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class Player { constructor(id) { this.id = id; // Player ID this.pits = this.createPits(); // Array of pits belonging to the player this.potWidth = floor(boardW / 9); // Width of each pit on the game board this.currentPit = 0; // Index of the currently selected pit this.conquered = false; // Flag indicating if the player has conquered a pit } // Create and initialize the pits for the player createPits() { let pits = []; for (let i = 0; i < 9; i++) { pits.push(new Pit(i, 9, this.id)); } return pits; } // Fill the bottom pit with pebbles - PLAYER 2 fillBottomPot(x, y, balls) { let ballSpacing = 2; // space between each pebble let numRows = 10; // max num of rows let numCols = 3; // max num of columns for (let row = 0; row < numRows && balls > 0; row++) { for (let col = 0; col < numCols && balls > 0; col++) { let ballX = x + col * (ballR + ballSpacing); // locate X for the pebble let ballY = y - row * (ballR + ballSpacing * 2.5); // locate Y for the pebble image(pebble_img, ballX + ballR, ballY - ballR, ballR, ballR); balls--; // decriment the number of pebbles to be drawn } } } // Fill the bottom storehouse with pebbles - PLAYER 2 fillBottomStorehouse(x, y, balls) { let ballSpacing = 2; // space between each pebble let numRows = 2; // max num of rows let numCols = 43; // max num of columns for (let row = 0; row < numRows && balls > 0; row++) { for (let col = 0; col < numCols && balls > 0; col++) { let ballX = x + col * (ballR + ballSpacing); // locate X for the pebble let ballY = y - row * (ballR + ballSpacing * 2.5); // locate Y for the pebble image(pebble_img, ballX + ballR, ballY - ballR, ballR, ballR); balls--; // decriment the number of pebbles to be drawn } } } // Fill the top pit with pebbles - PLAYER 1 fillTopPot(x, y, balls) { let ballSpacing = 2; // space between each pebble let numRows = 10; // max num of rows let numCols = 3; // max num of columns for (let row = 0; row < numRows && balls > 0; row++) { for (let col = 0; col < numCols && balls > 0; col++) { let ballX = x + col * (ballR + ballSpacing); // locate X for the pebble let ballY = y + row * (ballR + ballSpacing * 2.5); // locate Y for the pebble image(pebble_img, ballX + ballR, ballY + ballR, ballR, ballR); balls--; // decriment the number of pebbles to be drawn } } } // Fill the top storehouse with pebbles - PLAYER 1 fillTopStorehouse(x, y, balls) { let ballSpacing = 2; // space between each pebble let numRows = 2; // max num of rows let numCols = 43; // max num of columns for (let row = 0; row < numRows && balls > 0; row++) { for (let col = 0; col < numCols && balls > 0; col++) { let ballX = x + col * (ballR + ballSpacing); // locate X for the pebble let ballY = y + row * (ballR + ballSpacing * 2.5); // locate Y for the pebble image(pebble_img, ballX + ballR, ballY + ballR, ballR, ballR); balls--; // decriment the number of pebbles to be drawn } } } // Check if the current pit has no pebbles notEmpty() { while (this.pits[this.currentPit].pebbles == 0) { // Move to the next pit this.currentPit += 1; if (this.currentPit == 9) this.currentPit = 0; } } // Move pit selection window moveCurrentPit(dir) { // Check if moving in the specified direction would be out of bounds if (this.currentPit + dir < 0 || this.currentPit + dir >= 9) { return; // Return if out of bounds } // Move the current pit in the specified direction this.currentPit += dir; } // //DISPLAY OF EVERYTHING IN THE GAMe // display() { this.pits.forEach((pot, i) => { let check = this.id == 1 ? 8 - i : i; let x = this.potWidth * check; let y = this.id == 1 ? 20 : boardH - margin * 22.25; if (i == this.currentPit && this.id == game.currentPlayer) { //HIGHLIGHT SELECTED PIT fill(0, 244, 20); if (game.currentPlayer == 1) { rect(x + margin, y - margin / 2, pitW, pitH / 12); } else { rect(x + margin, y + margin * 17.5, pitW, pitH / 12); } } // //PLAYER 1 // //DISPLAY UPPER PART OF THE BOARD if (this.id == 1) { //PIT image(player1_pit_img, x + margin, y - margin * 2, pitW, pitH); //PIT NUMBER fill(240, 232, 26); textSize(generalFS); textFont("depixelklein"); text(i + 1, x + margin / 2 + pitW / 2, y + margin * 1.5); //PEBBLES // add pebbles to the pits this.fillTopPot(x + margin, y + margin * 1.5, pot.pebbles); //DRAW ONE OF if (i == 8) { //STOREHOUSE - PLAYER 1 image( player1_store_img, x + margin * 2.75 + pitW, y + pitH - margin, storehouseW, storehouseH ); // fill the storehouse this.fillTopStorehouse( x + margin * 2.75 + pitW, y + pitH - margin * 2.25, game.storehouses[0] ); //SCORE BOX - PLAYER 1 image( player1_score_img, x + margin, y + pitH - margin, scoreW, scoreH ); // score number text( game.storehouses[0], x + scoreW / 2, y + pitH - margin + scoreH / 1.5 ); } } // //PLAYER 2 // //DISPLAY BOTTOM PART OF THE BOARD else if (this.id == 2) { //PIT image(player2_pit_img, x + margin, y - margin * 4, pitW, pitH); //PIT NUMBER fill(240, 232, 26); textSize(generalFS); textFont("depixelklein"); text(i + 1, x + margin / 2 + pitW / 2, y - storehouseH + pitH + margin); //PEBBLES // add pebbles to the pits this.fillBottomPot(x + margin, y + margin * 15, pot.pebbles); //DRAW ONE OF if (i == 0) { //STOREHOUSE - PLAYER 2 image( player2_store_img, x + margin, y + margin * 13.5 - pitH, storehouseW, storehouseH ); // fill the storehouse this.fillBottomStorehouse( x + margin, y + margin * 13.5 - pitH + margin * 5.5, game.storehouses[1] ); //SCORE BOX - PLAYER 2 image( player2_score_img, x + margin * 2.75 + storehouseW, y + margin * 13.5 - pitH, scoreW, scoreH ); // score number text( game.storehouses[1], x + storehouseW + scoreW / 1.5, y + margin * 13.5 - pitH + scoreH / 1.5 ); } } }); }}