flying2.py

Python Mini

from processing import *
import math
import random
p = {
    'x':200,
    'y':200,
    'z':0,
    'vx':0,
    'vy':0,
    'c':0,
    'p':-1,
    'tx':200,
    'ty':200,
    'b':0,
    'r':0,
    }
b = {
    's':0,
    }
keys = []
def setup():
    size(400,400,P3D)
    background(220)
    frameRate(30)
    for i in range(120):
        b['x' + str(i)] = 0
        b['y' + str(i)] = 1000
        b['z' + str(i)] = -400
def bird():
    box(30)
def keyPressed():
    global keys
    if keyboard.keyCode not in keys:
        keys.append(keyboard.keyCode)
def keyReleased():
    global keys
    keys.remove(keyboard.keyCode)
def collision():
    for i in range(120):
        if math.fabs(p['x'] - b['x' + str(i)]) < 25 and math.fabs(p['y'] - b['y' + str(i)]) < 25 and math.fabs(p['z'] - b['z' + str(i)]) < 25:
            textSize(50)
            fill(100,0,0)
            background(200,100,100)
            text('GAME     OVER', 30, 200)
            textSize(30)
            text('score:' + str(p['p']), 30, 250)
            for i in range(120):
                b['y' + str(i)] += 1000
            p['y'] += 0
            exitp()
def score():
    if math.fabs(p['tx'] - p['x']) < 25 and math.fabs(p['ty'] - p['y']) < 25:
        p['p'] += 1
        p['b'] = 55
        if random.randint(1,2) == 1:
            p['tx'] = random.randint(p['x'] + 100, p['x'] + 300)
        else:
            p['tx'] = random.randint(p['x'] + 100, p['x'] + 300) - 400
        if random.randint(1,2) == 1:
            p['ty'] = random.randint(p['y'] + 100, p['y'] + 300)
        else:
            p['ty'] = random.randint(p['y'] + 100, p['y'] + 300) - 400
def draw():
    
    if UP in keys:
        p['vy'] += -2
    if DOWN in keys:
        p['vy'] += 2
    if LEFT in keys:
        p['vx'] += -2
    if RIGHT in keys:
        p['vx'] += 2
    
    background(120 + p['b'],120 + p['b'], 120)
    if p['b'] > 0:
        p['b'] -= 5
    score()
    text('x:' + str(p['x']) + ' target:' + str(p['tx']), 10, 10)
    text('y:' + str(p['y']) + ' target:' + str(p['ty']), 10, 30)
    text('points:' + str(p['p']), 10, 50)
    collision()
    fill(20*(math.fabs(p['vx']) + math.fabs(p['vy'])),0,0)
    camera(p['x'], p['y'], p['z']+200, p['x'], p['y'], p['z'], 0, 1, 0)
    pushMatrix()
    translate(p['x'], p['y'], p['z'])
    box(20)
    p['x'] += p['vx']
    p['y'] += p['vy']
    if p['vx'] > 0:
        p['vx'] -= 1
    if p['vx'] < 0:
        p['vx'] += 1
    if p['vy'] > 0:
        p['vy'] -= 1
    if p['vy'] < 0:
        p['vy'] += 1
    if p['vx'] < -12 or p['vx'] > 12:
        p['vx'] *= -1
    if p['vy'] < -12 or p['vy'] > 12:
        p['vy'] *= -1
    popMatrix()
    beginShape()
    vertex(p['x'],p['y'],0)
    vertex(p['tx'],p['ty'],0)
    endShape()
    pushMatrix()
    translate(p['tx'],p['ty'],0)
    noFill()
    stroke(255,255,0)
    tint(0.5)
    rotateY(p['r'])
    sphere(20)
    p['r'] += 1
    if p['r'] > 359:
        p['r'] = 0
    popMatrix()
    stroke(0)
    fill(200)
    if p['c'] == 0:
        b['x' + str(b['s'])] = random.randint(-300,300) + p['x']
        b['y' + str(b['s'])] = random.randint(-300,300) + p['y']
        b['z' + str(b['s'])] = -400
        p['c'] = 1
        b['s'] += 1
        if b['s'] > 119:
            b['s'] = 0
    p['c'] -= 1
    for i in range(120):
        pushMatrix()
        translate(b['x' + str(i)],b['y' + str(i)],b['z' + str(i)],)
        bird()
        popMatrix()
        b['z' + str(i)] += 7
run()

( around 132 lines python code )

Published By:

luyfru

Published on 2023-09-21T19:09:44Z

Python Mini - an OYOclass application, own your own class today.

Result

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