graphical.factor_graphs.graph import FactorGraph return FactorGraph([self]) * other @property def variables(self) -> Set[Variable]: """ Dictionary mapping the names of variables to those variables """ return set(self._kwargs.values()) @property def _kwargs_dims(self) -> Dict[str, int]: """ The number of plates for each keyword argument variable """ return { key: len(value) for key, value in self._kwargs.items() } @cached_property def _variable_plates(self) -> Dict[str, np.ndarray]: """ Maps the name of each variable to the indices of its plates within this node """ return { variable: self._match_plates( variable.plates ) for variable in self.all_variables } @property def n_deterministic(self) -> int: """ How many deterministic variables are there associated with this node? """ return len(self._deterministic_variables) def __hash__(self): return hash((type(self), self.id)) def _resolve_args( self, **kwargs: np.ndarray ) -> dict: """ Transforms in the input arguments to match the arguments specified for the factor. Parameters ---------- args kwargs Returns ------- """ return {n: kwargs[v.name] for n, v in self._kwargs.items()} class Factor(AbstractFactor): """ A node in a graph representing a factor with analytic evaluation of its Jacobian Parameters ---------- factor the function being wrapped, must accept calls through keyword argument name: optional, str the name of the factor, if not passed then uses the name of the function passed vectorised: optional, bool if true the factor will call the function directly over multiple inputs. If false the factor will call the function iteratively over each argument. is_scalar: optional, bool if true the factor returns a scalar value. Note if multiple arguments are passed then a vector will still be returned kwargs: Variables Variables for each keyword argument for the function Methods ------- __call__({x: x0}, axis=axis) calls the factor, the passed input must be a dictionary with where the keys are the Variable objects that the function takes as input. The Variable keys only have to match the _names_ of the variables of the function. `axis` controls the shape of the output if the variables and factor have plates associated with them, when axis=False then no reduction is performed, otherwise it is equivalent to calling np.sum(log_val, axis=axis) on the returned value returns a FactorValue object which behaves like an np.ndarray func_jacobian({x: x0}, variables=(x,), axis=axis) calls the factor and returns it value and the jacobian of its value with respect to the `variables` passed. if variables is None then it returns the jacobian with respect to all variables. returns fval, {x: d fval / dx} """ def __init__( self, factor: Callable, name="", vectorised=False, is_scalar=False, **kwargs: Variable ): """ A node in a graph representing a factor Parameters ---------- factor A wrapper around some callable args Variables representing positional arguments for the function kwargs Variables representing keyword arguments for the function """ self.vectorised = vectorised self.is_scalar = is_scalar self._set_factor(factor) args = getfullargspec(self._factor).args kwargs = { **kwargs, **{ arg: Variable(arg) for arg in args if arg not in kwargs and arg != "self" } } super().__init__( **kwargs, name=name or factor.__name__ ) def _set_factor(self, factor): self._factor = factor self._has_exact_projection = getattr( factor, 'has_exact_projection', None) self._calc_exact_projection = getattr( factor, 'calc_exact_projection', None) self._calc_exact_update = getattr( factor, 'calc_exact_update', None) def has_exact_projection(self, mean_field) -> bool: if self._has_exact_projection: return self._has_exact_projection( **self.resolve_variable_dict(mean_field)) else: return False def calc_exact_projection(self, mean_field) -> 'MeanField': if self._calc_exact_projection: from autofit.graphical.mean_field import MeanField projection = self._calc_exact_projection( **self.resolve_variable_dict(mean_field)) return MeanField({ self._kwargs[v]: dist for v, dist in projection.items() }) else: return NotImplementedError def calc_exact_update(self, mean_field) -> 'MeanField': if self._calc_exact_update: from autofit.graphical.mean_field import MeanField projection = self._calc_exact_update( **self.resolve_variable_dict(mean_field)) return MeanField({ self._kwargs[v]: dist for v, dist in projection.items() }) else: return NotImplementedError def safe_exact_update(self, mean_field) -> Tuple[bool, 'MeanField']: if self._has_exact_projection: from autofit.graphical.mean_field import MeanField _mean_field = self.resolve_variable_dict(mean_field) if self._has_exact_projection(**_mean_field): projection = self._calc_exact_update(**_mean_field) return True, MeanField({ self._kwargs[v]: dist for v, dist in projection.items() }) return False, mean_field def __hash__(self) -> int: # TODO: might this break factor repetition somewhere? return hash(self._factor) def _reshape_factor( self, factor_val, values ): shift, shape = self._function_shape(**values) if self.is_scalar: if shift: return np.sum( factor_val, axis=np.arange(1, np.ndim(factor_val))) return np.sum(factor_val) return np.reshape(factor_val, shape) def _function_shape( self, **kwargs: np.ndarray) -> Tuple[int, ...]: """ Calculates the expected function shape based on the variables """ var_shapes = { k: np.shape(x) for k, x in kwargs.items()} return self._var_shape(**var_shapes) @lru_cache() def _var_shape(self, **kwargs: Tuple[int, ...]) -> Tuple[int, ...]: """This is called by _function_shape caches result so that does not have to be recalculated each call lru_cache caches f(x=1, y=2) to f(y=2, x=1), but in this case it should be find as the order of kwargs is set by self._kwargs which should be stable """ var_shapes = {self._kwargs[k]: v for k, v in kwargs.items()} var_dims_diffs = { v: len(s) - v.ndim for v, s in var_shapes.items() } """ If all the passed variables have an extra dimension then we assume we're evaluating multiple instances of the function at the same time otherwise an error is raised """ if set(var_dims_diffs.values()) == {1}: # Check if we're passing multiple values e.g. for sampling shift = 1 elif set(var_dims_diffs.values()) == {0}: shift = 0 else: raise ValueError("dimensions of passed inputs do not match") """ Updating shape of output array to match input arrays singleton dimensions are always assumed to match as in standard array broadcasting e.g. (1, 2, 3) == (3, 2, 1) """ shape = np.ones(self.ndim + shift, dtype=int) for v, vs in var_shapes.items(): ind = self._variable_plates[v] + shift vshape = vs[shift:] if shift: ind = np.r_[0, ind] vshape = (vs[0],) + vshape if shape.size: if not ( np.equal(shape[ind], 1) | np.equal(shape[ind], vshape) | np.equal(vshape, 1)).all(): raise AssertionError( "Shapes do not match" ) shape[ind] = np.maximum(shape[ind], vshape) return shift, tuple(shape) def _call_factor( self, **kwargs: np.ndarray ) -> np.ndarray: """ Call the underlying function Parameters ---------- args Positional arguments for the function kwargs Keyword arguments for the function Returns ------- Value returned by the factor """ # kws = self._resolve_args( # **kwargs # ) if self.vectorised: return self._factor(**kwargs) """Some factors may not be vectorised to broadcast over multiple inputs this method checks whether multiple input values have been passed, and if so automatically loops over the inputs. If any of the inputs have initial dimension one, it repeats that value to match the length of the other inputs If the other inputs do not match then it raises ValueError """ kwargs_dims = {k: np.ndim(a) for k, a in kwargs.items()} # Check dimensions of inputs directly match plates direct_call = ( all(dim == kwargs_dims[k] for k, dim in self._kwargs_dims.items())) if direct_call: return self._factor(**kwargs) # Check dimensions of inputs match plates + 1 vectorised = ( all(dim + 1 == kwargs_dims[k] for k, dim in self._kwargs_dims.items())) if not vectorised: raise ValueError( "input dimensions do not match required dims" f"input: **kwargs={kwargs_dims}" f"required: " f"**kwargs={self._kwargs_dims}") kw_lens = {k: len(a) for k, a in kwargs.items()} # checking 1st dimensions match sizes = set(kw_lens.values()) dim0 = max(sizes) if sizes.difference({1, dim0}): raise ValueError( f"size mismatch first dimensions passed: {sizes}") iter_kws = { k: iter(a) if kw_lens[k] == dim0 else iter(repeat(a[0])) for k, a in kwargs.items()} # iterator to generate keyword arguments def gen_kwargs(): for _ in range(dim0): yield { k: next(a) for k, a in iter_kws.items()} # TODO this loop can also be parallelised for increased performance res = np.array([ self._factor(**kws) for kws in gen_kwargs()]) return res def __call__( self, variable_dict: Dict[ Variable, Union[ np.ndarray, float, List[float] ] ], axis: Axis = False, ) -> FactorValue: """ Call the underlying factor Parameters ---------- args Positional arguments for the factor kwargs Keyword arguments for the factor Returns ------- Object encapsulating the result of the function call """ kwargs = self.resolve_variable_dict(variable_dict) val = self._call_factor(**kwargs) val = aggregate(self._reshape_factor(val, kwargs), axis) return FactorValue(val, {}) def broadcast_variable( self, variable: str, value: np.ndarray ) -> np.ndarray: """ broadcasts the value of a variable to match the specific shape of the factor if the number of dimensions passed of the variable is 1 greater than the dimensions of the variable then it's assumed that that dimension corresponds to multiple samples of that variable """ return self._broadcast( self._variable_plates[variable], value ) def collapse( self, variable: str, value: np.ndarray, agg_func=np.sum ) -> np.ndarray: """ broadcasts `value` to match the specific shape of the factor, where `value` has the shape of the factor if the number of dimensions passed of the variable is 1 greater than the dimensions of the variable then it's assumed that that dimension corresponds to multiple samples of that variable """ ndim = np.ndim(value) shift = ndim - self.ndim assert shift in {0, 1} inds = self._variable_plates[variable] + shift dropaxes = tuple(np.setdiff1d( np.arange(shift, ndim), inds)) # to ensured axes of returned array is in the correct order moved = np.moveaxis(value, inds, np.sort(inds)) return agg_func(moved, axis=dropaxes) def __eq__(self, other: Union["Factor", Variable]): """ If set equal to a variable that variable is taken to be deterministic and so a DeterministicFactorNode is generated. """ if isinstance(other, Factor): if isinstance(other, type(self)): return ( (self._factor == other._factor) and (frozenset(self._kwargs.items()) == frozenset(other._kwargs.items())) and (frozenset(self.variables) == frozenset(other.variables)) and (frozenset(self.deterministic_variables) == frozenset(self.deterministic_variables))) else: return False return DeterministicFactor( self._factor, other, name=self.name, **self._kwargs ) def __repr__(self) -> str: args = ", ".join(chain( map("{0[0]}={0[1]}".format, self._kwargs.items()))) return f"Factor({self.name}, {args})" class DeterministicFactor(Factor): """ A deterministic factor is used to convert a function f(g(x)) to f(y)g(x) (integrating over y wit a delta function) so that it can be represented in a factor graph. Parameters ---------- factor The original factor to which the deterministic factor is associated variable The deterministic variable that is returned by the factor, so to represent the case f(g(x)), we would define, ``` >>> x = Variable('x') >>> y = Variable('y') >>> g_ = Factor(g, x) == y >>> f_ = Factor(f, y) ``` Alternatively g could be directly defined, ``` >>> g_ = DeterministicFactor(g, y, x=x) ``` kwargs Variables for the original factor """ def __init__( self, factor: Callable, variable: Variable, *args: Variable, name: str = '', **kwargs: Variable ): """ A deterministic factor is used to convert a function f(g(x)) to f(y)g(x) (integrating over y wit a delta function) so that it can be represented in a factor graph. Parameters ---------- factor The original factor to which the deterministic factor is associated variable The deterministic factor used args Variables for the original factor kwargs Variables for the original factor """ super().__init__( factor, *args, name=name or factor.__name__, **kwargs ) self._deterministic_variables = { variable } def __call__( self, variable_dict: Dict[Variable, np.ndarray], axis: Axis = False, # **kwargs: np.ndarray ) -> FactorValue: """ Call this factor with a set of arguments Parameters ---------- args Positional arguments for the underlying factor kwargs Keyword arguments for the underlying factor Returns ------- An object encapsulating the value for the factor """ kwargs = self.resolve_variable_dict(variable_dict) res = self._call_factor(**kwargs) shift, shape = self._function_shape(**kwargs) plate_dim = dict(zip(self.plates, shape[shift:])) det_shapes = { v: shape[:shift] + tuple( plate_dim[p] for p in v.plates) for v in self.deterministic_variables } if not (isinstance(res, tuple) or self.n_deterministic > 1): res = res, log_val = ( 0. if (shape == () or axis is None) else aggregate(np.zeros(tuple(1 for _ in shape)), axis)) det_vals = { k: np.reshape(val, det_shapes[k]) if det_shapes[k] else val for k, val in zip(self._deterministic_variables, res) } return FactorValue(log_val, det_vals) def __repr__(self) -> str: factor_str = super().__repr__() var_str = ", ".join(sorted(variable.name for variable in self._deterministic_variables)) return f"({factor_str} == ({var_str}))"
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third_party/gsutil/third_party/protorpc/protorpc/google_imports.py
ravitejavalluri/catapult
76
156574
<reponame>ravitejavalluri/catapult """Dynamically decide from where to import other SDK modules. All other protorpc code should import other SDK modules from this module. If necessary, add new imports here (in both places). """ __author__ = '<EMAIL> (<NAME>)' # pylint: disable=g-import-not-at-top # pylint: disable=unused-import try: from google.net.proto import ProtocolBuffer except ImportError: pass
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tests/api/base.py
davidlmorton/webapp-skeleton
0
128436
from pprint import pprint from webapp.api.wsgi import app import abc import json import requests import unittest __all__ = ['BaseAPITest'] def get_endpoint_name(url): with app.test_request_context(url) as request_ctx: url_rule = request_ctx.request.url_rule if url_rule is None: return 'Unknown Endpoint' else: return url_rule.endpoint.split('.')[-1] class BaseAPITest(unittest.TestCase): __metaclass__ = abc.ABCMeta session = requests.Session() session.verify = True def get(self, url, **kwargs): response = self.deserialize_response(self.session.get(url, **kwargs)) self.print_response(response, **kwargs) return response def patch(self, url, data, **kwargs): response = self.deserialize_response( self.session.patch(url, headers={'content-type': 'application/json'}, data=json.dumps(data), **kwargs)) self.print_response(response) return response def post(self, url, data, **kwargs): response = self.deserialize_response( self.session.post(url, allow_redirects=False, headers={'content-type': 'application/json'}, data=json.dumps(data), **kwargs)) self.print_response(response, **kwargs) return response def put(self, url, data, **kwargs): response = self.deserialize_response( self.session.put(url, allow_redirects=False, headers={'content-type': 'application/json'}, data=json.dumps(data), **kwargs)) self.print_response(response, **kwargs) return response def delete(self, url, **kwargs): response = self.deserialize_response( self.session.delete(url, allow_redirects=False, **kwargs)) self.print_response(response, **kwargs) return response @staticmethod def print_response(response, auth=None, **kwargs): pad = '===========================' dpad = pad.replace('=', '-') request = response.request print("\n#===================================================" + pad) print("# %s %s %s" % (response.status_code, request.method, get_endpoint_name(request.url))) print("# Url: %s" % request.url) print("#---------------------------------------------------" + dpad) if 'Authorization' in request.headers: print("# Authorization: %s" % request.headers['Authorization']) if auth: print("# BasicAuth: USER=%s PASS=%s" % auth) if request.body: print("#----------[ Request ]------------------------------" + dpad) pprint(json.loads(request.body)) print("#----------[ Response: %s ]------------------------" % response.status_code + dpad) pprint(response.DATA) @staticmethod def deserialize_response(response): response.DATA = response.json() return response
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4706, 736, 2933, 13, 2 ]
bst.py
kentsommer/bst-amortized-analysis
0
95159
import random from tabulate import tabulate class Node: # Parent pointer used for easier in-order traversal function def __init__(self, value, parent=None): self.value = value self.left = None self.right = None self.parent = parent class BST: def __init__(self): self.root = None # Standard BST insert implementation def insert(self, value): if self.root is None: self.root = Node(value) current = self.root while current: if value == current.value: return elif value < current.value: if current.left: current = current.left else: current.left = Node(value, current) return else: if current.right: current = current.right else: current.right = Node(value, current) return # Select random number N between 50:100 for use as tree size. # Sample N unique random numbers between 0:10,000 # For each i'th unique number insert value into tree. def gen_random_tree(self): num_nodes = random.randint(50, 100) unique_list = random.sample(range(0,10000), num_nodes) for i in range(0, num_nodes): self.insert(unique_list[i]) # If current node has left child # Set current to left child # Continue until no more left children def findmostleft(node, stepcount=0): stepcount = stepcount current = node while True: if current.left != None: current = current.left stepcount += 1 continue break return current, stepcount # If the current node has a right child, return leftmost child of right child. # Else, continue going up parent pointers until parent.left equals current # Return parent def findnext(node): stepcount = 0 if node.right != None: return findmostleft(node.right, 1) else: parent = node.parent stepcount += 1 while parent != None: if parent.left == node: break node = parent parent = node.parent stepcount += 1 return parent, stepcount # Get first node by calling findmostleft on root # Make N-1 calls to findnext (where N is the size of the tree) def inorder(node): stepcount = 0 first = findmostleft(node) stepcount += first[1] current = first[0] for x in range(1, bst_size(node)): next = findnext(current) stepcount += next[1] current = next[0] return stepcount def bst_size(root, count=0): if root is None: return count return bst_size(root.left, bst_size(root.right, count + 1)) # Main function to allow for quick comparison and testing # Generates 50 random trees and displays actual steps, estimated steps, and size of tree if __name__ == '__main__': table = [] for i in range(1, 51): cTree = BST() cTree.gen_random_tree() count = inorder(cTree.root) size = bst_size(cTree.root) table.append(["Tree " + str(i), str(size), str(count), str(2 * (size-1))]) print tabulate(table, headers=["Tree Number", "Number of Nodes", "Number of Steps", "2(N-1)"])
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coPrime.py
prateekgulati/numberTheory
0
179520
<reponame>prateekgulati/numberTheory __author__ = 'Prateek' from sympy import gcd def coPrime(n): num = set() for i in range(1, n): if (gcd(i, n) == 1): num.add(i) return num #if __author__ == 'Prateek': # print coPrime(8)
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stanford/sms-tools/lectures/02-DFT/plots-code/idft.py
phunc20/dsp
1
4979
import matplotlib.pyplot as plt import numpy as np import sys sys.path.append('../../../software/models/') import dftModel as DFT import math k0 = 8.5 N = 64 w = np.ones(N) x = np.cos(2*np.pi*k0/N*np.arange(-N/2,N/2)) mX, pX = DFT.dftAnal(x, w, N) y = DFT.dftSynth(mX, pX, N) plt.figure(1, figsize=(9.5, 5)) plt.subplot(311) plt.title('positive freq. magnitude spectrum in dB: mX') plt.plot(np.arange(mX.size), mX, 'r', lw=1.5) plt.axis([0,mX.size, min(mX), max(mX)+1]) plt.subplot(312) plt.title('positive freq. phase spectrum: pX') plt.plot(np.arange(pX.size), pX, 'c', lw=1.5) plt.axis([0, pX.size,-np.pi,np.pi]) plt.subplot(313) plt.title('inverse spectrum: IDFT(X)') plt.plot(np.arange(-N/2, N/2), y,'b', lw=1.5) plt.axis([-N/2,N/2-1,min(y), max(y)]) plt.tight_layout() plt.savefig('idft.png') plt.show()
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smart_alarm_clock/news_api.py
kfb19/Smart-Alarm-Clock
0
50518
<gh_stars>0 """this module collects current news headlines from the API""" import logging import requests from extract_json import get_key from extract_json import get_location from extract_json import get_urls logging.basicConfig(filename='pysys.log',level=logging.INFO, format='%(asctime)s %(levelname)-8s %(message)s', datefmt='%Y-%m-%d %H:%M:%S') BASE_URL = get_urls("news") API_KEY = get_key("news") COUNTRY = get_location("country") COMPLETE_URL = BASE_URL + "country=" + COUNTRY + "&apiKey=" + API_KEY response = requests.get(COMPLETE_URL) def get_news() -> list: """this function gets the current news information using an API""" logging.info("Articles returned by get_news()") news_dict = response.json() articles = news_dict["articles"] news_articles = [] for article in articles: news_articles.append({'name':article['title'], 'url':article['url']}) return news_articles def check_news_version() -> bool: """this function checks for the correct setup of the API""" try: news_dict = response.json() return True except: return False if __name__ == '__main__': logging.info("News API Module Tested") print(get_news())#tests the function print(check_news_version())#tests the function
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opteryx/utils/__init__.py
mabel-dev/mabel-sql
1
144235
<filename>opteryx/utils/__init__.py from functools import lru_cache @lru_cache(1) def is_running_from_ipython(): """ True when running in Jupyter """ try: from IPython import get_ipython # type:ignore return get_ipython() is not None except: return False def safe_field_name(field_name): """strip all the non-alphanums from a field name""" import re pattern = re.compile(r"[^a-zA-Z0-9\_\-]+") return pattern.sub("", field_name)
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fixture/application.py
turovod/Python_Addressbook_New_Test_By_Charm
0
144488
from selenium import webdriver from selenium.common.exceptions import NoSuchElementException from fixture.contact import ContactHelper from fixture.group import GroupHelper from fixture.session import SessionHelper class Application: def __init__(self, browser, base_url): if browser == "firefox": # launch from IDE # self.driver = webdriver.Firefox(executable_path="../Drivers/geckodriver.exe") # launch from console self.driver = webdriver.Firefox(executable_path=self.adapted_url_to_webdriver("Drivers\geckodriver.exe")) elif browser == "chrome": self.driver = webdriver.Chrome(executable_path=self.adapted_url_to_webdriver("Drivers\chromedriver.exe")) elif browser == "edge": self.driver = webdriver.Edge(executable_path=self.adapted_url_to_webdriver("Drivers\msedgedriver.exe")) else: raise ValueError(f"Unrecognised browser {browser}") # self.driver.implicitly_wait(1) # waiting in seconds # self.base_url = "http://localhost/addressbook/" self.base_url = base_url self.session = SessionHelper(self) self.group = GroupHelper(self) self.contact = ContactHelper(self) self.base_url = base_url def is_valid(self): try: self.driver.current_url return True except: return False def destroy(self): self.driver.quit() def open_home_page(self): driver = self.driver driver.get(self.base_url) def is_element_present(self, how, what): try: self.driver.find_element(by=how, value=what) except NoSuchElementException as e: return False return True def adapted_url_to_webdriver(self, local_driver_url): wd_url = __file__ wd_url = wd_url.strip("fixture\\application.py") wd_url = "\\".join([wd_url, local_driver_url]) return wd_url
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tests/test_higherorder.py
hsadeghidw/dimod
0
129221
<reponame>hsadeghidw/dimod # Copyright 2018 D-Wave Systems Inc. # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. import itertools import unittest import dimod from dimod import make_quadratic, poly_energy, poly_energies class TestMakeQuadratic(unittest.TestCase): def test__spin_prod(self): bqm = dimod.higherorder.utils._spin_product(['a', 'b', 'p', 'aux']) for v in ['a', 'b', 'p', 'aux']: self.assertIn(v, bqm.variables) self.assertEqual(len(bqm), 4) # has an auxiliary variable seen = set() samples = dimod.ExactSolver().sample(bqm) for sample, energy in samples.data(['sample', 'energy']): if energy == 0: self.assertEqual(sample['a'] * sample['b'], sample['p']) seen.add((sample['a'], sample['b'], sample['p'])) if sample['a'] * sample['b'] != sample['p']: self.assertGreaterEqual(energy, 1) # gap 1 self.assertEqual(seen, {(-1, -1, +1), (-1, +1, -1), (+1, -1, -1), (+1, +1, +1)}) def test__binary_prod(self): variables = ['a', 'b', 'p'] bqm = dimod.higherorder.utils._binary_product(variables) for v in variables: self.assertIn(v, bqm.variables) self.assertEqual(len(bqm), 3) seen = set() samples = dimod.ExactSolver().sample(bqm) for sample, energy in samples.data(['sample', 'energy']): if energy == 0: self.assertEqual(sample['a'] * sample['b'], sample['p']) seen.add((sample['a'], sample['b'], sample['p'])) if sample['a'] * sample['b'] != sample['p']: self.assertGreaterEqual(energy, 1) # gap 1 self.assertEqual(seen, {(0, 0, 0), (0, 1, 0), (1, 0, 0), (1, 1, 1)}) def test_empty(self): bqm = make_quadratic({}, 1.0, dimod.SPIN) self.assertEqual(bqm, dimod.BinaryQuadraticModel.empty(dimod.SPIN)) def test_no_higher_order(self): poly = {(0, 1): -1, (1, 2): 1} bqm = make_quadratic(poly, 1.0, dimod.SPIN) variables = set().union(*poly) aux_variables = tuple(set(bqm.linear) - variables) variables = tuple(variables) for config in itertools.product((-1, 1), repeat=len(variables)): sample = dict(zip(variables, config)) energy = poly_energy(sample, poly) reduced_energies = [] for aux_config in itertools.product((-1, 1), repeat=len(aux_variables)): aux_sample = dict(zip(aux_variables, aux_config)) aux_sample.update(sample) reduced_energies.append(bqm.energy(aux_sample)) self.assertAlmostEqual(energy, min(reduced_energies)) def test_simple(self): poly = {(0, 1, 2): -1} bqm = make_quadratic(poly, 5.0, dimod.SPIN) variables = set().union(*poly) aux_variables = tuple(set(bqm.linear) - variables) variables = tuple(variables) self.assertTrue(aux_variables) for config in itertools.product((-1, 1), repeat=len(variables)): sample = dict(zip(variables, config)) energy = poly_energy(sample, poly) reduced_energies = [] for aux_config in itertools.product((-1, 1), repeat=len(aux_variables)): aux_sample = dict(zip(aux_variables, aux_config)) aux_sample.update(sample) reduced_energies.append(bqm.energy(aux_sample)) self.assertAlmostEqual(energy, min(reduced_energies)) def test_several_terms(self): poly = {(0, 1, 2): -1, (1, 2, 3): 1, (0, 2, 3): .5, (0,): .4, (): .5} bqm = make_quadratic(poly, 5.0, bqm=dimod.BinaryQuadraticModel.empty(dimod.SPIN)) variables = set().union(*poly) aux_variables = tuple(set(bqm.linear) - variables) variables = tuple(variables) self.assertTrue(aux_variables) for config in itertools.product((-1, 1), repeat=len(variables)): sample = dict(zip(variables, config)) energy = poly_energy(sample, poly) reduced_energies = [] for aux_config in itertools.product((-1, 1), repeat=len(aux_variables)): aux_sample = dict(zip(aux_variables, aux_config)) aux_sample.update(sample) reduced_energies.append(bqm.energy(aux_sample)) self.assertAlmostEqual(energy, min(reduced_energies)) def test_bug(self): # from a bug report # https://support.dwavesys.com/hc/en-us/community/posts/360035719954-dimod-make-quadratic-returns-error H = {(0, 1, 0, 1): -4.61898, (0, 1, 1, 0): 4.61898, (0, 2, 0, 2): -5.18353, (0, 2, 2, 0): 5.18353, (1, 0, 0, 1): 4.61898, (1, 0, 1, 0): -4.61898, (1, 2, 2, 1): 4.97017, (2, 0, 0, 2): 5.18353, (2, 0, 2, 0): -5.18353, (2, 1, 1, 2): 4.97017, } bqm = make_quadratic(H, 1, 'BINARY') # should be no aux variables self.assertEqual(set(bqm.variables), {0, 1, 2}) def test_another(self): J = {(0, 1, 2): -1, (0, 1, 3): -1, (2, 3, 0): 1, (3, 2, 0): -1} h = {0: 0, 1: 0, 2: 0, 3: 0} off = .5 poly = J.copy() poly.update({(v,): bias for v, bias in h.items()}) poly[()] = off bqm = make_quadratic(J, 5.0, bqm=dimod.BinaryQuadraticModel.from_ising(h, {}, off)) variables = set(h).union(*J) aux_variables = tuple(set(bqm.linear) - variables) variables = tuple(variables) self.assertTrue(aux_variables) for config in itertools.product((-1, 1), repeat=len(variables)): sample = dict(zip(variables, config)) energy = poly_energy(sample, poly) reduced_energies = [] for aux_config in itertools.product((-1, 1), repeat=len(aux_variables)): aux_sample = dict(zip(aux_variables, aux_config)) aux_sample.update(sample) reduced_energies.append(bqm.energy(aux_sample)) self.assertAlmostEqual(energy, min(reduced_energies)) def test_vartype(self): poly = {(0, 1, 2): 10, (0, 1): 5} # make sure (0, 1) is most common self.assertEqual(dimod.make_quadratic(poly, 1.0, 'SPIN'), dimod.make_quadratic(poly, 1.0, dimod.SPIN)) self.assertEqual(dimod.make_quadratic(poly, 1.0, 'BINARY'), dimod.make_quadratic(poly, 1.0, dimod.BINARY)) def test_quad_to_linear(self): J = {(0, 1): -1, (0, 1, 2): 1, (0, 1, 3): 1} h = {} off = .5 poly = J.copy() poly.update({(v,): bias for v, bias in h.items()}) poly[()] = off bqm = make_quadratic(J, 10.0, bqm=dimod.BinaryQuadraticModel.from_ising(h, {}, off)) variables = set(h).union(*J) aux_variables = tuple(set(bqm.linear) - variables) variables = tuple(variables) self.assertTrue(aux_variables) for config in itertools.product((-1, 1), repeat=len(variables)): sample = dict(zip(variables, config)) energy = poly_energy(sample, poly) reduced_energies = [] for aux_config in itertools.product((-1, 1), repeat=len(aux_variables)): aux_sample = dict(zip(aux_variables, aux_config)) aux_sample.update(sample) reduced_energies.append(bqm.energy(aux_sample)) self.assertAlmostEqual(energy, min(reduced_energies)) def test_linear_and_offset(self): poly = {(0,): .5, tuple(): 1.3} bqm = dimod.make_quadratic(poly, 10.0, dimod.BINARY) self.assertEqual(bqm, dimod.BinaryQuadraticModel({0: .5}, {}, 1.3, dimod.BINARY)) def test_binary_polynomial(self): HUBO = {(0, 1, 2): .5, (0, 1): 1.3, (2, 4, 1): -1, (3, 2): -1} bqm = make_quadratic(HUBO, 1000.0, dimod.BINARY) variables = set().union(*HUBO) aux_variables = tuple(set(bqm.linear) - variables) variables = tuple(variables) self.assertTrue(aux_variables) for config in itertools.product((0, 1), repeat=len(variables)): sample = dict(zip(variables, config)) energy = poly_energy(sample, HUBO) reduced_energies = [] for aux_config in itertools.product((0, 1), repeat=len(aux_variables)): aux_sample = dict(zip(aux_variables, aux_config)) aux_sample.update(sample) reduced_energies.append(bqm.energy(aux_sample)) self.assertAlmostEqual(energy, min(reduced_energies)) def test_poly_energies(self): linear = {0: 1.0, 1: 1.0} j = {(0, 1, 2): 0.5} poly = dimod.BinaryPolynomial.from_hising(linear, j) samples = [[1, 1, -1], [1, -1, 1], [1, 1, 1], [-1, 1, -1]] en = poly_energies(samples, poly) self.assertListEqual(list(en), [1.5, -0.5, 2.5, 0.5]) en = poly_energy(samples[0], poly) self.assertAlmostEqual(en, 1.5) with self.assertRaises(ValueError): poly_energy(samples, poly) poly = {('a',): 1.0, ('b',): 1.0, ('a', 'b', 'c'): 0.5} samples = [{'a': 1, 'b': 1, 'c': -1}, {'a': 1, 'b': -1, 'c': 1}, {'a': 1, 'b': 1, 'c': 1}, {'a': -1, 'b': 1, 'c': -1}] en = poly_energies(samples, poly) self.assertListEqual(list(en), [1.5, -0.5, 2.5, 0.5]) en = poly_energy(samples[0], poly) self.assertAlmostEqual(en, 1.5) with self.assertRaises(ValueError): poly_energy(samples, poly)
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src/python-bakeoff/setup_shared.py
dhermes/de-casteljau-bakeoff
0
111570
# Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # https://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. # NOTE: This file is copied (rather than symlinked) since a symlink **outside** # of the package tree won't get copied during a ``pip install``. import os import pathlib import subprocess import sys import numpy as np import setuptools FORTRAN_LIBRARY_PREFIX = "libraries: =" GFORTRAN_MISSING_LIBS = """\ ``gfortran`` default library path not found via: $ gfortran -print-search-dirs {}""" GFORTRAN_BAD_PATH = "``gfortran`` library path {} is not a directory." def gfortran_search_path(): """Get the library directory paths for ``gfortran``. Looks for ``libraries: =`` in the output of ``gfortran -print-search-dirs`` and then parses the paths. If this fails for any reason, this method will print an error and return ``library_dirs``. Returns: List[str]: The library directories for ``gfortran``. """ cmd = ("gfortran", "-print-search-dirs") process = subprocess.Popen(cmd, stdout=subprocess.PIPE) return_code = process.wait() # Bail out if the command failed. if return_code != 0: return [] cmd_output = process.stdout.read().decode("utf-8") # Find single line starting with ``libraries: ``. search_lines = cmd_output.strip().split("\n") library_lines = [ line[len(FORTRAN_LIBRARY_PREFIX) :] for line in search_lines if line.startswith(FORTRAN_LIBRARY_PREFIX) ] if len(library_lines) != 1: msg = GFORTRAN_MISSING_LIBS.format(cmd_output) print(msg, file=sys.stderr) return [] # Go through each library in the ``libraries: = ...`` line. library_line = library_lines[0] accepted = set() for part in library_line.split(os.pathsep): full_path = os.path.abspath(part.strip()) if os.path.isdir(full_path): accepted.add(full_path) else: # Ignore anything that isn't a directory. msg = GFORTRAN_BAD_PATH.format(full_path) print(msg, file=sys.stderr) return sorted(accepted) def get_extra_objects(here): return ( os.path.join(here, "object_files", "types.o"), os.path.join(here, "object_files", "forall_.o"), os.path.join(here, "object_files", "do_.o"), os.path.join(here, "object_files", "spread_.o"), os.path.join(here, "object_files", "serial_.o"), os.path.join(here, "object_files", "vs_algorithm.o"), ) def extension_modules(here, name): extra_objects = get_extra_objects(here) missing = [path for path in extra_objects if not os.path.isfile(path)] if missing: parts = ["Missing object file(s):"] parts.extend(f"- {path}" for path in missing) parts.extend( [ "", f"here: {here}", f"__file__: {__file__}", "", "files in `here`:", ] ) files_here = pathlib.Path(here).glob("*") parts.extend(f"- {path}" for path in files_here) msg = "\n".join(parts) raise RuntimeError(msg) extension = setuptools.Extension( f"{name}._binary", [os.path.join(name, "_binary.c")], extra_objects=extra_objects, include_dirs=[np.get_include()], libraries=["gfortran"], library_dirs=gfortran_search_path(), ) return [extension] def do_setup(here, name): ext_modules = extension_modules(here, name) setuptools.setup( name=name, packages=[name], install_requires=["numpy"], ext_modules=ext_modules, )
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conftest.py
BodenmillerGroup/readimc
0
152409
<filename>conftest.py import pytest import requests import shutil from pathlib import Path from typing import Generator from readimc import MCDFile, TXTFile _imc_test_data_asset_url = ( "https://github.com/BodenmillerGroup/TestData" "/releases/download/v1.0.7/210308_ImcTestData_raw.tar.gz" ) _imc_test_data_raw_dir = "datasets/210308_ImcTestData/raw" _imc_test_data_mcd_file = "20210305_NE_mockData1/20210305_NE_mockData1.mcd" _imc_test_data_txt_file = ( "20210305_NE_mockData1/20210305_NE_mockData1_ROI_001_1.txt" ) def _download_and_extract_asset(tmp_dir_path: Path, asset_url: str): asset_file_path = tmp_dir_path / "asset.tar.gz" response = requests.get(asset_url, stream=True) if response.status_code == 200: with asset_file_path.open(mode="wb") as f: f.write(response.raw.read()) shutil.unpack_archive(asset_file_path, tmp_dir_path) @pytest.fixture(scope="session") def imc_test_data_raw_path(tmp_path_factory) -> Generator[Path, None, None]: tmp_dir_path = tmp_path_factory.mktemp("raw") _download_and_extract_asset(tmp_dir_path, _imc_test_data_asset_url) yield tmp_dir_path / Path(_imc_test_data_raw_dir) shutil.rmtree(tmp_dir_path) @pytest.fixture def imc_test_data_mcd_file( imc_test_data_raw_path: Path, ) -> Generator[MCDFile, None, None]: path = imc_test_data_raw_path / Path(_imc_test_data_mcd_file) with MCDFile(path) as f: yield f @pytest.fixture def imc_test_data_txt_file( imc_test_data_raw_path: Path, ) -> Generator[TXTFile, None, None]: path = imc_test_data_raw_path / Path(_imc_test_data_txt_file) with TXTFile(path) as f: yield f
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Dynamic Programming/32_chef_monocarp.py
Szymon-Budziak/ASD_exercises_solutions
7
139903
<gh_stars>1-10 # <NAME> has just put n dishes into an oven. He knows that the i-th dish has its optimal # cooking time equal to ti minutes. At any positive integer minute T Monocarp can put no more than # one dish out of the oven. If the i-th dish is put out at some minute T, then its unpleasant value # is |T − t[i]| — the absolute difference between T and t[i]. Once the dish is out of the oven, it # can't go back in. Monocarp should put all the dishes out of the oven. What is the minimum total # unpleasant value Monocarp can obtain? from math import inf def chef_monocarp(n, T): T.sort() DP = [[inf] * (2 * n + 1) for _ in range(n + 1)] for i in range(2 * n + 1): DP[0][i] = 0 for i in range(1, n + 1): for j in range(1, 2 * n + 1): DP[i][j] = min(DP[i][j - 1], DP[i - 1][j - 1] + abs(T[i - 1] - j)) return DP[-1][-1] n = 12 T = [4, 11, 12, 4, 10, 12, 9, 3, 4, 11, 10, 10] print(chef_monocarp(n, T))
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gallery/mode/photo_manager.py
bob-chen/gallery
0
49667
<filename>gallery/mode/photo_manager.py # -*- coding: utf-8 -*- ''' Created on Mar 19, 2015 @author: Bob.Chen ''' import sys import urllib2 import time from PIL import Image from constant import PHOTO_DATA_ROOT from common import Logger, RandomID, getPhotoUrl, getPhotoPath from error_api import Err from gallery.models import Photo from StringIO import StringIO class PhotoManager(object): @staticmethod def addPhoto(content, title = "", comment = "", isUrl=False): Logger.LogParameters(funcname = sys._getframe().f_code.co_name, func_vars = vars(), module = "PhotoManager") try: imageName = RandomID.gen() if not isUrl: fileObj = StringIO(content.read()) else: #url = "http://www.didao8.com:8080/static/44/thumb/nvLcHMu1JS3mepZPkQBqriG4ANthz2s5.jpg" fileObj = StringIO(urllib2.urlopen(content).read()) img = Image.open(fileObj) width, height = img.size fileName = "%s%s%s" % (imageName, ".", img.format) filePath = (PHOTO_DATA_ROOT + "%s") % fileName img.save(filePath) photo = Photo(title=title, comment=comment, datetime = time.time(), imageName=fileName, width = width, height = height) photo.save() return Err.genOK(photo.id) except Exception, ex: print ex Logger.SaveLogDebug(ex, level=Logger.LEVEL_ERROR, module = "PhotoManager") return Err.genErr(Err.ERR_ADD_PHOTO_FAIL) @staticmethod def getPhotos(page=1, prePage=5): Logger.LogParameters(funcname = sys._getframe().f_code.co_name, func_vars = vars(), module = "PhotoManager") try: photos = [] intPage = int(page) intPrePage = int(prePage) photoItems = Photo.objects.all()[(intPage-1)*intPrePage:intPage*intPrePage] attrList = ["id", "title", "comment", "datetime", "width", "height", "imageName"] for item in photoItems: photo = {key:getattr(item, key) for key in attrList} photo["imageUrl"] = getPhotoUrl(item.imageName) photos.append(photo) return Err.genOK(photos) except Exception, ex: print ex Logger.SaveLogDebug(ex, level=Logger.LEVEL_ERROR, module = "PhotoManager") return Err.genErr(Err.ERR_GET_PHOTO_LIST_FAIL) @staticmethod def getPhoto(imageName, pointX=0, pointY=0, needWidth=0): ''' Return a StringIO obj, use StringIO.getvalue() to get the content ''' Logger.LogParameters(funcname = sys._getframe().f_code.co_name, func_vars = vars(), module = "PhotoManager") try: imagePath = getPhotoPath(imageName) needWidth, pointX, pointY = int(needWidth), int(pointX), int(pointY) im = Image.open(imagePath) width, height = im.size imgFormat = im.format scale = float(height)/width box = (0, 0, width, height) if needWidth > 0 and pointX < width and pointY < height: if needWidth + pointX > width: needWidth = width - pointX needHeight = needWidth * scale if needHeight + pointY > height: needHeight = height - pointY needWidth = needHeight / scale if needHeight < 1: needHeight = 1 if needWidth < 1: needWidth = 1 print needHeight, needWidth #print needWidth, needHeight, scale box = (pointX, pointY, int(pointX + needWidth), int(pointY + needHeight)) region = im.crop(box) container = StringIO() region.save(container, imgFormat) return Err.genOK([container, imgFormat]) except Exception, ex: print ex Logger.SaveLogDebug(ex, level=Logger.LEVEL_ERROR, module = "PhotoManager") return Err.genErr(Err.ERR_GET_PHOTO_DATA_FAIL)
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core/verify-installation/selenium.py
bfosterscripps/utilities
0
101684
<filename>core/verify-installation/selenium.py # Author: <NAME> # Date: 20150821 # Purpose: # test to see if selenium for python is installed import sys try: # attempt to import relevant selenium pieces from selenium import webdriver from selenium.common.exceptions import TimeoutException from selenium.webdriver.support.ui import WebDriverWait # available since 2.4.0 from selenium.webdriver.support import expected_conditions as EC # available since 2.26.0 except ImportError: # exit with status of 1 to indicate there was an import error sys.exit(1) else: # exit with a status of 0 to indicate all is well sys.exit(0)
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Data/__init__.py
himammz/GpTest
1
48326
__all__ = ['Database']
[ 1, 4770, 497, 1649, 353, 6024, 9112, 2033, 2 ]
plotDiff_log.py
kmoskovtsev/Electrons-on-Helium-Scripts
0
14311
from __future__ import division import matplotlib as mpl mpl.use('Agg') import matplotlib.pyplot as plt import matplotlib.ticker as mticker import gsd import gsd.fl import numpy as np import os import sys import datetime import time import pickle from shutil import copyfile import inspect import md_tools27 as md_tools from multiprocessing import Pool """ This script plots diffusion vs Gamma in log(D)-log(Gamma) or log(D)-gamma format. The data from a .dat file is used, must be precalculated by plotDiff_pG_parallel.py. Arguments: --cmfree, --cmfixed for the free-moving center of mass regime, and v_cm subtracted respectively. --sf <fubfolder>: subfolder to process (e.g. p32) --NP <number>: number of subprocesses to use for parallelization. Very efficient acceleration by a factor of <number>. """ #Use LaTex for text from matplotlib import rc rc('font',**{'family':'serif','serif':['Computer Modern Roman']}) rc('text', usetex=True) def read_log(path): coulomb_status = '' with open(path + '/log.txt', 'r') as f: for i, line in enumerate(f.readlines()): if i == 0: timestamp = line.rstrip() if line[:10] == '# Periodic': words = line.split(' ') p = int(words[9]) A = float(words[6]) if line[:4] == '# a ': words = line.split(' ') repeat_x = int(words[6]) repeat_y = int(words[9]) Np = 2*repeat_x*repeat_y if line[:7] == '# Gamma': words = line.split(' ') dt = float(words[9]) if line[:9] == '# Coulomb': words = line.split(' ') coulomb_status = words[-1] if line[:9] == '# N_therm': words = line.split(' ') snap_period = int(float(words[5])) # T_gamma = 31.8265130646 if line[:9] == '# T_gamma': words = line.split(' ') T_gamma = float(words[3]) return {'timestamp': timestamp,'A':A, 'p':p, 'Np': Np, 'coulomb_status':coulomb_status, 'snap_period':snap_period,\ 'dt':dt, 'T_gamma':T_gamma} def OLS(x, y): '''OLS: x must be a vertical two-dimensional array''' X = np.hstack((np.reshape(np.ones(x.shape[0]), (-1,1)), x))#.transpose() Xpr = X.transpose() beta = np.dot(np.dot(np.linalg.inv(np.dot(Xpr, X)), Xpr), y) #Estimate errors sigma_sq = np.dot(y - np.dot(X, beta), y - np.dot(X, beta))/(len(y) - 1.) sigma_beta_sq = sigma_sq*np.linalg.inv(np.dot(Xpr, X)) return beta, sigma_beta_sq # = [f_0, df/d(A^2)] def diffusion_from_transport_gsd(folder_path, f_name, center_fixed = True, useframes = -1): """ Diffusion constant D is calculated from 4Dt = <(r(t) - r(0))^2>, or 2D_x*t = <(x(t) - x(0))^2>. The average is calculated over all particles and over different time origins. Time origins go from 0 to n_frames/2, and t goes from 0 to n_frames/2. This way, the data are always within the trajectory. center_fixed = True: eliminate oveall motion of center of mass return D_x, D_y D_x, D_y diffusion for x- and y-coordinates; """ params = read_log(folder_path) if folder_path[-1] != '/': folder_path = folder_path + '/' with gsd.fl.GSDFile(folder_path + f_name, 'rb') as f: n_frames = f.nframes box = f.read_chunk(frame=0, name='configuration/box') half_frames = int(n_frames/2) - 1 #sligtly less than half to avoid out of bound i if useframes < 1 or useframes > half_frames: useframes = half_frames t_step = f.read_chunk(frame=0, name='configuration/step') n_p = f.read_chunk(frame=0, name='particles/N') x_sq_av = np.zeros(useframes) y_sq_av = np.zeros(useframes) for t_origin in range(n_frames - useframes - 1): pos_0 = f.read_chunk(frame=t_origin, name='particles/position') mean_pos_0 = np.mean(pos_0, axis = 0) pos = pos_0 pos_raw = pos_0 for j_frame in range(useframes): pos_m1 = pos pos_m1_raw = pos_raw pos_raw = f.read_chunk(frame=j_frame + t_origin, name='particles/position') - pos_0 pos = md_tools.correct_jumps(pos_raw, pos_m1, pos_m1_raw, box[0], box[1]) if center_fixed: pos -= np.mean(pos, axis = 0) - mean_pos_0 #correct for center of mass movement x_sq_av[j_frame] += np.mean(pos[:,0]**2) y_sq_av[j_frame] += np.mean(pos[:,1]**2) x_sq_av /= (n_frames - useframes - 1) y_sq_av /= (n_frames - useframes - 1) # OLS estimate for beta_x[0] + beta_x[1]*t = <|x_i(t) - x_i(0)|^2> a = np.ones((useframes, 2)) # matrix a = ones(half_frames) | (0; dt; 2dt; 3dt; ...) a[:,1] = params['snap_period']*params['dt']*np.cumsum(np.ones(useframes), axis = 0) - params['dt'] b_cutoff = int(useframes/10) #cutoff to get only linear part of x_sq_av, makes results a bit more clean beta_x = np.linalg.lstsq(a[b_cutoff:, :], x_sq_av[b_cutoff:], rcond=-1) beta_y = np.linalg.lstsq(a[b_cutoff:, :], y_sq_av[b_cutoff:], rcond=-1) fig, ax = plt.subplots(1,1, figsize=(7,5)) ax.scatter(a[:,1], x_sq_av, label='$\\langle x^2\\rangle$') ax.scatter(a[:,1], y_sq_av, label='$\\langle y^2\\rangle$') ax.legend(loc=7) ax.set_xlabel('$t$') ax.set_ylabel('$\\langle r_i^2 \\rangle$') if center_fixed: center_fixed_str = 'cm_fixed' else: center_fixed_str = 'cm_free' fig.savefig(folder_path + 'r2_diff_' + f_name +'_' + center_fixed_str + '.png') plt.close('all') D_x = beta_x[0][1]/2 D_y = beta_y[0][1]/2 print('D_x = {}'.format(D_x)) print('D_y = {}'.format(D_y)) return (D_x, D_y) def diffusion_helper(arg_dict): return diffusion_from_transport_gsd(arg_dict['sf'], arg_dict['fname'], center_fixed=arg_dict['center_fixed'], useframes = arg_dict['useframes']) def Teff_from_gsd(args): fpath = args['sf'] + '/' + args['fname'] with gsd.fl.GSDFile(fpath, 'rb') as f: n_frames = f.nframes N = f.read_chunk(frame=0, name='particles/N') v = np.zeros((n_frames, int(N), 2)) for t in range(n_frames): v_t = f.read_chunk(frame=t, name='particles/velocity') v[t, :, 0] = v_t[:,0] v[t, :, 1] = v_t[:,1] #v_cm = np.mean(v, axis=1) #mean_v_cmx = np.mean(v_cm[:,0]) #print("mean v_cm = {}".format(mean_v_cmx)) #sigma_v_cmx = np.sqrt(np.mean((v_cm[:,0] - mean_v_cmx)**2))/np.sqrt(n_frames) #print("error = {}".format(sigma_v_cmx)) #mean_v_cmy = np.mean(v_cm[:,1]) #print("mean v_cm_y = {}".format(mean_v_cmy)) #sigma_v_cmy = np.sqrt(np.mean((v_cm[:,1] - mean_v_cmy)**2))/np.sqrt(n_frames) #print("error_y = {}".format(sigma_v_cmy)) #v_rel = np.swapaxes(v, 0,1) - v_cm v_swap = np.swapaxes(v, 0,1) #T_eff = 0.5*np.mean(v_rel[:,:,0]**2 + v_rel[:,:,1]**2, axis = 0) T_eff = 0.5*np.mean(v_swap[:,:,0]**2 + v_swap[:,:,1]**2, axis = 0) print('T_eff = {}'.format(np.mean(T_eff))) return np.mean(T_eff) def print_help(): print('This script plots diffusion vs Gamma for data taken in diffusion measurements.') print('===========================================================') print('Usage: python plotDiff_pG.py diffusion_data/a32x32_* [--options]') print('This will process all folders that match mobility_data/a32x32_*') print('===========================================================') print('Options:') print('\t--cmfixed will subtract the displacement of the center of mass in diffusion calculation (default behavior)') print('\t--cmfree will NOT subtract the displacement of the center of mass in diffusion calculation (default behavior)') print('\t--showtext will print text info on the plots') print('\t--NP N - will use N parallel processes in the calculations') print('\t--sf [subfolder] - will only process the specified subfolder in all folders') print('\t--help or -h will print this help') ## ======================================================================= # Units unit_M = 9.10938356e-31 # kg, electron mass unit_D = 1e-6 # m, micron unit_E = 1.38064852e-23 # m^2*kg/s^2 unit_t = np.sqrt(unit_M*unit_D**2/unit_E) # = 2.568638150515e-10 s epsilon_0 = 8.854187817e-12 # F/m = C^2/(J*m), vacuum permittivity hbar = 1.0545726e-27/(unit_E*1e7)/unit_t m_e = 9.10938356e-31/unit_M unit_Q = np.sqrt(unit_E*1e7*unit_D*1e2) # Coulombs unit_Qe = unit_Q/4.8032068e-10 # e, unit charge in units of elementary charge e e_charge = 1/unit_Qe # electron charge in units of unit_Q curr_fname = inspect.getfile(inspect.currentframe()) curr_path = os.path.dirname(os.path.abspath(inspect.getfile(inspect.currentframe()))) ##======================================================================= # Make a list of folders we want to process cm_fixed = True #default that can be changed by --cmfree cm_fixed_str = 'cm_fixed' show_text = False Nproc = 1 selected_subfolders = [] folder_list = [] for i in range(len(sys.argv)): if os.path.isdir(sys.argv[i]): folder_list.append(sys.argv[i]) elif sys.argv[i] == '--sf': try: selected_subfolders.append(sys.argv[i+1]) except: raise RuntimeError('Could not recognize the value of --sf. argv={}'.format(argv)) elif sys.argv[i] == '--showtext': show_text = True elif sys.argv[i] == '--GC': gamma_c = float(sys.argv[i+1]) elif sys.argv[i] == '--help' or sys.argv[i] == '-h': print_help() exit() try: print('Gamma_c = {}'.format(gamma_c)) except: raise RuntimeError('Gamma_c not specified. Use --GC argument.') print('Selected subfolders: {}'.format(selected_subfolders)) # Make a list of subfolders p### in each folders subfolder_lists = [] for folder in folder_list: sf_list = [] for item in os.walk(folder): # subfolder name and contained files sf_list.append((item[0], item[2])) sf_list = sf_list[1:] subfolder_lists.append(sf_list) ##======================================================================= for ifold, folder in enumerate(folder_list): print('==========================================================') print(folder) print('==========================================================') # Keep only selected subfolders in the list is there is selection if len(selected_subfolders) > 0: sf_lists_to_go = [] for isf, sf in enumerate(subfolder_lists[ifold]): sf_words = sf[0].split('/') if sf_words[-1] in selected_subfolders: sf_lists_to_go.append(sf) else: sf_lists_to_go = subfolder_lists[ifold] for isf, sf in enumerate(sf_lists_to_go): sf_words = sf[0].split('/') print(sf_words[-1]) if sf_words[-1][0] != 'p': raise ValueError("Expected subfolder name to start with `p`, in {}".format(fname)) log_data = read_log(sf[0]) folder_name = folder.split('/')[-1] if sf[0][-1] == '/': sf[0] = sf[0][:-1] sf_name = sf[0].split('/')[-1] #Read Dx Dy vs Gamma from the .dat file #DxDy_data = {'Dx_arr':Dx_arr, 'Dy_arr':Dy_arr, 'Dx_arr_gauss': Dx_arr*cm2s_convert, 'Dy_arr_gauss':Dy_arr*cm2s_convert, \ # 'gamma_arr':gamma_arr, 'gamma_eff_arr':gamma_eff_arr} cm_fixed_str = 'cm_fixed' with open(sf[0] + '/DxDy_data_' + cm_fixed_str + '_' + sf_name + '_' + folder_name + '.dat', 'r') as ff: DxDy_data = pickle.load(ff) Dx_arr = DxDy_data['Dx_arr'] Dy_arr = DxDy_data['Dy_arr'] gamma_eff_arr = DxDy_data['gamma_eff_arr'] # Remove points where gamma > gamma_c clip_ind = np.where(gamma_eff_arr < gamma_c)[0] Dx_arr_clip = Dx_arr[clip_ind] Dy_arr_clip = Dy_arr[clip_ind] gamma_arr_clip = gamma_eff_arr[clip_ind] print('Dx_arr = {}'.format(Dx_arr_clip)) print('Dy_arr = {}'.format(Dy_arr_clip)) ## ====================================================================== ## Plot Dx,Dy vs effective G (calculated from data rather then read from the log) # in Gaussian units labelfont = 28 tickfont = labelfont - 4 legendfont = labelfont - 4 cm2s_convert = unit_D**2/unit_t*1e4 fig, ax1 = plt.subplots(1,1, figsize=(7,6)) scatter1 = ax1.scatter(gamma_arr_clip, np.log(Dx_arr_clip*cm2s_convert), label='$D_\\perp$', color = 'green', marker='o') ax1.set_xlabel('$\\Gamma$', fontsize=labelfont) ax1.set_ylabel('$\\log(D/D_0)$', fontsize=labelfont) scatter2 = ax1.scatter(gamma_arr_clip, np.log(Dy_arr_clip*cm2s_convert), label='$D_\\parallel$', color = 'red', marker='s') #ax1.set_xlim([np.min(gamma_eff_arr) - 2, np.max(gamma_eff_arr) + 2]) ax1.legend(loc=1, fontsize=legendfont) ax1.tick_params(labelsize= tickfont) ax1.locator_params(nbins=6, axis='y') formatter = mticker.ScalarFormatter(useMathText=True) formatter.set_powerlimits((-3,2)) ax1.yaxis.set_major_formatter(formatter) #Place text if show_text: text_list = ['$\\Gamma_c = {:.1f}$'.format(gamma_c)] y_lim = ax1.get_ylim() x_lim = ax1.get_xlim() h = y_lim[1] - y_lim[0] w = x_lim[1] - x_lim[0] text_x = x_lim[0] + 0.5*w text_y = y_lim[1] - 0.05*h if type(text_list) == list: n_str = len(text_list) for i_fig in range(n_str): ax1.text(text_x, text_y - 0.05*h*i_fig, text_list[i_fig]) elif type(text_list) == str: ax1.text(text_x, text_y, text_list) else: raise TypeError('text_list must be a list of strings or a string') #fig.patch.set_alpha(alpha=1) plt.tight_layout() fig.savefig(folder + '/' + 'DxDy_G_log_' + sf_name + '_' + folder_name + '_{:.2f}'.format(gamma_c) + '.pdf') #fig.savefig(sf[0] + '/' + 'DxDy_Geff_' + cm_fixed_str + '_' + sf_name + '_' + folder_name + '.png') #fig.savefig(sf[0] + '/' + 'DxDy_Geff_' + cm_fixed_str + '_' + sf_name + '_' + folder_name + '.eps') #fig.savefig(sf[0] + '/' + 'DxDy_Geff_' + cm_fixed_str + '_' + sf_name + '_' + folder_name + '.pdf') plt.close('all')
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Week 8_activity/controller/__init__.py
Kenny-WilliamsStockdale/PythonPlay
0
104926
__all__ = ["DES"]
[ 1, 4770, 497, 1649, 353, 6796, 2287, 29903, 3108, 30004, 13, 2 ]
rpython/translator/platform/posix.py
wdv4758h/mu-client-pypy
0
4850
"""Base support for POSIX-like platforms.""" import py, os, sys from rpython.translator.platform import Platform, log, _run_subprocess import rpython rpydir = str(py.path.local(rpython.__file__).join('..')) class BasePosix(Platform): exe_ext = '' make_cmd = 'make' relevant_environ = ('CPATH', 'LIBRARY_PATH', 'C_INCLUDE_PATH') DEFAULT_CC = 'gcc' rpath_flags = ['-Wl,-rpath=\'$$ORIGIN/\''] def __init__(self, cc=None): self.cc = cc or os.environ.get('CC', self.DEFAULT_CC) def _libs(self, libraries): return ['-l%s' % lib for lib in libraries] def _libdirs(self, library_dirs): assert '' not in library_dirs return ['-L%s' % ldir for ldir in library_dirs] def _includedirs(self, include_dirs): assert '' not in include_dirs return ['-I%s' % idir for idir in include_dirs] def _linkfiles(self, link_files): return list(link_files) def _compile_c_file(self, cc, cfile, compile_args): oname = self._make_o_file(cfile, ext='o') args = ['-c'] + compile_args + [str(cfile), '-o', str(oname)] self._execute_c_compiler(cc, args, oname, cwd=str(cfile.dirpath())) return oname def _link_args_from_eci(self, eci, standalone): return Platform._link_args_from_eci(self, eci, standalone) def _exportsymbols_link_flags(self): if (self.cc == 'mingw32' or (self.cc== 'gcc' and os.name=='nt') or sys.platform == 'cygwin'): return ["-Wl,--export-all-symbols"] return ["-Wl,--export-dynamic"] def _link(self, cc, ofiles, link_args, standalone, exe_name): args = [str(ofile) for ofile in ofiles] + link_args args += ['-o', str(exe_name)] if not standalone: args = self._args_for_shared(args) self._execute_c_compiler(cc, args, exe_name, cwd=str(exe_name.dirpath())) return exe_name def _pkg_config(self, lib, opt, default, check_result_dir=False): try: ret, out, err = _run_subprocess("pkg-config", [lib, opt]) except OSError, e: err = str(e) ret = 1 if ret: result = default else: # strip compiler flags result = [entry[2:] for entry in out.split()] # if not result: pass # if pkg-config explicitly returned nothing, then # we assume it means no options are needed elif check_result_dir: # check that at least one of the results is a valid dir for check in result: if os.path.isdir(check): break else: if ret: msg = ("running 'pkg-config %s %s' failed:\n%s\n" "and the default %r is not a valid directory" % ( lib, opt, err.rstrip(), default)) else: msg = ("'pkg-config %s %s' returned no valid directory:\n" "%s\n%s" % (lib, opt, out.rstrip(), err.rstrip())) raise ValueError(msg) return result def get_rpath_flags(self, rel_libdirs): # needed for cross-compilation i.e. ARM return self.rpath_flags + ['-Wl,-rpath-link=\'%s\'' % ldir for ldir in rel_libdirs] def get_shared_only_compile_flags(self): return tuple(self.shared_only) + ('-fvisibility=hidden',) def gen_makefile(self, cfiles, eci, exe_name=None, path=None, shared=False, headers_to_precompile=[], no_precompile_cfiles = [], icon=None): cfiles = self._all_cfiles(cfiles, eci) if path is None: path = cfiles[0].dirpath() rpypath = py.path.local(rpydir) if exe_name is None: exe_name = cfiles[0].new(ext=self.exe_ext) else: exe_name = exe_name.new(ext=self.exe_ext) linkflags = list(self.link_flags) if shared: linkflags = self._args_for_shared(linkflags) linkflags += self._exportsymbols_link_flags() if shared: libname = exe_name.new(ext='').basename target_name = 'lib' + exe_name.new(ext=self.so_ext).basename else: target_name = exe_name.basename if shared: cflags = tuple(self.cflags) + self.get_shared_only_compile_flags() else: cflags = tuple(self.cflags) + tuple(self.standalone_only) m = GnuMakefile(path) m.exe_name = path.join(exe_name.basename) m.eci = eci def rpyrel(fpath): lpath = py.path.local(fpath) rel = lpath.relto(rpypath) if rel: return os.path.join('$(RPYDIR)', rel) # Hack: also relativize from the path '$RPYDIR/..'. # Otherwise, when translating pypy, we get the paths in # pypy/module/* that are kept as absolute, which makes the # whole purpose of $RPYDIR rather pointless. rel = lpath.relto(rpypath.join('..')) if rel: return os.path.join('$(RPYDIR)', '..', rel) m_dir = m.makefile_dir if m_dir == lpath: return '.' if m_dir.dirpath() == lpath: return '..' return fpath rel_cfiles = [m.pathrel(cfile) for cfile in cfiles] rel_ofiles = [rel_cfile[:rel_cfile.rfind('.')]+'.o' for rel_cfile in rel_cfiles] m.cfiles = rel_cfiles rel_includedirs = [rpyrel(incldir) for incldir in self.preprocess_include_dirs(eci.include_dirs)] rel_libdirs = [rpyrel(libdir) for libdir in self.preprocess_library_dirs(eci.library_dirs)] m.comment('automatically generated makefile') definitions = [ ('RPYDIR', '"%s"' % rpydir), ('TARGET', target_name), ('DEFAULT_TARGET', exe_name.basename), ('SOURCES', rel_cfiles), ('OBJECTS', rel_ofiles), ('LIBS', self._libs(eci.libraries) + list(self.extra_libs)), ('LIBDIRS', self._libdirs(rel_libdirs)), ('INCLUDEDIRS', self._includedirs(rel_includedirs)), ('CFLAGS', cflags), ('CFLAGSEXTRA', list(eci.compile_extra)), ('LDFLAGS', linkflags), ('LDFLAGS_LINK', list(self.link_flags)), ('LDFLAGSEXTRA', list(eci.link_extra)), ('CC', self.cc), ('CC_LINK', eci.use_cpp_linker and 'g++' or '$(CC)'), ('LINKFILES', eci.link_files), ('RPATH_FLAGS', self.get_rpath_flags(rel_libdirs)), ] for args in definitions: m.definition(*args) rules = [ ('all', '$(DEFAULT_TARGET)', []), ('$(TARGET)', '$(OBJECTS)', '$(CC_LINK) $(LDFLAGSEXTRA) -o $@ $(OBJECTS) $(LIBDIRS) $(LIBS) $(LINKFILES) $(LDFLAGS)'), ('%.o', '%.c', '$(CC) $(CFLAGS) $(CFLAGSEXTRA) -o $@ -c $< $(INCLUDEDIRS)'), ('%.o', '%.s', '$(CC) $(CFLAGS) $(CFLAGSEXTRA) -o $@ -c $< $(INCLUDEDIRS)'), ('%.o', '%.cxx', '$(CXX) $(CFLAGS) $(CFLAGSEXTRA) -o $@ -c $< $(INCLUDEDIRS)'), ] for rule in rules: m.rule(*rule) if shared: m.definition('SHARED_IMPORT_LIB', libname), m.definition('PYPY_MAIN_FUNCTION', "pypy_main_startup") m.rule('main.c', '', 'echo "' 'int $(PYPY_MAIN_FUNCTION)(int, char*[]); ' 'int main(int argc, char* argv[]) ' '{ return $(PYPY_MAIN_FUNCTION)(argc, argv); }" > $@') m.rule('$(DEFAULT_TARGET)', ['$(TARGET)', 'main.o'], '$(CC_LINK) $(LDFLAGS_LINK) main.o -L. -l$(SHARED_IMPORT_LIB) -o $@ $(RPATH_FLAGS)') return m def execute_makefile(self, path_to_makefile, extra_opts=[]): if isinstance(path_to_makefile, GnuMakefile): path = path_to_makefile.makefile_dir else: path = path_to_makefile log.execute('make %s in %s' % (" ".join(extra_opts), path)) returncode, stdout, stderr = _run_subprocess( self.make_cmd, ['-C', str(path)] + extra_opts) self._handle_error(returncode, stdout, stderr, path.join('make')) class Definition(object): def __init__(self, name, value): self.name = name self.value = value def write(self, f): def write_list(prefix, lst): lst = lst or [''] for i, fn in enumerate(lst): fn = fn.replace('\\', '\\\\') print >> f, prefix, fn, if i < len(lst)-1: print >> f, '\\' else: print >> f prefix = ' ' * len(prefix) name, value = self.name, self.value if isinstance(value, str): f.write('%s = %s\n' % (name, value.replace('\\', '\\\\'))) else: write_list('%s =' % (name,), value) f.write('\n') class Rule(object): def __init__(self, target, deps, body): self.target = target self.deps = deps self.body = body def write(self, f): target, deps, body = self.target, self.deps, self.body if isinstance(deps, str): dep_s = deps else: dep_s = ' '.join(deps) f.write('%s: %s\n' % (target, dep_s)) if isinstance(body, str): f.write('\t%s\n' % body) elif body: f.write('\t%s\n' % '\n\t'.join(body)) f.write('\n') class Comment(object): def __init__(self, body): self.body = body def write(self, f): f.write('# %s\n' % (self.body,)) class GnuMakefile(object): def __init__(self, path=None): self.defs = {} self.lines = [] self.makefile_dir = py.path.local(path) def pathrel(self, fpath): if fpath.dirpath() == self.makefile_dir: return fpath.basename elif fpath.dirpath().dirpath() == self.makefile_dir.dirpath(): assert fpath.relto(self.makefile_dir.dirpath()), ( "%r should be relative to %r" % ( fpath, self.makefile_dir.dirpath())) path = '../' + fpath.relto(self.makefile_dir.dirpath()) return path.replace('\\', '/') else: return str(fpath) def definition(self, name, value): defs = self.defs defn = Definition(name, value) if name in defs: self.lines[defs[name]] = defn else: defs[name] = len(self.lines) self.lines.append(defn) def rule(self, target, deps, body): self.lines.append(Rule(target, deps, body)) def comment(self, body): self.lines.append(Comment(body)) def write(self, out=None): if out is None: f = self.makefile_dir.join('Makefile').open('w') else: f = out for line in self.lines: line.write(f) f.flush() if out is None: f.close()
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src/cobald/daemon/runners/trio_runner.py
thoto/cobald
7
51972
import trio from functools import partial from .base_runner import BaseRunner from .async_tools import raise_return, AsyncExecution class TrioRunner(BaseRunner): """Runner for coroutines with :py:mod:`trio`""" flavour = trio def __init__(self): self._nursery = None super().__init__() def register_payload(self, payload): super().register_payload(partial(raise_return, payload)) def run_payload(self, payload): execution = AsyncExecution(payload) super().register_payload(execution.coroutine) return execution.wait() def _run(self): return trio.run(self._await_all) async def _await_all(self): """Async component of _run""" delay = 0.0 # we run a top-level nursery that automatically reaps/cancels for us async with trio.open_nursery() as nursery: while self.running.is_set(): await self._start_payloads(nursery=nursery) await trio.sleep(delay) delay = min(delay + 0.1, 1.0) # cancel the scope to cancel all payloads nursery.cancel_scope.cancel() async def _start_payloads(self, nursery): """Start all queued payloads""" with self._lock: for coroutine in self._payloads: nursery.start_soon(coroutine) self._payloads.clear() await trio.sleep(0)
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test/validators/test_string_validator.py
jmmease/ipyplotly
8
145114
import pytest from ipyplotly.basevalidators import StringValidator import numpy as np # Fixtures # -------- @pytest.fixture() def validator(): return StringValidator('prop', 'parent') @pytest.fixture() def validator_values(): return StringValidator('prop', 'parent', values=['foo', 'BAR', '']) @pytest.fixture() def validator_no_blanks(): return StringValidator('prop', 'parent', no_blank=True) @pytest.fixture def validator_aok(): return StringValidator('prop', 'parent', array_ok=True) @pytest.fixture def validator_aok_values(): return StringValidator('prop', 'parent', values=['foo', 'BAR', '', 'baz'], array_ok=True) @pytest.fixture() def validator_no_blanks_aok(): return StringValidator('prop', 'parent', no_blank=True, array_ok=True) # Array not ok # ------------ # ### Acceptance ### @pytest.mark.parametrize('val', ['bar', 'HELLO!!!', 'world!@#$%^&*()', '']) def test_acceptance(val, validator: StringValidator): assert validator.validate_coerce(val) == val # ### Rejection by value ### @pytest.mark.parametrize('val', [(), [], [1, 2, 3], set(), np.nan, np.pi]) def test_rejection(val, validator: StringValidator): with pytest.raises(ValueError) as validation_failure: validator.validate_coerce(val) assert 'Invalid value' in str(validation_failure.value) # Valid values # ------------ @pytest.mark.parametrize('val', ['foo', 'BAR', '']) def test_acceptance_values(val, validator_values: StringValidator): assert validator_values.validate_coerce(val) == val @pytest.mark.parametrize('val', ['FOO', 'bar', 'other', '1234']) def test_rejection_values(val, validator_values: StringValidator): with pytest.raises(ValueError) as validation_failure: validator_values.validate_coerce(val) assert 'Invalid value'.format(val=val) in str(validation_failure.value) assert "['foo', 'BAR', '']" in str(validation_failure.value) # ### No blanks ### @pytest.mark.parametrize('val', ['bar', 'HELLO!!!', 'world!@#$%^&*()']) def test_acceptance_no_blanks(val, validator_no_blanks: StringValidator): assert validator_no_blanks.validate_coerce(val) == val @pytest.mark.parametrize('val', ['']) def test_rejection_no_blanks(val, validator_no_blanks: StringValidator): with pytest.raises(ValueError) as validation_failure: validator_no_blanks.validate_coerce(val) assert 'A non-empty string' in str(validation_failure.value) # Array ok # -------- # ### Acceptance ### @pytest.mark.parametrize('val', ['foo', 'BAR', '', 'baz']) def test_acceptance_aok_scalars(val, validator_aok: StringValidator): assert validator_aok.validate_coerce(val) == val @pytest.mark.parametrize('val', ['foo', ['foo'], np.array(['BAR', ''], dtype='object'), ['baz', 'baz', 'baz']]) def test_acceptance_aok_list(val, validator_aok: StringValidator): coerce_val = validator_aok.validate_coerce(val) if isinstance(val, (list, np.ndarray)): assert np.array_equal(coerce_val, np.array(val, dtype=coerce_val.dtype)) else: assert coerce_val == val # ### Rejection by type ### @pytest.mark.parametrize('val', [['foo', ()], ['foo', 3, 4], [3, 2, 1]]) def test_rejection_aok(val, validator_aok: StringValidator): with pytest.raises(ValueError) as validation_failure: validator_aok.validate_coerce(val) assert 'Invalid element(s)' in str(validation_failure.value) # ### Rejection by value ### @pytest.mark.parametrize('val', [['foo', 'bar'], ['3', '4'], ['BAR', 'BAR', 'hello!']]) def test_rejection_aok_values(val, validator_aok_values: StringValidator): with pytest.raises(ValueError) as validation_failure: validator_aok_values.validate_coerce(val) assert 'Invalid element(s)' in str(validation_failure.value) # ### No blanks ### @pytest.mark.parametrize('val', ['123', ['bar', 'HELLO!!!'], ['world!@#$%^&*()']]) def test_acceptance_no_blanks_aok(val, validator_no_blanks_aok: StringValidator): coerce_val = validator_no_blanks_aok.validate_coerce(val) if isinstance(val, (list, np.ndarray)): assert np.array_equal(coerce_val, np.array(val, dtype=coerce_val.dtype)) else: assert coerce_val == val @pytest.mark.parametrize('val', ['', ['foo', 'bar', ''], ['']]) def test_rejection_no_blanks_aok(val, validator_no_blanks_aok: StringValidator): with pytest.raises(ValueError) as validation_failure: validator_no_blanks_aok.validate_coerce(val) assert 'A non-empty string' in str(validation_failure.value)
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envi/archs/msp430/__init__.py
vEpiphyte/vivisect
1
98744
<filename>envi/archs/msp430/__init__.py """ msp430 module """ ############ # Author: <NAME> # Started: 05/23/2009 # import envi from envi.archs.msp430.regs import * from envi.archs.msp430.disasm import * from envi.archs.msp430.const import * class Msp430Module(envi.ArchitectureModule): def __init__(self): envi.ArchitectureModule.__init__(self, "msp430", maxinst=4) self._arch_dis = Msp430Disasm() def archGetRegCtx(self): return Msp430RegisterContext() def archGetNopInstr(self): return '\x03\x43' # NOP is emulated with: MOV #0, R3 def archGetRegisterGroups(self): groups = envi.ArchitectureModule.archGetRegisterGroups(self) general= ('general', registers, ) groups.append(general) return groups def getPointerSize(self): return 2 def pointerString(self, va): return '0x{:04x}'.format(va) def archParseOpcode(self, bytes, offset=0, va=0): return self._arch_dis.disasm(bytes, offset, va) def getEmulator(self): return Msp430Emulator() def getArchDefaultCall(self): return 'msp430call' # NOTE: This one must be after the definition of Msp430Module from envi.archs.msp430.emu import *
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method/pruning_googlenet.py
Nuctech-AI/LBS_pruning
6
49687
<reponame>Nuctech-AI/LBS_pruning import torch.nn as nn import torch import copy import numpy as np import collections def pruning_grad_densent_layer(namex,layer,index=None,groups_y=None,re_num=None): if isinstance(layer, nn.Conv2d): if index is not None: layer.weight.data = layer.weight.data[:, index] layer.in_channels = index.shape[0] weight = layer.weight.data a = np.linspace(0, weight.shape[0]-1, num=weight.shape[0]) if re_num is None: dsa=a else: dsa_ori=re_num dsa=np.setdiff1d(a,dsa_ori) dsa.sort() layer.weight.data = layer.weight.data[dsa] if layer.bias is not None: layer.bias.data = layer.bias.data[dsa] layer.out_channels = dsa.shape[0] return layer, dsa elif isinstance(layer, nn.BatchNorm2d): if layer.weight is not None: layer.weight.data=layer.weight.data[index] if layer.bias is not None: layer.bias.data=layer.bias.data[index] layer.running_mean.data = layer.running_mean.data[index] layer.running_var.data = layer.running_var.data[index] layer.num_features = index.shape[0] return layer, index elif isinstance(layer, torch.nn.Linear): layer.weight.data = layer.weight.data[:, index] layer.in_features = index.shape[0] return layer,index else: print(layer) def get_ori_shape(model): ori_shape = collections.OrderedDict() for name, layer in model.named_modules(): if isinstance(layer, torch.nn.Conv2d) or isinstance(layer, torch.nn.BatchNorm2d) or isinstance(layer,torch.nn.Linear): namex = name + '.weight' if layer.weight is not None: ori_shape[namex] = layer.weight.data.shape[0] else: ori_shape[namex] = layer.running_mean.data.shape[0] return ori_shape def get_ori_channels(model): channels = collections.OrderedDict() for name, layer in model.named_modules(): if isinstance(layer, torch.nn.Conv2d) or isinstance(layer,torch.nn.Linear): namex = name + '.weight' channels[namex] = layer.weight.data.shape[1] return channels def pruning_googlenet_grad(model,config_prune=None,re_ind=None): ori_shape = get_ori_shape(model) ori_channels=get_ori_channels(model) index=None layer_index = collections.OrderedDict() ori_model=copy.deepcopy(model) #ori_model.cuda() concat_fig=config_prune['concat'] layer_list = list(model.state_dict().keys()) for name, m in model.named_modules(): if isinstance(m, torch.nn.Conv2d): ne=name+'.weight' if ne not in re_ind: #print(ne) re_ind[ne]=None offset=collections.OrderedDict() for index_i,i in enumerate(concat_fig): if index_i==0: continue for index_j,j in enumerate(i): offset[j]=concat_fig[index_i-1] for name_cnv,name_x in offset.items(): for ll,each_x in enumerate(name_x): if 'branch3x3' in each_x: name_x[ll]=name_x[ll][:-8]+'3'+name_x[ll][-7:] if 'branch5x5' in each_x: name_x[ll] =name_x[ll][:-8]+'6'+name_x[ll][-7:] cov_index=collections.OrderedDict() for name_cnv, name_x in offset.items(): offset1=0 cov_index1=None for ll, each_x in enumerate(name_x): if ll==0: offset1=0 cov_index1=copy.deepcopy(re_ind[each_x]) else: offset1=offset1+ori_shape[name_x[ll-1]] if re_ind[each_x] is None: continue if cov_index1 is None: cov_index1=copy.deepcopy(re_ind[each_x])+offset1 else: cov_index1=np.hstack((cov_index1,(re_ind[each_x]+offset1))) if cov_index1 is not None: cov_index1.sort() cov_index[name_cnv]=cov_index1 index = None for name,layer in model.named_modules(): if isinstance(layer,torch.nn.Conv2d) or isinstance(layer,torch.nn.BatchNorm2d) or isinstance(layer,torch.nn.Linear): namex = name + '.weight' #print(namex) if isinstance(layer,torch.nn.Conv2d): #ori_shape[namex]=layer.weight.data.shape[0] if namex in cov_index: a = np.linspace(0, ori_channels[namex] - 1, num=ori_channels[namex]) if cov_index[namex] is not None: index = np.setdiff1d(a, cov_index[namex]) else: index=a layer, index = pruning_grad_densent_layer(namex, layer, index,re_num=re_ind[namex]) layer_index[namex]=index elif isinstance(layer,torch.nn.BatchNorm2d): layer,index=pruning_grad_densent_layer(namex,layer,index) layer_index[namex]=index elif isinstance(layer,torch.nn.Linear): #ori_shape[namex] = layer.weight.data.shape[0] if namex in cov_index: a = np.linspace(0, ori_channels[namex] - 1, num=ori_channels[namex]) if cov_index[namex] is not None: index = np.setdiff1d(a, cov_index[namex]) else: index=a layer,index=pruning_grad_densent_layer(namex,layer,index) layer_index[namex]=index else: continue else: continue return model
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tests/test_anonymous.py
psentinelli/filebrowser-safe
25
180710
from django.test import TestCase from django.urls import reverse class FilebrowserAnonymousTestCase(TestCase): def test_browse(self): url = reverse("fb_browse") response = self.client.get(url) self.assertEqual(302, response.status_code) self.assertEqual("/admin/login/?next=" + url, response.url) def test_mkdir(self): url = reverse("fb_browse") response = self.client.get(url) self.assertEqual(302, response.status_code) self.assertEqual("/admin/login/?next=" + url, response.url) def test_rename(self): url = reverse("fb_rename") response = self.client.get(url) self.assertEqual(302, response.status_code) self.assertEqual("/admin/login/?next=" + url, response.url) def test_delete(self): url = reverse("fb_delete") response = self.client.get(url) self.assertEqual(302, response.status_code) self.assertEqual("/admin/login/?next=" + url, response.url) def test_upload(self): url = reverse("fb_upload") response = self.client.get(url) self.assertEqual(302, response.status_code) self.assertEqual("/admin/login/?next=" + url, response.url) def test_do_upload(self): url = reverse("fb_do_upload") response = self.client.get(url) self.assertEqual(302, response.status_code) self.assertEqual("/admin/login/?next=" + url, response.url)
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GdbPublisherNode.py
larics/gdb_ros_publisher
10
106503
import rospy from rospy.msg import AnyMsg class GdbPublisher(object): def __init__(self, topic, msgtype, queue_size = 1): self.topic = topic self.msgtype = msgtype # Construct publisher lazily, since we don't know whether to latch or not yet. self.publisher = None self.queue_size = queue_size def publish(self, serialized_message, latch): message = AnyMsg() message.deserialize(serialized_message) if self.publisher == None: self.publisher = rospy.Publisher(self.topic, self.msgtype, queue_size=self.queue_size, latch = latch) self.publisher.publish(message) class GdbPublisherDictionary(dict): def __init__(self, publishers = None): super(GdbPublisherDictionary, self).__init__() if(publishers != None): self.insert(publishers) def insert(self, publishers): try: iterator = iter(publishers) for publisher in publishers: self[publisher.topic] = publisher except TypeError: # add the single publisher that we received self[publishers.topic] = publishers def publish(self, topic, serialized_message, latch): publisher = self.get(topic, None) if publisher != None: publisher.publish(serialized_message, latch) return True return False class GdbMessageBreakpoint(gdb.Breakpoint): # the default context extractors default_serialized_message_extractor = lambda self: gdb.selected_frame().read_var('m') default_topic_extractor = lambda self: str(gdb.selected_frame().read_var('this').dereference()\ ['name_']['_M_dataplus']['_M_p'].string()) default_latched_extractor = lambda self: str(gdb.selected_frame().read_var('this').dereference()\ ['latch_']) def __init__(self, location, context_extractor = lambda: {}): super(GdbMessageBreakpoint, self).__init__(location, internal = True) self.context_extractor = context_extractor self.silent = True def stop(self): if(not hasattr(self, 'enclosing_node')): raise Exception('Missing node reference') context = self.context_extractor() if 'serialized_variable' not in context: context['serialized_variable'] = self.default_serialized_message_extractor() if 'topic' not in context: context['topic'] = self.default_topic_extractor() if 'latch' not in context: context['latch'] = self.default_latched_extractor() self.enclosing_node.handle_message(**context) return False class GdbPublisherNode(object): def __init__ (self, publisher_dictionary, breakpoints, log_publisher = False, log_publisher_state = False): self.ros_handle = rospy.init_node('gdb_publisher') self.publisher_dictionary = publisher_dictionary self.breakpoints = [] self.add_breakpoints(breakpoints) self.log_publisher = log_publisher self.log_publisher_state = log_publisher_state self.enabled_states_saved = False print "Initialized ROS publisher." def add_breakpoint(self, breakpoint): breakpoint.enclosing_node = self self.breakpoints.append(breakpoint) def add_breakpoints(self, breakpoints): try: iterator = iter(breakpoints) for breakpoint in breakpoints: self.add_breakpoint(breakpoint) except TypeError: self.add_breakpoint(breakpoint) def handle_message(self, serialized_variable, topic, latch): if topic[0] == '/': topic = topic[1:] if topic not in self.publisher_dictionary: if self.log_publisher: print "didn't publish message in {}".format(topic) # don't bother with executing the rest since we are not publishing this message return message_start = serialized_variable['message_start'] # in ros/serialization.h, serializeMessage(), num_bytes = len + 4 serialized_length = serialized_variable['num_bytes'] - 4 serialized_message = self.convert_serialized_to_python(message_start, serialized_length) self.publisher_dictionary.publish(topic, serialized_message, latch) if self.log_publisher: print 'published {}, {}'.format(topic, serialized_length) def enable_breakpoints(self, print_notice = True): for b in self.breakpoints: b.enabled = True if print_notice: print "Enabled ROS publisher." def disable_breakpoints(self, print_notice = True): for b in self.breakpoints: b.enabled = False if print_notice: print "Disabled ROS publisher." def save_state_and_disable_ros_publisher(self): if self.enabled_states_saved == True: raise Exception('This should not have happened, ROS publisher state has already been saved') self.breakpoint_enabled_states = [ b.enabled for b in self.breakpoints ] self.enabled_states_saved = True self.disable_breakpoints(False) if self.breakpoint_enabled_states[0] and self.log_publisher_state: print "Temporarily disabled ROS publisher." def restore_ros_publisher_state(self): if self.enabled_states_saved == True: for b in zip(self.breakpoints, self.breakpoint_enabled_states): b[0].enabled = b[1] if self.breakpoint_enabled_states[0] and self.log_publisher_state: print "Re-enabled ROS publisher." self.enabled_states_saved = False @staticmethod def convert_serialized_to_python(c_array, length): return ''.join([chr(c_array[char]) for char in range(length)])
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scripts/pulp_test.py
rajiv256/cs531_proj_2
0
27582
import pulp as pl def create_affine_expression(coeffs, var_names): assert len(coeffs) == len(var_names) n = len(coeffs) X = [pl.LpVariable(var_names[i]) for i in range(n)] affine = pl.LpAffineExpression([(X[i], coeffs[i]) for i in range(n)]) return affine def create_constraint(coeffs, var_names, sense, rhs): """Creates a constraint based on the args Args: coeffs: coefficients of the constraints vars: Names of the vars sense: +1, 0, -1 based on >=, ==, <= respectively. Or we can use pl.LpConstraintLE rhs: numerical value of the rhs Returns: """ assert len(coeffs) == len(var_names) lhs = create_affine_expression(coeffs, var_names) constr = pl.LpConstraint(lhs, sense=sense, rhs=rhs) return constr def test_affine_expression(coeffs=[1, 2, 3], var_names=['x_0', 'x_1', 'x_2']): print(f'coeffs: {coeffs} | var_names: {var_names}') affine = create_affine_expression(coeffs, var_names) print(affine) def test_constraint(coeffs=[1, 2, 3], var_names=['x_0', 'x_1', 'x_2'], sense=pl.LpConstraintLE, rhs=1): print(f'coeffs: {coeffs} | var_names: {var_names} | sense: {sense} | rhs: {rhs}') constraint = create_constraint(coeffs, var_names, sense, rhs) print(constraint) def test_0(solver_type): model = pl.LpProblem("Example", pl.LpMaximize) print(solver_type) solver = pl.getSolver(solver_type) _var = pl.LpVariable('a', 0, 1) _var2 = pl.LpVariable('a2', 0, 2) model += _var + _var2 <= 3 model += _var + _var2 x = _var + _var2 status = model.solve(solver) print(pl.value(_var), pl.value(_var2)) print(pl.value(x)) return status if __name__ == "__main__": # Get the available solvers av = pl.listSolvers(onlyAvailable=True) print(av) # Take the first available solver status = test_0(av[0]) print(status) test_affine_expression() test_constraint()
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tests/contrib/epidemiology/test_seir.py
johannespitz/pyro
0
88734
# Copyright Contributors to the Pyro project. # SPDX-License-Identifier: Apache-2.0 import pytest import torch import pyro.distributions as dist from pyro.contrib.epidemiology import OverdispersedSEIRModel, SimpleSEIRModel @pytest.mark.parametrize("duration", [3, 7]) @pytest.mark.parametrize("forecast", [0, 7]) @pytest.mark.parametrize("options", [ {}, {"dct": 1.}, {"num_quant_bins": 8}, ], ids=str) def test_simple_smoke(duration, forecast, options): population = 100 incubation_time = 2.0 recovery_time = 7.0 # Generate data. model = SimpleSEIRModel(population, incubation_time, recovery_time, [None] * duration) for attempt in range(100): data = model.generate({"R0": 1.5, "rho": 0.5})["obs"] if data.sum(): break assert data.sum() > 0, "failed to generate positive data" # Infer. model = SimpleSEIRModel(population, incubation_time, recovery_time, data) num_samples = 5 model.fit(warmup_steps=2, num_samples=num_samples, max_tree_depth=2, **options) # Predict and forecast. samples = model.predict(forecast=forecast) assert samples["S"].shape == (num_samples, duration + forecast) assert samples["E"].shape == (num_samples, duration + forecast) assert samples["I"].shape == (num_samples, duration + forecast) @pytest.mark.parametrize("duration", [3, 7]) @pytest.mark.parametrize("forecast", [0, 7]) @pytest.mark.parametrize("options", [ {}, {"dct": 1.}, {"num_quant_bins": 8}, ], ids=str) def test_overdispersed_smoke(duration, forecast, options): population = 100 incubation_time = 2.0 recovery_time = 7.0 # Generate data. model = OverdispersedSEIRModel( population, incubation_time, recovery_time, [None] * duration) for attempt in range(100): data = model.generate({"R0": 1.5, "rho": 0.5, "k": 1.0})["obs"] if data.sum(): break assert data.sum() > 0, "failed to generate positive data" # Infer. model = OverdispersedSEIRModel( population, incubation_time, recovery_time, data) num_samples = 5 model.fit(warmup_steps=2, num_samples=num_samples, max_tree_depth=2, **options) # Predict and forecast. samples = model.predict(forecast=forecast) assert samples["S"].shape == (num_samples, duration + forecast) assert samples["E"].shape == (num_samples, duration + forecast) assert samples["I"].shape == (num_samples, duration + forecast) @pytest.mark.parametrize("duration", [3, 7]) @pytest.mark.parametrize("forecast", [0, 7]) def test_coalescent_likelihood_smoke(duration, forecast): population = 100 incubation_time = 2.0 recovery_time = 7.0 # Generate data. model = OverdispersedSEIRModel( population, incubation_time, recovery_time, [None] * duration) for attempt in range(100): data = model.generate({"R0": 1.5, "rho": 0.5, "k": 1.0})["obs"] if data.sum(): break assert data.sum() > 0, "failed to generate positive data" leaf_times = torch.rand(5).pow(0.5) * duration coal_times = dist.CoalescentTimes(leaf_times).sample() coal_times = coal_times[..., torch.randperm(coal_times.size(-1))] # Infer. model = OverdispersedSEIRModel( population, incubation_time, recovery_time, data, leaf_times=leaf_times, coal_times=coal_times) num_samples = 5 model.fit(warmup_steps=2, num_samples=num_samples, max_tree_depth=2) # Predict and forecast. samples = model.predict(forecast=forecast) assert samples["S"].shape == (num_samples, duration + forecast) assert samples["E"].shape == (num_samples, duration + forecast) assert samples["I"].shape == (num_samples, duration + forecast)
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psy/utils/__init__.py
Alias-Alan/pypsy
169
173869
from psy.utils.probs import inverse_logistic, get_log_beta_pd, get_log_lognormal_pd, get_log_normal_pd, get_nodes_weights, \ r4beta from psy.utils.tools import cached_property from psy.utils.randoms import gen_item_bank
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python/lib/Lib/site-packages/django/views/static.py
truthiswill/intellij-community
2
91201
<reponame>truthiswill/intellij-community<filename>python/lib/Lib/site-packages/django/views/static.py """ Views and functions for serving static files. These are only to be used during development, and SHOULD NOT be used in a production setting. """ import mimetypes import os import posixpath import re import stat import urllib import warnings from email.Utils import parsedate_tz, mktime_tz from django.template import loader from django.http import Http404, HttpResponse, HttpResponseRedirect, HttpResponseNotModified from django.template import Template, Context, TemplateDoesNotExist from django.utils.http import http_date from django.contrib.staticfiles.views import (directory_index, was_modified_since, serve as staticfiles_serve) def serve(request, path, document_root=None, show_indexes=False, insecure=False): """ Serve static files below a given point in the directory structure. To use, put a URL pattern such as:: (r'^(?P<path>.*)$', 'django.views.static.serve', {'document_root' : '/path/to/my/files/'}) in your URLconf. You must provide the ``document_root`` param. You may also set ``show_indexes`` to ``True`` if you'd like to serve a basic index of the directory. This index view will use the template hardcoded below, but if you'd like to override it, you can create a template called ``static/directory_index.html``. """ warnings.warn("The view at `django.views.static.serve` is deprecated; " "use the path `django.contrib.staticfiles.views.serve` " "instead.", PendingDeprecationWarning) return staticfiles_serve(request, path, document_root, show_indexes, insecure)
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PyWeiboSpy/spy.py
veikai/PyWeiboSpy
1
73824
from .exceptions import LoginError import base64 import binascii import json import math import random import re import requests import rsa import time SPY_HEADERS = { "Accept": "*/*", "Accept-Encoding": "gzip, deflate, br", "Accept-Language": "zh-CN,zh;q=0.9,en;q=0.8,en-GB;q=0.7,en-US;q=0.6", "Connection": "keep-alive", "User-Agent": "Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) " "Chrome/84.0.4147.89 Safari/537.36 Edg/84.0.522.40 " } SPY_LOGIN_DATA = { "entry": "weibo", "gateway": 1, "from": "", "savestate": 7, "qrcode_flag": False, "useticket": 1, "pagerefer": "", "vsnf": 1, "service": "miniblog", "pwencode": "rsa2", "sr": "1920*1080", "encoding": "UTF-8", "prelt": 43, "url": "https://weibo.com/ajaxlogin.php?framelogin=1&callback=parent.sinaSSOController.feedBackUrlCallBack", "returntype": "META" } class WeiboSpy: def __init__(self): self.prelogin_url = "https://login.sina.com.cn/sso/prelogin.php?entry=weibo&callback=sinaSSOController" \ ".preloginCallBack&su={}&rsakt=mod&checkpin=1&client=ssologin.js(v1.4.19)&_={} " self.login_url = "https://login.sina.com.cn/sso/login.php?client=ssologin.js(v1.4.19)" self.pin_url = "https://login.sina.com.cn/cgi/pin.php?r={}&s=0&p={}" self.post_blog_url = "https://weibo.com/aj/mblog/add?ajwvr=6&__rnd={}" self.login_data = SPY_LOGIN_DATA self.__session = requests.Session() self.headers = SPY_HEADERS def login(self, username: str, password: str): su = base64.b64encode(username.encode("utf8")).decode("utf8") self.login_data["su"] = su resp = self.__session.get(self.prelogin_url.format(su, int(time.time() * 1000)), headers=self.headers) if resp.status_code != 200: raise LoginError(f"prelogin status code: {resp.status_code}") resp_str = resp.content.decode("utf8")[len("sinaSSOController.preloginCallBack("):-1] prelogin_data = json.loads(resp_str) self.login_data["nonce"] = prelogin_data["nonce"] self.login_data["rsakv"] = prelogin_data["rsakv"] self.login_data["servertime"] = prelogin_data["servertime"] self.login_data["pcid"] = prelogin_data["pcid"] rsa_publickey = int(prelogin_data["pubkey"], 16) key = rsa.PublicKey(rsa_publickey, 65537) data = f"{prelogin_data['servertime']}\t{prelogin_data['nonce']}\n{password}".encode("utf8") sp = binascii.b2a_hex(rsa.encrypt(data, key)).decode("utf8") self.login_data["sp"] = sp resp = self.__session.get( self.pin_url.format(math.floor(random.random() * 100000000), prelogin_data["pcid"]), headers=self.headers) if resp.status_code != 200: raise LoginError(f"pin status code: {resp.status_code}") with open("pin.png", "wb") as wf: wf.write(resp.content) door = input("请输入验证码:") self.login_data["door"] = door resp = self.__session.post(self.login_url, data=self.login_data, headers=self.headers) pa = r'location\.replace\([\'"](.*?)[\'"]\)' redirect_url = re.findall(pa, resp.content.decode("GBK"))[0] resp = self.__session.get(redirect_url, headers=self.headers) pa = r'setCrossDomainUrlList\((.*?)\)' redirect_str = re.findall(pa, resp.content.decode("GBK"))[0] redirect_json = json.loads(redirect_str) redirect_url = f"{redirect_json['arrURL'][0]}&callback=sinaSSOController.doCrossDomainCallBack&scriptId" \ f"=ssoscript0&client=ssologin.js(v1.4.19)&_={int(time.time()*1000)}" resp = self.__session.get(redirect_url, headers=self.headers) print(resp.text) def __upload_image(self, image_path): with open(image_path, "rb") as rf: image_data = base64.b64encode(rf.read()) my_headers = { "Accept": "*/*", "Accept-Encoding": "gzip, deflate", "Accept-Language": "zh-CN,zh;q=0.9,en;q=0.8,en-GB;q=0.7,en-US;q=0.6", "Connection": "keep-alive", "Content-Length": str(len(image_data)), "Content-Type": "multipart/form-data", "Host": "picupload.weibo.com", "Origin": "https://weibo.com", "Referer": "https://weibo.com/u/7459826781/home", "User-Agent": "Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) " "Chrome/84.0.4147.89 Safari/537.36 Edg/84.0.522.40" } post_data = { "b64_data": image_data } url = "http://picupload.service.weibo.com/interface/pic_upload.php?ori=1&mime=image%2Fjpeg&data=base64&url=0&markpos=1&logo=&nick=0&marks=1&app=miniblog" resp = self.__session.post(url, data=post_data, headers=my_headers) print(resp.text) def post_blog(self, text: str): my_headers = { "Accept": "*/*", "Accept-Encoding": "gzip, deflate", "Accept-Language": "zh-CN,zh;q=0.9,en;q=0.8,en-GB;q=0.7,en-US;q=0.6", "Connection": "keep-alive", "Content-Length": "600", "Content-Type": "application/x-www-form-urlencoded", "Origin": "http://www.weibo.com", "Referer": "http://www.weibo.com/u/7459826781/home?wvr=5", "User-Agent": "Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/84.0.4147.89 Safari/537.36 Edg/84.0.522.40", "X-Requested-With": "XMLHttpRequest" } url = f"http://www.weibo.com/aj/mblog/add?ajwvr=6&__rnd={int(time.time() * 1000)}" post_data = { "location": "v6_content_home", "text": text, "appkey": "", "stype_type": 1, "pic_id": "0088QFINgy1ggwavrqa7ij31c00u0keo|0088QFINgy1ggwavrk6ctj31z40u0e81" "|0088QFINgy1ggwavriwj5j31c00u0qjv|0088QFINgy1ggwavreljhj31hc0u0tm8" "|0088QFINgy1ggwavuqkacj31hc0u04qz|0088QFINgy1ggwavt15zij31hc0u0b2a" "|0088QFINgy1ggwavtezjbj31hc0u0hdw|0088QFINgy1ggwavsm519j31hc0u04qp" "|0088QFINgy1ggwavsearjj31z40u0h12", "tid": "", "pdetail": "", "mid": "", "isReEdit": False, "rank": 0, "rankid": "", "module": "stissue", "pub_source": "main_", "updata_img_num": 9, "pub_type": "dialog", "isPri": 0, "_t": 0 } resp = self.__session.post(url, data=post_data, headers=my_headers)
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yolov3/coco_metric.py
LiuChiachi/hapi
92
142116
# Copyright (c) 2020 PaddlePaddle Authors. All Rights Reserved. # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. import sys import json from pycocotools.cocoeval import COCOeval from pycocotools.coco import COCO import logging FORMAT = '%(asctime)s-%(levelname)s: %(message)s' logging.basicConfig(level=logging.INFO, format=FORMAT) logger = logging.getLogger(__name__) __all__ = ['COCOMetric'] OUTFILE = './bbox.json' # COCOMetric behavior is different from Metric defined in high # level API, COCOMetric will and con only accumulate on the epoch # end, so we impliment COCOMetric as not a high level API Metric class COCOMetric(): """ Metrci for MS-COCO dataset, only support update with batch size as 1. Args: anno_path(str): path to COCO annotation json file with_background(bool): whether load category id with background as 0, default True """ def __init__(self, anno_path, with_background=True, **kwargs): self.anno_path = anno_path self.with_background = with_background self.bbox_results = [] self.coco_gt = COCO(anno_path) cat_ids = self.coco_gt.getCatIds() self.clsid2catid = dict({ i + int(with_background): catid for i, catid in enumerate(cat_ids) }) def update(self, img_id, bboxes): assert img_id.shape[0] == 1, \ "COCOMetric can only update with batch size = 1" if bboxes.shape[1] != 6: # no bbox detected in this batch return img_id = int(img_id) for i in range(bboxes.shape[0]): dt = bboxes[i, :] clsid, score, xmin, ymin, xmax, ymax = dt.tolist() catid = (self.clsid2catid[int(clsid)]) w = xmax - xmin + 1 h = ymax - ymin + 1 bbox = [xmin, ymin, w, h] coco_res = { 'image_id': img_id, 'category_id': catid, 'bbox': bbox, 'score': score } self.bbox_results.append(coco_res) def reset(self): self.bbox_results = [] def accumulate(self): if len(self.bbox_results) == 0: logger.warning("The number of valid bbox detected is zero.\n \ Please use reasonable model and check input data.\n \ stop COCOMetric accumulate!") return [0.0] with open(OUTFILE, 'w') as f: json.dump(self.bbox_results, f) map_stats = self.cocoapi_eval(OUTFILE, 'bbox', coco_gt=self.coco_gt) # flush coco evaluation result sys.stdout.flush() self.result = map_stats[0] return [self.result] def cocoapi_eval(self, jsonfile, style, coco_gt=None, anno_file=None): assert coco_gt != None or anno_file != None if coco_gt == None: coco_gt = COCO(anno_file) logger.info("Start evaluate...") coco_dt = coco_gt.loadRes(jsonfile) coco_eval = COCOeval(coco_gt, coco_dt, style) coco_eval.evaluate() coco_eval.accumulate() coco_eval.summarize() return coco_eval.stats
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736, 274, 6235, 29918, 14513, 29889, 16202, 13, 2 ]
a2ml/api/utils/decorators.py
augerai/a2ml
30
175086
def error_handler(decorated): def wrapper(self, *args, **kwargs): try: return decorated(self, *args, **kwargs) except Exception as exc: if self.ctx.debug: import traceback traceback.print_exc() if "ServiceException" in str(type(exc)): exc = Exception(exc.message) self.ctx.log(str(exc)) if not hasattr(self.ctx, 'not_reraise_exceptions')\ or not self.ctx.not_reraise_exceptions: raise return wrapper def authenticated(decorated): def wrapper(self, *args, **kwargs): self.credentials.verify() return decorated(self, *args, **kwargs) return wrapper
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gputools/core/oclmultireduction.py
gmazzamuto/gputools
89
9208
<reponame>gmazzamuto/gputools """ an adaptation of pyopencl's reduction kernel for weighted avarages like sum(a*b) <EMAIL> """ from __future__ import print_function, unicode_literals, absolute_import, division from six.moves import zip import pyopencl as cl from pyopencl.tools import ( context_dependent_memoize, dtype_to_ctype, KernelTemplateBase, _process_code_for_macro) import numpy as np from gputools import get_device import sys # {{{ kernel source KERNEL = r"""//CL// <% inds = range(len(map_exprs)) %> #define GROUP_SIZE ${group_size} % for i,m in enumerate(map_exprs): #define READ_AND_MAP_${i}(i) (${m}) % endfor #define REDUCE(a, b) (${reduce_expr}) % if double_support: #if __OPENCL_C_VERSION__ < 120 #pragma OPENCL EXTENSION cl_khr_fp64: enable #endif #define PYOPENCL_DEFINE_CDOUBLE % endif #include <pyopencl-complex.h> ${preamble} typedef ${out_type} out_type; __kernel void ${name}( % for i in inds: __global out_type *out__base_${i}, % endfor long out__offset, ${arguments}, unsigned int seq_count, unsigned int n) { % for i in inds: __global out_type *out_${i} = (__global out_type *) ( (__global char *) out__base_${i} + out__offset); % endfor ${arg_prep} % for i in inds: __local out_type ldata_${i}[GROUP_SIZE]; out_type acc_${i} = ${neutral}; % endfor unsigned int lid = get_local_id(0); unsigned int i = get_group_id(0)*GROUP_SIZE*seq_count + lid; //printf("seq: %d\tlid = %d\ti=%d\n",seq_count,lid,i); for (unsigned s = 0; s < seq_count; ++s) { if (i >= n) break; % for i in inds: acc_${i} = REDUCE(acc_${i}, READ_AND_MAP_${i}(i)); % endfor i += GROUP_SIZE; } % for i in inds: ldata_${i}[lid] = acc_${i}; % endfor <% cur_size = group_size %> % while cur_size > 1: barrier(CLK_LOCAL_MEM_FENCE); <% new_size = cur_size // 2 assert new_size * 2 == cur_size %> if (lid < ${new_size}) { % for i in inds: ldata_${i}[lid] = REDUCE( ldata_${i}[lid], ldata_${i}[lid + ${new_size}]); % endfor } <% cur_size = new_size %> % endwhile if (lid == 0) { % for i in inds: out_${i}[get_group_id(0)] = ldata_${i}[0]; % endfor //printf("result: %.4f\n",out_0[get_group_id(0)] ); } } """ def _get_reduction_source( ctx, out_type, out_type_size, neutral, reduce_expr, map_exprs, parsed_args, name="reduce_kernel", preamble="", arg_prep="", device=None, max_group_size=None): if device is not None: devices = [device] else: devices = ctx.devices # {{{ compute group size def get_dev_group_size(device): # dirty fix for the RV770 boards max_work_group_size = device.max_work_group_size if "RV770" in device.name: max_work_group_size = 64 # compute lmem limit from pytools import div_ceil lmem_wg_size = div_ceil(max_work_group_size, out_type_size) result = min(max_work_group_size, lmem_wg_size) # round down to power of 2 from pyopencl.tools import bitlog2 return 2**bitlog2(result) group_size = min(get_dev_group_size(dev) for dev in devices) if max_group_size is not None: group_size = min(max_group_size, group_size) # }}} from mako.template import Template from pytools import all from pyopencl.characterize import has_double_support src = str(Template(KERNEL).render( out_type=out_type, arguments=", ".join(arg.declarator() for arg in parsed_args), group_size=group_size, neutral=neutral, reduce_expr=_process_code_for_macro(reduce_expr), map_exprs=[_process_code_for_macro(m) for m in map_exprs], name=name, preamble=preamble, arg_prep=arg_prep, double_support=all(has_double_support(dev) for dev in devices), )) # sys.exit() from pytools import Record class ReductionInfo(Record): pass return ReductionInfo( context=ctx, source=src, group_size=group_size) def get_reduction_kernel(stage, ctx, dtype_out, neutral, reduce_expr, arguments=None, name="reduce_kernel", preamble="", map_exprs = None, device=None, options=[], max_group_size=None): if map_exprs is None: raise ValueError("map_exprs has to be given!") for i, m in enumerate(map_exprs): if m is None: if stage==2: map_exprs[i] = "pyopencl_reduction_inp_%i[i]"%i else: map_exprs[i] = "in[i]" from pyopencl.tools import ( parse_arg_list, get_arg_list_scalar_arg_dtypes, get_arg_offset_adjuster_code, VectorArg) arg_prep = "" if stage==1 and arguments is not None: arguments = parse_arg_list(arguments, with_offset=True) arg_prep = get_arg_offset_adjuster_code(arguments) if stage==2 and arguments is not None: arguments = parse_arg_list(arguments) arguments = ( [VectorArg(dtype_out, "pyopencl_reduction_inp_%i"%i) for i in range(len(map_exprs))] +arguments) inf = _get_reduction_source( ctx, dtype_to_ctype(dtype_out), dtype_out.itemsize, neutral, reduce_expr, map_exprs, arguments, name, preamble, arg_prep, device, max_group_size) inf.program = cl.Program(ctx, inf.source) inf.program.build(options) inf.kernel = getattr(inf.program, name) inf.arg_types = arguments inf.kernel.set_scalar_arg_dtypes( [None, ]*len(map_exprs)+[np.int64] +get_arg_list_scalar_arg_dtypes(inf.arg_types) +[np.uint32]*2) return inf # }}} # {{{ main reduction kernel class OCLMultiReductionKernel: """ simultanous reduction of a weighted sum of severalbuffers example: k = OCLMultiReduction(np.float32, neutral="0",reduce_expr="a+b", map_exprs = ["x[i]", "x[i]*y[i]"], arguments="__global float *x,__global float *y") k(a,b, out1 = out1, out2 = out2) """ def __init__(self, dtype_out, neutral, reduce_expr, arguments=None, map_exprs=[None], name="reduce_kernel", options=[], preamble=""): ctx = get_device().context dtype_out = self.dtype_out = np.dtype(dtype_out) max_group_size = None trip_count = 0 self.n_exprs = len(map_exprs) assert self.n_exprs>0 while True: self.stage_1_inf = get_reduction_kernel(1, ctx, dtype_out, neutral, reduce_expr, arguments, name=name+"_stage1", options=options, preamble=preamble, map_exprs=map_exprs, max_group_size=max_group_size) kernel_max_wg_size = self.stage_1_inf.kernel.get_work_group_info( cl.kernel_work_group_info.WORK_GROUP_SIZE, ctx.devices[0]) if self.stage_1_inf.group_size<=kernel_max_wg_size: break else: max_group_size = kernel_max_wg_size trip_count += 1 assert trip_count<=2 self.stage_2_inf = get_reduction_kernel(2, ctx, dtype_out, neutral, reduce_expr, arguments=arguments, name=name+"_stage2", options=options, map_exprs = [None]*self.n_exprs, preamble=preamble, max_group_size=max_group_size) from pytools import any from pyopencl.tools import VectorArg assert any( isinstance(arg_tp, VectorArg) for arg_tp in self.stage_1_inf.arg_types), \ "ReductionKernel can only be used with functions " \ "that have at least one vector argument" def __call__(self, *args, **kwargs): MAX_GROUP_COUNT = 1024 # noqa SMALL_SEQ_COUNT = 4 # noqa from pyopencl.array import empty stage_inf = self.stage_1_inf queue = kwargs.pop("queue", None) wait_for = kwargs.pop("wait_for", None) return_event = kwargs.pop("return_event", False) outs = kwargs.pop("outs", [None]*self.n_exprs) if kwargs: raise TypeError("invalid keyword argument to reduction kernel") stage1_args = args while True: invocation_args = [] vectors = [] from pyopencl.tools import VectorArg for arg, arg_tp in zip(args, stage_inf.arg_types): if isinstance(arg_tp, VectorArg): if not arg.flags.forc: raise RuntimeError("ReductionKernel cannot " "deal with non-contiguous arrays") vectors.append(arg) invocation_args.append(arg.base_data) if arg_tp.with_offset: invocation_args.append(arg.offset) else: invocation_args.append(arg) repr_vec = vectors[0] sz = repr_vec.size if queue is not None: use_queue = queue else: use_queue = repr_vec.queue if sz<=stage_inf.group_size*SMALL_SEQ_COUNT*MAX_GROUP_COUNT: total_group_size = SMALL_SEQ_COUNT*stage_inf.group_size group_count = (sz+total_group_size-1)//total_group_size seq_count = SMALL_SEQ_COUNT else: group_count = MAX_GROUP_COUNT macrogroup_size = group_count*stage_inf.group_size seq_count = (sz+macrogroup_size-1)//macrogroup_size if group_count==1: results = [empty(use_queue, (), self.dtype_out, allocator=repr_vec.allocator) if out is None else out for out in outs] else: results = [empty(use_queue, (group_count,), self.dtype_out, allocator=repr_vec.allocator) for out in outs] last_evt = stage_inf.kernel( use_queue, (group_count*stage_inf.group_size,), (stage_inf.group_size,), *([r.base_data for r in results]+[results[0].offset,] +invocation_args+[seq_count, sz]), **dict(wait_for=wait_for)) wait_for = [last_evt] #print "ooooo ", group_count, len(args) if group_count==1: if return_event: return results, last_evt else: return results else: stage_inf = self.stage_2_inf args = tuple(results)+stage1_args #args = (results[0],)+stage1_args if __name__=='__main__': from gputools import OCLArray, OCLReductionKernel k1 = OCLReductionKernel(np.float32, neutral="0", reduce_expr="a+b", map_expr="x[i]", arguments="__global float *x") k2 = OCLMultiReductionKernel(np.float32, neutral="0", reduce_expr="a+b", map_exprs=["y[i]*x[i]","x[i]"], arguments="__global float *x, __global float *y") N = 512 a = OCLArray.from_array(np.ones((N,N),np.float32)) b = OCLArray.from_array(2.*np.ones((N,N),np.float32)) o1 = OCLArray.empty((),np.float32) o2 = OCLArray.empty((),np.float32) from time import time t = time() for _ in range(400): k1(a) k1(b) k1(a).get() k1(b).get() print(time()-t) t = time() #print k2(a,b, outs = [o1,o2]) for _ in range(400): k2(a[0],b[0], outs = [o1,o2]) o1.get() print(time()-t) # open("kern_new_1.txt","w").write(("%s"%k2.stage_1_inf).replace("\\n","\n")) # open("kern_new_2.txt","w").write(("%s"%k2.stage_2_inf).replace("\\n","\n"))
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Final Class Test/Final Exam - Boundary Detection .py
Ciaran-OBrien/Image-Processing
2
52430
<reponame>Ciaran-OBrien/Image-Processing # coding: utf-8 # In[2]: # Author: <NAME> # Lecture: Jane Courtney # Submitted: 13/12/18 # This code is in response to CA Class Test: Boundary Detection # N.B. This code orignated as a Jupyter file, thus relavent code and lineNumbers remain # Boiler plate imports import os import numpy as np import cv2 from matplotlib import pyplot as plt import easygui import imutils import math import operator # # Setup # # Import all the necessary boiler plate code; import statements, header text. # Obtain important data; Flesh detection in different colour spaces. As the assignment was regrading skin colours, I needed to research what # colour space and thresholding parameters were necessary here. For this, I took the given image of the skin mole, and used a colour picker tool, # like Photoshop's colour picker tool, in order to obtain the RGB colours of the skin. I took 10 sample across the image and took an average of # these values. # Once I had the RGB vales, I used colorizer.org in order to obtain the HSV values for my chosen skin colour. The algorithm these values were used # in will be discussed below, along with the code used afterwards. # # # Requirements: # # - Convert the image to an appropriate colour space; # - Enhance the image to maximise the contrast between the mole and the skin; # - Create a binary mask of the mole from the image using thresholding or edge detection; # - Use morphology to clean up this mask; # - Extract the contours in the binary image; # - Sort the contours by area to find the largest; # - Draw this contour on the original image as a thick red line; # # # Method: # # My method included 3 steps: # # 1. Masking # 2. Morphological operation # 3. FindContours # # ## 1. Masking: # # As mentioned in my setup, I knew that I was dealing with skin colours, so decided to make use of the HSV colour space. Using the values researched # form above, min_HSV = [20, 70, 0] and max_HSV = [120, 200, 255], I was able to create a binary mask by using the inRange() fnx. # The inRange() fnx take two parameters, the min and max values for your colour threshold. When we pass in the HSV image, the fnx filters out any # other colours outside the parameter ranges, and returns a binary mask of the chosen range.This mask was returned from the getHSVMask fxn(). # I did look at trying to use the YCrCb range, as that has proven useful in research for skin thresholding. However, the results I obtained from HSV # masking we satisfactory. Further work on the mask is shown below. # # ## 2. Morphological operation: # # The resulting mask from getHSVMask() fnx needed some cleaning up. For this, I made use of OpenCV's morphological operations. These operations # alter the structure of a binary image, in our case a binary mask. I made use of two operations, closing and opening, with kernel sizes of (7,7) # and (3,3) respectively. # Closing is a Dilation followed by an Erosion operation. Here missing holes in the mask, as per the result of getHSVMask(), are filled in relative # to the background, black. # Opening an erosion followed by a dilation operation. Here background noise is removed relative to the kernel neighbours. The method implemented # in the background here is when at least one kernel neighbour has a value of 1, then the pixel element being compared as the central pixel of the # kernel, is set to a value of 1. # # ## 3. FindContours : # # The final step in my method concluded with finding the contours of the binary mask, and using a contour to draw a red line around the found mole. # Firstly I made use of OpenCV's findContour() fnx with three parameters, the binary mask, the contour retrieval mode, and the contour approximation # method. # The Binary mask has been defined as per the previous two steps in my method. # The contour retrieval mode is defined by a set of 5 modes as per OpenCV RetrievalModes documentation. I chose to use the RETR_LIST mode as it # simply retrieves all the available contours and can be easily accessed just like a regular list. This will be useful, as I am required to sort # the contours too. # The contour approximation mode is defined by a set of 5 modes as per OpenCV ContourApproximationModes documentation. I chose to use the # CHAIN_APPROX_SIMPLE mode as it attempts to filter out false positive contours by compressing horizontal, vertical, and diagonal segments and # leaves only their end points. However CHAIN_APPROX_NONE, which simply returns all contours found, returns the same number of contours, so either # mode works. # # As the contours are returned as a list, I can easily perform the required task of sorting them according to area size. I did this through the use # of python's sorted fnx, which takes the list, the sorting key, and order as parameter. # The lists has been defined as the contours lits earlier # The sorting key, I use the area of the contours themselves, using cv2.contourArea. # The order, I set the reversOrder to True, so simply the first element in the list is the largest contours, therefore the contour of the mole. # # # Testing: # # ## Error checking: # Error checking occurs when we try to convert an image into HSV. As we can only safely say if an image has 2/3 channels, I built the error # checking based around that. If the user selects a 2 channle input, an error will be raised. # # ## Image Testing: # Of the two images provided, my current method unfortunately works with one of the images. This is due to the fine tunig required for the # getMorphologyMask() fnx. Hower, I have added an extra image found online that works with my method. # # # In[533]: # Converting the Colour image into the HSV range # The HSV range is more usefull than RGB, as it allows for capturing colours of diffrent Brightness and Saturation def getHSVImage(colourImage): try: if(len(colourImage.shape) == 2): raise Exception("Potential Gray Image passed. Not allowed!") elif(len(colourImage.shape) == 3): return cv2.cvtColor(colourImage.copy(), cv2.COLOR_BGR2HSV) else: raise Exception("Unsupported Image") except Exception as error: print("An error has occured\n",error) # In[532]: def getHSVMask(HSVimage): min_HSV = np.array([20, 70, 0], dtype=np.uint8) max_HSV = np.array([120, 190, 255], dtype=np.uint8) skinMask = cv2.inRange(HSVimage, min_HSV, max_HSV) return skinMask # In[283]: def getYCrCbMask(image): converted = cv2.cvtColor(image, cv2.COLOR_BGR2YCrCb) min_YCrCb = np.array([0,133,77],dtype=np.uint8) max_YCrCb = np.array([255,173,127],dtype=np.uint8) skinMask = cv2.inRange(converted, min_YCrCb, max_YCrCb) skinMask[skinMask < 128] = 0 skinMask[skinMask >= 128] = 1 return skinMask # In[513]: def getMorphologyMask(hsvMask): kernel = cv2.getStructuringElement(cv2.MORPH_ELLIPSE, (7, 7)) mask = cv2.morphologyEx(hsvMask, cv2.MORPH_CLOSE, kernel) kernel = cv2.getStructuringElement(cv2.MORPH_ELLIPSE, (5, 5)) mask = cv2.morphologyEx(hsvMask, cv2.MORPH_OPEN, kernel, iterations=2) return mask # In[577]: # Finding contours for the thresholded image def getDrawContourImage(morphMask,originalImage): copy = originalImage.copy() _, contours, _ = cv2.findContours(morphMask, cv2.RETR_LIST, cv2.CHAIN_APPROX_SIMPLE) cntsSorted = sorted(contours, key=lambda x: cv2.contourArea(x)) cnt = sorted(contours, key=cv2.contourArea, reverse=True) cv2.drawContours(copy,cnt[1],-1,(255,0,0),6) if(cnt[1][0][0][0] > 200): foundLargeContour = True else:foundLargeContour = False return copy,foundLargeContour # In[580]: # Inform the user if they should get the mole looked at or not def plotInformation(foundMole): if foundMole: return "Better get that checked out !" else: return "Sure looks grand !" # In[578]: moleImage = plt.imread("mole.jpg") moleImage2 = plt.imread("mole2.jpg") skinCancerImage = plt.imread("skincancer.jpg") # In[585]: hsvImage = getHSVImage(moleImage) hsvMask = getHSVMask(hsvImage) morphMask = getMorphologyMask(hsvMask) drawnImage,foundMole = getDrawContourImage(morphMask,moleImage) plt.suptitle(plotInformation(foundMole)) plt.imshow(drawnImage) plt.show() # In[538]: import unittest class TestNotebook(unittest.TestCase): def test_nonGrayImageReturned(self): grayColourImage = cv2.cvtColor(moleImage,cv2.COLOR_BGR2GRAY) try: getHSVImage(grayColourImage) except Exception: pass unittest.main(argv=[''], verbosity=2, exit=False)
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Assignment 5/assignment52.py
ziaridoy20/Data-Science-with-Python-and-R
0
115862
import numpy as np import matplotlib.pyplot as plt from scipy.stats import poisson from scipy.stats import uniform from scipy.stats import norm # Data data = np.array([0.3120639, 0.5550930, 0.2493114, 0.9785842]) # Grid. mus = np.linspace(0, 1, num=100) sigmas = np.linspace(0, 1, num=100) x = [] y = [] z = [] # Grid and computation of the posterior. for mu in mus: for sigma in sigmas: posterior = np.prod(norm.pdf(x=data, loc=mu, scale=sigma)) * uniform.pdf(mu, 0, 1) * uniform.pdf(sigma, 0, 1) x.append(mu) y.append(sigma) z.append(posterior) # Plot using colors. plt.scatter(x, y, c=z) plt.show()
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solutions/1362-Closest-Divisors/1362.py
leetcode-notebook/wonz
12
78818
<reponame>leetcode-notebook/wonz<gh_stars>10-100 import math from typing import List class Solution: def closestDivisors(self, num: int) -> List[int]: num1, num2 = num + 1, num + 2 ans1 = self.crack(num1) ans2 = self.crack(num2) res = [] if abs(ans1 - int(num1 / ans1)) < abs(ans2 - int(num2 / ans2)): # int res.append(ans1) res.append(int(num1 / ans1)) return res else: res.append(ans2) res.append(int(num2 / ans2)) return res # calculate factor def crack(self, integer): factor1, factor2 = 1, integer for i in range(1, int(math.sqrt(integer)) + 1): # range: [1, sqrt(x) + 1) if int(integer / i) == integer / i: # i is factor if integer / i - i < factor2 - factor1: factor1, factor2 = i, integer / i return factor1 if __name__ == "__main__": num = 123 print(Solution().closestDivisors(num))
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Configuration/StandardSequences/python/Eras.py
AndrissP/cmssw
0
129214
from __future__ import print_function import FWCore.ParameterSet.Config as cms from FWCore.ParameterSet.Config import ModifierChain,Modifier class Eras (object): """ Dummy container for all the cms.Modifier instances that config fragments can use to selectively configure depending on what scenario is active. """ def __init__(self): allEras=['Run1_pA', 'Run1_peripheralPbPb', 'Run2_50ns', 'Run2_50ns_HIPM', 'Run2_25ns', 'Run2_25ns_HIPM', 'Run2_25ns_peripheralPbPb', 'Run2_HI', 'Run2_2016', 'Run2_2016_HIPM', 'Run2_2016_trackingLowPU', 'Run2_2016_pA', 'Run2_2017', 'Run2_2017_FastSim', #new modifier for Phase1 FastSim, skips the muon GEM sequence 'Run2_2017_trackingRun2', 'Run2_2017_trackingLowPU', 'Run2_2017_pp_on_XeXe', 'Run2_2017_ppRef', 'Run2_2018', 'Run2_2018_FastSim', #new modifier for Phase1 FastSim, skips the muon GEM sequence 'Run2_2018_pp_on_AA', 'Run2_2018_pp_on_AA_noHCALmitigation', 'Run2_2018_highBetaStar', 'Run3', 'Phase2', 'Phase2_timing', 'Phase2_timing_layer', 'Phase2_timing_layer_tile', 'Phase2_timing_layer_bar', 'Phase2C4', 'Phase2C4_timing', 'Phase2C6', 'Phase2C6_timing', 'Phase2C4_timing_layer_bar', 'Phase2C8', 'Phase2C8_timing', 'Phase2C8_timing_layer_bar', ] internalUseMods = ['run2_common', 'run2_25ns_specific', 'run2_50ns_specific', 'run2_HI_specific', 'stage1L1Trigger', 'fastSim', 'peripheralPbPb', 'pA_2016', 'run2_HE_2017', 'stage2L1Trigger', 'stage2L1Trigger_2017', 'run2_HF_2017', 'run2_HCAL_2017', 'run2_HEPlan1_2017', 'run2_HB_2018','run2_HE_2018', 'run3_HB', 'run3_common', 'phase1Pixel', 'run3_GEM', 'run2_GEM_2017', 'run2_CSC_2018', 'phase2_common', 'phase2_tracker', 'phase2_hgcal', 'phase2_muon', 'phase2_timing', 'phase2_hgcalV9', 'phase2_hfnose', 'phase2_hgcalV10', 'phase2_timing_layer','phase2_timing_layer_tile','phase2_timing_layer_bar','phase2_hcal', 'trackingLowPU', 'trackingPhase1', 'ctpps_2016', 'trackingPhase2PU140','highBetaStar_2018', 'tracker_apv_vfp30_2016', 'pf_badHcalMitigation', 'run2_miniAOD_80XLegacy','run2_miniAOD_94XFall17', 'run2_nanoAOD_92X', 'run2_nanoAOD_94XMiniAODv1', 'run2_nanoAOD_94XMiniAODv2', 'run2_nanoAOD_94X2016', 'run2_miniAOD_devel', 'run2_nanoAOD_102Xv1', 'run2_nanoAOD_106Xv1', 'run2_nanoAOD_106Xv2', 'run2_nanoAOD_devel', 'run2_tau_ul_2016', 'run2_tau_ul_2018', 'hcalHardcodeConditions', 'hcalSkipPacker', 'run2_HLTconditions_2016','run2_HLTconditions_2017','run2_HLTconditions_2018', 'bParking'] internalUseModChains = ['run2_2017_noTrackingModifier'] self.pythonCfgLines = {} for e in allEras: eObj=getattr(__import__('Configuration.Eras.Era_'+e+'_cff',globals(),locals(),[e],0),e) self.addEra(e,eObj) self.pythonCfgLines[e] = 'from Configuration.Eras.Era_'+e+'_cff import '+e for e in internalUseMods: eObj=getattr(__import__('Configuration.Eras.Modifier_'+e+'_cff',globals(),locals(),[e],0),e) self.addEra(e,eObj) self.pythonCfgLines[e] = 'from Configuration.Eras.Modifier_'+e+'_cff import '+e for e in internalUseModChains: eObj=getattr(__import__('Configuration.Eras.ModifierChain_'+e+'_cff',globals(),locals(),[e],0),e) self.addEra(e,eObj) self.pythonCfgLines[e] = 'from Configuration.Eras.ModifierChain_'+e+'_cff import '+e def addEra(self,name,obj): setattr(self,name,obj) def inspectModifier(self,m,details): print(' ',m.__dict__ ['_Modifier__processModifiers']) def inspectEra(self,e,details): print('\nEra:',e) print(' isChosen:',getattr(self,e)._isChosen()) if details: print(' Modifiers:') nmod=0 for value in getattr(self,e).__dict__['_ModifierChain__chain']: if isinstance(value, Modifier): nmod=nmod+1 if details: self.inspectModifier(value,details) print(' ',nmod,'modifiers defined') def inspect(self,name=None,onlyChosen=False,details=True): if name==None: print('Inspecting the known eras', end=' ') if onlyChosen: print(' (all active)') else: print('(all eras defined)') else: print('Inspecting the '+name+' era', end=' ') allEras=[] for key, value in self.__dict__.items(): if isinstance(value, ModifierChain): allEras.append(key) for e in allEras: if name is not None and name==e: self.inspectEra(e,details) if name is None: if not onlyChosen or getattr(self,e).isChosen(): self.inspectEra(e,details) eras=Eras() #eras.inspect()
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toga/genetic_algorithm/mutate/float.py
JPLMLIA/TOGA
0
40993
<gh_stars>0 """ Author: <NAME> Date : 1/23/19 Brief : Notes : Copyright 2019 California Institute of Technology. ALL RIGHTS RESERVED. U.S. Government Sponsorship acknowledged. """ import numpy as np import random from toga.genetic_algorithm.genetype import Mutator from toga.genetic_algorithm.mutate.genemutate import GeneMutate class FloatGene(GeneMutate): def __init__(self, dictionary=None, parents=None, mutator=Mutator.Crossover, mutator_params={}): self.dictionary = dictionary self.parents = parents self.mutator_params = mutator_params if mutator_params is not None else {} self.percentage = self.mutator_params.get('percentage') if self.mutator_params.get( 'percentage') is not None else 1.0 self.frequency = self.mutator_params.get('frequency') super().__init__(dictionary, parents, mutator) def mutate(self): """ :return: """ return super().mutate() def crossover(self): """ :return: """ if self.parents: value = np.random.choice([x for x in self.parents], size=1, replace=False).tolist()[0] return float(value) else: return self.random() def random(self): """ :return: """ values = self.dictionary.get('range') val = np.random.uniform(min(values), max(values)) return float(val) def gaussian_step(self): """ :return: """ if self.parents: parent = self.parents[0] original = parent values = self.dictionary.get('range') scale = np.abs((max(values) - min(values))) new_var = np.random.normal(loc=original, scale=scale/4) new_var = max(min(values), new_var) new_var = min(max(values), new_var) return float(new_var) else: return self.random() def gaussian_random(self): """ :return: """ values = self.dictionary.get('range') dist = np.arange(min(values), max(values)) return float(min(max(values), max(min(values), random.gauss(np.mean(dist), sigma=3)))) def scaled(self): values = self.dictionary.get('range') return float(((max(values) - min(values)) * self.percentage) + min(values)) def minimum(self): values = self.dictionary.get('range') return min(values) def maximum(self): values = self.dictionary.get('range') return max(values) if __name__ == '__main__': import doctest doctest.testmod(optionflags=doctest.ELLIPSIS | doctest.NORMALIZE_WHITESPACE)
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util/file_processing.py
Valzavator/YouTubeTrendingVideosAnalysis
2
153272
import pandas as pd import os import time from processing_tool.data_preprocessing import prepare_feature_for_csv from util.args import Args def get_data_from_file(file_path: str) -> list: with open(file_path) as file: lines = [line.strip() for line in file] return lines def write_to_file(output_dir, file_name, data): if output_dir is None: raise NotADirectoryError('Invalid output directory name!') if not os.path.exists(output_dir): os.makedirs(output_dir) with open(os.path.join(output_dir, file_name), "w+", encoding='utf-8') as file: for row in data: file.write(f"{row}\n") def get_videos_data_from_csv(*files) -> list: data_frames = [] for file in files: try: if file is not None: data_frames.append(pd.read_csv(file)) except FileNotFoundError as e: print(e.strerror) if len(data_frames) == 0: return [] videos_data = pd.concat(data_frames).to_dict('records') return videos_data def save_videos_data_into_csv( videos_data: list, file_name=f"{time.strftime('%d-%m-%y_%H.%M.%S')}_videos.csv", output_dir=Args.raw_data_dir()): if videos_data is None: raise ValueError('Videos data can`t be None!') csv_data = [','.join(videos_data[0].keys())] for video in videos_data: if video is None: continue csv_data.append(','.join([prepare_feature_for_csv(val) for val in video.values()])) write_to_file( output_dir, file_name, csv_data)
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q5.py
fairoz-ahmed/Python_Practice
0
29755
class Input_data(): def __init__(self): self.s='' def getString(self): self.s = input() def printString(self): print(self.s.upper()) strobj=Input_data() strobj.getString() strobj.printString()
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odoo/base-addons/website_event/__manifest__.py
LucasBorges-Santos/docker-odoo
0
74582
# -*- coding: utf-8 -*- { 'name': 'Events', 'category': 'Website/Website', 'sequence': 166, 'summary': 'Publish events, sell tickets', 'website': 'https://www.odoo.com/page/events', 'description': "", 'depends': ['website', 'website_partner', 'website_mail', 'event'], 'data': [ 'data/event_data.xml', 'views/res_config_settings_views.xml', 'views/event_snippets.xml', 'views/event_templates.xml', 'views/event_views.xml', 'security/ir.model.access.csv', 'security/event_security.xml', ], 'demo': [ 'data/event_demo.xml' ], 'application': True, 'license': 'LGPL-3', }
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bacpypes/link/station.py
cbergmiller/bacpypes
1
96162
import struct from .address import Address __all__ = ['LocalStation', 'RemoteStation'] class LocalStation(Address): """ LocalStation """ def __init__(self, addr): self.addrType = Address.localStationAddr self.addrNet = None if isinstance(addr, int): if (addr < 0) or (addr >= 256): raise ValueError('address out of range') self.addrAddr = struct.pack('B', addr) self.addrLen = 1 elif isinstance(addr, (bytes, bytearray)): self.addrAddr = bytes(addr) self.addrLen = len(addr) else: raise TypeError('integer, bytes or bytearray required') class RemoteStation(Address): """ RemoteStation """ def __init__(self, net, addr): if not isinstance(net, int): raise TypeError('integer network required') if (net < 0) or (net >= 65535): raise ValueError('network out of range') self.addrType = Address.remoteStationAddr self.addrNet = net if isinstance(addr, int): if (addr < 0) or (addr >= 256): raise ValueError('address out of range') self.addrAddr = struct.pack('B', addr) self.addrLen = 1 elif isinstance(addr, (bytes, bytearray)): self.addrAddr = bytes(addr) self.addrLen = len(addr) else: raise TypeError('integer, bytes or bytearray required')
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tests/test_superconductor_losses.py
tamasorosz/TrafoCalc
0
97837
from unittest import TestCase from src.superconductor_losses import parallel_loss, perp_loss, norris_equation, cryostat_losses, cryo_surface, \ thermal_incomes, cooler_cost, sc_load_loss, magnusson_ac_loss from math import pi class TestLosses(TestCase): def test_losses(self): # BSCCO cable from Magnussons' paper # f = 50.0 # c = 0.75 # bp = 0.033 # Ac = 0.31 * 4.29 * 1e-6 bpar = 66.0 * 1e-3 # T # parallel losses # 0.133 W/m in 10.1109/TASC.2003.813123 but this value seems ok self.assertAlmostEqual(parallel_loss(50, bpar), 0.177, 3) # perpendicular losses self.assertAlmostEqual(perp_loss(50, 68. * 1e-3), 2.009, 3) # norris equation self.assertAlmostEqual(norris_equation(50, 50, 115.), 0.0047, 4) def test_sc_transformer_losses(self): # Th example is coming from DOI: 10.1109/TASC.2003.813123 # BSCCO cable from Magnussons' paper # f = 50.0 # c = 0.75 # bp = 0.033 # Ac = 0.31 * 4.29 * 1e-6 bpar = 0.066 # T bperp = 0.068 # T self.assertAlmostEqual(parallel_loss(50, bpar), 0.179, 2) self.assertAlmostEqual(perp_loss(50, bperp), 2.009, 2) # 1.960 # magnusson-formula based loss - 2 W/m self.assertAlmostEqual(magnusson_ac_loss(bpar, bperp, 50, 25), 2.125, 2) def test_45kVA_transformer_loss(self): """ Source: DOI: 10.1109/TASC.2005.869712 45 kVA transformer :return: """ # The maximum axial and radial fields 30 mT, 23.7 mT bax = 30. * 1e-3 brad = 23.7 * 1e-3 i1 = 18.75 # A i2 = 281.25 # A ac = magnusson_ac_loss(bax, brad, 50, 18.75) self.assertAlmostEqual(ac, 0.279, 2) # hv length - 14 turns, 13 pancakes l_hv = 14 * 13 * (365 + 375.5) / 2 * 3.14 * 1e-3 # m l_lv = 210 * (286 + 304.5) / 2 * 3.14 * 1e-3 # m l = l_lv + l_hv self.assertAlmostEqual(ac * l, 113.5, 1) def test_losses_second_case_small_field(self): bpar = 20.0 * 1e-3 # mT # parallel losses self.assertAlmostEqual(parallel_loss(50, bpar), 0.0535, 3) # perpendicular losses self.assertAlmostEqual(perp_loss(50, 20. * 1e-3), 0.1625, 1) def test_cryostat_losses(self): r_in = 0.5 / pi r_ou = 1.0 / pi h = 1.0 a_cs = cryo_surface(r_in, r_ou, h) # [m2] P_cryo = cryostat_losses(a_cs) P_thermal = thermal_incomes(100, 100) sc_ll = sc_load_loss(100, 100, 100) self.assertAlmostEqual(a_cs, 3.238, 2) # self.assertAlmostEqual(P_cryo, 0.029537, 2) self.assertAlmostEqual(P_thermal, 54, 1) self.assertAlmostEqual(sc_ll, 5400, 1) # tco = modified_tco_evaluation(1, 1, 1, 0, 0, 1, 0) # self.assertAlmostEqual(tco, 3439.615, 1) def test_cooler_cost(self): p_loss_1 = 100. # W p_loss_2 = 1000. # W c1 = cooler_cost(p_loss_1) c2 = cooler_cost(p_loss_2) self.assertAlmostEqual(c1, 24984.95, 1) self.assertAlmostEqual(c2, 92827.91, 1)
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psp/gcp_utils.py
amckenna41/DCBLSTM_PSP
1
32285
<gh_stars>1-10 ################################################################################ ######## Google Cloud Platform Utilities ######## ################################################################################ #Importing required libraries and dependancies import numpy as np import pandas as pd import os import glob import subprocess from google.cloud import storage, exceptions from googleapiclient import errors from googleapiclient import discovery from google.cloud import pubsub_v1 from google.oauth2 import service_account from oauth2client.client import GoogleCredentials import tensorflow as tf from tensorflow.keras.utils import plot_model import pickle import json from subprocess import Popen, PIPE try: from _globals import * except: from . _globals import * #initialise storage bucket object BUCKET = None def initialise_bucket(bucket): """ Description: Initialise GCP storage bucket and client. Args: :bucket (str): name of GCP Storage bucket. Returns: None """ global BUCKET storage_client = storage.Client() bucketName = bucket.replace('gs://','') bucket = storage_client.get_bucket(bucketName) BUCKET = bucket def save_history(history, model_output_folder): """ Description: Save and upload model history to GCP Storage. Args: :history (dict): model history. :model_output_folder (str): output folder where all models assets and results are stored. Returns: None """ #open history pickle file for writing try: f = open('history.pckl', 'wb') pickle.dump(history.history, f) f.close() except pickle.UnpicklingError as e: print('Error', e) except (AttributeError, EOFError, ImportError, IndexError) as e: print(traceback.format_exc(e)) except Exception as e: print(traceback.format_exc(e)) print('Error creating history pickle.') #create history blob path blob_path = os.path.join(model_output_folder, 'history.pckl') #upload history to bucket upload_file(blob_path,'history.pckl') def upload_directory(local_path, gcs_folder_path): """ Description: Upload directory recursively to GCP Storage. Args: :local_path (str): local path to directory. :gcs_folder_path (str): blob folder path on GCP. Returns: None Reference: https://stackoverflow.com/questions/25599503/how-to-upload-folder-on-google-cloud-storage-using-python-api """ if not (os.path.isdir(local_path)): raise OSError('Path to local directory not found.') #recursively iterate through directory, uploading each file individually to GCP bucket. for local_file in glob.glob(local_path + '/**'): if not os.path.isfile(local_file): upload_directory(local_file, gcs_folder_path + "/" + os.path.basename(local_file)) else: remote_path = os.path.join(gcs_folder_path, local_file[1 + len(local_path):]) upload_file(remote_path, local_file) def upload_file(blob_path, filepath): """ Description: Upload blob to bucket. Args: :blob_path (str): path of blob object in bucket. :filepath (str): local filepath of object. Returns: None """ #initialise blob in bucket blob = BUCKET.blob(blob_path) #upload blob to specified bucket try: blob.upload_from_filename(filepath) except Exception as e: print("Error uploading blob {} to storage bucket {} .".format(blob_path, e.message)) def download_file(blob_path, filepath): """ Description: Download blob object from GCP Storage bucket to local dir. Args: :blob_path (str): path of blob object in bucket. :filepath (str): local filepath for downloaded blob. Returns: None """ #initialise blob in bucket blob = BUCKET.blob(blob_path) #download blob from GCP Storage bucket to local filepath try: blob.download_to_filename(filepath) print('Blob {} downloaded to {}.'.format(blob_path, filepath)) except Exception as e: print("Error downloading blob {} from storage bucket {}.".format(blob_path, e.message)) def get_job_hyperparmeters(project_id, job_name): """ Description: Output results from hyperparameter tuning process to csv. Args: :project_id (str): name of GCP project. :job_name (str): name of GCP Ai-Platform job. Returns: :df (pandas DataFrame): dataframe of hyperparameters and their associated results from training. """ #get GCP credentials for making request job_id = '{}/jobs/{}'.format(project_id, job_name) credentials = GoogleCredentials.get_application_default() ml = discovery.build('ml', 'v1', credentials=credentials) #make request to hyperparameter job using Google API Client try: request = ml.projects().jobs().get(name=job_id).execute() if request['state'] != "SUCCEEDED": #check that job has completed print('Hyperparameter tuning job not completed.') return except errors.HttpError as err: print('Error getting job details') print(err._get_reason()) col = [] row = [] #set the columns of the dataframe to the hyperparameter variables for column in request['trainingOutput']['trials'][0]['hyperparameters']: col.append(column) #for each successful trial, append each hyperparameter metric to the row array for cols in col: for trial in range(0, len(request['trainingOutput']['trials'])): #check hyperparameter has SUCCEEDED if request['trainingOutput']['trials'][trial]['state'] == "SUCCEEDED": row.append(request['trainingOutput']['trials'][trial]['hyperparameters'][cols]) #transform row list into a numpy array row_np = np.asarray(row) num_params = len(request['trainingOutput']['trials'][0]['hyperparameters']) #horizontally split numpy array into each of the different columns row_np = np.split(row_np, num_params) #create dataframe from hyperparameter metrics df = pd.DataFrame(row_np) #transpose dataframe df = df.T #set columns of dataframe to metric names df.columns = col #append evaluation score and trial ID to dataframe eval_score = [] trial_id = [] for trial in range(0, len(request['trainingOutput']['trials'])): eval_score.append(request['trainingOutput']['trials'][trial]['finalMetric']['objectiveValue']) trial_id.append(request['trainingOutput']['trials'][trial]['trialId']) df['eval_score'] = eval_score df['trial_id'] = trial_id #sort dataframe by the evaluation score df.sort_values('eval_score') #put evaluation score and trial ID to beginning of dataframe columns eval = df['eval_score'] df.drop(labels=['eval_score'], axis=1,inplace = True) df.insert(0, 'eval_score', eval) trial_id = df['trial_id'] df.drop(labels=['trial_id'], axis=1,inplace = True) df.insert(0, 'trial_id', trial_id) #export dataframe to a csv df_filename = job_name + "_hyperparameter_tuning" df.to_csv(df_file_name, encoding='utf-8', index=False) #upload csv to GCP Storage blob_path = job_name + ".csv" upload_file(blob_path,df_filename) return df def list_bucket_objects(): """ Description: List all objects in bucket. Args: None Returns: None """ #use Google Storage API to get and print all objects in bucket try: blobs = storage_client.list_blobs(BUCKET_NAME) #global BUCKET_NAME variable except Exception as e: print("Error listing blobs from {} bucket: {}".format(BUCKET_NAME, e.message)) #print bucket blobs for blob in blobs: print(blob.name) def delete_blob(blob_name): """ Description: Delete blob from GCP storage bucket. Args: :blob_name (str): name of blob to delete. Returns: None """ #get blob from bucket using GCP storage API blob = BUCKET.blob(blob_name) #delete blob try: blob.delete() print("Blob {} deleted from {} bucket.".format(blob_name, BUCKET_NAME)) except Exception as e: print("Error deleting blob {} from {} bucket: {}.".format(blob_name, BUCKET_NAME, e.message)) def get_model_output(job_name): """ Description: Output results from metrics captured when training model. Output to CSV. Args: :job_name (str): name of AI Platform training job. Returns: None """ #local filepath and GCP blob name model_output_csv_blob = os.path.join(job_name, 'output_results.csv') #converting model_output dictionary to pandas Dataframe model_output_df = pd.DataFrame(model_output, index=[0]) #exporting Dataframe to CSV model_output_df.to_csv('output_results.csv',index=False) #uploading blob to cloud storage upload_file(os.path.join(job_name, 'output_results.csv'),'output_results.csv') return model_output_df def visualise_model(model, save_folder): """ Description: Visualise Keras TF model, including its layers, connections and data types. Args: :model (Keras.model): Keras model to visualise. :save_folder (str): filepath for model directory to store model img in. Returns: None """ plot_model(model, to_file=os.path.join(save_folder,'model.png'), show_shapes=True, show_dtype=True) def get_trainable_parameters(model): """ Description: Calculate the number of trainable and non-trainable parameters in Keras model. Args: :model (Keras.model): Keras model to calculate parameters for. Returns: :trainable_params (int): number of trainable parameters. :non_trainable_params (int): number of non-trainable parameters. :total_params (int): total number of trainable + non-trainable parameters. """ trainable_params = count_params(model.trainable_weights) non_trainable_params = count_params(model.non_trainable_weights) total_params = trainable_params + non_trainable_params return trainable_params, non_trainable_params, total_params def append_all_output(output_results_df, all_results="all_results.csv"): """ Description: Append training results/parameters of current job to CSV containing results/parameters of all previous jobs. Args: :all_results (str): filepath to csv containing results of previous jobs. :all_results (str): filepath to csv containing results of current job. Returns: None """ #check if results file exists in bucket, if so then download locally if (BUCKET.blob(all_results).exists()): download_file(all_results, all_results) else: return #read csv results file all_results_df = pd.read_csv(all_results) #append results of current training job to all_results file all_results_df = all_results_df.append(output_results_df) #export results to csv all_results_df.to_csv(all_results, index=False) #upload updated results file to bucket upload_file(all_results, all_results) def parse_json_arch(arch_json): """ Description: Parse model architecture JSON. Args: :arch_json (str): filepath to model json. Returns: None """ pass def get_job_status(job_name): """ Description: Get training status of GCP Ai-Platform training job. Args: :job_name (str): name of training job. Returns: :status (str): training status of job. :err_message (str): error message of job. """ # job_logs = subprocess.check_output(["gcloud", "ai-platform","jobs","describe",job_name]) job_logs = subprocess.Popen(["gcloud", "ai-platform","jobs","describe",job_name], stdin=PIPE, stdout=PIPE, stderr=PIPE) output, err = job_logs.communicate(b"input data that is passed to subprocess' stdin") #parse job status from command-line output status="" for item in (output.decode('UTF-8')).split("\n"): if ("state:" in item): status = item.strip() status = (status[status.find(':')+1:]).strip() #parse error message from command-line output err_message="" if (status=="FAILED"): for item in (output.decode('UTF-8')).split("\n"): if ("errorMessage:" in item): err_message = item.strip() #get err_message down to etag return status, err_message def setup_tpu(): """ Description: Initialize TPU for training. Args: None Returns: :strategy (TPUStrategy): TPU training strategy object. References: [1]: https://www.tensorflow.org/guide/tpu [2]: https://cloud.google.com/tpu/docs/tpus """ resolver = tf.distribute.cluster_resolver.TPUClusterResolver() tf.config.experimental_connect_to_cluster(resolver) tf.tpu.experimental.initialize_tpu_system(resolver) strategy = tf.distribute.experimental.TPUStrategy(resolver) return strategy class StepDecay(): """ Description: Step Decay Learning rate scheduler. Args: :initAlpha (float): initial learning rate (default=0.0005). :factor (float): drop factor (default=0.8). :dropEvery (int): number of epochs learning rate is dropped (default=40). Returns: Result from step decay function. """ def __init__(self, initAlpha=0.0005, factor=0.8, dropEvery=40): self.initAlpha = initAlpha self.factor = factor self.dropEvery = dropEvery def __call__(self, epoch): exp = np.floor((epoch + 1) / self.dropEvery) alpha = self.initAlpha * (self.factor ** exp) return float(alpha) class ExponentialDecay(): """ Description: Exponential Decay Learning rate scheduler. Args: :initAlpha (float): initial learning rate (default=0.0005). :k (float): power/exponent of the exponential (default=0.8). Returns: Result from exponential decay function. """ def __init__(self, initAlpha=0.0005, k=0.8): self.initAlpha = initAlpha self.k = k def __call__(self, epoch): return (self.initAlpha * math.exp(-k*epoch)) class TimedBased(): """ Description: Timed based Decay Learning rate scheduler. Args: :initAlpha (float): initial learning rate (default=0.0005). :epochs (int): number of epochs. Returns: Result from timed based decay function. """ def __init__(self, initAlpha=0.01, epochs=100): self.initAlpha = initAlpha self.epochs = epochs decay = self.initAlpha / self.epochs def __call__(self, lr, epochs): decay = self.initAlpha / self.epochs return ((lr *1) / (1 + decay * self.epochs))
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research/02_TrafficSignClassification/02_CarNDTrafficSignClassifier/source/path/run.py
LewisCollum/frostAV
5
32638
import os from datetime import datetime directory = "../runs" current = os.path.join(directory, ".current") class Run: def __init__(self, runName): run = os.path.join(directory, runName) self.model = os.path.join(run, "model.h5") self.log = os.path.join(run, "log.csv") self.accuracy = os.path.join(run, "accuracy.png") self.modelDiagram = os.path.join(run, "model.png") self.modelSummary = os.path.join(run, "modelSummary") def make(): runName = f"{datetime.now():%m-%d_%H%M}" newRun = os.path.join(directory, runName) os.mkdir(newRun) with open(current, 'w') as f: f.write(runName) def loadFromName(runName): return Run(runName) def loadCurrent(): with open(current) as f: return loadFromName(f.readline()) def has(path): return os.path.isfile(path)
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vgazer/version/custom_checker/lua.py
edomin/vgazer
2
161879
<reponame>edomin/vgazer<filename>vgazer/version/custom_checker/lua.py import requests from bs4 import BeautifulSoup from vgazer.version.utils import GetVersionFromFilename def Check(auth, mirrors): response = requests.get("http://www.lua.org/download.html") html = response.content parsedHtml = BeautifulSoup(html, "html.parser") links = parsedHtml.find_all("a") for link in links: if "ftp/lua-" in link["href"]: return GetVersionFromFilename(link["href"])
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EPMA Microsegregation Processing Grid.py
smo216/EPMA-Microsegregation-Processing
0
168566
# -*- coding: utf-8 -*- """ Created on Fri Sep 27 15:04:09 2019 @author: EMG EPMA Microsegregation Analysis """ from sklearn.model_selection import train_test_split from sklearn.linear_model import LinearRegression from sklearn import metrics import seaborn as sns import matplotlib.pyplot as plt import numpy as np import pandas as pd # curve-fit() function imported from scipy from scipy.optimize import curve_fit import statsmodels.api as sm from matplotlib.pyplot import figure import math # %% Import EPMA data """ Paste Filename Here""" filename='10_1_19 DataBase W Mo Ti disabled new filament _Un 29 Duraloy M10 CCnew Mn.xlsx' #filename='10_1_19 DataBase W Mo Ti disabled new filament _Un 33 Duraloy M10 DTA.xlsx' #filename='9_27_19 DataBase W Ti disabled_Un 25 MT418 DTA Grid.xlsx' #filename='9_24_19 DataBase W Ti disabled_Un 20 418 DTA Linetrace Core.xlsx' #filename='10_1_19 DataBase W Mo Ti disabled new filament _Un 32 HP-2 DTA.xlsx' data = pd.read_excel(filename) data.head [Len,Wid]=data.shape data.info data.describe() # %% Pull EPMA data Total=data['Elemental Totals'] Si=data['Si Elemental Percents'] Cr=data["Cr Elemental Percents"] Fe=data["Fe Elemental Percents"] Ni=data["Ni Elemental Percents"] W=data["W Elemental Percents"] Nb=data["Nb Elemental Percents"] Mo=data["Mo Elemental Percents"] Mn=data["Mn Elemental Percents"] Ti=data["Ti Elemental Percents"] #data['Total'] = data.sum(axis=1)-distance #Total=data.sum(axis=1)-distance #totals the composition # errprs Si_er=data['Si Percent Errors'] Cr_er=data["Cr Percent Errors"] Fe_er=data["Fe Percent Errors"] Ni_er=data["Ni Percent Errors"] W_er=data["W Percent Errors"] Nb_er=data["Nb Percent Errors"] Mo_er=data["Mo Percent Errors"] Mn_er=data["Mn Percent Errors"] Ti_er=data["Ti Percent Errors"] # %%Lets get Plotting # make subplots? plt.scatter(Fe,Si,label="Si") plt.scatter(Fe,Cr,label="Cr") #plt.plot(Fe,Fe,label="Fe") plt.scatter(Fe,Ni,label="Ni") #plt.scatter(Fe,W,label="W") plt.scatter(Fe,Nb,label="Nb") #plt.scatter(Fe,Mo,label="Mo") plt.scatter(Fe,W,label="Mn") #plt.plot(Fe,Ti,label="Ti") # # #plt.xlabel('Distance (um)') plt.xlabel('Concentration Fe (wt.%)') # plt.ylabel('Concentration (wt.%)') # plt.title("Concentration of Elements") # plt.legend() #plt.xlim(30,35) #plt.ylim(0,40) # plt.show() # %%Lets get Plotting Function of Cr # make subplots? plt.scatter(Cr,Si,label="Si") plt.scatter(Cr,Fe,label="Fe") #plt.plot(Fe,Fe,label="Fe") plt.scatter(Cr,Ni,label="Ni") #plt.scatter(Fe,W,label="W") plt.scatter(Cr,Nb,label="Nb") #plt.scatter(Fe,Mo,label="Mo") plt.scatter(Cr,W,label="Mn") #plt.plot(Fe,Ti,label="Ti") # # #plt.xlabel('Distance (um)') plt.xlabel('Concentration Cr (wt.%)') # plt.ylabel('Concentration (wt.%)') # plt.title("Concentration of Elements") # plt.legend() #plt.xlim(30,35) #plt.ylim(0,40) # plt.show() # %% Subplots fig, axs = plt.subplots(6, sharex=True) fig.suptitle('Concentration wt% as a function of Fe') axs[0].scatter(Fe,Si) #axs[0].set_title('Si') axs[1].scatter(Fe,Cr) #axs[1].set_title('Cr') axs[2].scatter(Fe,Ni) axs[3].scatter(Fe,Nb) axs[4].scatter(Fe,Mo) axs[5].scatter(Fe,Mn) #plt.legend() #plt.xlim(30,35) #plt.ylim(0,40) # %% Filter for Carbides totalwtcarbide = 95 #max comp for filtering for carbides M7_filter = (data['Elemental Totals']<totalwtcarbide) & (data["Cr Elemental Percents"] > 70) M7_comp=data[M7_filter] AM7_comp=M7_comp.loc[:,"Si Elemental Percents":"V Elemental Percents"].mean(axis=0) print(AM7_comp) #M7_comp1=M7_comp.loc['Element Totals':'V Elemental Percents']#.mean(axis=1) #print(M7_comp1) MC_filter = (data['Elemental Totals']<totalwtcarbide) & (data["Nb Elemental Percents"] > 80) MC_comp=data[MC_filter] AMC_comp=MC_comp.loc[:,"Si Elemental Percents":"V Elemental Percents"].mean(axis=0) print(AMC_comp) Avg_comp=data.loc[:,"Si Elemental Percents":"V Elemental Percents"].mean(axis=0) print(Avg_comp) # %% WIRS #filter dataset to remove interdendritic regions totalwtlow=97 #threshold for filtering interdendritic regions may need to be tweaked totalwthigh=103 crmax=26 nbmax=1 nimin=30 nimax=36.5 """ This value will influence the kline""" maxfs=1#0.96#0.899#82.19485515/100 HP-2 #0.96 for M10 #0.899 for HP max_filter = (data['Elemental Totals']>totalwtlow) & (data["Cr Elemental Percents"] < crmax) & (data["Nb Elemental Percents"] < nbmax) & (data['Elemental Totals']<totalwthigh) & (data["Ni Elemental Percents"] > nimin) & (data["Ni Elemental Percents"] < nimax) primary_y=data#[max_filter] #print(primary_y) #plt.plot(primary_y['Relative Microns'],primary_y[' "Si Elemental Percents"'],label="Si") #plt.plot(primary_y['Relative Microns'],primary_y["Cr Elemental Percents"],label="Cr") #plt.show() #for negatively segregating elements primary_y['Si_bar']=(primary_y['Si Elemental Percents'] - primary_y['Si Elemental Percents'].min())/primary_y['Si Percent Errors'] primary_y['Cr_bar']=(primary_y["Cr Elemental Percents"] - primary_y["Cr Elemental Percents"].min())/primary_y["Cr Percent Errors"] primary_y['Ni_bar']=(primary_y["Ni Elemental Percents"] - primary_y["Ni Elemental Percents"].min())/primary_y["Ni Percent Errors"] #if Ni negatively segregates primary_y['Nb_bar']=(primary_y["Nb Elemental Percents"] - primary_y["Nb Elemental Percents"].min())/primary_y["Nb Percent Errors"] #primary_y['Mo_bar']=(primary_y["Mo Elemental Percents"] - primary_y["Mo Elemental Percents"].min())/primary_y["Mo Percent Errors"] primary_y['Mn_bar']=(primary_y["Mn Elemental Percents"] - primary_y["Mn Elemental Percents"].min())/primary_y["Mn Percent Errors"] #W_bar=(primary_y["W Elemental Percents"] - primary_y["W Elemental Percents"].min())/primary_y["W Percent Errors"] #for positively segregating elements primary_y['Fe_bar']=(primary_y["Fe Elemental Percents"].max() - primary_y["Fe Elemental Percents"])/primary_y["Fe Percent Errors"] #primary_y['Ni_bar']=(primary_y["Ni Elemental Percents"].max() - primary_y["Ni Elemental Percents"])/primary_y["Ni Percent Errors"] #Ti_bar=(primary_y["Ti Elemental Percents"].max() - primary_y["Ti Elemental Percents"])/primary_y["Ti Percent Errors"] #Aggregate Values into a new dataframe #Cbar=pd.DataFrame(data=[Si_bar,Cr_bar,Fe_bar,Ni_bar,W_bar,Nb_bar,Mo_bar,Ti_bar]).T #Cbar.columns=['Sibar', 'Crbar', 'Febar', 'Nibar', 'Wbar', 'Nbbar', 'Mobar', 'Tibar'] #Cbar=pd.DataFrame(data=[Si_bar,Cr_bar,Fe_bar,Ni_bar,Nb_bar,Mo_bar]).T #Cbar.columns=['Sibar', 'Crbar', 'Febar', 'Nibar', 'Nbbar', 'Mobar'] #primary_y['Avgbar'] = primary_y[['Si_bar', 'Cr_bar', 'Fe_bar', 'Ni_bar', 'Nb_bar', 'Mo_bar', 'Mn_bar']].mean(axis=1) primary_y['Avgbar'] = primary_y[['Si_bar', 'Cr_bar', 'Fe_bar', 'Ni_bar', 'Nb_bar', 'Mn_bar']].mean(axis=1) #print(primary_y) #sort according to Cbar min to max primary_y_sort=primary_y.sort_values(by=['Avgbar']) #print(primary_y_sort) primary_y_sort['Rank'] = primary_y_sort['Avgbar'].rank(ascending = 1) #print(primary_y_sort) primary_y_sort['Fsolid']=(primary_y_sort['Rank'] - 0.5)/primary_y_sort['Rank'].max()*maxfs #print(primary_y_sort['Fsolid']) f_solid=primary_y_sort['Fsolid'] # %%Lets get Plotting plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Si Elemental Percents'],label="Si") plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Cr Elemental Percents'],label="Cr") plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Fe Elemental Percents'],label="Fe") plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Ni Elemental Percents'],label="Ni") plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Nb Elemental Percents'],label="Nb") plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Mo Elemental Percents'],label="Mo") plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Mn Elemental Percents'],label="Mn") #plt.plot(Csort['Fsolid'],Csort['Fe'],label="Fe") #plt.plot(Csort['Fsolid'],Csort['Ni'],label="Ni") ##plt.plot(Csort['Fsolid'],Csort['W'],label="W") #plt.plot(Csort['Fsolid'],Csort['Nb'],label="Nb") #plt.plot(Csort['Fsolid'],Csort['Mo'],label="Mo") #plt.plot(Csort['Fsolid'],Csort['Ti'],label="Ti") plt.xlabel('Fraction Solid') plt.ylabel('Concentration (wt.%)') plt.title("Concentration of Elements") #plt.legend() #loc='best' plt.show() # %% Calculate k from Core #Nominal Composition C0={'Si':1.929,'Cr':24.571,'Fe':37.695,'Ni':33.206,'Nb':1.28,'Mn':0.837,'Mo':0.07} #M10 #C0={'Si':1.14,'Cr':25.2,'Fe':36.66,'Ni':35,'Nb':0.418,'Mn':0.899,'Mo':0.06} #HP-2 #C0={'Si':1.929,'Cr':24.571,'Fe':37.695,'Ni':33.206,'Nb':1.28,'Mn':0.837,'Mo':0.07} acore=10 #points to average from start of sorted data #pull C0 estimates from grid C0Si=data['Si Elemental Percents'].mean() C0Cr=data["Cr Elemental Percents"].mean() C0Fe=data["Fe Elemental Percents"].mean() C0Ni=primary_y_sort["Ni Elemental Percents"].mean() C0W=data["W Elemental Percents"].mean() C0Nb=data["Nb Elemental Percents"].mean() #C0Mo=data["Mo Elemental Percents"].mean() C0Mn=data["Mn Elemental Percents"].mean() C0Ti=data["Ti Elemental Percents"].mean() #Average of the first 6 points to solidify to the total average composition KSi=primary_y_sort['Si Elemental Percents'].iloc[0:acore].mean(axis=0) / C0Si #primary_y_sort['Si Elemental Percents'].iloc[0:5].mean(axis=0) print(KSi) KSic0=primary_y_sort['Si Elemental Percents'].iloc[0:acore].mean(axis=0) / C0['Si'] #primary_y_sort['Si Elemental Percents'].iloc[0:5].mean(axis=0) print(KSic0) KCr=primary_y_sort['Cr Elemental Percents'].iloc[0:acore].mean(axis=0) / C0Cr print(KCr) KCrc0=primary_y_sort['Cr Elemental Percents'].iloc[0:acore].mean(axis=0) / C0['Cr'] print(KCrc0) KFe=primary_y_sort['Fe Elemental Percents'].iloc[0:acore].mean(axis=0) / C0Fe print(KFe) KFec0=primary_y_sort['Fe Elemental Percents'].iloc[0:acore].mean(axis=0) / C0['Fe'] print(KFec0) KNi=primary_y_sort['Ni Elemental Percents'].iloc[0:acore].mean(axis=0) / C0Ni print(KNi) KNic0=primary_y_sort['Ni Elemental Percents'].iloc[0:acore].mean(axis=0) / C0['Ni'] print(KNic0) #KW=primary_y_sort['W Elemental Percents'].iloc[0:5].mean(axis=0) / data["W Elemental Percents"].mean() KNb=primary_y_sort['Nb Elemental Percents'].iloc[0:acore].mean(axis=0) / C0Nb print(KNb) KNbc0=primary_y_sort['Nb Elemental Percents'].iloc[0:acore].mean(axis=0) / C0['Nb'] print(KNbc0) #KMo=primary_y_sort['Mo Elemental Percents'].iloc[0:acore].mean(axis=0) / C0Mo #print(KMo) #KMoc0=primary_y_sort['Mo Elemental Percents'].iloc[0:acore].mean(axis=0) / C0['Mo'] #print(KMoc0) KMn=primary_y_sort['Mn Elemental Percents'].iloc[0:acore].mean(axis=0) / C0Mn print(KMn) KMnc0=primary_y_sort['Mn Elemental Percents'].iloc[0:acore].mean(axis=0) / C0['Mn'] print(KMnc0) #KTi=primary_y_sort['Ti Elemental Percents'].iloc[0:5].mean(axis=0) / data["Ti Elemental Percents"].mean() # %% Calc from Curve #CsSi=primary_y_sort['Si Elemental Percents'].div(C0['Si']) #print(CsSi) #lnCsSi=CsSi.div(C0['Si']) #print(lnCsSi) #lnCsNi=np.log(primary_y_sort['Ni Elemental Percents'].div(C0['Ni'])) lnCsSi=np.log(primary_y_sort['Si Elemental Percents'].div(data["Si Elemental Percents"].mean())) lnCsCr=np.log(primary_y_sort['Cr Elemental Percents'].div(data["Cr Elemental Percents"].mean())) lnCsFe=np.log(primary_y_sort['Fe Elemental Percents'].div(data["Fe Elemental Percents"].mean())) lnCsNi=np.log(primary_y_sort['Ni Elemental Percents'].div(data["Ni Elemental Percents"].mean())) lnCsNb=np.log(primary_y_sort['Nb Elemental Percents'].div(data["Nb Elemental Percents"].mean())) #lnCsMo=np.log(primary_y_sort['Mo Elemental Percents'].div(data["Mo Elemental Percents"].mean())) lnCsMn=np.log(primary_y_sort['Mn Elemental Percents'].div(data["Mn Elemental Percents"].mean())) lnFL=np.log(1-primary_y_sort['Fsolid']) FL=1-primary_y_sort['Fsolid'] FS=primary_y_sort['Fsolid'] #loglog(lnFL,lnCsSi) plt.plot(lnFL,lnCsNi,label="Ni") plt.xlabel('Ln(Fraction Liquid)') plt.ylabel('Ln(Cs/C0)') plt.title("Concentration of Elements") plt.show() def test(F,a,b): # return math.log(a)+(1-a)*F+b return (a-1)*np.log(1-F)+(b) Siparam, Siparam_cov = curve_fit(test, FS, lnCsSi) Crparam, Crparam_cov = curve_fit(test, FS, lnCsCr) Feparam, Feparam_cov = curve_fit(test, FS, lnCsFe) Niparam, Niparam_cov = curve_fit(test, FS, lnCsNi) Nbparam, Nbparam_cov = curve_fit(test, FS, lnCsNb) #Moparam, Moparam_cov = curve_fit(test, FS, lnCsMo) Mnparam, Mnparam_cov = curve_fit(test, FS, lnCsMn) print("Sine funcion coefficients:") print(Niparam) print("Covariance of coefficients:") print(Niparam_cov) # ans stores the new y-data according to # the coefficients given by curve-fit() function ansCr = test(FS,Crparam[0],Crparam[1])#((Crparam[0]-1)*lnFL+Crparam[1]) ansSi = ((Siparam[0]-1)*lnFL+Siparam[1]) ansNi = ((Niparam[0]-1)*lnFL+Niparam[1]) ansFe = ((Feparam[0]-1)*lnFL+Feparam[1]) ansNb = ((Nbparam[0]-1)*lnFL+Nbparam[1]) #ansMo = ((Moparam[0]-1)*lnFL+Moparam[1]) ansMn = ((Mnparam[0]-1)*lnFL+Mnparam[1]) '''Below 4 lines can be un-commented for plotting results using matplotlib as shown in the first example. ''' plt.plot(lnFL, lnCsCr, 'o', color ='red', label ="data") plt.plot(lnFL, ansCr, '--', color ='blue', label ="optimized data") plt.legend() plt.title("Cr") plt.xlabel('Ln(Fraction Solid)') plt.ylabel('Ln(Cs/C0)') plt.show() plt.plot(lnFL, lnCsSi, 'o', color ='red', label ="data") plt.plot(lnFL, ansSi, '--', color ='blue', label ="optimized data") plt.legend() plt.title("Si") plt.xlabel('Ln(Fraction Solid)') plt.ylabel('Ln(Cs/C0)') plt.show() plt.plot(lnFL, lnCsNi, 'o', color ='red', label ="data") plt.plot(lnFL, ansNi, '--', color ='blue', label ="optimized data") plt.legend() plt.title("Ni") plt.xlabel('Ln(Fraction Solid)') plt.ylabel('Ln(Cs/C0)') plt.show() plt.plot(lnFL, lnCsNb, 'o', color ='red', label ="data") plt.plot(lnFL, ansNb, '--', color ='blue', label ="optimized data") plt.legend() plt.title("Nb") plt.xlabel('Ln(Fraction Solid)') plt.ylabel('Ln(Cs/C0)') plt.show() plt.plot(lnFL, lnCsFe, 'o', color ='red', label ="data") plt.plot(lnFL, ansFe, '--', color ='blue', label ="optimized data") plt.legend() plt.title("Fe") plt.xlabel('Ln(Fraction Solid)') plt.ylabel('Ln(Cs/C0)') plt.show() #define new k values #K["Si"]=?? KSi_line=Siparam[0] #abs(1-Siparam[0]) print(KSi_line) KCr_line=Crparam[0] #abs(Crparam[0]-2) #Crparam[0] print(KCr_line) KFe_line=Feparam[0] #klineFe=abs(Feparam[0]-2) print(KFe_line) KNi_line=Niparam[0] #abs(Niparam[0]-2) #Niparam[0] print(KNi_line) KNb_line=Nbparam[0] #abs(Nbparam[0]-2) #Nbparam[0] print(KNb_line) #KMo_line=Moparam[0] #abs(Moparam[0]-2) #Moparam[0] #print(KMo_line) KMn_line=Mnparam[0] #abs(Mnparam[0]-2) #Mnparam[0] print(KMn_line) # %%K fit with linear regression X=lnFL X=sm.add_constant(X) Simodel=sm.OLS(lnCsSi,X).fit() Simodel.summary() klSi=1-0.3637 print(klSi) Crmodel=sm.OLS(lnCsCr,X).fit() Crmodel.summary() Nbmodel=sm.OLS(lnCsNb,X).fit() Nbmodel.summary() Mnmodel=sm.OLS(lnCsMn,X).fit() Mnmodel.summary() Nimodel=sm.OLS(lnCsNi,X).fit() Nimodel.summary() Femodel=sm.OLS(lnCsFe,X).fit() Femodel.summary() # %% Scheil Calculation def scheil(k,Cnom,fs): return k*Cnom*(1-fs)**(k-1) #from dendrite core k values NEQ_Si=scheil(KSi,C0Si,f_solid) NEQ_Cr=scheil(KCr,C0Cr,f_solid) NEQ_Fe=scheil(KFe,C0Fe,f_solid) NEQ_Ni=scheil(KNi,C0Ni,f_solid) NEQ_Mn=scheil(KMn,C0Mn,f_solid) NEQ_Nb=scheil(KNb,C0Nb,f_solid) #NEQ_Mo=scheil(KMo,C0Mo,f_solid) # %% Equlibrium Calculation def equil(k,Cnom,fs): return k*Cnom/((1-fs)+k*fs) EQ_Si=equil(KSi,C0Si,f_solid) EQ_Cr=equil(KCr,C0Cr,f_solid) EQ_Fe=equil(KFe,C0Fe,f_solid) EQ_Ni=equil(KNi,C0Ni,f_solid) EQ_Mn=equil(KMn,C0Mn,f_solid) EQ_Nb=equil(KNb,C0Nb,f_solid) #EQ_Mo=equil(KMo,C0Mo,f_solid) # %% <NAME> Calculation-work in progress def BF(k,Cnom,fs,alpha): return k*Cnom*(1-(1-2*alpha*k)*fs)**((k-1)/(1-2*alpha*k)) # %% Plot solidification path figure(num=None, figsize=(6, 4), dpi=100, facecolor='w', edgecolor='k') #plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Si Elemental Percents'],label="Si", color='blue') plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Cr Elemental Percents'],label="Cr", color='green') plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Fe Elemental Percents'],label="Fe", color='red') plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Ni Elemental Percents'],label="Ni", color='magenta') #plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Nb Elemental Percents'],label="Nb", color='cyan') #plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Mo Elemental Percents'],label="Mo") #plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Mn Elemental Percents'],label="Mn", color='black') #plt.plot(primary_y_sort['Fsolid'],NEQ_Si,label="NESi", color='blue') plt.plot(primary_y_sort['Fsolid'],NEQ_Cr,label="NECr", color='green') plt.plot(primary_y_sort['Fsolid'],NEQ_Fe,label="NEFe", color='red') plt.plot(primary_y_sort['Fsolid'],NEQ_Ni,label="NENi", color='magenta') #plt.plot(primary_y_sort['Fsolid'],NEQ_Nb,label="NENb", color='cyan') #plt.plot(primary_y_sort['Fsolid'],NEQ_Mo,label="NEMo") #plt.plot(primary_y_sort['Fsolid'],NEQ_Mn,label="NEMn", color='black') #plt.plot(primary_y_sort['Fsolid'],EQ_Si,label="ESi", color='blue', linestyle='dashed') plt.plot(primary_y_sort['Fsolid'],EQ_Cr,label="ECr", color='green', linestyle='dashed') plt.plot(primary_y_sort['Fsolid'],EQ_Fe,label="EFe", color='red', linestyle='dashed') plt.plot(primary_y_sort['Fsolid'],EQ_Ni,label="ENi", color='magenta', linestyle='dashed') #plt.plot(primary_y_sort['Fsolid'],EQ_Nb,label="ENb", color='cyan', linestyle='dashed') #plt.plot(primary_y_sort['Fsolid'],EQ_Mo,label="EMo") #plt.plot(primary_y_sort['Fsolid'],EQ_Mn,label="EMn", color='black', linestyle='dashed') plt.xlabel('Fraction Solid') plt.ylabel('Concentration (wt.%)') #plt.title("Solidification Path Solidification") plt.xlim(0,1.0) plt.ylim(20,45) #plt.legend() #loc='best' plt.show() # %% Plot solidification path Major Elements figure(num=None, figsize=(6, 4), dpi=100, facecolor='w', edgecolor='k') #plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Si Elemental Percents'],label="Si", color='blue') plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Cr Elemental Percents'],label="Cr", color='green') plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Fe Elemental Percents'],label="Fe", color='red') plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Ni Elemental Percents'],label="Ni", color='magenta') #plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Nb Elemental Percents'],label="Nb", color='cyan') #plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Mo Elemental Percents'],label="Mo") #plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Mn Elemental Percents'],label="Mn", color='black') #plt.plot(primary_y_sort['Fsolid'],NEQ_Si,label="NESi", color='blue') plt.plot(primary_y_sort['Fsolid'],NEQ_Cr,label="NECr", color='green') plt.plot(primary_y_sort['Fsolid'],NEQ_Fe,label="NEFe", color='red') plt.plot(primary_y_sort['Fsolid'],NEQ_Ni,label="NENi", color='magenta') #plt.plot(primary_y_sort['Fsolid'],NEQ_Nb,label="NENb", color='cyan') #plt.plot(primary_y_sort['Fsolid'],NEQ_Mo,label="NEMo") #plt.plot(primary_y_sort['Fsolid'],NEQ_Mn,label="NEMn", color='black') #plt.plot(primary_y_sort['Fsolid'],EQ_Si,label="ESi", color='blue', linestyle='dashed') plt.plot(primary_y_sort['Fsolid'],EQ_Cr,label="ECr", color='green', linestyle='dashed') plt.plot(primary_y_sort['Fsolid'],EQ_Fe,label="EFe", color='red', linestyle='dashed') plt.plot(primary_y_sort['Fsolid'],EQ_Ni,label="ENi", color='magenta', linestyle='dashed') #plt.plot(primary_y_sort['Fsolid'],EQ_Nb,label="ENb", color='cyan', linestyle='dashed') #plt.plot(primary_y_sort['Fsolid'],EQ_Mo,label="EMo") #plt.plot(primary_y_sort['Fsolid'],EQ_Mn,label="EMn", color='black', linestyle='dashed') plt.xlabel('Fraction Solid') plt.ylabel('Concentration (wt.%)') #plt.title("Solidification Path Solidification") plt.xlim(0,1.0) plt.ylim(20,45) #plt.legend() #loc='best' plt.show() # %% Minor Elements figure(num=None, figsize=(6, 4), dpi=100, facecolor='w', edgecolor='k') plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Si Elemental Percents'],label="Si", color='blue') plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Nb Elemental Percents'],label="Nb", color='cyan') #plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Mo Elemental Percents'],label="Mo") plt.plot(primary_y_sort['Fsolid'],primary_y_sort['Mn Elemental Percents'],label="Mn", color='black') plt.plot(primary_y_sort['Fsolid'],NEQ_Si,label="NESi", color='blue') plt.plot(primary_y_sort['Fsolid'],NEQ_Nb,label="NENb", color='cyan') #plt.plot(primary_y_sort['Fsolid'],NEQ_Mo,label="NEMo") plt.plot(primary_y_sort['Fsolid'],NEQ_Mn,label="NEMn", color='black') plt.plot(primary_y_sort['Fsolid'],EQ_Si,label="ESi", color='blue', linestyle='dashed') plt.plot(primary_y_sort['Fsolid'],EQ_Nb,label="ENb", color='cyan', linestyle='dashed') #plt.plot(primary_y_sort['Fsolid'],EQ_Mo,label="EMo") plt.plot(primary_y_sort['Fsolid'],EQ_Mn,label="EMn", color='black', linestyle='dashed') plt.xlabel('Fraction Solid') plt.ylabel('Concentration (wt.%)') #plt.title("Solidification Path Solidification") plt.xlim(0,1.0) #plt.ylim(20,45) #plt.legend() #loc='best' plt.show() # %% ?????? #print(primary_y_sort['Si Elemental Percents']) #print(lnCs) #C=data['C'] #Nb=data['Nb'] #Si=data['Si'] #Ti=data['Ti'] #W=data['W'] #F_Y_MC=data['Fraction Y E1'] #F_MC=data['Fraction MC E1'] #F_Y_M7=data['Fraction Y E2'] #F_M7=data['Fraction M7C3 E2'] # ##print(F_Y_MC) ##print(F_MC) ##print(F_Y_M7) ##print(F_M7) # ##set x and y #y=F_MC #X=Si #X = sm.add_constant(X) ## let's add an intercept (beta_0) to our model # # ## To get statistics of the dataset ## Note the difference in argument order #model = sm.OLS(y, X).fit() #predictions = model.predict(X) # make the predictions by the model # ## Print out the statistics #model.summary() # %% Output table? from prettytable import PrettyTable x = PrettyTable() x.field_names = ["City name", "Area", "Population", "Annual Rainfall"] #['Si', 'Cr', 'Fe', 'Ni', 'Nb', 'Mn'] x.add_row(["Adelaide", 1295, 1158259, 600.5]) x.add_row(["Brisbane", 5905, 1857594, 1146.4]) x.add_row(["Darwin", 112, 120900, 1714.7]) x.add_row(["Hobart", 1357, 205556, 619.5]) x.add_row(["Sydney", 2058, 4336374, 1214.8]) x.add_row(["Melbourne", 1566, 3806092, 646.9]) x.add_row(["Perth", 5386, 1554769, 869.4]) print(x) # %% Bar Charts # libraries import numpy as np import matplotlib.pyplot as plt # set width of bar barWidth = 0.25 # set height of bar bars1 = [KSi, KCr, KFe, KNi, KNb, KMn] bars2 = [KSic0, KCrc0, KFec0, KNic0, KNbc0, KMnc0] bars3 = [KSi_line, KCr_line, KFe_line, KNi_line, KNb_line, KMn_line] # Set position of bar on X axis r1 = np.arange(len(bars1)) r2 = [x + barWidth for x in r1] r3 = [x + barWidth for x in r2] # Make the plot plt.bar(r1, bars1, color='#7f6d5f', width=barWidth, edgecolor='white', label='Kmean') plt.bar(r2, bars2, color='#557f2d', width=barWidth, edgecolor='white', label='KC0') plt.bar(r3, bars3, color='#2d7f5e', width=barWidth, edgecolor='white', label='K_line') # Add xticks on the middle of the group bars plt.xlabel('Element', fontweight='bold') plt.ylabel('Partition Coefficient (k)', fontweight='bold') plt.xticks([r + barWidth for r in range(len(bars1))], ['Si', 'Cr', 'Fe', 'Ni', 'Nb', 'Mn']) plt.axhline(1, color="black")#.plot(["Si","Mn"], [1,1], "k--") # Create legend & Show graphic plt.ylim(0,1.2) plt.legend() plt.show() #plt.savefig('M10 DTA K-values.png')
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orix/tests/test_neoeuler.py
JoonatanL/orix
1
1601308
import pytest import numpy as np from orix.vector.neo_euler import Rodrigues, Homochoric from orix.quaternion.rotation import Rotation """ Rodrigues """ @pytest.mark.parametrize( "rotation, expected", [ (Rotation([1, 0, 0, 0]), [0, 0, 0]), (Rotation([0.9239, 0.2209, 0.2209, 0.2209]), [0.2391, 0.2391, 0.2391]), ], ) def test_from_rotation(rotation, expected): rodrigues = Rodrigues.from_rotation(rotation) assert np.allclose(rodrigues.data, expected, atol=1e-4) @pytest.mark.parametrize( "rodrigues, expected", [(Rodrigues([0.2391, 0.2391, 0.2391]), np.pi / 4),] ) def test_angle(rodrigues, expected): angle = rodrigues.angle assert np.allclose(angle.data, expected, atol=1e-3) """ Homochoric""" @pytest.mark.parametrize( "rotation", [Rotation([1, 0, 0, 0]), Rotation([0.9239, 0.2209, 0.2209, 0.2209])] ) def test_Homochoric_from_rotation(rotation): h = Homochoric.from_rotation(rotation) return None @pytest.mark.parametrize( "rotation", [Rotation([1, 0, 0, 0]), Rotation([0.9239, 0.2209, 0.2209, 0.2209])] ) @pytest.mark.xfail(strict=True, reason=AttributeError) def test_Homochoric_angle(rotation): h = Homochoric.from_rotation(rotation) h.angle
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testServer.py
SIshikawa1106/tcp-communication
0
59246
import tcp import random class ServerData(object): def __init__(self): self._data = "" def receive(self, data): print("input data = {}".format(data)) self._data = data def send(self): data = self._data + "{}".format(random.randint(0, 10)) print("make data = {}".format(data)) return data server_data = ServerData() server = tcp.TcpServer("localhost", 999, server_data.receive, server_data.send, send_first=False ) server.daemon = True server.start() import time time.sleep(100) server.exit()
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demos/09-sqlite/orm-peewee/source/models/__init__.py
sk-dwtoulouse/python-initiation-training
1
1604667
from .person import Person __all__ = ["Person"]
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test/unit/test_unpack.py
timmartin/skulpt
2,671
113939
# Unpack tests from CPython converted from doctest to unittest import unittest class UnpackTest(unittest.TestCase): def test_basic(self): t = (1, 2, 3) a, b, c = t self.assertEqual(a, 1) self.assertEqual(b, 2) self.assertEqual(c, 3) l = [4, 5, 6] a, b, c = l self.assertEqual(a, 4) self.assertEqual(b, 5) self.assertEqual(c, 6) a, b, c = 7, 8, 9 self.assertEqual(a, 7) self.assertEqual(b, 8) self.assertEqual(c, 9) s = 'one' a, b, c = s self.assertEqual(a, 'o') self.assertEqual(b, 'n') self.assertEqual(c, 'e') def test_single(self): st = (99,) sl = [100] a, = st self.assertEqual(a, 99) b, = sl self.assertEqual(b, 100) def test_non_sequence(self): def unpack(): a, b, c = 7 # Currently has incorrect message self.assertRaises(TypeError, unpack) def test_wrong_size(self): def tup_too_big(): t = (1, 2, 3) a, b = t def list_too_big(): l = [4, 5, 6] a, b = l def tup_too_small(): t = (1, 2, 3) a, b, c, d = t def list_too_small(): l = [4, 5, 6] a, b, c, d = l self.assertRaises(ValueError, tup_too_big) self.assertRaises(ValueError, list_too_big) self.assertRaises(ValueError, tup_too_small) self.assertRaises(ValueError, list_too_small) def test_class(self): class Seq: def __getitem__(self, i): if i >= 0 and i < 3: return i raise IndexError a, b, c = Seq() self.assertEqual(a, 0) self.assertEqual(b, 1) self.assertEqual(c, 2) def test_class_fail(self): class Seq: def __getitem__(self, i): if i >= 0 and i < 3: return i raise IndexError def too_small(): a, b, c, d = Seq() def too_big(): a, b = Seq() self.assertRaises(ValueError, too_small) self.assertRaises(ValueError, too_big) def test_bad_class(self): class BadSeq: def __getitem__(self, i): if i >=0 and i < 3: return i elif i ==3: raise NameError else: raise IndexError def raise_bad_error1(): a, b, c, d, e = BadSeq() def raise_bad_error2(): a, b, c = BadSeq() self.assertRaises(NameError, raise_bad_error1) self.assertRaises(NameError, raise_bad_error2) if __name__ == "__main__": unittest.main()
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venv/Lib/site-packages/h5py/tests/test_h5p.py
Westlanderz/AI-Plat1
1
1611052
<reponame>Westlanderz/AI-Plat1 # This file is part of h5py, a Python interface to the HDF5 library. # # http://www.h5py.org # # Copyright 2008-2013 <NAME> and contributors # # License: Standard 3-clause BSD; see "license.txt" for full license terms # and contributor agreement. import unittest as ut from h5py import h5p, h5f, version from .common import TestCase class TestLibver(TestCase): """ Feature: Setting/getting lib ver bounds """ def test_libver(self): """ Test libver bounds set/get """ plist = h5p.create(h5p.FILE_ACCESS) plist.set_libver_bounds(h5f.LIBVER_EARLIEST, h5f.LIBVER_LATEST) self.assertEqual((h5f.LIBVER_EARLIEST, h5f.LIBVER_LATEST), plist.get_libver_bounds()) @ut.skipIf(version.hdf5_version_tuple < (1, 10, 2), 'Requires HDF5 1.10.2 or later') def test_libver_v18(self): """ Test libver bounds set/get for H5F_LIBVER_V18""" plist = h5p.create(h5p.FILE_ACCESS) plist.set_libver_bounds(h5f.LIBVER_EARLIEST, h5f.LIBVER_V18) self.assertEqual((h5f.LIBVER_EARLIEST, h5f.LIBVER_V18), plist.get_libver_bounds()) @ut.skipIf(version.hdf5_version_tuple < (1, 10, 2), 'Requires HDF5 1.10.2 or later') def test_libver_v110(self): """ Test libver bounds set/get for H5F_LIBVER_V110""" plist = h5p.create(h5p.FILE_ACCESS) plist.set_libver_bounds(h5f.LIBVER_V18, h5f.LIBVER_V110) self.assertEqual((h5f.LIBVER_V18, h5f.LIBVER_V110), plist.get_libver_bounds()) @ut.skipIf(version.hdf5_version_tuple < (1, 11, 4), 'Requires HDF5 1.11.4 or later') def test_libver_v112(self): """ Test libver bounds set/get for H5F_LIBVER_V112""" plist = h5p.create(h5p.FILE_ACCESS) plist.set_libver_bounds(h5f.LIBVER_V18, h5f.LIBVER_V112) self.assertEqual((h5f.LIBVER_V18, h5f.LIBVER_V112), plist.get_libver_bounds()) class TestDA(TestCase): ''' Feature: setting/getting chunk cache size on a dataset access property list ''' def test_chunk_cache(self): '''test get/set chunk cache ''' dalist = h5p.create(h5p.DATASET_ACCESS) nslots = 10000 # 40kb hash table nbytes = 1000000 # 1MB cache size w0 = .5 # even blend of eviction strategy dalist.set_chunk_cache(nslots, nbytes, w0) self.assertEqual((nslots, nbytes, w0), dalist.get_chunk_cache()) class TestFA(TestCase): ''' Feature: setting/getting mdc config on a file access property list ''' def test_mdc_config(self): '''test get/set mdc config ''' falist = h5p.create(h5p.FILE_ACCESS) config = falist.get_mdc_config() falist.set_mdc_config(config) def test_set_alignment(self): '''test get/set chunk cache ''' falist = h5p.create(h5p.FILE_ACCESS) threshold = 10 * 1024 # threshold of 10kiB alignment = 1024 * 1024 # threshold of 1kiB falist.set_alignment(threshold, alignment) self.assertEqual((threshold, alignment), falist.get_alignment()) @ut.skipUnless( version.hdf5_version_tuple >= (1, 12, 1) or (version.hdf5_version_tuple[:2] == (1, 10) and version.hdf5_version_tuple[2] >= 7), 'Requires HDF5 1.12.1 or later or 1.10.x >= 1.10.7') def test_set_file_locking(self): '''test get/set file locking''' falist = h5p.create(h5p.FILE_ACCESS) use_file_locking = False ignore_when_disabled = False falist.set_file_locking(use_file_locking, ignore_when_disabled) self.assertEqual((use_file_locking, ignore_when_disabled), falist.get_file_locking()) class TestPL(TestCase): def test_obj_track_times(self): """ tests if the object track times set/get """ # test for groups gcid = h5p.create(h5p.GROUP_CREATE) gcid.set_obj_track_times(False) self.assertEqual(False, gcid.get_obj_track_times()) gcid.set_obj_track_times(True) self.assertEqual(True, gcid.get_obj_track_times()) # test for datasets dcid = h5p.create(h5p.DATASET_CREATE) dcid.set_obj_track_times(False) self.assertEqual(False, dcid.get_obj_track_times()) dcid.set_obj_track_times(True) self.assertEqual(True, dcid.get_obj_track_times()) # test for generic objects ocid = h5p.create(h5p.OBJECT_CREATE) ocid.set_obj_track_times(False) self.assertEqual(False, ocid.get_obj_track_times()) ocid.set_obj_track_times(True) self.assertEqual(True, ocid.get_obj_track_times()) def test_link_creation_tracking(self): """ tests the link creation order set/get """ gcid = h5p.create(h5p.GROUP_CREATE) gcid.set_link_creation_order(0) self.assertEqual(0, gcid.get_link_creation_order()) flags = h5p.CRT_ORDER_TRACKED | h5p.CRT_ORDER_INDEXED gcid.set_link_creation_order(flags) self.assertEqual(flags, gcid.get_link_creation_order()) # test for file creation fcpl = h5p.create(h5p.FILE_CREATE) fcpl.set_link_creation_order(flags) self.assertEqual(flags, fcpl.get_link_creation_order()) def test_attr_phase_change(self): """ test the attribute phase change """ cid = h5p.create(h5p.OBJECT_CREATE) # test default value ret = cid.get_attr_phase_change() self.assertEqual((8,6), ret) # max_compact must < 65536 (64kb) with self.assertRaises(ValueError): cid.set_attr_phase_change(65536, 6) # Using dense attributes storage to avoid 64kb size limitation # for a single attribute in compact attribute storage. cid.set_attr_phase_change(0, 0) self.assertEqual((0,0), cid.get_attr_phase_change())
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weichi.py
AlekseySP/Project-102
0
65544
<filename>weichi.py # Load and initialize Modules here import pygame import random pygame.init() # Window Information displayw = 700 displayh = 700 screen = pygame.display.set_mode((displayw,displayh)) surface = pygame.display.get_surface() W,H = size = surface.get_width(), surface.get_height() # Clock windowclock = pygame.time.Clock() # Load other things such as images and sound files here #tileset = pygame.image.load("tileset.png").convert_alpha() # Use convert_alpha() for images with transparency # Main Class class MainRun(object): def __init__(self, width, height): self.w = width self.h = height self.board_size = 19 self.WHITE = (255,255,255) self.BLACK = (0,0,0) self.GRAY = (128, 128, 128) self.BROWN = (139, 69, 19) self.TEAL = (0,128,128) self.RED = (255, 0 , 0) self.side = self.w if self.h < self.w: self.side = self.h self.step = self.side/41 self.z = self.step*2 self.b_step = (self.side - (self.step+self.z)*2) / (self.board_size - 1) self.coord_list = {} self.move_history = [] self.accupied_dots = [] self.Main() def draw_board(self): r1 = pygame.Rect((self.step, self.step, self.side-self.step*2, self.side-self.step*2)) pygame.draw.rect(screen, self.GRAY, r1, 3) x1 = self.step + self.z y1 = self.step + self.z x2 = self.side - (self.step+self.z) y2 = self.side - (self.step + self.z) # coord_list = {} for v in range(self.board_size): pygame.draw.line(screen, self.GRAY, [x1, y1], [x1, y2], 1) self.coord_list[str(v)] = [x1] x1 += self.b_step #coord_list[str(board_size)] = [x1] x1 = self.step + self.z for h in range(self.board_size): pygame.draw.line(screen, self.GRAY, [x1, y1], [x2, y1], 1) self.coord_list[str(h)].append(y1) y1 += self.b_step pygame.draw.circle(screen, self.GRAY, self.coord_list["3"], 5) pygame.draw.circle(screen, self.GRAY, self.coord_list["9"], 5) pygame.draw.circle(screen, self.GRAY, self.coord_list["15"], 5) pygame.draw.circle(screen, self.GRAY, [self.coord_list["3"][0], self.coord_list["15"][1]], 5) pygame.draw.circle(screen, self.GRAY, [self.coord_list["15"][0], self.coord_list["3"][1]], 5) def make_move(self): color = random.random() rx = self.coord_list[str(random.randrange(self.board_size))][0] ry = self.coord_list[str(random.randrange(self.board_size))][1] coords = [rx, ry] if coords in self.accupied_dots: pass else: if color >= 0.5: col = self.WHITE else: col = self.BLACK self.accupied_dots.append([rx, ry]) self.move_history.append([col, [rx, ry]]) def draw_moves(self): if self.accupied_dots: for i in self.move_history: pygame.draw.circle(screen, i[0], i[1], self.b_step*0.45) pygame.draw.circle(screen, self.GRAY, i[1], self.b_step*0.45, 1) def Main(self): #Put all variables up here stopped = False while stopped == False: screen.fill(self.BLACK) #Tuple for filling display... Current is white self.draw_board() #Event Tasking #Add all your event tasking things here for event in pygame.event.get(): if event.type == pygame.QUIT: pygame.quit() quit() elif event.type == pygame.MOUSEBUTTONDOWN: if event.button == 1: self.make_move() elif event.type == pygame.KEYDOWN: stopped = True #Add things like player updates here # self.make_move() self.draw_moves() #Also things like score updates or drawing additional items # Remember things on top get done first so they will update in the order yours is set at # Remember to update your clock and display at the end pygame.display.update() windowclock.tick(20) # If you need to reset variables here # This includes things like score resets # After your main loop throw in extra things such as a main menu or a pause menu # Make sure you throw them in your main loop somewhere where they can be activated by the user # All player classes and object classes should be made outside of the main class and called inside the class #The end of your code should look something like this if __name__ == "__main__": MainRun(W, H)
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DiretoryBrute.py
Moleey/DiretoryBrute.py
1
47123
from os import system from requests import get from pyfiglet import figlet_format from colored import fore, back, style, attr attr(0) print(back.BLACK) print(fore.BLUE_VIOLET + style.BOLD) system("clear") print(figlet_format("DIRETORY BRUTE\nBY MOLEEY", width=58, justify="center", font="smslant")) site = input("Link Do Site: ") txt = open("wordlist.txt", "r") line = txt.readlines() for diretory in line: req = get(site+diretory) status = req.status_code if status != 404: print(f"URL: {site+diretory} Status: {status}")
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backend/app/literature/schemas/cross_reference_schemas.py
alliance-genome/agr_literature_service
0
14651
from typing import List, Optional from pydantic import BaseModel from pydantic import validator class CrossReferenceSchemaRelated(BaseModel): curie: str pages: Optional[List[str]] = None is_obsolete: Optional[bool] = None @validator('curie') def name_must_contain_space(cls, v): if v.count(":") != 1 and not v.startswith("DOI:"): raise ValueError('must contain a single colon') return v class Config(): orm_mode = True extra = "forbid" schema_extra = { "example": { "curie": "MOD:curie", "pages": [ "reference" ] } } class CrossReferenceSchemaPost(CrossReferenceSchemaRelated): resource_curie: Optional[str] = None reference_curie: Optional[str] = None class Config(): orm_mod = True extra = "forbid" schema_extra = { "example": { "curie": "MOD:curie", "pages": [ "reference" ], "reference_curie": "AGR:AGRReference<number>" } } class CrossReferencePageSchemaShow(BaseModel): name: Optional[str] = None url: Optional[str] = None class Config(): orm_mode = True extra = "forbid" class CrossReferenceSchemaShow(BaseModel): curie: str url: Optional[str] = None pages: Optional[List[CrossReferencePageSchemaShow]] = None is_obsolete: bool class CrossReferenceSchema(BaseModel): curie: str pages: Optional[List[CrossReferencePageSchemaShow]] = None url: Optional[str] = None is_obsolete: Optional[bool] = False resource_curie: Optional[str] = None reference_curie: Optional[str] = None author_ids: Optional[List[int]] = None editor_ids: Optional[List[int]] = None class Config(): orm_mode = True extra = "forbid" class CrossReferenceSchemaUpdate(BaseModel): pages: Optional[List[str]] = None resource_curie: Optional[str] = None reference_curie: Optional[str] = None is_obsolete: Optional[bool] = None class Config(): orm_mode = True extra = "forbid"
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attic/_targetdatacli.py
KSchopmeyer/smipyping
0
166193
<filename>attic/_targetdatacli.py # (C) Copyright 2017 Inova Development Inc. # All Rights Reserved # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. # See the License for the specific language governing permissions and # limitations under the License. """ Argparse CLi for the temporary target script. TODO: Remove this completely """ import os import sys as _sys import csv import argparse as _argparse from ._cliutils import SmartFormatter as _SmartFormatter from ._targetdata import TargetsData from .config import DEFAULT_CONFIG_FILE from ._configfile import read_config __all__ = ['ProcessTargetDataCli'] class ProcessTargetDataCli(object): """ This class is part of the cli for Target data. It creates the argparse list and parses input in two separate functions. TODO: This should probably be in the cli itself but we are trying to create test tools for the cli so put here. Also split into separate functions to allow testing each. """ def __init__(self, prog): argparser = _argparse.ArgumentParser( prog=prog, description='Manage Target data', formatter_class=_SmartFormatter, usage="""targetdata <command> [<args>] The commands are: display Display entries in the Targets data repository disable Disable an record in the table fields list the fields in the target data repostiory record Display the record for a particular target_id disabled list all records disabled (i.e. ScanEnabled = False) """) # a = RunTargetData() # subcommands = a.__dict__.keys() argparser.add_argument( 'command', metavar='cmd', help='Subcommand to run') argparser.add_argument( '-f', '--config_file', metavar='CONFIG_FILE', default=DEFAULT_CONFIG_FILE, help=('Configuration file to use for config information. ' 'Default=%s' % DEFAULT_CONFIG_FILE)) argparser.add_argument( '-v', '--verbose', action='store_true', default=False) argparser.add_argument( '-d', '--dbtype', choices=('csv', 'sql'), default=csv, help='Choice of database type') args = argparser.parse_args(_sys.argv[1:2]) if not hasattr(self, args.command): print('Unrecognized command %s ' % args.command) argparser.print_help() exit(1) DBTYPE = 'csv' db_config = read_config(args.config_file, DBTYPE) db_config['directory'] = os.path.dirname(args.config_file) target_data = TargetsData.factory(db_config, args, DBTYPE) # use dispatch pattern to invoke method with same name getattr(self, args.command)(target_data) def display(self, target_data): """ Function to display table data. gets the arguments for the display and display the Table data. """ disp_parser = _argparse.ArgumentParser( description='Display target data repository') disp_parser.add_argument('-s', '--sort', default='IP', help='Sort by field') # now that we're inside a subcommand, ignore the first # TWO argvs, ie the command and the subcommand disp_parser.parse_args(_sys.argv[2:]) print('keys %s' % list(target_data.table_format_dict)) print('\n') target_data.display_all() def disable(self, target_data): """Function to mark a particular targetdata record disabled.""" disable_parser = _argparse.ArgumentParser( description='Disable record in the repository') # prefixing the argument with -- means it's optional disable_parser.add_argument( 'Id', help='Set or reset the disable flag for the defined record ') # prefixing the argument with -- means it's optional disable_parser.add_argument( '-f', '--file', default='targetdata_example.csv', help='Filename to display') disable_parser.add_argument( '-l', '--list', action='store_true', default=False, help='List all the disabled entries') disable_parser.add_argument( '-e', '--enable', action='store_true', default=False, help='Set the disable flag to enable the ' 'record rather than disable it') # now that we're inside a subcommand, ignore the first # TWO argvs, ie the command and the subcommand args = disable_parser.parse_args(_sys.argv[2:]) host_record = target_data.get_target(args.Id) # TODO add test to see if already in correct state if host_record is not None: host_record['EnableScan'] = False if args.enable is True else True target_data.write_updated() else: print('Id %s invalid or not in table' % args.Id) if args.list is True: target_data.display_disabled() def disabled(self, target_data): # ~ disp_parser = _argparse.ArgumentParser( # ~ description='Display disabled') # ~ # prefixing the argument with -- means it's optional # ~ disp_parser.add_argument('-f', '--file', # ~ default='targetdata_example.csv', # ~ help='Filename to display') # ~ args = disp_parser.parse_args(_sys.argv[2:]) target_data.display_disabled() def fields(self, target_data): """Display the fields in the targetdata file.""" # prefixing the argument with -- means it's optional print('\n'.join(target_data.get_field_list())) def find(self, target_data): parser = _argparse.ArgumentParser( description='Find a particular host') parser.add_argument('server', help='Server IP address to find') parser.add_argument('-f', '--file', default='targetdata_example.csv', help='Filename to display') args = parser.parse_args(_sys.argv[2:]) record = target_data.get_target(args.server) # TODO separate get record from display record . if record is None: print('%s not found' % args.server) else: print('%s found\n%s' % (args.server, record)) def record(self, target_data): """ Parse an input cli for hosts. """ parser = _argparse.ArgumentParser( description='List info on single record_id') # prefixing the argument with -- means it's optional parser.add_argument('record_id', type=int, help='Record Id from the database. Integers') parser.add_argument('-f', '--file', default='targetdata_example.csv', help='Filename to display') args = parser.parse_args(_sys.argv[2:]) record_id = "%2.2s" % args.record_id # TODO get host ids from table record = target_data.get_target(record_id) # TODO separate get record from display record . if record is None: print('Record %s not found in Targets data.' % record_id) else: max_len = 0 for key in record: if max_len < len(key): max_len = len(key) for key in record: print('%*s : %s' % (max_len, key, record[key]))
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loadlib.py
mit-dci/litloadtest
0
49041
<reponame>mit-dci/litloadtest<gh_stars>0 import time import random import testlib def square_pos(size, x, y): return size * (y % size) + (x % size) # Makes a big grid of nodes, all connected to their neighbors. def make_grid_env(size): print('Making grid env of size', size) env = testlib.TestEnv(size ** 2) for l in env.lits: l.rpc.SetFee(Fee=5, CoinType=testlib.REGTEST_COINTYPE) a = l.make_new_addr() res = env.bitcoind.rpc.sendtoaddress(a, 10) print('Funded', a, 'with', res) env.generate_block() for x in range(size): for y in range(size): pos = square_pos(size, x, y) litat = env.lits[pos] print(pos, ':', x, y, '->', str(litat.get_balance_info())) if x > 0: litl = env.lits[square_pos(size, x - 1, y)] # l = left litat.connect_to_peer(litl) litat.open_channel(litl, 100000000, 200000) env.generate_block() if y > 0: litu = env.lits[square_pos(size, x, y - 1)] # u = up litat.connect_to_peer(litu) litat.open_channel(litu, 100000000, 200000) env.generate_block() env.generate_block(count=5) return env def random_node_pair(env): x = random.randint(0, len(env.lits) - 1) y = random.randint(0, len(env.lits) - 2) if y >= x: y += 1 return env.lits[x], env.lits[y]
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sunpy/map/sources/yohkoh.py
fluxtransport/sunpy
0
1608553
"""Yohkoh SXT Map subclass definitions""" __author__ = "<NAME>" __email__ = "<EMAIL>" import numpy as np from astropy.visualization import PowerStretch from astropy.visualization.mpl_normalize import ImageNormalize from sunpy.map import GenericMap from sunpy.map.sources.source_type import source_stretch from sunpy.sun import constants __all__ = ['SXTMap'] class SXTMap(GenericMap): """Yohkoh SXT Image Map The Yohkoh Soft X-ray Telescope (SXT) the full solar disk (42 x 42 arcminutes)in the 0.25 - 4.0 keV range. It consists of a glancing incidence mirror and a CCD sensor and used thin metallic filters to acquire images in restricted portions of its energy range. SXT could resolve features down to 2.5 arcseconds. Information about the temperature and density of the plasma emitting the observed x-rays was obtained by comparing images acquired with the different filters. Images could be obtained every 2 to 8 seconds. Smaller images with a single filter could be obtained as frequently as once every 0.5 seconds. Yohkoh was launched on 30 August 1991 and ceased operations on 14 December 2001. References ---------- * `Yohkoh Mission Page <http://solar.physics.montana.edu/sxt/>`_ * `Fits header reference <http://proba2.oma.be/data/SWAP/level0>`_ * `Yohkoh Analysis Guide <http://ylstone.physics.montana.edu/ylegacy/yag.html>`_ """ def __init__(self, data, header, **kwargs): GenericMap.__init__(self, data, header, **kwargs) self.meta['detector'] = "SXT" self.meta['telescop'] = "Yohkoh" self.plot_settings['cmap'] = 'yohkohsxt' + self.measurement[0:2].lower() self.plot_settings['norm'] = ImageNormalize( stretch=source_stretch(self.meta, PowerStretch(0.5)), clip=False) # 2012/12/19 - the SXT headers do not have a value of the distance from # the spacecraft to the center of the Sun. The FITS keyword 'DSUN_OBS' # appears to refer to the observed diameter of the Sun. Until such # time as that is calculated and properly included in the file, we will # use simple trigonometry to calculate the distance of the center of # the Sun from the spacecraft. Note that the small angle approximation # is used, and the solar radius stored in SXT FITS files is in arcseconds. self.meta['dsun_apparent'] = self.meta.get('dsun_apparent', constants.au) if 'solar_r' in self.meta: self.meta['dsun_apparent'] = constants.radius/(np.deg2rad(self.meta['solar_r']/3600.0)) @property def dsun(self): """ For Yohkoh Maps, dsun_obs is not always defined. Uses approximation defined above it is not defined.""" return self.meta.get('dsun_obs', self.meta['dsun_apparent']) @property def measurement(self): """ Returns the type of data observed. """ s = self.meta.get('wavelnth', '') if s == 'Al.1': s = 'Al01' elif s.lower() == 'open': s = 'white-light' return s @classmethod def is_datasource_for(cls, data, header, **kwargs): """Determines if header corresponds to an SXT image""" return header.get('instrume') == 'SXT'
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Vini/Image/views.py
deeppudasaini/vini
1
1610608
<reponame>deeppudasaini/vini from django.shortcuts import render from django.http import JsonResponse from .models import Image from rest_framework.decorators import api_view from rest_framework.response import Response from .serializers import ImageSerializer @api_view(["GET"]) def ImageList(request): images = Image.objects.all() serializer = ImageSerializer(images, many=True) return Response(serializer.data) @api_view(["GET"]) def ImageDetails(request, pk): images = Image.objects.filter(id=pk) serializer = ImageSerializer(images, many=True) return Response(serializer.data) @api_view(["POST"]) def ImageAdd(request): serializer = ImageSerializer(data=request.data) if serializer.is_valid(): serializer.save() return Response(serializer.data) @api_view(["POST"]) def ImageUpdate(request, pk): updatingImage = Image.objects.get(id=pk) serializer = ImageSerializer(instance=updatingImage, data=request.data) if serializer.is_valid(): serializer.save() return Response(serializer.data) @api_view(["DELETE"]) def ImageDelete(request, pk): deletingImage = Image.objects.get(id=pk) deletingImage.delete() return Response("Image Deleted")
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slackchannel2pdf/locales.py
ErikKalkoken/slackchannel2pdf
52
3128
import datetime as dt import logging from babel import Locale, UnknownLocaleError from babel.dates import format_datetime, format_time, format_date import pytz from tzlocal import get_localzone from . import settings logger = logging.getLogger(__name__) class LocaleHelper: """Helpers for converting date & time according to current locale and timezone""" def __init__( self, my_locale: Locale = None, my_tz: pytz.BaseTzInfo = None, author_info: dict = None, ) -> None: """ Args: - my_locale: Primary locale to use - my_tz: Primary timezone to use - author_info: locale and timezone to use from this Slack response if my_locale and/or my_tz are not given """ self._locale = self._determine_locale(my_locale, author_info) self._timezone = self._determine_timezone(my_tz, author_info) @staticmethod def _determine_locale(my_locale: Locale = None, author_info: dict = None) -> Locale: if my_locale: if not isinstance(my_locale, Locale): raise TypeError("my_locale must be a babel Locale object") else: if author_info: try: my_locale = Locale.parse(author_info["locale"], sep="-") except UnknownLocaleError: logger.warning("Could not use locale info from Slack") my_locale = Locale.default() else: my_locale = Locale.default() if not my_locale: my_locale = Locale.parse(settings.FALLBACK_LOCALE) return my_locale @staticmethod def _determine_timezone( my_tz: pytz.BaseTzInfo = None, author_info: dict = None ) -> pytz.BaseTzInfo: if my_tz: if not isinstance(my_tz, pytz.BaseTzInfo): raise TypeError("my_tz must be of type pytz") else: if author_info: try: my_tz = pytz.timezone(author_info["tz"]) except pytz.exceptions.UnknownTimeZoneError: logger.warning("Could not use timezone info from Slack") my_tz = get_localzone() else: my_tz = get_localzone() if not my_tz: my_tz = pytz.UTC return my_tz @property def locale(self) -> Locale: return self._locale @property def timezone(self) -> pytz.BaseTzInfo: return self._timezone def format_date_full_str(self, my_datetime: dt.datetime) -> str: return format_date(my_datetime, format="full", locale=self.locale) def format_datetime_str(self, my_datetime: dt.datetime) -> str: """returns formated datetime string for given dt using locale""" return format_datetime(my_datetime, format="short", locale=self.locale) def get_datetime_formatted_str(self, ts: int) -> str: """return given timestamp as formated datetime string using locale""" my_datetime = self.get_datetime_from_ts(ts) return format_datetime(my_datetime, format="short", locale=self.locale) def get_time_formatted_str(self, ts: int) -> str: """return given timestamp as formated datetime string using locale""" my_datetime = self.get_datetime_from_ts(ts) return format_time(my_datetime, format="short", locale=self.locale) def get_datetime_from_ts(self, ts: int) -> dt.datetime: """returns datetime object of a unix timestamp with local timezone""" my_datetime = dt.datetime.fromtimestamp(float(ts), pytz.UTC) return my_datetime.astimezone(self.timezone)
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Wattpad download.py
jbzdarkid/Random
1
70267
<filename>Wattpad download.py import urllib2, re output = '\n\n' url = '76273009-wereling-wounded-on-hold-prologue' page = 1 title = None while(True): text = urllib2.urlopen('http://www.wattpad.com/'+url+'/page/'+str(page)).read() new_title = re.search('<title>(.*?)</title>', text).group(1) if new_title == title: # Reached page limit page = 1 next_url = re.search('<a class="on-navigate next-up.*?href="(.*?)"', text) if next_url is None: break url = next_url.group(1) output += '\n\n\t'+title+'\n' continue else: # New page print new_title, len(text) page += 1 title = new_title for i in range(len(text)): if text[i:i+7] == '<p data': i += 48 while (text[i:i+4] != '</p>'): output += text[i] i += 1 output += '\n' f = open('out.txt', 'wb') f.write(output) f.close()
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engine.py
anazalea/zestlife
0
161254
<gh_stars>0 from entities.environment import GameEnvironment class Engine(): def draw_background(): """draw any non-interactive object""" pass def tick(e: GameEnvironment): """Update the state every entity in the game""" for o in e.game_objects: o.update() o.move()
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wsnsims/tocs/energy.py
king4arabs/wsnsims2
2
174779
<reponame>king4arabs/wsnsims2 import itertools import numpy as np from wsnsims.core.data import segment_volume class ToCSEnergyModelError(Exception): pass class ToCSEnergyModel(object): def __init__(self, simulation_data, environment): """ :param simulation_data: :type simulation_data: tocs.tocs_sim.TOCS :param environment: :type environment: core.environment.Environment """ self.sim = simulation_data self.env = environment self._ids_to_clusters = {} self._ids_to_movement_energy = {} self._ids_to_comms_energy = {} def cluster_data_volume(self, cluster_id, intercluster_only=False): """ :param cluster_id: :param intercluster_only: :return: :rtype: pq.bit """ cluster = self._find_cluster(cluster_id) if not intercluster_only: # Handle the intra-cluster data volume segment_pairs = itertools.permutations(cluster.segments, 2) internal_volume = np.sum( [segment_volume(s, d, self.env) for s, d in segment_pairs]) else: internal_volume = 0 # Handle the inter-cluster data volume external_segments = list( set(self.sim.segments) - set(cluster.segments)) # Outgoing data ... segment_pairs = list( itertools.product(cluster.segments, external_segments)) # Incoming data ... segment_pairs += list( itertools.product(external_segments, cluster.segments)) external_volume = np.sum( [segment_volume(s, d, self.env) for s, d in segment_pairs]) total_volume = internal_volume + external_volume return total_volume def centroid_data_volume(self, cluster_id): """ :param cluster_id: :return: :rtype: pq.bit """ centroid = self._find_cluster(cluster_id) # Handle the intra-centroid data volume segment_pairs = itertools.permutations(centroid.segments, 2) volume = np.sum( [segment_volume(s, d, self.env) for s, d in segment_pairs]) cluster_pairs = list() # Handle the incoming volume from each cluster for cluster in self.sim.clusters: other_clusters = list(self.sim.clusters) for other_cluster in other_clusters: # Cluster -> Other Cluster cluster_pairs.append((cluster, other_cluster)) # Other Cluster -> Cluster cluster_pairs.append((other_cluster, cluster)) for src_cluster, dst_cluster in cluster_pairs: src_segments = src_cluster.segments dst_segments = dst_cluster.segments segment_pairs = itertools.product(src_segments, dst_segments) volume += np.sum( [segment_volume(s, d, self.env) for s, d in segment_pairs]) return volume def total_comms_energy(self, cluster_id): if cluster_id in self._ids_to_comms_energy: return self._ids_to_comms_energy[cluster_id] if cluster_id == self.sim.centroid.cluster_id: data_volume = self.centroid_data_volume(cluster_id) else: data_volume = self.cluster_data_volume(cluster_id) energy = data_volume * self.env.comms_cost self._ids_to_comms_energy[cluster_id] = energy return energy def _find_cluster(self, cluster_id): """ :param cluster_id: :return: :rtype: tocs.cluster.ToCSCluster """ if cluster_id in self._ids_to_clusters: return self._ids_to_clusters[cluster_id] found_cluster = None for clust in self.sim.clusters + [self.sim.centroid]: if clust.cluster_id == cluster_id: found_cluster = clust break if not found_cluster: raise ToCSEnergyModelError( "Could not find cluster {}".format(cluster_id)) self._ids_to_clusters[cluster_id] = found_cluster return found_cluster def total_movement_energy(self, cluster_id): """ Return the amount of energy required to complete a single tour of the specified cluster. :param cluster_id: The numeric identifier of the cluster. :return: The amount of energy required. :rtype: pq.J """ if cluster_id in self._ids_to_movement_energy: return self._ids_to_movement_energy[cluster_id] current_cluster = self._find_cluster(cluster_id) energy = current_cluster.tour_length * self.env.move_cost self._ids_to_movement_energy[cluster_id] = energy return energy def total_energy(self, cluster_id): """ Get the sum of communication and movement energy for the given cluster. :param cluster_id: :return: :rtype: pq.J """ energy = self.total_comms_energy(cluster_id) energy += self.total_movement_energy(cluster_id) return energy
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horo_M5/ap_httpd_constel.py
kcfkwok2003/m5_star_navigator
0
148420
<filename>horo_M5/ap_httpd_constel.py<gh_stars>0 # ap_httpd_constel.py version="1.0" from color import * import time import gc from httpd_util import * from g_stars_1 import ct USE_THREAD = False def main(vs): global var_store var_store=vs start_httpd() def start_httpd(): global var_store horo_main = var_store['horo_main'] tft = var_store['tft'] info = horo_main.info apname = info['apname'] ip = info['ip'] tft.fill_rect(20,100,200,100,NAVY) tft.rect(20,100,200,100,LIME) tft.text(apname, 25,110, color=WHITE) tft.text(ip, 25,120,color=WHITE) tft.text('starting httpd constel',25,130,color=WHITE) if USE_THREAD: import _thread _thread.start_new_thread(_httpd,()) else: _httpd() HTML_CONSTELS=""" <html> <head><title>Constellations</title></head> <body> <h2>Select Constellation</h2> <form action="/constels" method="get"> <table> <tr><td>%(constels)s</td></tr> <tr> <td> <input type="Submit" value="submit" </td> </tr> </table> </form> <br> <br> <br> <a href="/">Refresh</a> <br> </body> </html> """ HTML_CONSTEL=""" <html> <head><title>Constellation</title></head> <body> <h2>Constellation</h2> <table> <tr><td>%(ct)s</td></tr> <tr> <td> %(tbs)s </td> </tr> <tr> <td> </td> </tr> </table> <br> <br> <br> <a href="/">Refresh</a> <br> </body> </html> """ def add_select(dictx): global ct ct_keys = list(ct.keys()) ct_keys.sort() cts='<select name="ct">' for item in ct_keys: cts+='<option value="%s">%s</option>' % (item,item) cts+="</select>" dictx['constels']=cts return dictx def add_table(dictx): global ct ctx = dictx['ct'] stars = ct[ctx]['stars'] tb ='<table border="1"><tr><th>star</th><th>RA</th><th>Dec</th></tr>' for stx in stars: ra, dec = stars[stx] tb+="<tr><td>%s</td><td>%s</td><td>%s</td></tr>" % (stx,ra,dec) tb +='</table><br>' lines = ct[ctx]['lines'] max_len=0 for line in lines: if len(line) > max_len: max_len = len(line) tb +='<table border="1"><tr><th></th>' for i in range(max_len): tb +='<th>S%d</th>' % i tb+='<th><form action="/constels" method="get"><input type="hidden" name="ct" value="%s"><input type="Submit" value="render"></form></th>' % ctx tb+="</tr>" lx=0 for line in lines: tb+="<tr><td>L%d</td>" % lx for i in range(max_len): if i < len(line): tb +="<td>%s</td>" % line[i] else: tb +="<td></td>" tb+='<td><form action="/ln" method="get"><input type="hidden" name="ct" value="%s"><input type="hidden" name="ln" value="%s"><input type="Submit" value="render"></form></tr>' % (ctx,lx) lx +=1 tb+="</table>" dictx['tbs']=tb return dictx def draw_ct(ctx): global var_store, ct, tft tft = var_store['tft'] stars = ct[ctx]['stars'] lines = ct[ctx]['lines'] min_max = [128,64,0,-90] # xmin, ymin, xmax, ymax plines=[] for line in lines: plines.append([]) for stx in line: ra, dec = stars[stx] chk_min_max(ra,dec,min_max) plines[-1].append((ra,dec)) if min_max[2] - min_max[0] >20: # it seems wrap around in 24hr, retry plines =[] min_max=[128,64,0,-90] # xmin,ymin,xmax,ymax for line in lines: plines.append([]) for starx in line: ra,dec=stars[starx] if ra <10: ra+=24 # fix wrap around value chk_min_max(ra,dec,min_max) plines[-1].append((ra,dec)) tft.fill_rect(0,0,128,64, NAVY) tft.rect(0,0,128,64,LIME) for points in plines: tft_plot_line(points,min_max) def draw_ct_line(ctx, ix): global tft, var_store, ct tft = var_store['tft'] stars = ct[ctx]['stars'] lines = ct[ctx]['lines'] min_max=[128,64,0,-90] # xmin,ymin,xmax,ymax plines=[] for line in lines: plines.append([]) for starx in line: ra,dec = stars[starx] chk_min_max(ra,dec,min_max) plines[-1].append((ra,dec)) if min_max[2] - min_max[0] >20: # it seems wrap around in 24hr, retry plines=[] min_max=[128,64,0,-90] # xmin,ymin,xmax,ymax for line in lines: plines.append([]) for starx in line: ra,dec=stars[starx] if ra <10: ra+=24 # fix wrap around value chk_min_max(ra,dec,min_max) plines[-1].append((ra,dec)) tft.fill_rect(0,0,128,64, NAVY) tft.rect(0,0,128,64,LIME) tft_plot_line(plines[ix],min_max) def chk_min_max(x,y,min_max): if x< min_max[0]: min_max[0]=x if y< min_max[1]: min_max[1]=y if x > min_max[2]: min_max[2]=x if y > min_max[3]: min_max[3]=y def tft_plot_line(points,min_max): global tft #scale to 2 pixel for 1 deg XSCALE=15 * 2 # 1hr=15 deg YSCALE= 2 xr=min_max[0] * XSCALE yr=min_max[1] * YSCALE xrng = min_max[2] *XSCALE - xr yrng = min_max[3] *YSCALE - yr print('xrng %s yrng:%s' % (xrng,yrng)) XOFS=int((128 - xrng)/2) YOFS=int((64-yrng)/2) xp = 128 -int(points[0][0] * XSCALE -xr + XOFS) yp = 64 -int(points[0][1] * YSCALE -yr + YOFS) tft_plot_star(xp,yp) for x,y in points[1:]: xv = 128 -int(x * XSCALE - xr + XOFS) yv = 64 - int(y * YSCALE - yr + YOFS) tft.line(xp,yp,xv,yv,BLUE) tft_plot_star(xv,yv) xp=xv yp=yv def tft_plot_star(x,y): global tft tft.pixel(x-1,y,WHITE) tft.pixel(x, y-1,WHITE) tft.pixel(x+1,y,WHITE) tft.pixel(x, y+1,WHITE) def _httpd(): global var_store import socket addr = socket.getaddrinfo('0.0.0.0',80)[0][-1] s=socket.socket() s.bind(addr) s.listen(1) print('listening on',addr) tft = var_store['tft'] tft.text('httpd constel listening',25,130,color=WHITE) while True: conn,addr = s.accept() print("connected from",addr) req = conn.recv(1024) print("content=%s" % str(req)) if req==b'': continue if req[:4]==b'GET ': pos = req.find(b' HTTP/') cmd = req[4:pos] res = handle_cmd(cmd) if type(res)==type(()): resp=res[1] conn.send(resp) conn.close() continue if res is not None: resp="""<html><body>Result: %s<br><br><a href="/">Home</a></body></html>""" % res conn.send(resp) conn.close() continue dictx={} dictx = add_select(dictx) resp = HTML_CONSTELS % dictx conn.send(resp) conn.close() def handle_c_constels(parms): print('set constels %s' % str(parms)) dictx = get_html_parms(parms) dictx = add_table(dictx) resp = HTML_CONSTEL % dictx draw_ct(dictx['ct']) return ('OK',resp) def handle_c_ln(parms): print('set constel %s' % str(parms)) dictx = get_html_parms(parms) dictx = add_table(dictx) resp = HTML_CONSTEL % dictx ix = int(dictx['ln']) draw_ct_line(dictx['ct'], ix) return ('OK',resp) def handle_cmd(cmd): print('cmd:%s' % str(cmd)) pos=cmd.find(b'?') cmdx = cmd[:pos] if cmdx==b'/constels': return handle_c_constels(cmd[pos+1:]) if cmdx==b'/ln': return handle_c_ln(cmd[pos+1:]) return None
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