def displayContent(self):
screen,ft_sz,x_scale,y_scale= Panel.screen, \
Panel.ft_sz,Panel.x_scale,Panel.y_scale
step = steps[self.currentStep]["step"]
title = steps[self.currentStep]["title"]
texts = steps[self.currentStep]["text"]
figures = steps[self.currentStep].get("figures", [])
b_x = x_scale * 820
b_y = y_scale * 45
b_h = y_scale * 28
ln_size = y_scale * 28
if self.refresh == 1:
pygame.draw.rect(screen, background,
(b_x, b_y, x_scale * 528, y_scale * 635))
self.refresh = 0
line = 0
for text in texts:
printText(screen, text, "fangsong", ft_sz, b_x,
b_y + b_h * line, white)
line += 1
b_x += x_scale * 80
b_y = y_scale * 500
offset = 0
for fig in figures:
self.displayFigure(screen, b_x + offset, b_y,
figList[fig[0]][fig[1]])
fig_label = u"图" + str(fig[0] + 1) + "-" + str(fig[1] + 1)
printText(screen, fig_label, "fangsong", ft_sz,
b_x + offset - x_scale * 20, b_y + y_scale * 65,
white)
offset += x_scale * 120
def displayCube(self):
avg_z = []
b_i = 0
for b in self.blocks:
f_i = 0
for f in b.faces:
z = (b.vertices[f[0]].z + b.vertices[f[1]].z +
b.vertices[f[2]].z + b.vertices[f[3]].z) / 4.0
avg_z.append((b_i,f_i,z))
f_i = f_i + 1
b_i = b_i + 1
# Draw the faces using the Painter's algorithm:
# Distant faces are drawn before the closer ones.
for tmp in sorted(avg_z,key=itemgetter(2),reverse=True):
b_i = tmp[0]
f_i = tmp[1]
t = self.blocks[b_i].vertices
f = self.blocks[b_i].faces[f_i]
c = self.blocks[b_i].colors[f_i]
if c != "-":
pointlist = [(t[f[0]].x, t[f[0]].y), (t[f[1]].x, t[f[1]].y),
(t[f[2]].x, t[f[2]].y), (t[f[3]].x, t[f[3]].y)]
pygame.draw.polygon(Panel.screen,c,pointlist)
pygame.draw.polygon(Panel.screen,(0,0,0),pointlist,2)
if self.blocks[b_i].mark != "-":
if c == (0,0,255):#蓝色的块，要先是白色的字，不然看不清
printText(Panel.screen,self.blocks[b_i].mark, "kaiti", 20, int((t[f[0]].x + t[f[2]].x)/2.0)-5 , int((t[f[0]].y + t[f[2]].y)/2.0)-10, (255,255,255))
else:
printText(Panel.screen,self.blocks[b_i].mark, "kaiti", 20, int((t[f[0]].x + t[f[2]].x)/2.0)-5 , int((t[f[0]].y + t[f[2]].y)/2.0)-10, (0,0,0))
def printRight(cls, msg):
#screen,ft_sz,x_scale,y_scale= getDisplayParams()
if msg != "":
pygame.draw.rect(cls.screen, cls.gray,
(cls.x_scale * 1170, cls.y_scale * 640,
cls.x_scale * 170, cls.y_scale * 30))
printText(cls.screen, msg, "fangsong", cls.ft_sz,
cls.x_scale * 1175, cls.y_scale * 643, black)
def printHint(cls, msg):
#screen,ft_sz,x_scale,y_scale= getDisplayParams()
if msg != "":
pygame.draw.rect(cls.screen, cls.gray,
(cls.x_scale * 220, cls.y_scale * 730,
cls.x_scale * 560, cls.y_scale * 30))
printText(cls.screen, msg, "fangsong", cls.ft_sz,
cls.x_scale * 225, cls.y_scale * 733, black)
def displayCenterText(self):
screen,ft_sz,x_scale,y_scale= Panel.screen, \
Panel.ft_sz,Panel.x_scale,Panel.y_scale
center = [
(b.current.x, b.current.y, b.current.z, b.colors)
for b in self.my_cube_3d.cube.blocks
if abs(b.current.x) + abs(b.current.y) + abs(b.current.z) == 1
]
for s in s_map:
c = [[c for c in x[3] if c != "-"] for x in center
if x[s[2][0]] == s[2][1]][0][0]
if c == "b":
printText(screen, s[0], "arial", ft_sz, x_scale * s[1][0],
y_scale * s[1][1], white)
else:
printText(screen, s[0], "arial", ft_sz, x_scale * s[1][0],
y_scale * s[1][1], black)
def game_loop():
global gameExit
clock = pygame.time.Clock()
while not gameExit:
for event in pygame.event.get():
if event.type == pygame.QUIT:
gameExit = True
button(screen,u"重开",300,550,60,30,green,bright_green,newGame,"None")
button(screen,u"答案",400,550,60,30,green,bright_green,calcAnswer,"None")
button(screen,u"退出",500,550,60,30,green,bright_green,quitGame,"None")
pygame.draw.rect(screen,(128,128,128),(300,500,260,30))
if answer != "":
printText(screen, answer, "kaiti", 25, 310, 500, black)
clock.tick(30)
pygame.display.update()
def displayLayer(self,face,layer):
face_index = l_map[face]["FACE"]
(x_offset, y_offset) = self.lbd_pos[face]
blocks = [item for item in self.blocks if
(item.block.current.x, item.block.current.y, item.block.current.z)
in faces[face][layer]]
for b in blocks:
t = []
for point in b.vertices:
p = point.scale(x_offset, y_offset,0.7)
t.append(p)
c = b.colors[face_index]
f = b.faces[face_index]
pointlist = [(t[f[0]].x, t[f[0]].y), (t[f[1]].x, t[f[1]].y),
(t[f[2]].x, t[f[2]].y), (t[f[3]].x, t[f[3]].y)]
pygame.draw.polygon(self.screen,c,pointlist)
pygame.draw.polygon(self.screen,(0,0,0),pointlist,2)
if b.mark != "-":
if c == (0,0,255):#蓝色的块，要先是白色的字，不然看不清
printText(self.screen,b.mark, "kaiti", 20, int((t[f[0]].x + t[f[2]].x)/2.0)-5 , int((t[f[0]].y + t[f[2]].y)/2.0)-10, (255,255,255))
else:
printText(self.screen,b.mark, "kaiti", 20, int((t[f[0]].x + t[f[2]].x)/2.0)-5 , int((t[f[0]].y + t[f[2]].y)/2.0)-10, (0,0,0))
def printTime(cls, msg):
pygame.draw.rect(cls.screen, background,
(cls.x_scale * 50, cls.y_scale * 730,
cls.x_scale * 120, cls.y_scale * 30))
printText(cls.screen, msg, "fangsong", cls.ft_sz, cls.x_scale * 53,
cls.y_scale * 733, cls.white)
def printLeft(cls, msg):
pygame.draw.rect(cls.screen, cls.gray,
(cls.x_scale * 220, cls.y_scale * 690,
cls.x_scale * 560, cls.y_scale * 30))
printText(cls.screen, msg, "fangsong", cls.ft_sz, cls.x_scale * 225,
cls.y_scale * 693, black)