File size: 4,011 Bytes
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class Girlfriend extends Character {
constructor(gameState, girlfriendImg) {
super(gameState, girlfriendImg);
this.gameState = gameState;
this.gameState.girlfriend = this;
this.img = girlfriendImg;
this.setCharacterPosition(this.gameState.map_data.girlfriend_start_pos);
this.currentHidingSpot = null;
this.stressLevel = 30;
this.inventory = [];
}
draw(CELL_SIZE) {
if (this.characterPos) {
push();
if (this.previousPos && this.characterPos.x > this.previousPos.x) {
scale(-1, 1);
image(
this.img,
-this.characterPos.x * CELL_SIZE - CELL_SIZE * 2,
this.characterPos.y * CELL_SIZE,
CELL_SIZE * 2,
CELL_SIZE * 2
);
} else {
if (this.getIsHiding()) {
tint(255, 153);
image(
this.img,
this.characterPos.x * CELL_SIZE,
this.characterPos.y * CELL_SIZE,
CELL_SIZE * 2,
CELL_SIZE * 2
);
} else {
image(
this.img,
this.characterPos.x * CELL_SIZE,
this.characterPos.y * CELL_SIZE,
CELL_SIZE * 2,
CELL_SIZE * 2
);
}
}
pop();
}
}
updateStressLevel(stressChange) {
// Add or subtract the stress change while keeping within 0-100 range
this.stressLevel = Math.max(
0,
Math.min(100, this.stressLevel + stressChange)
);
}
handleAction(response) {
switch (response.action) {
case "go":
this.moveToRoom(response.target);
break;
case "hide":
this.hide(response.target);
break;
case "exit":
this.exit();
break;
}
}
getAvailableHidingSpots() {
// Find the current room in map data
const currentRoom = this.gameState.map_data.rooms.find(
(room) => room.name === this.getCurrentRoom()
);
// Return hiding places for current room if found, otherwise empty array
return currentRoom ? currentRoom.hiding_places : [];
}
getAvailableFurniture() {
// Get current room
const currentRoom = this.getCurrentRoom();
if (!currentRoom) return [];
// Filter furniture list to only include items in current room that are in use
return this.gameState.map_data.furniture.filter(
furniture => furniture.room === currentRoom && furniture.in_use === true
);
}
getIsHiding() {
const hidingSpots = this.getAvailableHidingSpots();
if (!this.characterPos || hidingSpots.length === 0) return false;
return hidingSpots.some(
(spot) =>
spot.position.x === this.characterPos.x &&
spot.position.y === this.characterPos.y
);
}
hide(hidingSpotName) {
const currentRoom = this.getCurrentRoom();
if (!currentRoom) return;
// Find the room data from map_data
const roomData = this.gameState.map_data.rooms.find(
(room) => room.name === currentRoom
);
if (!roomData) return;
// Find the specific hiding spot in the room by checking if names contain each other
const hidingSpot = roomData.hiding_places.find(
(spot) =>
spot.name
.toLowerCase()
.trim()
.includes(hidingSpotName.toLowerCase().trim()) ||
hidingSpotName
.toLowerCase()
.trim()
.includes(spot.name.toLowerCase().trim())
);
if (!hidingSpot) return;
// Move to the hiding spot position
this.moveToPosition(hidingSpot.position, () => {
this.currentHidingSpot = hidingSpotName;
});
}
exit() {
let the_exit = this.gameState.getTheExit();
let x = the_exit.pos.x;
let y = the_exit.pos.y-1;
let pos = {"x": x, "y": y};
this.moveToPosition(pos, () => {
if (!this.inventory || !this.inventory.includes("Key")) {
addProgramaticMessage(the_exit.locked_message);
} else {
addProgramaticMessage(the_exit.unlocked_message);
}
});
}
}
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