def __init__(self):
from browser import svg, document
rosa = [(1, 0), (0, -1), (-1, 0), (0, 1)] * 20
self.last = (500, 200)
def block(dd):
nx, ny = rosa.pop(0)
ox, oy = self.last
nx, ny = ox + nx * 20, oy - ny * 20
self.last = (nx, ny)
return svg.rect(width=400 - dd * 20,
height=400 - dd * 20,
x=nx,
y=ny,
style={
"fill": 'rgb(255,0,0)',
'filter': f'hue-rotate({dd*48}deg)',
'opacity': 0.2
})
# cena = Cena(WHITE).vai()
base = document["pydiv"]
base.html = ''
tela = svg.svg(width=1200, height=700)
base <= tela
[tela <= block(dd) for dd in range(4)]
def __init__(self):
doc[html.HEAD][0] <= ".hander:hover {cursor: hand; cursor: pointer;}"
#Leg.GAME = svg.svg(width="1024px", lenght="860px")
Leg.GAME = svg.svg(width="1024", height="860")
doc["main"] <= Leg.GAME
LegTakeOne(Leg.GAME)
Blog(Leg.GAME)
Alien(Leg.GAME)
def __init__(self):
self.tela = svg.svg(version="1.1",
viewBox="150 -10 300 300",
width="1600",
height="800")
self.cena = Cena(BLACK)
self.rects = Elemento('', x=0, y=0, w=1350, h=800, cena=self.cena)
self.cena.vai()
self.rects.elt <= self.tela
def __init__(self):
from browser import svg, document
# cena = Cena(WHITE).vai()
base = document["pydiv"]
self.rect, self.path = svg.rect, svg.path
self.hue = (0, 360)
self.color = (255, 100, 100)
base.html = ''
self.tela = svg.svg(width=1200, height=700)
base <= self.tela
def _vai(self, ev):
self.remaining_shuffle_count -= 1
if not self.remaining_shuffle_count:
self.quit()
return
from browser import document, alert, svg
dx, dy = randint(-300, 300), 100 - randint(-100, 100)
dy = abs(300 - dx) // 3
dx, dy = 200 - dx, 100 - randint(-dy, dy)
#alert (ev.target.id)
obj = document[ev.target.id]
obj_name = ev.target.id[4:]
if obj.getAttribute("data-didit") == "_did_":
return
if obj_name in self.comida + ["gato"]:
food = Elemento('',
x=0,
y=50,
w=200,
h=200,
tit=f"{ev.target.id}_",
cena=self.cena)
stag = svg.svg(version="1.1", width="200", height="200")
food.elt <= stag
#food.tit = f"{ev.target.id}_"
stag <= obj
obj.setAttribute(
'transform',
f"translate(-{ROFFX-485} -{ROFFY-220}) scale(0.60 1.35)")
obj.setAttribute(
'transform',
f"translate(-{ROFFX-485} -{ROFFY-220}) scale(0.60 1.35)")
INV.bota(food)
#self.__vai = lambda *_: None
obj.setAttribute("data-didit", "_did_")
if obj_name == "gato":
obj.setAttribute(
'transform',
f"translate(-{ROFFX-485} -{ROFFY-345}) scale(0.60 0.6)")
food.vai = TheHero().calma
TheHero().blacking(food.tit)
return
TheHero().fishing(food.tit)
else:
obj.setAttribute(
'transform',
f"translate({dx} {dy}) rotate({7*randint(0,70)} {ROFFX} {ROFFY}) scale(2.5)"
)
def set_up_board_svg_graphics():
# alternative graphics method.
global APANEL, SHOW_SELECTION_Button, board
boarddiv = html.DIV(Id="boarddivid", style={"backgroundColor":"#CCFFCC"})
boarddiv <= html.I("Puzzle state:")
APANEL = svg.g(Id="panel")
board = svg.svg(Id="svgboard",
style={"width":PAINTING_WIDTH, "height":PAINTING_HEIGHT,
"backgroundColor":"#AAAABB"})
board <= APANEL
boarddiv <= board
# Put in a button for controlling whether or not the currently selected box is highlighted.
SHOW_SELECTION_Button = html.BUTTON("Hide/Show selected box", Id="HideOrShowSelected")
SHOW_SELECTION_Button.bind('click', hideOrShowSelection)
boarddiv <= SHOW_SELECTION_Button
gui <= boarddiv
def __init__(self):
from browser import svg, document
# cena = Cena(WHITE).vai()
base = document["pydiv"]
base.html = ''
tela = svg.svg(width=1200, height=700)
base <= tela
bar = svg.rect(width="300",
height="100",
style={"fill": 'rgb(255,0,0)'})
tela <= bar
[
tela <= svg.rect(x=ix * 40,
width="40",
height=600 - ix * 30,
style={
"fill": 'rgb(255,0,0)',
'filter': f'hue-rotate({ix*18}deg)'
}) for ix in range(20)
]
def dump(self, cena, sorte=4):
from browser import svg
h = TheHero()
#cena.elt <= self.cache
self.cena = cena
self.fundo = Elemento(RUBISH, x=0, y=0, w=1350, h=800, cena=cena)
self.desiste = Elemento(DESISTO, y=100, cena=cena, vai=self.quit)
self.remaining_shuffle_count = 20 + 2 * h.pers + h.levl // 5
self.rubish = svg.svg(version="1.1",
viewBox="400 250 1000 600",
width="1600",
height="800")
self.fundo.elt <= self.rubish
comer = self.comida * (4 + h.levl // 2)
shuffle(comer)
shuffle(lixo)
trash = 20 + 2 * h.levl
sujo = 10 + 2 * h.levl
sorte += h.luck + randint(0, h.levl) // 3
pilha = lixo[:trash] + self.sujeira[:sujo] + comer[:sorte] + ['gato']
shuffle(pilha)
for indice, label in enumerate(pilha):
dx, dy = randint(-300, 300), 100 - randint(-100, 100)
#dy = abs(300 -dx)//3
dy = (300 - abs(dx)) // 2
dx, dy = 200 - dx, 100 - randint(-dy, dy)
obj = svg.use(
id=f"#{indice:03d}{label}",
href=f"#{label}",
x=200,
y=100,
width=250,
height=250,
transform=
f"translate({dx} {dy}) rotate({7*indice} {ROFFX} {ROFFY}) scale(2.5)"
)
self.rubish <= obj
obj.bind('click', self._vai)
obj.setAttribute("data-didit", "_no_")
x1 = 50
y1 = 50
x2 = 50
y2 = 150
x3 = 150
y3 = 150
x4 = 150
y4 = 50
board = svg.svg(Id = "svgboard",
style = {"width":400, "height":400,
"backgroundColor":"#AAAABB"})
window.addAttribute(board,"viewBox","0,0,400,400")
defs = svg.defs()
pattern = svg.pattern(id="wallpaper", width = "100%", height= "100%")
img = svg.image(xlink_href="force.jpg", width = "1", height = "1", transform = "translate(1,1) , rotate(180)")
window.addAttribute(pattern,"patternContentUnits","objectBoundingBox")
window.addAttribute(img,"preserveAspectRatio","none")
# Append
pattern <= img
board <= pattern
#img.transform = "rotate(180,1,1)"
def initial_render():
boarddiv = html.DIV(Id = "boarddivid", style = {"backgroundColor":"rgb(180,198,211)"})
# Create canvas
global ctx, roleCanvas
roleCanvas = html.CANVAS(id = "roleCanvas", width = GAME_WIDTH, height = GAME_HEIGHT)
ctx = roleCanvas.getContext("2d")
# Create svg board
global APANEL, board, PList
board = svg.svg(Id = "svgboard",
style = {"width":GAME_WIDTH, "height":GAME_HEIGHT,
"backgroundColor":"rgb(190,208,221)"})
board.elt.style.display = "none"
APANEL = svg.g(Id = "panel", style = {"text-align" : "center"})
# Create music divs
global musicDisplay
musicDisplay = html.DIV(id ="musicDisplay")
musicDisplay.style = { 'width' : str(GAME_WIDTH) + "px",
'height' : str(GAME_HEIGHT) + "px",
"backgroundColor":"black",
'display' : 'none',
'color' : 'white',
'text-align' : 'center',
'font-weight' : 'bold',
'font-size' : '28pt'}
playButton = html.BUTTON(id = "playButton", type = "button")
playButton.style = {'width' : str( 1/4 *GAME_WIDTH) + "px",
'height' : str( 1/5 * GAME_HEIGHT) + "px",
'position' : 'absolute',
'top' : str(GAME_HEIGHT + 10) + "px",
'left' : "28px"
}
playButton.innerHTML = "Play Song"
playButton.bind('click',handlePlayButtonClick)
songSelected = html.P(id = "songSelected")
songSelected.style = {'margin' : 0}
songSelected.innerHTML = "No Song Selected"
# Create rule divs
global ruleDisplay
ruleDisplay = html.DIV(id="ruleDisplay")
ruleDisplay.style = { 'width' : str(GAME_WIDTH) + "px",
'height' : str(GAME_HEIGHT) + "px",
"backgroundColor":"black",
'display' : 'none',
'color' : 'white',
'text-align' : 'center',
'font-weight' : 'bold',
'font-size' : '28pt'}
board <= APANEL
boarddiv <= board
boarddiv <= roleCanvas
musicDisplay <= songSelected
musicDisplay <= playButton
boarddiv <= musicDisplay
boarddiv <= ruleDisplay
gui <= boarddiv
# Javascript that manages canvas.
setCanvasManager()