flask_inference_api_g

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DmitrMakeev commited on Mar 14

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9b65f68

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1 Parent(s): 73faeec

Update calculate.html

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calculate.html +73 -60

calculate.html CHANGED Viewed

@@ -3,7 +3,7 @@
 <head>
     <meta charset="UTF-8">
     <meta name="viewport" content="width=device-width, initial-scale=1.0">
-    <title>Расчёт удобрений с учётом составов</title>
     <style>
         body { font-family: Arial, sans-serif; margin: 20px; }
         input { padding: 8px; margin: 5px; width: 200px; }
@@ -12,7 +12,7 @@
     </style>
 </head>
 <body>
-    <h1>Расчёт необходимого количества удобрений с учётом состава</h1>
     <div>
         <h3>Введите состав удобрений (%):</h3>
@@ -51,17 +51,17 @@
         <h3>Введите требуемые концентрации элементов (мг/л):</h3>
         <label for="ca">Кальций (Ca):</label>
-        <input type="number" id="ca" placeholder="например, 115"><br>
         <label for="p">Фосфор (P):</label>
-        <input type="number" id="p" placeholder="например, 60"><br>
         <label for="k">Калий (K):</label>
-        <input type="number" id="k" placeholder="например, 149.5"><br>
         <label for="mg">Магний (Mg):</label>
-        <input type="number" id="mg" placeholder="например, 42.71"><br>
         <label for="s">Сера (S):</label>
-        <input type="number" id="s" placeholder="например, 74.691"><br>
         <label for="n">Азот (N):</label>
-        <input type="number" id="n" placeholder="например, 110.74"><br>
         <button onclick="calculate()">Рассчитать количество удобрений</button>
     </div>
@@ -69,6 +69,29 @@
     <div class="result" id="result"></div>
     <script>
         function calculate() {
             // Состав удобрений (% → доли)
             const caContentCa = parseFloat(document.getElementById("ca_content_ca").value) / 100;
@@ -93,85 +116,75 @@
             const s = parseFloat(document.getElementById("s").value) || 0;
             const n = parseFloat(document.getElementById("n").value) || 0;
-            // Проверка ввода
             if ([ca, p, k, mg, s, n].some(v => isNaN(v))) {
                 document.getElementById("result").innerHTML = "Введите все значения!";
                 return;
             }
-            // 1. Ca(NO₃)₂·4H₂O от Ca
             let caNO3 = ca / caContentCa;
             let nFromCaNO3 = caNO3 * caContentN;
-            // 2. KH₂PO₄ от P
             let kh2po4 = p / pContent;
             let kFromKH2PO4 = kh2po4 * kContentKH2PO4;
-            // 3. MgSO₄·7H₂O и Mg(NO₃)₂ для Mg и S
-            let mgso4 = s / sContentMgSO4; // Сначала максимум S
-            let mgFromMgSO4 = mgso4 * mgContentMgSO4;
             let sFromMgSO4 = mgso4 * sContentMgSO4;
-            let mgRemaining = mg - mgFromMgSO4;
-            let mgno3 = mgRemaining > 0 ? mgRemaining / mgContentMgNO3 : 0;
-            let nFromMgNO3 = mgno3 * nContentMgNO3;
-            if (mgFromMgSO4 > mg) {
-                mgso4 = mg / mgContentMgSO4;
-                sFromMgSO4 = mgso4 * sContentMgSO4;
-                mgno3 = 0;
-                nFromMgNO3 = 0;
-            }
-            // 4. KNO₃ для остатка N
-            let nRemaining = n - nFromCaNO3 - nFromMgNO3;
-            let kno3FromN = nRemaining > 0 ? nRemaining / nContentKNO3 : 0;
-            let kFromKNO3FromN = kno3FromN * kContentKNO3;
-            let kRemaining = k - kFromKH2PO4;
-            let kno3FromK = kRemaining > 0 ? kRemaining / kContentKNO3 : 0;
-            let nFromKNO3FromK = kno3FromK * nContentKNO3;
-            let kno3 = Math.min(kno3FromN, kno3FromK);
-            let nFromKNO3 = kno3 * nContentKNO3;
             let kFromKNO3 = kno3 * kContentKNO3;
-            // 5. NH₄NO₃ для остатка N
-            nRemaining = n - nFromCaNO3 - nFromMgNO3 - nFromKNO3;
-            let nh4no3 = nRemaining > 0 ? nRemaining / nContentNH4NO3 : 0;
-            // 6. K₂SO₄ для остатка S и K
             let sRemaining = s - sFromMgSO4;
-            let k2so4FromS = sRemaining > 0 ? sRemaining / sContentK2SO4 : 0;
-            let kFromK2SO4FromS = k2so4FromS * kContentK2SO4;
-            kRemaining = k - kFromKH2PO4 - kFromKNO3;
             let k2so4FromK = kRemaining > 0 ? kRemaining / kContentK2SO4 : 0;
-            let k2so4 = Math.min(k2so4FromS, k2so4FromK);
             let sFromK2SO4 = k2so4 * sContentK2SO4;
             let kFromK2SO4 = k2so4 * kContentK2SO4;
-            // Итоговые концентрации
-            let totalN = (nFromCaNO3 + nFromKNO3 + nFromMgNO3 + nh4no3 * nContentNH4NO3).toFixed(2);
-            let totalP = (kh2po4 * pContent).toFixed(2);
-            let totalK = (kFromKH2PO4 + kFromKNO3 + kFromK2SO4).toFixed(2);
-            let totalCa = (caNO3 * caContentCa).toFixed(2);
-            let totalMg = (mgso4 * mgContentMgSO4 + mgno3 * mgContentMgNO3).toFixed(2);
-            let totalS = (sFromMgSO4 + sFromK2SO4).toFixed(2);
-            // Результаты
             let resultText = `
                 <h3>Результаты расчёта (г/1000 л):</h3>
-                <p>Ca(NO₃)₂·4H₂O: ${caNO3.toFixed(2)} (Ca: ${totalCa}, N: ${nFromCaNO3.toFixed(2)})</p>
-                <p>KH₂PO₄: ${kh2po4.toFixed(2)} (P: ${totalP}, K: ${kFromKH2PO4.toFixed(2)})</p>
                 <p>KNO₃: ${kno3.toFixed(2)} (K: ${kFromKNO3.toFixed(2)}, N: ${nFromKNO3.toFixed(2)})</p>
-                <p>MgSO₄·7H₂O: ${mgso4.toFixed(2)} (Mg: ${(mgso4 * mgContentMgSO4).toFixed(2)}, S: ${sFromMgSO4.toFixed(2)})</p>
                 <p>Mg(NO₃)₂: ${mgno3.toFixed(2)} (Mg: ${(mgno3 * mgContentMgNO3).toFixed(2)}, N: ${nFromMgNO3.toFixed(2)})</p>
                 <p>K₂SO₄: ${k2so4.toFixed(2)} (S: ${sFromK2SO4.toFixed(2)}, K: ${kFromK2SO4.toFixed(2)})</p>
                 <p>NH₄NO₃: ${nh4no3.toFixed(2)} (N: ${(nh4no3 * nContentNH4NO3).toFixed(2)})</p>
-                <h3>Итоговые концентрации (мг/л):</h3>
-                <p>N: ${totalN}, P: ${totalP}, K: ${totalK}, Ca: ${totalCa}, Mg: ${totalMg}, S: ${totalS}</p>
             `;
             document.getElementById("result").innerHTML = resultText;
         }

 <head>
     <meta charset="UTF-8">
     <meta name="viewport" content="width=device-width, initial-scale=1.0">
+    <title>Расчёт удобрений с учётом плотности</title>
     <style>
         body { font-family: Arial, sans-serif; margin: 20px; }
         input { padding: 8px; margin: 5px; width: 200px; }
     </style>
 </head>
 <body>
+    <h1>Расчёт удобрений с учётом состава и плотности</h1>
     <div>
         <h3>Введите состав удобрений (%):</h3>
         <h3>Введите требуемые концентрации элементов (мг/л):</h3>
         <label for="ca">Кальций (Ca):</label>
+        <input type="number" id="ca" value="115"><br>
         <label for="p">Фосфор (P):</label>
+        <input type="number" id="p" value="60"><br>
         <label for="k">Калий (K):</label>
+        <input type="number" id="k" value="149.5"><br>
         <label for="mg">Магний (Mg):</label>
+        <input type="number" id="mg" value="42.71"><br>
         <label for="s">Сера (S):</label>
+        <input type="number" id="s" value="74.691"><br>
         <label for="n">Азот (N):</label>
+        <input type="number" id="n" value="110.74"><br>
         <button onclick="calculate()">Рассчитать количество удобрений</button>
     </div>
     <div class="result" id="result"></div>
     <script>
+        const DENSITY_DATA = {
+            "Ca(NO3)2*4H2O": [[5, 1.0015], [10, 1.0041], /* ... */ [605, 1.2868], /* ... */],
+            "KH2PO4": [[5, 1.0016], [10, 1.0051], /* ... */ [110, 1.0719]],
+            "KNO3": [[5, 1.0011], [10, 1.0042], /* ... */ [280, 1.1627]],
+            "MgSO4*7H2O": [[5, 1.0014], [10, 1.0037], /* ... */ [695, 1.2974]],
+            "Mg(NO3)2*6H2O": [[5, 1.0001], [10, 1.0023], /* ... */ [500, 1.2007]],
+            "K2SO4": [[5, 1.002], [10, 1.006], /* ... */ [110, 1.0825]],
+            "NH4NO3": [[5, 1.001], [10, 1.003], /* ... */ [690, 1.2528]]
+        };
+        function getDensity(fertilizer, mass) {
+            const data = DENSITY_DATA[fertilizer];
+            if (!data || mass <= 0) return 1;
+            for (let i = 0; i < data.length - 1; i++) {
+                if (mass >= data[i][0] && mass <= data[i + 1][0]) {
+                    const [x1, y1] = data[i];
+                    const [x2, y2] = data[i + 1];
+                    return y1 + (mass - x1) * (y2 - y1) / (x2 - x1);
+                }
+            }
+            return data[data.length - 1][1]; // Последнее значение
+        }
         function calculate() {
             // Состав удобрений (% → доли)
             const caContentCa = parseFloat(document.getElementById("ca_content_ca").value) / 100;
             const s = parseFloat(document.getElementById("s").value) || 0;
             const n = parseFloat(document.getElementById("n").value) || 0;
             if ([ca, p, k, mg, s, n].some(v => isNaN(v))) {
                 document.getElementById("result").innerHTML = "Введите все значения!";
                 return;
             }
+            // 1. Ca(NO₃)₂·4H₂O
             let caNO3 = ca / caContentCa;
             let nFromCaNO3 = caNO3 * caContentN;
+            // 2. KH₂PO₄
             let kh2po4 = p / pContent;
             let kFromKH2PO4 = kh2po4 * kContentKH2PO4;
+            // 3. MgSO₄·7H₂O и Mg(NO₃)₂
+            let mgso4 = mg / mgContentMgSO4;
             let sFromMgSO4 = mgso4 * sContentMgSO4;
+            let mgno3 = 0;
+            let nFromMgNO3 = 0;
+            // 4. KNO₃
+            let nRemaining = n - nFromCaNO3;
+            let kno3 = nRemaining > 0 ? nRemaining / nContentKNO3 : 0;
             let kFromKNO3 = kno3 * kContentKNO3;
+            let nFromKNO3 = kno3 * nContentKNO3;
+            // 5. K₂SO₄
+            let kRemaining = k - kFromKH2PO4 - kFromKNO3;
             let sRemaining = s - sFromMgSO4;
             let k2so4FromK = kRemaining > 0 ? kRemaining / kContentK2SO4 : 0;
+            let k2so4FromS = sRemaining > 0 ? sRemaining / sContentK2SO4 : 0;
+            let k2so4 = Math.min(k2so4FromK, k2so4FromS);
             let sFromK2SO4 = k2so4 * sContentK2SO4;
             let kFromK2SO4 = k2so4 * kContentK2SO4;
+            // 6. NH₄NO₃
+            nRemaining = n - nFromCaNO3 - nFromKNO3 - nFromMgNO3;
+            let nh4no3 = nRemaining > 0 ? nRemaining / nContentNH4NO3 : 0;
+            // Учёт плотности (итеративно)
+            let totalMass = caNO3 + kh2po4 + kno3 + mgso4 + k2so4 + nh4no3;
+            let density = (
+                getDensity("Ca(NO3)2*4H2O", caNO3) +
+                getDensity("KH2PO4", kh2po4) +
+                getDensity("KNO3", kno3) +
+                getDensity("MgSO4*7H2O", mgso4) +
+                getDensity("K2SO4", k2so4) +
+                getDensity("NH4NO3", nh4no3)
+            ) / 6; // Средняя плотность
+            let volume = 1000 * density; // Реальный объём
+            // Корректировка концентраций
+            let totalN = (nFromCaNO3 + nFromKNO3 + nh4no3 * nContentNH4NO3) / density;
+            let totalP = (kh2po4 * pContent) / density;
+            let totalK = (kFromKH2PO4 + kFromKNO3 + kFromK2SO4) / density;
+            let totalCa = (caNO3 * caContentCa) / density;
+            let totalMg = (mgso4 * mgContentMgSO4) / density;
+            let totalS = (sFromMgSO4 + sFromK2SO4) / density;
             let resultText = `
                 <h3>Результаты расчёта (г/1000 л):</h3>
+                <p>Ca(NO₃)₂·4H₂O: ${caNO3.toFixed(2)} (Ca: ${totalCa.toFixed(2)}, N: ${nFromCaNO3.toFixed(2)})</p>
+                <p>KH₂PO₄: ${kh2po4.toFixed(2)} (P: ${totalP.toFixed(2)}, K: ${kFromKH2PO4.toFixed(2)})</p>
                 <p>KNO₃: ${kno3.toFixed(2)} (K: ${kFromKNO3.toFixed(2)}, N: ${nFromKNO3.toFixed(2)})</p>
+                <p>MgSO₄·7H₂O: ${mgso4.toFixed(2)} (Mg: ${totalMg.toFixed(2)}, S: ${sFromMgSO4.toFixed(2)})</p>
                 <p>Mg(NO₃)₂: ${mgno3.toFixed(2)} (Mg: ${(mgno3 * mgContentMgNO3).toFixed(2)}, N: ${nFromMgNO3.toFixed(2)})</p>
                 <p>K₂SO₄: ${k2so4.toFixed(2)} (S: ${sFromK2SO4.toFixed(2)}, K: ${kFromK2SO4.toFixed(2)})</p>
                 <p>NH₄NO₃: ${nh4no3.toFixed(2)} (N: ${(nh4no3 * nContentNH4NO3).toFixed(2)})</p>
+                <h3>Итоговые концентрации (мг/л, с учётом плотности ${density.toFixed(4)}):</h3>
+                <p>N: ${totalN.toFixed(2)}, P: ${totalP.toFixed(2)}, K: ${totalK.toFixed(2)}, Ca: ${totalCa.toFixed(2)}, Mg: ${totalMg.toFixed(2)}, S: ${totalS.toFixed(2)}</p>
             `;
             document.getElementById("result").innerHTML = resultText;
         }