def __init__(self, window, batch, space, level, height, width):
self.space = space
self.level = level
status_text = pyglet.text.decode_attributed('''
Time: 0 sec \n
Points: 0 points \n
FPS: 00.00 FPS
''')
self.status_doc = Document(status_text, height=height, width=width)
status_frame = Frame(self.status_doc)
inv_text = pyglet.text.decode_html("<h4>Inventory</h4>")
inventory_header = Document(inv_text, width=width)
self.inventory_container = VerticalContainer([])
container = VerticalContainer(
[inventory_header, self.inventory_container])
self.inventory_frame = Frame(container)
container = VerticalContainer([status_frame, self.inventory_frame])
self.manager = Manager(container,
window=window,
batch=batch,
group=RenderingOrder.hud,
anchor=ANCHOR_TOP_RIGHT,
theme=theme,
is_movable=False)
self.window = window
self.window.push_handlers(on_draw=self.on_draw)
self.tick = 0
def __init__(self, window, batch, space, level, height, width):
self.space = space
self.level = level
self.height = height
self.width = width
progress_text = "Progress: ..."
self.progress_doc = Document(progress_text, width=width / 2)
objective_doc = Document(level.objective, width=width / 2)
left_frame = Frame(VerticalContainer(
[objective_doc, None, self.progress_doc]),
is_expandable=True)
self.left_container = VerticalContainer([left_frame])
victory_formula = level.victory_condition[0]
info_frame = self.create_info_frame(victory_formula)
self.info_container = VerticalContainer([info_frame])
container = HorizontalContainer(
[self.left_container, self.info_container])
self.manager = Manager(container,
window=window,
batch=batch,
group=RenderingOrder.hud,
anchor=ANCHOR_BOTTOM_LEFT,
theme=theme,
is_movable=False)
self.window = window
self.window.push_handlers(on_draw=self.on_draw)
self.tick = 0
self.init_effects(space, level)
class EventLogController(pygsty.controllers.BaseController):
def __init__(self):
super().__init__()
self.hud_batch = pyglet.graphics.Batch()
self.doc = Document(self.last_message, width=800, height=100, is_fixed_size=True)
self.frame = Frame(self.doc)
self.manager = Manager(self.frame, window=pygsty.engine(), batch=self.hud_batch, theme=config.ui_theme)
self.manager.set_position(0, 0)
self._latest_event = None
self._log = self.last_message
def draw_hud(self):
self.hud_batch.draw()
@property
def last_message(self):
last_event = models.event_log.last_event()
if last_event:
return last_event.formatted_message()
else:
return ""
def update(self, dt):
if not models.event_log.last_event() is self._latest_event:
self._log = self.last_message + self._log
self.doc.set_text(self._log)
self._latest_event = models.event_log.last_event()
def create_folding_description(window, batch, heading, description, chapters=list()):
"""
window - window
batch - batch
heading - heading of the widget
description - description for the widget
chapters - list of tuples (heading,text)
"""
description_doc = pyglet.text.decode_attributed(description)
layout = list()
layout.append(SectionHeader(heading))
layout.append(Document(description_doc, width=300))
for chapter in chapters:
heading, text = chapter
text_doc = pyglet.text.decode_attributed(text)
layout.append(FoldingSection(heading,
Document(text_doc, width=300),
is_open=False))
content = Frame(Scrollable(VerticalContainer(layout, align=HALIGN_LEFT),height=400))
Manager(content, window=window, batch=batch, group=RenderingOrder.gui,
anchor=ANCHOR_BOTTOM_RIGHT, theme=theme, is_movable=False)
class VerticalHUD():
def __init__(self, window, batch, space, level, height, width):
self.space = space
self.level = level
status_text = pyglet.text.decode_attributed('''
Time: 0 sec \n
Points: 0 points \n
FPS: 00.00 FPS
''')
self.status_doc = Document(status_text, height=height, width=width)
status_frame = Frame(self.status_doc)
inv_text = pyglet.text.decode_html("<h4>Inventory</h4>")
inventory_header = Document(inv_text, width=width)
self.inventory_container = VerticalContainer([])
container = VerticalContainer([inventory_header, self.inventory_container])
self.inventory_frame = Frame(container)
container = VerticalContainer([status_frame, self.inventory_frame])
self.manager = Manager(container, window=window, batch=batch,
group=RenderingOrder.hud, anchor=ANCHOR_TOP_RIGHT, theme=theme,
is_movable=False)
self.window = window
self.window.push_handlers(on_draw=self.on_draw)
self.tick = 0
# Currently disabled
#self.init_effects(space, level)
def init_effects(self, space, level):
pos = (self.inventory_frame.x,
self.inventory_frame.y + self.inventory_frame.height / 2 - 50)
self.inventory_effect = Effects.Inventory(space, pos, "Inventory",
self.inventory_frame.width, self.inventory_frame.height + 100,
["H2O(l)", "CH4(g)", "NaCl(s)"], gui_container = self.inventory_container)
def get_effects(self):
return []
#currently disabled
#return [self.inventory_effect]
def on_draw(self):
self.tick += 1
if self.tick > 30:
return
self.tick = 0
self.update_status()
def update_status(self):
level_time = self.window.level.get_time()
points = self.window.level.get_points()
status_text = '''
Time: %d sec
Points: %d points
FPS: %.2f FPS
''' % (level_time, points, pyglet.clock.get_fps())
self.status_doc.set_text(status_text)
def delete(self):
self.window.remove_handlers(on_draw = self.on_draw)
self.manager.delete()
def __init__(self):
g.postWindowOpened = True
label1 = Label("Notifications", bold=True, color=g.loginFontColor)
closeBtn = HighlightedButton("",
on_release=self.delete,
width=19,
height=19,
path='delete')
self.postCont = []
#self.menes = [{"name":"Hitler","hp":100,"level":1,"power":50,"defense":40,"speed":60,"sprite":'americanbear'},{"name":"Stalin","hp":100,"level":1,"power":50,"defense":40,"speed":60,"sprite":'lorslara'},{"name":"Ebin","hp":100,"level":1,"power":50,"defense":40,"speed":60,"sprite":'squadlider'},{"name":"Mao","hp":100,"level":1,"power":50,"defense":40,"speed":60,"sprite":'mongolbear'},{"name":"Uusi mene","hp":100,"level":1,"power":50,"defense":40,"speed":60,"sprite":'mongol'},{"name":"Hintti","hp":50,"level":15,"power":60,"defense":50,"speed":70,'sprite':'uusimene'}]
#self.selectedMene=self.menes[0]["name"]
for c in g.mails:
label = Label(c["s"],
bold=True,
color=g.guiNameColor,
font_size=g.theme["font_size"] + 2)
label1 = Label(c["t"][:16] + '...', color=g.whiteColor)
deleteBtn = HighlightedButton("",
on_release=self.deletemail,
width=14,
height=14,
path='delete_alt',
argument=c["id"])
openBtn = HighlightedButton("",
on_release=self.openmail,
width=20,
height=21,
path='mailopen',
argument=c["id"])
self.postCont.append(
VerticalContainer(content=[
HorizontalContainer(content=[openBtn, label, deleteBtn]),
label1
],
align=HALIGN_LEFT))
self.vertCont = VerticalContainer(self.postCont, align=VALIGN_TOP)
self.report = Document("",
is_fixed_size=True,
height=g.SCREEN_HEIGHT / 2,
width=g.SCREEN_WIDTH / 5)
self.scrollable = Scrollable(content=self.vertCont,
height=g.SCREEN_HEIGHT / 2,
width=g.SCREEN_WIDTH / 5)
total = HorizontalContainer(
content=[self.scrollable, self.report, closeBtn], align=VALIGN_TOP)
Manager.__init__(
self,
Frame(total),
window=g.screen,
batch=g.guiBatch,
is_movable=False,
anchor=ANCHOR_LEFT,
offset=(40, int(g.SCREEN_HEIGHT * g.WINDOW_POSY_RELATIVE)),
theme=g.theme)
if len(self.postCont) > 0:
self.openmail(self.postCont[0]._content[0]._content[0].arg)
class ReportAnswerWindow(Manager):
def __init__(self):
g.reportAnswerWindowOpened = True
self._reportid=-1
getReport(True)
label1=Label("Answer to Ticket",bold=True,color=g.loginFontColor)
closeBtn =HighlightedButton("",on_release=self.delete,width=19,height=19,path='delete')
horzCont = HorizontalContainer(content=[label1,None,closeBtn])
#self.infoLabel = Label("No reports founds")
self.report = Document("",is_fixed_size=True,width=g.SCREEN_WIDTH/3,height=g.SCREEN_HEIGHT/4)
self.reportInput = TextInput(text="",padding=0,length=16,max_length=500,width=g.SCREEN_WIDTH/3,height=g.SCREEN_HEIGHT/4,multiline=True)
deleteBtn = HighlightedButton("Delete",on_release=self.remove,width=120,height=30)
sendBtn = HighlightedButton("Send",on_release=self.send,width=120,height=30)
buttons = HorizontalContainer(content=[deleteBtn,Spacer(0,0),sendBtn])
frame = Frame(VerticalContainer(content=[horzCont,self.report,self.reportInput,buttons]))
Manager.__init__(self,
frame,
window=g.screen,
batch=g.guiBatch,
is_movable=False,
theme=g.theme)
frame.expand(g.SCREEN_WIDTH/2,height=g.SCREEN_HEIGHT/4*3)
def send(self,event):
if self._reportid!=None and self._reportid!=-1:
solveReport(self._reportid,self.reportInput.get_text())
infoText("Ticket has been marked as solved.")
self.clear(None)
getReport(True)
#print self.reportInput.get_text()
#sendReport(self.reportInput.get_text())
#print self.reportInput.get_text()
#self.delete(None)
def remove(self,event):
solveReport(self._reportid,"",True)
infoText("Ticket has been marked as solved.")
self.clear(None)
getReport(True)
def clear(self,event):
self._reportid=-1
self.report.set_text("")
self.reportInput.set_text("")
def delete(self,event):
g.chatFocus=False
self.reportInput.focused = False
super(Manager,self).delete()
g.reportAnswerWindowOpened = False
def __init__(self):
super().__init__()
self.hud_batch = pyglet.graphics.Batch()
self.doc = Document(self.last_message, width=800, height=100, is_fixed_size=True)
self.frame = Frame(self.doc)
self.manager = Manager(self.frame, window=pygsty.engine(), batch=self.hud_batch, theme=config.ui_theme)
self.manager.set_position(0, 0)
self._latest_event = None
self._log = self.last_message
def create_info_frame(self, formula):
cml = CachedCml.getMolecule(formula)
info_text = pyglet.text.decode_html(
"<b>%s</b><br> %s" %
(cml.property.get("Name", "Undefined"),
cml.property.get("Description", "No Description Available")))
info_doc = Document(info_text,
height=self.height,
width=self.width / 2,
is_fixed_size=True)
info_frame = Frame(info_doc)
return info_frame
def __init__(self):
g.reportAnswerWindowOpened = True
self._reportid=-1
getReport(True)
label1=Label("Answer to Ticket",bold=True,color=g.loginFontColor)
closeBtn =HighlightedButton("",on_release=self.delete,width=19,height=19,path='delete')
horzCont = HorizontalContainer(content=[label1,None,closeBtn])
#self.infoLabel = Label("No reports founds")
self.report = Document("",is_fixed_size=True,width=g.SCREEN_WIDTH/3,height=g.SCREEN_HEIGHT/4)
self.reportInput = TextInput(text="",padding=0,length=16,max_length=500,width=g.SCREEN_WIDTH/3,height=g.SCREEN_HEIGHT/4,multiline=True)
deleteBtn = HighlightedButton("Delete",on_release=self.remove,width=120,height=30)
sendBtn = HighlightedButton("Send",on_release=self.send,width=120,height=30)
buttons = HorizontalContainer(content=[deleteBtn,Spacer(0,0),sendBtn])
frame = Frame(VerticalContainer(content=[horzCont,self.report,self.reportInput,buttons]))
Manager.__init__(self,
frame,
window=g.screen,
batch=g.guiBatch,
is_movable=False,
theme=g.theme)
frame.expand(g.SCREEN_WIDTH/2,height=g.SCREEN_HEIGHT/4*3)
def build_status_gui(self): self.status_box = Document( pyglet.text.document.UnformattedDocument(), width=self.window.width*0.9, height=self.window.height/4, is_fixed_size=True, ) status_frame = Frame(self.status_box) self.status_gui_batch = pyglet.graphics.Batch() self.status_gui_manager = Manager( status_frame, window=self.window, theme=self.theme, batch=self.status_gui_batch, ) self.status_gui_manager.set_position( (self.window.width - status_frame.width)/2, 10, ) self.status_gui_manager.is_movable = False
def __init__(self, client, name, title, dialog):
self.client = client
self.name = name
title = Label(title, font_size=12)
dialog = pyglet.text.decode_text(dialog)
document = Document(dialog, width=300, height=100)
accept_button = OneTimeButton(label="Ok, I'll do it!",
on_release=self.accept)
reject_button = OneTimeButton(label="No, Thanks.",
on_release=self.reject)
text_container = VerticalContainer([title, document])
button_container = HorizontalContainer([accept_button, reject_button])
quest_container = VerticalContainer([text_container, button_container])
Manager.__init__(self,
Frame(quest_container, is_expandable=True),
window=self.client.window,
theme=UI_THEME,
is_movable=True)
def __init__(self, window, batch, space, level, height, width):
self.space = space
self.level = level
self.height = height
self.width = width
progress_text = "Progress: ..."
self.progress_doc = Document(progress_text, width = width/2)
objective_doc = Document(level.objective, width = width/2)
left_frame = Frame(VerticalContainer([objective_doc, None,
self.progress_doc]), is_expandable = True)
self.left_container = VerticalContainer([left_frame])
victory_formula = level.victory_condition[0]
info_frame = self.create_info_frame(victory_formula)
self.info_container = VerticalContainer([info_frame])
container = HorizontalContainer([self.left_container, self.info_container])
self.manager = Manager(container, window=window, batch=batch,
group=RenderingOrder.hud, anchor=ANCHOR_BOTTOM_LEFT,
theme=theme, is_movable=False)
self.window = window
self.window.push_handlers(on_draw=self.on_draw)
self.tick = 0
self.init_effects(space, level)
def __init__(self, window, batch, space, level, height, width):
self.space = space
self.level = level
status_text = pyglet.text.decode_attributed('''
Time: 0 sec \n
Points: 0 points \n
FPS: 00.00 FPS
''')
self.status_doc = Document(status_text, height=height, width=width)
status_frame = Frame(self.status_doc)
inv_text = pyglet.text.decode_html("<h4>Inventory</h4>")
inventory_header = Document(inv_text, width=width)
self.inventory_container = VerticalContainer([])
container = VerticalContainer([inventory_header, self.inventory_container])
self.inventory_frame = Frame(container)
container = VerticalContainer([status_frame, self.inventory_frame])
self.manager = Manager(container, window=window, batch=batch,
group=RenderingOrder.hud, anchor=ANCHOR_TOP_RIGHT, theme=theme,
is_movable=False)
self.window = window
self.window.push_handlers(on_draw=self.on_draw)
self.tick = 0
class HorizontalHUD:
def __init__(self, window, batch, space, level, height, width):
self.space = space
self.level = level
self.height = height
self.width = width
progress_text = "Progress: ..."
self.progress_doc = Document(progress_text, width = width/2)
objective_doc = Document(level.objective, width = width/2)
left_frame = Frame(VerticalContainer([objective_doc, None,
self.progress_doc]), is_expandable = True)
self.left_container = VerticalContainer([left_frame])
victory_formula = level.victory_condition[0]
info_frame = self.create_info_frame(victory_formula)
self.info_container = VerticalContainer([info_frame])
container = HorizontalContainer([self.left_container, self.info_container])
self.manager = Manager(container, window=window, batch=batch,
group=RenderingOrder.hud, anchor=ANCHOR_BOTTOM_LEFT,
theme=theme, is_movable=False)
self.window = window
self.window.push_handlers(on_draw=self.on_draw)
self.tick = 0
self.init_effects(space, level)
def init_effects(self, space, level):
pos = (self.left_container.x + self.left_container.width / 2,
self.left_container.y + self.left_container.height / 2 - 50)
self.victory = Effects.VictoryInventory(space, pos, "Victory Inventory",
self.left_container.width, self.left_container.height + 100,
level.victory_condition)
def get_effects(self):
return [self.victory]
def update_info_text(self, formula):
info_frame = self.create_info_frame(formula)
for content in self.info_container.content:
self.info_container.remove(content)
self.info_container.add(info_frame)
def create_info_frame(self, formula):
cml = CachedCml.getMolecule(formula)
info_text = pyglet.text.decode_html("<b>%s</b><br> %s" %
( cml.property.get("Name", "Undefined"),
cml.property.get("Description", "No Description Available")
))
info_doc = Document(info_text, height=self.height, width=self.width/2,
is_fixed_size = True)
info_frame = Frame(info_doc)
return info_frame
def on_draw(self):
self.tick += 1
if self.tick > 30:
return
self.tick = 0
self.update_progress()
def update_progress(self):
progress_text = self.victory.progress_text()
self.progress_doc.set_text("Progress: " + progress_text)
def delete(self):
self.window.remove_handlers(on_draw = self.on_draw)
self.manager.delete()
},
"padding": [0, 0, 0, 0]
}
}
},
resources_path='../theme')
document = pyglet.text.decode_attributed('''
In {bold True}Pyglet-gui{bold False} you can use
{underline (255, 255, 255, 255)}pyglet{underline None}'s documents in a
scrollable window.
You can also {font_name "Courier New"}change fonts{font_name Lucia Grande},
{italic True}italicize your text{italic False} and use all features of Pyglet's document.
''')
so = Document(document, width=300, height=50)
def f(y):
document = "Hola mundo"
so.set_text(document + so.get_text())
# Set up a Manager
Manager(so, window=window, batch=batch, theme=theme)
Manager(VerticalContainer([Button(label="Persistent button", on_press=f)]),
window=window,
batch=batch,
theme=theme)
pyglet.app.run()
def __init__(self, name, text, actionType=0):
g.npcTalkWindowOpened = True
g.cursorRound = -1
self.name = name
sendTalkToNpc(name)
if actionType == NPC_ACTIONTYPE_SHOP:
namecolor = g.npcColor
postcolor = g.whiteColor
path = 'frame_npc_talk_shop'
else:
namecolor = g.npcColorLighter
postcolor = g.postColor
path = 'frame_npc_talk'
label1 = Label(name, color=namecolor, bold=True)
closeBtn = HighlightedButton("",
on_release=self.delete,
width=19,
height=19,
path='delete')
horzCont = HorizontalContainer(content=[label1, None, closeBtn])
self.yourmoney = None
w1 = int(300 * (g.SCREEN_WIDTH / 1920.)) + 50
h1 = int(500 * (g.SCREEN_HEIGHT / 1080.))
textArr = text.split('\n\n')
realText = ""
for c in textArr:
if c[0] == '>':
realText += '{color ' + str(
g.greentextColor) + '}' + c + '\n\n'
else:
realText += '{color ' + str(postcolor) + '}' + c + '\n\n'
realText = realText[:-2]
document = pyglet.text.decode_attributed(realText)
self.textArea = Document(document,
width=w1,
height=h1,
background=False,
font_size=g.chatTheme["font_size"],
font_name=g.chatTheme["font"])
if actionType == NPC_ACTIONTYPE_HEAL:
healButton = HighlightedButton("Heal my menes",
on_release=self.healButton)
okButton = HighlightedButton("Goodbye", on_release=self.delete)
cont = VerticalContainer(content=[
horzCont, self.textArea,
HorizontalContainer([healButton, okButton])
])
elif actionType == NPC_ACTIONTYPE_SHOP:
#TODO: When more items, do a loop that adds then dynamically instead of statically like this
disabled = False
if Items["es"]["cost"] > g.moneyAmount:
# print "TAPAHTU"
disabled = True
self.esButton = AbilityButton(
width=50,
height=50,
argument=Items["es"]["id"],
disabled=disabled,
on_press=buyItem,
texture=g.gameEngine.resManager.items[Items["es"]["sprite"]],
outline='abilityoutline',
hover=onHover,
hoveringType=HOVERING_ITEM,
arguments={
'name': Items["es"]["name"],
'info': Items["es"]["info"],
"args": ()
})
nameLabel = Label(Items["es"]["name"], color=g.npcColor)
esCost = Items["es"]["cost"] / 100.0
costLabel = Label("%.2f" % esCost)
euroPicture = Graphic("euro")
costCont = HorizontalContainer(content=[costLabel, euroPicture])
infoCont = VerticalContainer(
content=[Spacer(), nameLabel, costCont], align=HALIGN_LEFT)
itemCont = HorizontalContainer(content=[self.esButton, infoCont])
moneyTmp = g.moneyAmount / 100.0
self.yourmoney = Label('%.2f' % moneyTmp)
yourmoneyCont = HorizontalContainer(
content=[self.yourmoney, Graphic("euro")])
self.yourES = Label('%s' % g.esAmount)
yourESCont = HorizontalContainer(
content=[self.yourES, Graphic("es_icon")])
okButton = HighlightedButton("Goodbye", on_release=self.delete)
cont = VerticalContainer(content=[
horzCont, self.textArea, itemCont,
Spacer(0, 20),
HorizontalContainer(content=[
Spacer(),
VerticalContainer(content=[yourmoneyCont, yourESCont],
align=HALIGN_RIGHT)
]), okButton
])
else:
okButton = HighlightedButton("Goodbye", on_release=self.delete)
cont = VerticalContainer(
content=[horzCont, self.textArea, okButton])
frame = Frame(cont, path=path)
Manager.__init__(
self,
frame,
window=g.screen,
batch=g.guiBatch,
is_movable=False,
anchor=ANCHOR_LEFT,
offset=(40, int(g.SCREEN_HEIGHT * g.WINDOW_POSY_RELATIVE)),
theme=g.theme)
}
},
"frame": {
"image": {
"source": "panel.png",
"frame": [8, 8, 16, 16],
"padding": [16, 16, 8, 8]
}
}
},
resources_path='../theme/')
content = Frame(
Scrollable(VerticalContainer([
SectionHeader("Folding"),
Document("Click on the section headers below to open them.",
width=300),
FoldingSection("Folding 1",
Document("This is the first folding.", width=300)),
FoldingSection("Folding 2",
Document("This is the second folding.", width=300),
is_open=False),
FoldingSection("Folding 3",
Document("This is the third folding.", width=300),
is_open=False),
],
align=HALIGN_LEFT),
height=400))
Manager(content, window=window, batch=batch, anchor=ANCHOR_CENTER, theme=theme)
pyglet.app.run()
class ChessGUI(pyglet.window.Window):
chessboard = pyglet.resource.image('resources/chessboard.png')
chessboardInv = pyglet.resource.image('resources/chessboardflipped.png')
validImg = pyglet.resource.image('resources/validmove.png')
promoImg = pyglet.resource.image('resources/promotion.png')
hoverImg = pyglet.resource.image('resources/hoversquare.png')
spriteimage = pyglet.resource.image('resources/spritesheet.png')
dangerImg = pyglet.resource.image('resources/danger.png')
backgroundImg = pyglet.resource.image('resources/Background.png')
spritesheet = pyglet.image.ImageGrid(spriteimage, 2, 6)
BLACK_KING, BLACK_QUEEN, BLACK_BISHOP, BLACK_KNIGHT, BLACK_ROOK, BLACK_PAWN, WHITE_KING, WHITE_QUEEN, WHITE_BISHOP, \
WHITE_KNIGHT, WHITE_ROOK, WHITE_PAWN = range(12)
dictPieces = {
"NR": spritesheet[BLACK_KING],
"ND": spritesheet[BLACK_QUEEN],
"NA": spritesheet[BLACK_BISHOP],
"NC": spritesheet[BLACK_KNIGHT],
"NT": spritesheet[BLACK_ROOK],
"NP": spritesheet[BLACK_PAWN],
"BR": spritesheet[WHITE_KING],
"BD": spritesheet[WHITE_QUEEN],
"BA": spritesheet[WHITE_BISHOP],
"BC": spritesheet[WHITE_KNIGHT],
"BT": spritesheet[WHITE_ROOK],
"BP": spritesheet[WHITE_PAWN]
}
# ["BTf1", "NTe7", "BAd5", "BRd6", "NRd8"]
colPositions = {
"a": 0,
"b": 1,
"c": 2,
"d": 3,
"e": 4,
"f": 5,
"g": 6,
"h": 7
}
colPositionsInv = {
"a": 0,
"b": 1,
"c": 2,
"d": 3,
"e": 4,
"f": 5,
"g": 6,
"h": 7
}
stdChesBoard = [
"NTa8",
"NCb8",
"NAc8",
"NDd8",
"NRe8",
"NAf8",
"NCg8",
"NTh8",
"NPa7",
"NPb7",
"NPc7",
"NPd7",
"NPe7",
"NPf7",
"NPg7",
"NPh7",
"BPa2",
"BPb2",
"BPc2",
"BPd2",
"BPe2",
"BPf2",
"BPg2",
"BPh2",
"BTa1",
"BCb1",
"BAc1",
"BDd1",
"BRe1",
"BAf1",
"BCg1",
"BTh1",
]
spanishToEnglish = {
"A": "B",
"T": "R",
"D": "Q",
"R": "K",
"P": "P",
"C": "N"
}
englishToSpanish = {
"B": "A",
"R": "T",
"Q": "D",
"K": "R",
"P": "P",
"N": "C"
}
ia_mode = True
blackKing = None
whiteKing = None
promotion = False
promotionMov = []
promotedPiece = ""
movement = [0, 0]
animation = True
def __init__(self, textPositions, castlingRigths, starts, CPUPlaysWhite,
pwindow, batch):
super(ChessGUI,
self).__init__(900,
600,
resizable=False,
caption='Chess',
config=pyglet.gl.Config(double_buffer=True),
vsync=False)
pyglet.clock.schedule_interval(self.updatePosition, 1 / 60)
self.board_imgs = [[None for _ in range(8)] for _ in range(8)]
self.board = []
self.window = pwindow
self.batch = batch
self.CPUPlaysWhite = CPUPlaysWhite
self.castlingRigths = castlingRigths
self.starts = starts
if (starts == "b"):
self.turn = "N"
else:
self.turn = "B"
if CPUPlaysWhite:
self.playerTurn = "N"
else:
self.playerTurn = "B"
self.selectedPiece = []
self.board_normal = pyglet.sprite.Sprite(self.chessboard)
self.board_flipped = pyglet.sprite.Sprite(self.chessboardInv)
self.hoverSprite = pyglet.sprite.Sprite(self.hoverImg)
self.danger = pyglet.sprite.Sprite(self.dangerImg)
self.piece_held = None
self.textPositions = textPositions
self.createBoard(textPositions)
self.inFunction = False
self.draws = 0
self.game = Game(
self.stdNotationToChess(self.board) + " " + starts + " " +
castlingRigths + " - 0 1")
self.wQueen = pyglet.sprite.Sprite(self.spritesheet[7], 131.25, 225)
self.wRook = pyglet.sprite.Sprite(self.spritesheet[10], 218.75, 225)
self.wBishop = pyglet.sprite.Sprite(self.spritesheet[8], 306.25, 225)
self.wKnight = pyglet.sprite.Sprite(self.spritesheet[9], 393.75, 225)
self.bQueen = pyglet.sprite.Sprite(self.spritesheet[1], 131.25, 225)
self.bRook = pyglet.sprite.Sprite(self.spritesheet[4], 218.75, 225)
self.bBishop = pyglet.sprite.Sprite(self.spritesheet[2], 306.25, 225)
self.bKnight = pyglet.sprite.Sprite(self.spritesheet[3], 393.75, 225)
self.background = pyglet.sprite.Sprite(self.backgroundImg)
self.document = Document(pyglet.text.decode_attributed("\n" * 23),
width=250,
height=400)
self.manager()
self.numero = 0
self.announcedFinal = False
self.instanteInicial = None
self.instanteFinal = None
self.lineCont = 1
self.annotations = ""
def manager(self):
Manager(Label(""), window=self, batch=self.batch, theme=getTheme())
Manager(Frame(self.document),
window=self,
batch=self.batch,
theme=getTheme(),
anchor=ANCHOR_TOP_RIGHT,
offset=(-10, -75),
is_movable=False)
Manager(HorizontalContainer([
OneTimeButton(label="Guardar", on_release=self.saveGame),
OneTimeButton(label="Volver", on_release=self.onclose)
]),
window=self,
batch=self.batch,
theme=getTheme(),
anchor=ANCHOR_BOTTOM_RIGHT,
offset=(-50, 15),
is_movable=False)
self.document.set_text("")
def updateDocument(self, y):
self.numero += 1
self.document.set_text(self.document.get_text() + "Hola Mundos " +
str(self.numero) + "\n")
self.popupMessage("Partida guardada correctamente")
def popupMessage(self, text):
PopupMessage(text=text,
window=self,
batch=self.batch,
theme=getPopUpMenssageTheme())
def saveGame(self, y):
result = "{\n\tPosicionInicial: " + str(self.textPositions) + ",\n"
result += "\tDesarrolloDeLaPartida: \"" + self.annotations + "\",\n"
date = datetime.now().strftime("%d/%m/%Y")
fileDate = datetime.now().strftime("%d-%m-%Y")
result += "\tfecha: \"" + date + "\",\n"
strTiempo = "null"
if not (self.instanteInicial == None or self.instanteFinal == None):
tiempo = (self.instanteFinal - self.instanteInicial)
strTiempo = str(tiempo)
result += "\ttiempo: \"" + strTiempo + "\" \n}"
fileroute = easygui.filesavebox(default="BotFinalesDeAjedrez " +
fileDate + ".txt",
msg="hola",
title="Seleccione el destino",
filetypes="txt")
if (fileroute != None):
f = open(fileroute, "w")
f.write(result)
f.close()
def stdNotationToChess(self, boardGUI):
count = 0
result = ""
row = ""
for x in range(8):
if (result != ""):
result += "/"
for y in range(8):
if boardGUI[x][y] == "":
count += 1
else:
charName = self.spanishToEnglish[boardGUI[x][y][1]]
if (boardGUI[x][y][0] == "N"):
charName = charName.lower()
if count != 0:
row += str(count) + charName
count = 0
else:
row += charName
if count != 0:
row += str(count)
count = 0
result += row[::-1]
row = ""
if (not self.CPUPlaysWhite):
result = result[::-1]
return result
def endOfTurn(self):
if (self.turn == "B"):
self.turn = "N"
else:
self.turn = "B"
def moveOfAI(self):
var = str(self.game.suggestedMove(self.starts))
xi = self.colPositions[var[0]]
yi = int(var[1]) - 1
xf = self.colPositions[var[2]]
yf = int(var[3]) - 1
piece = ""
if (len(var) == 5):
piece = self.englishToSpanish[var[4].upper()]
xi, yi, xf, yf = self.cordinatesComplement(xi, yi, xf, yf)
self.pieceMove(xi, yi, xf, yf, piece)
def ifIsFlipped(self, x):
if (self.CPUPlaysWhite):
return (7 - x)
return x
def promote(self):
self.promoImg.blit(100, 200)
if self.turn == "N":
self.bQueen.draw()
self.bRook.draw()
self.bBishop.draw()
self.bKnight.draw()
else:
self.wQueen.draw()
self.wRook.draw()
self.wBishop.draw()
self.wKnight.draw()
def createBoard(self, textPositions) -> list:
self.board = [["" for i in range(8)] for i in range(8)]
if textPositions:
for i in textPositions:
y = ord(i[2]) - 97
x = int(i[3]) - 1
p = i[0] + i[1]
self.board[self.ifIsFlipped(x)][self.ifIsFlipped(y)] = p
self.board_imgs[self.ifIsFlipped(x)][self.ifIsFlipped(
y)] = pyglet.sprite.Sprite(self.dictPieces[p])
if (p == "BR"):
self.whiteKing = self.board_imgs[self.ifIsFlipped(x)][
self.ifIsFlipped(y)]
elif (p == "NR"):
self.blackKing = self.board_imgs[self.ifIsFlipped(x)][
self.ifIsFlipped(y)]
def onclose(self, y):
self.window.set_visible(True)
self.window.deleteManagers()
self.window.manager()
self.close()
def on_draw(self):
self.clear()
self.background.draw()
if (self.CPUPlaysWhite):
self.board_flipped.draw()
else:
self.board_normal.draw()
if (self.game.isCheck()):
if (self.turn == "B"):
self.danger.x = self.whiteKing.x
self.danger.y = self.whiteKing.y
else:
self.danger.x = self.blackKing.x
self.danger.y = self.blackKing.y
self.danger.draw()
if self.selectedPiece != []:
self.hoverSprite.x = (self.selectedPiece[1] // 75) * 75
self.hoverSprite.y = (self.selectedPiece[2] // 75) * 75
self.hoverSprite.draw()
for x, y in itertools.product(range(8), repeat=2):
if self.board[y][x] != "":
piece = self.board_imgs[y][x]
if piece != self.piece_held:
piece.x = x * 75
piece.y = y * 75
piece.draw()
if (self.piece_held != None):
self.piece_held.draw()
self.announceFinal()
if (self.promotion):
self.promote()
if (self.draws < 60):
self.draws += 1
self.batch.draw()
def announceFinal(self):
if (self.instanteInicial == None):
self.instanteInicial = datetime.now()
if (self.game.isCheckMate() and not self.announcedFinal
and self.draws == 60):
self.announcedFinal = True
self.instanteFinal = datetime.now()
if (self.turn == "B"):
self.popupMessage("Jaque mate de las piezas negras")
if (self.turn == "N"):
self.popupMessage("Jaque mate de las piezas blancas")
if (self.game.isStalemate() and not self.announcedFinal
and self.draws == 60):
self.announcedFinal = True
self.instanteFinal = datetime.now()
self.popupMessage("Empate")
def setPiece(self, xi, yi, piece):
self.board[yi][xi] = self.board[yi][xi][0] + piece
ximg = self.board_imgs[yi][xi].x
yimg = self.board_imgs[yi][xi].y
self.board_imgs[yi][xi] = pyglet.sprite.Sprite(
self.dictPieces[self.board[yi][xi]])
self.board_imgs[yi][xi].x = ximg
self.board_imgs[yi][xi].y = yimg
def cordinatesComplement(self, xi, yi, xf, yf):
xi = self.ifIsFlipped(xi)
yi = self.ifIsFlipped(yi)
xf = self.ifIsFlipped(xf)
yf = self.ifIsFlipped(yf)
return xi, yi, xf, yf
def pieceMove(self, xi, yi, xf, yf, piece=""):
pieceEng = ""
if (piece != ""):
self.setPiece(xi, yi, piece)
pieceEng = self.spanishToEnglish[piece].lower()
xi, yi, xf, yf = self.cordinatesComplement(xi, yi, xf, yf)
fromSquare = chr(xi + 97) + str(1 + yi)
toSquare = chr(xf + 97) + str(1 + yf)
result = self.game.doAMove(fromSquare + toSquare + pieceEng)
xi, yi, xf, yf = self.cordinatesComplement(xi, yi, xf, yf)
if (result[0] != ""):
self.changePosition(xi, yi, xf, yf)
if (result[0] == "PassantMove"):
self.doPassant(xi, yi, xf, yf)
elif (result[0] == "kingside" or result[0] == "queenside"):
self.doCastling(result[0], yi, yf)
self.anotateMove(result[1])
self.endOfTurn()
def anotateMove(self, move):
result = ""
if (self.turn == "N"):
if (self.lineCont == 1 and self.annotations == ""):
result += "1... " + move + " "
else:
result += " " + move + " "
self.lineCont += 1
elif (self.turn == "B"):
result += str(self.lineCont) + ". " + move
self.annotations += result
newLine = "\n"
if (self.turn == "N"):
newLine = ""
self.document.set_text(self.document.get_text() + newLine + result)
def changePosition(self, xi, yi, xf, yf):
self.board_imgs[yf][xf] = self.board_imgs[yi][xi]
self.board_imgs[yi][xi] = None
self.board[yf][xf] = self.board[yi][xi]
self.board[yi][xi] = ""
if self.animation:
self.piece_held = self.board_imgs[yf][xf]
xmovement = xf * 75 - xi * 75
ymovement = yf * 75 - yi * 75
self.movement = [xmovement, ymovement]
def updatePosition(self, dt):
if (len(self.movement) == 2 and self.piece_held != None):
stepSize = 10
if (self.movement[1] > 0):
if (self.movement[1] <= stepSize):
self.piece_held.y += self.movement[1]
self.movement[1] = 0
else:
self.piece_held.y += stepSize
self.movement[1] -= stepSize
if (self.movement[1] < 0):
if (self.movement[1] >= -stepSize):
self.piece_held.y += self.movement[1]
self.movement[1] = 0
else:
self.piece_held.y -= stepSize
self.movement[1] += stepSize
if (self.movement[0] > 0):
if (self.movement[0] <= stepSize):
self.piece_held.x += self.movement[0]
self.movement[0] = 0
else:
self.piece_held.x += stepSize
self.movement[0] -= stepSize
if (self.movement[0] < 0):
if (self.movement[0] >= -stepSize):
self.piece_held.x += self.movement[0]
self.movement[0] = 0
else:
self.piece_held.x -= stepSize
self.movement[0] += stepSize
if (self.movement[0] == 0 and self.movement[1] == 0):
self.piece_held = None
self.movement = []
self.draws = 45
if (self.turn != self.playerTurn and self.ia_mode
and not self.game.isCheckMate()
and not self.game.isStalemate() and self.piece_held == None
and not self.inFunction and self.draws == 60):
self.inFunction = True
self.moveOfAI()
self.turn = self.playerTurn
self.inFunction = False
def doCastling(self, side, yi, yf):
if (side == "kingside"):
self.changePosition(7, yi, 5, yf)
if (side == "queenside"):
self.changePosition(0, yi, 3, yf)
def doPassant(self, xi, yi, xf, yf):
if (self.turn == "B"):
self.board_imgs[yf - 1][xf] = None
self.board[yf - 1][xf] = ""
if (self.turn == "N"):
self.board_imgs[yf + 1][xf] = None
self.board[yf + 1][xf] = ""
def isPromote(self, yf):
result = False
if (((self.selectedPiece[0] == "BP" and not self.CPUPlaysWhite) or
(self.selectedPiece[0] == "NP" and self.CPUPlaysWhite))
and self.selectedPiece[2] // 75 == 6 and yf == 7):
result = True
elif (((self.selectedPiece[0] == "NP" and not self.CPUPlaysWhite) or
(self.selectedPiece[0] == "BP" and self.CPUPlaysWhite))
and self.selectedPiece[2] // 75 == 1 and yf == 0):
result = True
return result
def on_mouse_press(self, x, y, button, modifiers):
if (self.playerTurn == self.turn or not self.ia_mode
) and not self.game.isCheckMate() and x <= 600 and y <= 600:
if (not self.promotion):
if self.selectedPiece != []:
if (((self.board[y // 75][x // 75] == ""))
or (self.board[y // 75][x // 75] != "") and
(self.board[y // 75][x // 75][0] != self.turn)):
xi = self.selectedPiece[1] // 75
yi = self.selectedPiece[2] // 75
xf = x // 75
yf = y // 75
if (self.isPromote(yf)):
self.promotion = True
self.promotionMov = [xi, yi, xf, yf]
else:
self.pieceMove(xi, yi, xf, yf)
self.selectedPiece = []
if (self.board[y // 75][x // 75] !=
"") and (self.board[y // 75][x // 75][0] == self.turn):
self.selectedPiece = [self.board[y // 75][x // 75]
] + [x, y]
else:
if 225 < y < 300:
xi = self.promotionMov[0]
yi = self.promotionMov[1]
xf = self.promotionMov[2]
yf = self.promotionMov[3]
piece = ""
if 131.25 < x < 206.25: # queen
piece = "D"
elif 218.75 < x < 293.75: # rook
piece = "T"
elif 306.25 < x < 381.25: # bishop
piece = "A"
elif 393.75 < x < 468.75: # knight
piece = "C"
self.pieceMove(xi, yi, xf, yf, piece)
self.promotion = False
self.promotionFinalPos = []
def __init__(self, textPositions, castlingRigths, starts, CPUPlaysWhite,
pwindow, batch):
super(ChessGUI,
self).__init__(900,
600,
resizable=False,
caption='Chess',
config=pyglet.gl.Config(double_buffer=True),
vsync=False)
pyglet.clock.schedule_interval(self.updatePosition, 1 / 60)
self.board_imgs = [[None for _ in range(8)] for _ in range(8)]
self.board = []
self.window = pwindow
self.batch = batch
self.CPUPlaysWhite = CPUPlaysWhite
self.castlingRigths = castlingRigths
self.starts = starts
if (starts == "b"):
self.turn = "N"
else:
self.turn = "B"
if CPUPlaysWhite:
self.playerTurn = "N"
else:
self.playerTurn = "B"
self.selectedPiece = []
self.board_normal = pyglet.sprite.Sprite(self.chessboard)
self.board_flipped = pyglet.sprite.Sprite(self.chessboardInv)
self.hoverSprite = pyglet.sprite.Sprite(self.hoverImg)
self.danger = pyglet.sprite.Sprite(self.dangerImg)
self.piece_held = None
self.textPositions = textPositions
self.createBoard(textPositions)
self.inFunction = False
self.draws = 0
self.game = Game(
self.stdNotationToChess(self.board) + " " + starts + " " +
castlingRigths + " - 0 1")
self.wQueen = pyglet.sprite.Sprite(self.spritesheet[7], 131.25, 225)
self.wRook = pyglet.sprite.Sprite(self.spritesheet[10], 218.75, 225)
self.wBishop = pyglet.sprite.Sprite(self.spritesheet[8], 306.25, 225)
self.wKnight = pyglet.sprite.Sprite(self.spritesheet[9], 393.75, 225)
self.bQueen = pyglet.sprite.Sprite(self.spritesheet[1], 131.25, 225)
self.bRook = pyglet.sprite.Sprite(self.spritesheet[4], 218.75, 225)
self.bBishop = pyglet.sprite.Sprite(self.spritesheet[2], 306.25, 225)
self.bKnight = pyglet.sprite.Sprite(self.spritesheet[3], 393.75, 225)
self.background = pyglet.sprite.Sprite(self.backgroundImg)
self.document = Document(pyglet.text.decode_attributed("\n" * 23),
width=250,
height=400)
self.manager()
self.numero = 0
self.announcedFinal = False
self.instanteInicial = None
self.instanteFinal = None
self.lineCont = 1
self.annotations = ""
},
"offset": [0, 0]
},
"bar": {
"image": {
"source": "vscrollbar.png",
"region": [0, 64, 16, 16]
},
"padding": [0, 0, 0, 0]
}
}
},
resources_path='../theme')
document = pyglet.text.decode_attributed('''
In {bold True}Pyglet-gui{bold False} you can use
{underline (255, 255, 255, 255)}pyglet{underline None}'s documents in a
scrollable window.
You can also {font_name "Courier New"}change fonts{font_name Lucia Grande},
{italic True}italicize your text{italic False} and use all features of Pyglet's document.
''')
# Set up a Manager
Manager(Document(document, width=300, height=50),
window=window,
batch=batch,
theme=theme)
pyglet.app.run()
def __init__(self):
w1 = int(350 * (g.SCREEN_WIDTH / 1920.))
h1 = int(300 * (g.SCREEN_HEIGHT / 1080.))
if w1 > 300:
g.chatTheme["font_size"] = 11
g.theme["font_size"] = 11
g.theme["button"]["font_size"] = 11
elif w1 > 250:
g.chatTheme["font_size"] = 12
g.theme["font_size"] = 12
g.theme["button"]["font_size"] = 12
w1 = int(w1 * 1.1)
elif w1 > 200:
g.chatTheme["font_size"] = 11
g.theme["font_size"] = 11
g.theme["button"]["font_size"] = 11
w1 = int(w1 * 1.2)
elif w1 > 175:
g.chatTheme["font_size"] = 10
g.theme["font_size"] = 10
g.theme["button"]["font_size"] = 10
w1 = int(w1 * 1.3)
else:
g.chatTheme["font_size"] = 9
g.theme["font_size"] = 9
g.theme["button"]["font_size"] = 9
w1 = int(w1 * 1.3)
self.chatInput = TextInput(text="",
padding=0,
length=16,
max_length=MAX_CHAT_INPUT,
width=w1 - 5 - 50)
sendButton = HighlightedButton(label="Send",
on_release=self.sendMessage,
width=50,
height=35)
realtext = '{font_size ' + str(
g.chatTheme["font_size"]) + '}{background_color ' + str(
g.postBgColor
) + '}{font_name "' + g.chatTheme["font"] + '"}{wrap "char"} '
document = pyglet.text.decode_attributed(realtext)
self.textArea = Document(document,
width=w1,
height=h1,
background=True,
font_size=g.chatTheme["font_size"],
font_name=g.chatTheme["font"],
chat=True)
vertCont = VerticalContainer(content=[
self.textArea,
HorizontalContainer(content=[self.chatInput, sendButton])
],
align=HALIGN_LEFT)
Manager.__init__(self,
vertCont,
window=g.screen,
batch=g.guiBatch,
theme=g.chatTheme,
anchor=ANCHOR_BOTTOM_LEFT,
offset=(g.SCREEN_WIDTH * 0.05, g.SCREEN_HEIGHT * 0.1),
is_movable=False)
class VerticalHUD():
def __init__(self, window, batch, space, level, height, width):
self.space = space
self.level = level
status_text = pyglet.text.decode_attributed('''
Time: 0 sec \n
Points: 0 points \n
FPS: 00.00 FPS
''')
self.status_doc = Document(status_text, height=height, width=width)
status_frame = Frame(self.status_doc)
inv_text = pyglet.text.decode_html("<h4>Inventory</h4>")
inventory_header = Document(inv_text, width=width)
self.inventory_container = VerticalContainer([])
container = VerticalContainer(
[inventory_header, self.inventory_container])
self.inventory_frame = Frame(container)
container = VerticalContainer([status_frame, self.inventory_frame])
self.manager = Manager(container,
window=window,
batch=batch,
group=RenderingOrder.hud,
anchor=ANCHOR_TOP_RIGHT,
theme=theme,
is_movable=False)
self.window = window
self.window.push_handlers(on_draw=self.on_draw)
self.tick = 0
# Currently disabled
#self.init_effects(space, level)
def init_effects(self, space, level):
pos = (self.inventory_frame.x,
self.inventory_frame.y + self.inventory_frame.height / 2 - 50)
self.inventory_effect = Effects.Inventory(
space,
pos,
"Inventory",
self.inventory_frame.width,
self.inventory_frame.height + 100, ["H2O(l)", "CH4(g)", "NaCl(s)"],
gui_container=self.inventory_container)
def get_effects(self):
return []
#currently disabled
#return [self.inventory_effect]
def on_draw(self):
self.tick += 1
if self.tick > 30:
return
self.tick = 0
self.update_status()
def update_status(self):
level_time = self.window.level.get_time()
points = self.window.level.get_points()
status_text = '''
Time: %d sec
Points: %d points
FPS: %.2f FPS
''' % (level_time, points, pyglet.clock.get_fps())
self.status_doc.set_text(status_text)
def delete(self):
self.window.remove_handlers(on_draw=self.on_draw)
self.manager.delete()
class HUD:
def __init__(self, window):
with open('etc/gui/theme.json') as theme_file:
theme_dict = json.loads(theme_file.read())
self.theme = Theme(
theme_dict,
resources_path=os.path.join(os.getcwd(), 'etc/gui/images')
)
self.window = window
self.clear_action_gui()
self.clear_status_gui()
def handle_click(self, button_state, action):
print(action)
if button_state is not False:
self.selected_action = action
return True
def handle_building_click(self, button_state, button, selected_object, action):
if button_state is not False:
self.selected_action = action
selected_object.add_action(action) #this should probably get moved to the event_handler
return True
def clear_action_gui(self):
self.selected_action = None
self.action_gui_batch = None
self.action_gui_manager = None
def clear_status_gui(self):
self.status_box = None
self.status_gui_batch = None
self.status_gui_manager = None
def build_building_gui(self, selected_building):
building = selected_building
produce_content = [Label(text='Produce')]
for resource in building.producable_resources:
produce_button = GroupButton(
group_id='action-gui-buttons',
label=resource.name,
on_press=lambda x: self.handle_building_click(x, produce_button, building, Produce(building, resource, selected_building.container.remaining_capacity(resource))),
)
produce_content.append(produce_button)
produce_container = HorizontalContainer(produce_content)
action_container = VerticalContainer([
produce_container,
])
self.action_gui_batch = pyglet.graphics.Batch()
self.action_gui_manager = Manager(
action_container,
window=self.window,
theme=self.theme,
batch=self.action_gui_batch,
)
self.action_gui_manager.set_position(
#it's on the right as a hack to fix the Manager bug
self.window.width - action_container.width - 30,
self.window.height - action_container.height - 10,
)
self.action_gui_manager.is_movable = False
def build_unit_gui(self, selected_object):
harvest_content = [Label(text='Harvest')]
#for resource in selected_object.harvestable_resources:
# harvest_button = GroupButton(
# group_id='action-gui-buttons',
# label=resource.name,
# on_press=lambda x: self.handle_click(x, Harvest(resource, selected_object.container.remaining_capacity(resource))),
# )
# harvest_content.append(harvest_button)
harvest_wood_button = GroupButton(
group_id='action-gui-buttons',
label=Wood.name,
on_press=lambda x: self.handle_click(x, Harvest(Wood, selected_object.container.remaining_capacity(Wood))),
)
harvest_content.append(harvest_wood_button)
harvest_container = HorizontalContainer(harvest_content)
building_content = [Label(text='Construct')]
#for building_factory in selected_object.building_factories.values():
# building_button = GroupButton(
# group_id='action-gui-buttons',
# label=building_factory.product.name,
# on_press=lambda x:
# self.handle_click(x, Construct(building_factory.product)),
# )
# building_content.append(building_button)
building_cabbage_farm_button = GroupButton(
group_id='action-gui-buttons',
label=CabbageFarm.name,
on_press=lambda x:
self.handle_click(x, Construct(CabbageFarm)),
)
building_content.append(building_cabbage_farm_button)
building_iron_mine_button = GroupButton(
group_id='action-gui-buttons',
label=IronMine.name,
on_press=lambda x:
self.handle_click(x, Construct(IronMine)),
)
building_content.append(building_iron_mine_button)
#building_farm_button = GroupButton(
# group_id='action-gui-buttons',
# label=building_factory.Farm.name,
# on_press=lambda x:
# self.handle_click(x, Construct(building_factory.Farm)),
# )
#building_content.append(building_farm_button)
construct_container = HorizontalContainer(building_content)
deliver_content = [Label(text='Deliver')]
#for resource in selected_object.carryable_resources:
# deliver_button = GroupButton(
# group_id='action-gui-buttons',
# label=resource.name,
# on_press=lambda x: self.handle_click(x, Deliver(resource, selected_object.container.current_load(resource))),
# )
# deliver_content.append(deliver_button)
#
#For some reason adding the buttons in a loop causes them to get the same action (same resource)
#TODO change the interface so that only relevant resource buttons appear
deliver_wood_button = GroupButton(
group_id='action-gui-buttons',
label=Wood.name,
on_press=lambda x: self.handle_click(x, Deliver(Wood, selected_object.container.current_load(Wood))),
)
deliver_content.append(deliver_wood_button)
deliver_lumber_button = GroupButton(
group_id='action-gui-buttons',
label=Lumber.name,
on_press=lambda x: self.handle_click(x, Deliver(Lumber, selected_object.container.current_load(Lumber))),
)
deliver_content.append(deliver_lumber_button)
deliver_container = HorizontalContainer(deliver_content)
deliver_all_content = [Label(text='DeliverAll')]
deliver_all_button = GroupButton(
group_id='action-gui-buttons',
label='all',
on_press=lambda x: self.handle_click(x, DeliverAll(selected_object)
))
deliver_all_content.append(deliver_all_button)
deliver_all_container = HorizontalContainer(deliver_all_content)
pickup_content = [Label(text='Pick up')]
#for resource in selected_object.carryable_resources:
# pickup_button = GroupButton(
# group_id='action-gui-buttons',
# label=resource.name,
# on_press=lambda x: self.handle_click(x, Pickup(resource, selected_object.container.remaining_capacity(resource))),
# )
# pickup_content.append(pickup_button)
#pickup_container = HorizontalContainer(pickup_content)
#
#For some reason adding the buttons in a loop causes them to get the same action (same resource)
#TODO change the interface so that only relevant resource buttons appear
pickup_wood_button = GroupButton(
group_id='action-gui-buttons',
label=Wood.name,
on_press=lambda x: self.handle_click(x, Pickup(Wood, selected_object.container.remaining_capacity(Wood))),
)
pickup_content.append(pickup_wood_button)
pickup_lumber_button = GroupButton(
group_id='action-gui-buttons',
label=Lumber.name,
on_press=lambda x: self.handle_click(x, Pickup(Lumber, selected_object.container.remaining_capacity(Lumber))),
)
pickup_content.append(pickup_lumber_button)
pickup_container = HorizontalContainer(pickup_content)
pickup_all_content = [Label(text='PickupAll')]
pickup_all_button = GroupButton(
group_id='action-gui-buttons',
label='all',
on_press=lambda x: self.handle_click(x, PickupAll(selected_object)
))
pickup_all_content.append(pickup_all_button)
pickup_all_container = HorizontalContainer(pickup_all_content)
action_container = VerticalContainer([
harvest_container,
construct_container,
deliver_container,
deliver_all_container,
pickup_container,
pickup_all_container
])
self.action_gui_batch = pyglet.graphics.Batch()
self.action_gui_manager = Manager(
action_container,
window=self.window,
theme=self.theme,
batch=self.action_gui_batch,
)
self.action_gui_manager.set_position(
10,
self.window.height - action_container.height - 10,
)
self.action_gui_manager.is_movable = False
def build_action_gui(self, selected_object):
if selected_object is None:
raise HUDException("Can't build action gui with a unit of None")
if isinstance(selected_object, Building):
self.build_building_gui(selected_object)
if isinstance(selected_object, Unit):
self.build_unit_gui(selected_object)
def build_status_gui(self):
self.status_box = Document(
pyglet.text.document.UnformattedDocument(),
width=self.window.width*0.9,
height=self.window.height/4,
is_fixed_size=True,
)
status_frame = Frame(self.status_box)
self.status_gui_batch = pyglet.graphics.Batch()
self.status_gui_manager = Manager(
status_frame,
window=self.window,
theme=self.theme,
batch=self.status_gui_batch,
)
self.status_gui_manager.set_position(
(self.window.width - status_frame.width)/2,
10,
)
self.status_gui_manager.is_movable = False
def draw(self, selected_unit):
glLoadIdentity()
gluOrtho2D(0, self.window.width, 0, self.window.height)
if selected_unit is not None:
if self.action_gui_batch is None:
self.build_action_gui(selected_unit)
if self.action_gui_batch is not None:
self.action_gui_batch.draw()
if self.status_gui_batch is None:
self.build_status_gui()
self.status_box.set_text(selected_unit.status)
self.status_gui_batch.draw()
class PostWindow(Manager):
def __init__(self):
g.postWindowOpened = True
label1 = Label("Notifications", bold=True, color=g.loginFontColor)
closeBtn = HighlightedButton("",
on_release=self.delete,
width=19,
height=19,
path='delete')
self.postCont = []
#self.menes = [{"name":"Hitler","hp":100,"level":1,"power":50,"defense":40,"speed":60,"sprite":'americanbear'},{"name":"Stalin","hp":100,"level":1,"power":50,"defense":40,"speed":60,"sprite":'lorslara'},{"name":"Ebin","hp":100,"level":1,"power":50,"defense":40,"speed":60,"sprite":'squadlider'},{"name":"Mao","hp":100,"level":1,"power":50,"defense":40,"speed":60,"sprite":'mongolbear'},{"name":"Uusi mene","hp":100,"level":1,"power":50,"defense":40,"speed":60,"sprite":'mongol'},{"name":"Hintti","hp":50,"level":15,"power":60,"defense":50,"speed":70,'sprite':'uusimene'}]
#self.selectedMene=self.menes[0]["name"]
for c in g.mails:
label = Label(c["s"],
bold=True,
color=g.guiNameColor,
font_size=g.theme["font_size"] + 2)
label1 = Label(c["t"][:16] + '...', color=g.whiteColor)
deleteBtn = HighlightedButton("",
on_release=self.deletemail,
width=14,
height=14,
path='delete_alt',
argument=c["id"])
openBtn = HighlightedButton("",
on_release=self.openmail,
width=20,
height=21,
path='mailopen',
argument=c["id"])
self.postCont.append(
VerticalContainer(content=[
HorizontalContainer(content=[openBtn, label, deleteBtn]),
label1
],
align=HALIGN_LEFT))
self.vertCont = VerticalContainer(self.postCont, align=VALIGN_TOP)
self.report = Document("",
is_fixed_size=True,
height=g.SCREEN_HEIGHT / 2,
width=g.SCREEN_WIDTH / 5)
self.scrollable = Scrollable(content=self.vertCont,
height=g.SCREEN_HEIGHT / 2,
width=g.SCREEN_WIDTH / 5)
total = HorizontalContainer(
content=[self.scrollable, self.report, closeBtn], align=VALIGN_TOP)
Manager.__init__(
self,
Frame(total),
window=g.screen,
batch=g.guiBatch,
is_movable=False,
anchor=ANCHOR_LEFT,
offset=(40, int(g.SCREEN_HEIGHT * g.WINDOW_POSY_RELATIVE)),
theme=g.theme)
if len(self.postCont) > 0:
self.openmail(self.postCont[0]._content[0]._content[0].arg)
#self.changeInfos(self.selectedMene)
#print str(int(time.time()*1000-t1)),"TIMEEE"
def delete(self, event):
super(Manager, self).delete()
g.postWindowOpened = False
def deletemail(self, event):
deleteMail(event)
for c in self.postCont:
if c._content[0]._content[0].arg == event:
self.vertCont.remove(c)
self.postCont.remove(c)
for d in g.mails:
if d["id"] == event:
g.mails.remove(d)
if len(self.postCont) > 0:
self.openmail(self.postCont[0]._content[0]._content[0].arg)
self.scrollable.reset_size()
else:
self.delete(None)
g.gameEngine.graphics.normalUI.removeMail()
def openmail(self, event):
text = ''
for c in g.mails:
if c["id"] == event:
text = c["t"] + '\n\nt. ' + c["s"]
self.report.set_text(text)
class HorizontalHUD:
def __init__(self, window, batch, space, level, height, width):
self.space = space
self.level = level
self.height = height
self.width = width
progress_text = "Progress: ..."
self.progress_doc = Document(progress_text, width=width / 2)
objective_doc = Document(level.objective, width=width / 2)
left_frame = Frame(VerticalContainer(
[objective_doc, None, self.progress_doc]),
is_expandable=True)
self.left_container = VerticalContainer([left_frame])
victory_formula = level.victory_condition[0]
info_frame = self.create_info_frame(victory_formula)
self.info_container = VerticalContainer([info_frame])
container = HorizontalContainer(
[self.left_container, self.info_container])
self.manager = Manager(container,
window=window,
batch=batch,
group=RenderingOrder.hud,
anchor=ANCHOR_BOTTOM_LEFT,
theme=theme,
is_movable=False)
self.window = window
self.window.push_handlers(on_draw=self.on_draw)
self.tick = 0
self.init_effects(space, level)
def init_effects(self, space, level):
pos = (self.left_container.x + self.left_container.width / 2,
self.left_container.y + self.left_container.height / 2 - 50)
self.victory = Effects.VictoryInventory(
space, pos, "Victory Inventory", self.left_container.width,
self.left_container.height + 100, level.victory_condition)
def get_effects(self):
return [self.victory]
def update_info_text(self, formula):
info_frame = self.create_info_frame(formula)
for content in self.info_container.content:
self.info_container.remove(content)
self.info_container.add(info_frame)
def create_info_frame(self, formula):
cml = CachedCml.getMolecule(formula)
info_text = pyglet.text.decode_html(
"<b>%s</b><br> %s" %
(cml.property.get("Name", "Undefined"),
cml.property.get("Description", "No Description Available")))
info_doc = Document(info_text,
height=self.height,
width=self.width / 2,
is_fixed_size=True)
info_frame = Frame(info_doc)
return info_frame
def on_draw(self):
self.tick += 1
if self.tick > 30:
return
self.tick = 0
self.update_progress()
def update_progress(self):
progress_text = self.victory.progress_text()
self.progress_doc.set_text("Progress: " + progress_text)
def delete(self):
self.window.remove_handlers(on_draw=self.on_draw)
self.manager.delete()
