Mouse_Panic.md

import pyxel import random WINDOW_H = 120 WINDOW_W = 160 CAT_H = 16 CAT_W = 16 ENEMY_H = 12 ENEMY_W = 12 class Vec2: def __init__(self, x, y): self.x = x self.y = y class cat: def __init__(self, img_id): self.pos = Vec2(0, 0) self.vec = 0 self.img_cat = img_id def update(self, x, y, dx): self.pos.x = x self.pos.y = y self.vec = dx class Ball: def __init__(self): self.pos = Vec2(0, 0) self.vec = 0 self.size = 2 self.speed = 3 self.color = 10 # 0~15 def update(self, x, y, dx, size, color): self.pos.x = x self.pos.y = y self.vec = dx self.size = size self.color = color class Enemy: def __init__(self, img_id): self.pos = Vec2(0, 0) self.vec = 0 self.speed = 0.02 self.img_enemy = img_id def update(self, x, y, dx): self.pos.x = x self.pos.y = y self.vec = dx class App: def __init__(self): self.IMG_ID0_X = 60 self.IMG_ID0_Y = 65 self.IMG_ID0 = 0 self.IMG_ID1 = 1 self.IMG_ID2 = 2 pyxel.init(WINDOW_W, WINDOW_H, caption="Hayabusa Technical Note") pyxel.image(self.IMG_ID0).load(0, 0, "assets/pyxel_logo_38x16.png") pyxel.image(self.IMG_ID1).load(0, 0, "assets/cat_16x16.png") pyxel.image(self.IMG_ID2).load(0, 0, "assets/animal_mouse.png") # pyxel.mouse(True) # make instance self.mcat = cat(self.IMG_ID1) self.Balls = [] self.Enemies = [] # flag # self.flag = 1 self.GameOver_flag = 0 # Score self.Score = 0 pyxel.run(self.update, self.draw) def update(self): if pyxel.btnp(pyxel.KEY_Q): pyxel.quit() # ====== ctrl cat ====== dx = pyxel.mouse_x - self.mcat.pos.x # x軸方向の移動量(マウス座標 - cat座標) dy = pyxel.mouse_y - self.mcat.pos.y # y軸方向の移動量(マウス座標 - cat座標) if dx != 0: self.mcat.update(pyxel.mouse_x, pyxel.mouse_y, dx) # 座標と向きを更新 elif dy != 0: self.mcat.update(pyxel.mouse_x, pyxel.mouse_y, self.mcat.vec) # 座標のみ更新（真上or真下に移動） # ====== ctrl enemy ====== if pyxel.frame_count % 30 == 1: # 画面の右端から new_enemy = Enemy(self.IMG_ID2) new_enemy.update(random.randint(WINDOW_W, WINDOW_W+5), random.randint(0, WINDOW_H+5), -self.mcat.vec) self.Enemies.append(new_enemy) # 画面の左端から new_enemy = Enemy(self.IMG_ID2) new_enemy.update(random.randint(-5, 0), random.randint(0, WINDOW_H+5), -self.mcat.vec) self.Enemies.append(new_enemy) enemy_count = len(self.Enemies) for i in range(enemy_count): # P制御 ex = (self.mcat.pos.x - self.Enemies[i].pos.x) ey = (self.mcat.pos.y - self.Enemies[i].pos.y) Kp = self.Enemies[i].speed if ex != 0 or ey != 0: self.Enemies[i].update(self.Enemies[i].pos.x + ex * Kp, self.Enemies[i].pos.y + ey * Kp, self.mcat.vec) # 当たり判定(敵キャラと猫) if ((self.mcat.pos.x < self.Enemies[i].pos.x + ENEMY_W) and (self.Enemies[i].pos.x + ENEMY_W < self.mcat.pos.x + CAT_W) and (self.mcat.pos.y < self.Enemies[i].pos.y + ENEMY_H) and (self.Enemies[i].pos.y + ENEMY_H < self.mcat.pos.y + CAT_H) or (self.mcat.pos.x < self.Enemies[i].pos.x) and (self.Enemies[i].pos.x < self.mcat.pos.x + CAT_W) and (self.mcat.pos.y < self.Enemies[i].pos.y + ENEMY_H) and (self.Enemies[i].pos.y + ENEMY_H < self.mcat.pos.y + CAT_H) or (self.mcat.pos.x < self.Enemies[i].pos.x + ENEMY_W) and (self.Enemies[i].pos.x + ENEMY_W < self.mcat.pos.x + CAT_W) and (self.mcat.pos.y < self.Enemies[i].pos.y) and (self.Enemies[i].pos.y < self.mcat.pos.y + CAT_H) or (self.mcat.pos.x < self.Enemies[i].pos.x) and (self.Enemies[i].pos.x < self.mcat.pos.x + CAT_W) and (self.mcat.pos.y < self.Enemies[i].pos.y) and (self.Enemies[i].pos.y < self.mcat.pos.y + CAT_H)): # Game Overフラグを立てる self.GameOver_flag = 1 # ====== ctrl Ball ====== if pyxel.btnp(pyxel.MOUSE_LEFT_BUTTON): new_ball = Ball() if self.mcat.vec > 0: new_ball.update(self.mcat.pos.x + CAT_W/2 + 6, self.mcat.pos.y + CAT_H/2, self.mcat.vec, new_ball.size, new_ball.color) else: new_ball.update(self.mcat.pos.x + CAT_W/2 - 6, self.mcat.pos.y + CAT_H/2, self.mcat.vec, new_ball.size, new_ball.color) self.Balls.append(new_ball) ball_count = len(self.Balls) for i in range(ball_count): if 0 < self.Balls[i].pos.x and self.Balls[i].pos.x < WINDOW_W: # Ball update if self.Balls[i].vec > 0: self.Balls[i].update(self.Balls[i].pos.x + self.Balls[i].speed, self.Balls[i].pos.y, self.Balls[i].vec, self.Balls[i].size, self.Balls[i].color) else: self.Balls[i].update(self.Balls[i].pos.x - self.Balls[i].speed, self.Balls[i].pos.y, self.Balls[i].vec, self.Balls[i].size, self.Balls[i].color) # 当たり判定(敵キャラとボール) enemy_count = len(self.Enemies) for j in range(enemy_count): if ((self.Enemies[j].pos.x < self.Balls[i].pos.x) and (self.Balls[i].pos.x < self.Enemies[j].pos.x + ENEMY_W) and (self.Enemies[j].pos.y < self.Balls[i].pos.y) and (self.Balls[i].pos.y < self.Enemies[j].pos.y + ENEMY_H)): # 消滅(敵インスタンス破棄) del self.Enemies[j] if not self.GameOver_flag: self.Score += 100 break else: del self.Balls[i] ball_count -= 1 break def draw(self): pyxel.cls(0) pyxel.text(55, 40, "Mouse Panic !", pyxel.frame_count % 16) pyxel.blt(self.IMG_ID0_X, self.IMG_ID0_Y, self.IMG_ID0, 0, 0, 38, 16) # ====== draw score ====== score_x = 2 score_y = WINDOW_H-8 score = "SCORE:" + str(self.Score) pyxel.text(score_x, score_y, score, pyxel.frame_count % 16) # ======= draw cat ======== if self.mcat.vec > 0: pyxel.blt(self.mcat.pos.x, self.mcat.pos.y, self.IMG_ID1, 0, 0, -CAT_W, CAT_H, 5) else: pyxel.blt(self.mcat.pos.x, self.mcat.pos.y, self.IMG_ID1, 0, 0, CAT_W, CAT_H, 5) # ====== draw Balls ====== for ball in self.Balls: pyxel.circ(ball.pos.x, ball.pos.y, ball.size, ball.color) # ====== draw enemy ====== for enemy in self.Enemies: if enemy.vec > 0: pyxel.blt(enemy.pos.x, enemy.pos.y, enemy.img_enemy, 0, 0, -ENEMY_W, ENEMY_H, 11) else: pyxel.blt(enemy.pos.x, enemy.pos.y, enemy.img_enemy, 0, 0, ENEMY_W, ENEMY_H, 11) # ====== draw game over ====== if self.GameOver_flag == 1: pyxel.text(self.mcat.pos.x - 10, self.mcat.pos.y - 5, "GAME OVER", 8) App()