def __init__(self):
self.pause = True
self.fps = 30
self.time_between_frames = 1000/self.fps # time between frames in ms
self.frame_id = None
self.display = Display()
score_height = 30
self.top_display = {"min_x": 0, "min_y": 0,
"max_x": self.display.width, "max_y": score_height}
self.bottom_display = {"min_x": 0, "min_y": score_height,
"max_x": self.display.width, "max_y": self.display.height}
brick_area = {"min_x": 0, "min_y": score_height+100,
"max_x": self.display.width, "max_y": self.display.height-200}
self.make_level = MakeLevel(ctx=self.display.background_canvas_ctx,
area=brick_area, send_msg=self.receive_message)
self.level = 1
self.player = Player(lives=3)
self.add_game_objects()
#
doc.bind("mousemove", self.paddle.mouse_move)
doc.bind("keydown", self.handle_keydown_events)
#
self.display.clear_all()
self.display.draw_far_background()
self.info.write_help()
def __init__(self, width, height, title="", fps=60):
self.width = width
self.height = height
self.title = title
self.done = False
self.fps = fps
self.listeners = []
self.draw_func = None
self.init_func = None
self.keys = dict([(a, False) for a in range(255)] +
[(a, False) for a in range(0xff00, 0xffff)])
c = html.CANVAS(width=self.width, height=self.height, id="canvas")
doc <= c
self.canvas = doc["canvas"]
self.ctx = self.canvas.getContext('2d')
doc <= html.TITLE(self.title)
doc.bind("keydown", self._keydown)
doc.bind("keyup", self._keyup)
#doc.bind('load', self.pageshow)
self.soundPlayers = {}
def __init__(self):
def joga(peca, xyz):
tipo, cor = peca
x, y, z = xyz
#tipo(pos=xyz, size=(4, 4, 4), color= cor)
#box(pos=xyz, size=(6, 6, 6), color= RBOW[z//VAO], opacity=0.2)
self.angle = 0
self.sentido = None
self.jogadas = {
OESTE: self.oeste,
NORTE: self.norte,
LESTE: self.leste,
SUL: self.sul,
JOGA: self.joga
}
doc.bind('keypress', self.teclou)
_gs = glow('main')
cena = self.cena = canvas()
cena.width = 1000
cena.height = 800
pecas = [(box, color.blue), (sphere, color.red)] * 4 * 4 * 2
self.casas = {(coluna, linha, camada):
Casa(pos=(coluna, linha, camada))
for linha in CASAS for coluna in CASAS
for camada in CASAS}
shuffle(pecas)
jogadas = [
joga(pecas.pop(), (coluna * VAO, linha * VAO, camada * VAO))
for linha in CASAS for coluna in CASAS for camada in CASAS
]
self.joga()
def __init__(self):
def joga(peca, xyz):
tipo, cor = peca
x, y, z = xyz
#tipo(pos=xyz, size=(4, 4, 4), color= cor)
#box(pos=xyz, size=(6, 6, 6), color= RBOW[z//VAO], opacity=0.2)
self.angle = 0
self.sentido = None
self.jogadas = {
OESTE: self.oeste, NORTE: self.norte,
LESTE: self.leste, SUL: self.sul, JOGA: self.joga
}
doc.bind('keypress', self.teclou)
_gs = glow('main')
cena = self.cena = canvas()
cena.width = 1000
cena.height = 800
pecas = [(box, color.blue), (sphere, color.red)] * 4 * 4 * 2
self.casas = {
(coluna, linha, camada):
Casa(pos=(coluna, linha, camada))
for linha in CASAS for coluna in CASAS
for camada in CASAS}
shuffle(pecas)
jogadas = [joga(pecas.pop(), (coluna*VAO, linha*VAO, camada*VAO))
for linha in CASAS for coluna in CASAS
for camada in CASAS]
self.joga()
def __init__(self):
self.pause = True
self.fps = 30
self.time_between_frames = 1000 / self.fps # time between frames in ms
self.frame_id = None
self.display = Display()
score_height = 30
self.top_display = {
"min_x": 0,
"min_y": 0,
"max_x": self.display.width,
"max_y": score_height
}
self.bottom_display = {
"min_x": 0,
"min_y": score_height,
"max_x": self.display.width,
"max_y": self.display.height
}
brick_area = {
"min_x": 0,
"min_y": score_height + 100,
"max_x": self.display.width,
"max_y": self.display.height - 200
}
self.make_level = MakeLevel(ctx=self.display.background_canvas_ctx,
area=brick_area,
send_msg=self.receive_message)
self.level = 1
self.player = Player(lives=3)
self.add_game_objects()
#
doc.bind("mousemove", self.paddle.mouse_move)
doc.bind("keydown", self.handle_keydown_events)
#
self.display.clear_all()
self.display.draw_far_background()
self.info.write_help()
def show(path,zone,page=0):
src = open(path).read()
title = ''
page_num = False
while src.startswith('@'):
line_end = src.find('\n')
key,value = src[:line_end].split(' ',1)
if key=='@title':
title = value
elif key=='@pagenum':
page_num = True
src = src[line_end+1:]
zone.html = ''
pages = src.split('../..\n')
if page<0:
page = 0
elif page >= len(pages):
page = len(pages)-1
doc.unbind('keydown')
doc.bind('keydown',lambda ev:keydown(ev,path,zone,page))
body = html.DIV()
body.html = markdown.mark(pages[page])[0]
footer = html.DIV(Id="footer")
if title:
footer <= html.DIV(title,style=dict(display='inline'))
if page_num:
footer <= html.SPAN(' (%s/%s)' %(page+1,len(pages)),
style=dict(display='inline'))
timeline = html.DIV(Id='timeline')
tl_pos = html.DIV(Id='tl_pos')
timeline <= tl_pos
timeline.bind('click',lambda ev:move_to(ev,path,zone,len(pages)))
tl_pos.bind('click',click_on_tl_pos)
zone <= body+footer+timeline
tl_pos.style.left = '%spx' %(timeline.width*page/len(pages))
def mouseDown(e):
self._element.style.position = 'absolute'
self._deltaX = e.clientX - self._element.offsetLeft
self._deltaY = e.clientY - self._element.offsetTop
doc.bind('mousemove', drag)
def show(path, zone, page_num=0):
src = open(path).read()
title = ''
show_page_num = False
# table of contents : matches matter with page number
contents = []
# directives for the document
while src.startswith('@'):
line_end = src.find('\n')
key, value = src[:line_end].split(' ', 1)
if key == '@title':
title = value
elif key == '@pagenum':
show_page_num = True
elif key == "@index":
contents.append([value, 0])
src = src[line_end + 1:]
zone.html = ''
pages = src.split('../..\n')
# table of contents
for num, _page in enumerate(pages):
if num == 0:
continue
if _page.startswith('@index'):
line_end = _page.find('\n')
key, value = _page[:line_end].split(' ', 1)
contents.append([value, num])
pages[num] = _page[line_end + 1:]
if page_num < 0:
page_num = 0
elif page_num >= len(pages):
page_num = len(pages) - 1
doc.unbind('keydown')
doc.bind('keydown', lambda ev: keydown(ev, path, zone, page_num))
# if table of contents is not empty, add it
if contents:
toc = html.SELECT(name="toc")
toc.bind(
'change', lambda ev: show(
path, zone,
int(ev.target.options[ev.target.selectedIndex].value)))
for content in contents:
toc <= html.OPTION(
content[0], value=content[1], selected=page_num >= content[1])
body = html.DIV()
body.html = markdown.mark(pages[page_num])[0]
if contents:
body = html.DIV(toc + body)
footer = html.DIV(Id="footer")
if title:
footer <= html.DIV(title, style=dict(display='inline'))
if show_page_num:
footer <= html.SPAN(' (%s/%s)' % (page_num + 1, len(pages)),
style=dict(display='inline'))
timeline = html.DIV(Id='timeline')
tl_pos = html.DIV(Id='tl_pos')
timeline <= tl_pos
timeline.bind('click', lambda ev: move_to(ev, path, zone, len(pages)))
tl_pos.bind('click', click_on_tl_pos)
zone <= body + footer + timeline
tl_pos.style.left = '%spx' % (timeline.width * page_num / len(pages))
def show(path, zone, page_num=0):
src = open(path).read()
title = ''
show_page_num = False
# table of contents : matches matter with page number
contents = []
# directives for the document
while src.startswith('@'):
line_end = src.find('\n')
key,value = src[:line_end].split(' ',1)
if key=='@title':
title = value
elif key=='@pagenum':
show_page_num = True
elif key=="@index":
contents.append([value, 0])
src = src[line_end+1:]
zone.html = ''
pages = src.split('../..\n')
# table of contents
for num, _page in enumerate(pages):
if num==0:
continue
if _page.startswith('@index'):
line_end = _page.find('\n')
key,value = _page[:line_end].split(' ',1)
contents.append([value, num])
pages[num] = _page[line_end+1:]
if page_num<0:
page_num = 0
elif page_num >= len(pages):
page_num = len(pages)-1
doc.unbind('keydown')
doc.bind('keydown',lambda ev:keydown(ev, path, zone, page_num))
# if table of contents is not empty, add it
if contents:
toc = html.SELECT(name="toc")
toc.bind('change', lambda ev: show(path, zone,
int(ev.target.options[ev.target.selectedIndex].value)))
for content in contents:
toc <= html.OPTION(content[0], value=content[1],
selected=page_num>=content[1])
body = html.DIV()
body.html = markdown.mark(pages[page_num])[0]
if contents:
body = html.DIV(toc+body)
footer = html.DIV(Id="footer")
if title:
footer <= html.DIV(title,style=dict(display='inline'))
if show_page_num:
footer <= html.SPAN(' (%s/%s)' %(page_num+1, len(pages)),
style=dict(display='inline'))
timeline = html.DIV(Id='timeline')
tl_pos = html.DIV(Id='tl_pos')
timeline <= tl_pos
timeline.bind('click', lambda ev:move_to(ev, path, zone, len(pages)))
tl_pos.bind('click', click_on_tl_pos)
zone <= body+footer+timeline
tl_pos.style.left = '%spx' %(timeline.width*page_num/len(pages))
def mouseDown(e):
self._element.style.position='absolute'
self._deltaX=e.clientX - self._element.offsetLeft
self._deltaY=e.clientY - self._element.offsetTop
doc.bind('mousemove', drag)
