def Update(self):
self.count -= 1
self.moveH -= 1
if self.count <= 0 or self.fast:
if not self.move():
self.place()
self.count = 15
keys = pygame.key.get_pressed()
if self.moveH == 0:
pp = self.pos + qVec(keys[K_d] - keys[K_a], 0)
if self.isValid(pp):
self.pos = pp
self.moveH = 5
def move(self):
pp = self.pos + qVec(0, 1)
if self.isValid(pp):
self.pos = pp
return True
return False
def rot(x):
if event.key == K_w:
return qVec(-x[1], x[0])
return qVec(x[1], -x[0])
def newPize(self):
rr = randint(0, 6)
pos = qVec(self.width / 2, -3)
closs = Closs(self, pos, rr)
self.add(closs)
import numpy as np
import pygame
from pygame import K_a, K_s, K_d, K_w, K_SPACE
from quark import qGameObject
from quark.colors import *
from quark.maths import qVec2, qVec
from random import randint
colours = [qRed, qBlue, qLime, qDarkRed, qSilver, qWheat, qDeepOink]
shapes = [
[qVec(0, 0), qVec(0, 1), qVec(1, 0),
qVec(1, 1)],
[qVec(0, -1), qVec(0, 0), qVec(1, 0),
qVec(1, 1)],
[qVec(1, -1), qVec(0, 0), qVec(1, 0),
qVec(0, 1)],
[qVec(0, 0), qVec(-1, 0), qVec(1, 0),
qVec(0, 1)],
[qVec(0, -1), qVec(0, 0), qVec(0, 1),
qVec(0, 2)],
[qVec(-1, 0), qVec(0, 0), qVec(0, 1),
qVec(0, 2)],
[qVec(1, 0), qVec(0, 0), qVec(0, 1),
qVec(0, 2)],
]
class Closs(qGameObject):
def __init__(self, level, pos, clossType):
self.level = level
self.type = clossType
def __init__(self, pygame_surface):
self.data = pygame_surface
self.size = qVec(self.data.get_size())
self.width = self.data.get_width()
self.height = self.data.get_height()