def print_map(controller):
print(str(controller.map))
screen = gui.initPyGame(controller.get_size_of_map())
running = True
while running:
for event in pygame.event.get():
if event.type == pygame.QUIT:
running = False
image = gui.image(controller.map)
screen.blit(image, (0, 0))
pygame.display.flip()
pygame.quit()
def page(arg):
## Name of this Page
# print(arg.curpage)
## SAVE PROPERTIES
arg.hprops = sn(**{})
arg.hobjs = sn(**{})
arg.hvars = sn(**{})
arg.hprops.__dict__[arg.curpage] = sn(**{})
arg.hobjs.__dict__[arg.curpage] = sn(**{})
arg.hvars.__dict__[arg.curpage] = sn(**{})
####################### GUI ELEMENTS #########################
h = sn(**{})
## Optional Variables for Guided Positioning
margin = 30
spacing = 10
small = 150
medium = 225
large = 300
height = 40
h.bg = sn(
**{ ## gui.image(arg,"imagename", "image.jpg", (w,h)))
"obj":
gui.image(arg, "pg_1-bg", "bg.jpg", (g.frameWidth, g.frameHeight)),
"pos":
sn(**{
"x": 0,
"y": 0,
"w": g.frameWidth,
"h": g.frameHeight,
})
})
### LABEL
h.label1 = sn(
**{ ## gui.label(arg,"style","align","text")
"obj": gui.label(arg, "labelSmall", "center", "Hello There!"),
"pos": sn(**{
"x": margin,
"y": 300,
"w": medium,
"h": height,
})
})
### ENTRY
h.myEntry = sn(
**
{ ## gui.entry(arg,"style","align","text", name="entryName" ,password=True, keyboard=True, type=number),
"obj":
gui.entry(arg,
"entryMedium",
"center",
"Edit me!",
name="myEntry",
password=True,
keyboard=True),
"pos":
sn(**{
"x": 10,
"y": 10,
"w": 150,
"h": 30,
})
})
h.btnTest1 = sn(
**{ ## gui.button(arg,"style","unused","text",lambda: fcn(arg)),
## Function Wont Work on Quick View
"obj":
gui.button(arg, "btnBig", "center", "Push Me!",
lambda: arg.fcn_main.testFcn(arg)),
"pos":
sn(**{
"x": margin,
"y": 200,
"w": medium,
"h": height,
})
})
h.btnTest2 = sn(
**{ ## gui.button(arg,"style","unused","text",lambda: fcn(arg)),
"obj":
gui.button(arg, "btnBig", "center", "NEXT PAGE",
lambda: gui.showPage(arg, "pg_testing")),
"pos":
sn(
**{
"x": margin,
"y": h.btnTest1.pos.y + h.btnTest1.pos.h + spacing,
"w": medium,
"h": height,
})
})
#
data = ["Entry1", "fsfs"] ## ["Entry 1" , "Entry 2"]
h.listbox1 = sn(
**{
"obj":
gui.listbox(arg, data, "listbox1"),
"pos":
sn(
**{
"x": margin + medium + spacing,
"y": margin,
"w": large,
"h": 300,
})
})
data = ["Entry 1", "Entry 2"]
h.dropdown1 = sn(
**{
"obj": gui.dropdown(arg, "ddstyle", "center", data, "dropdown1"),
"pos": sn(**{
"x": 600,
"y": 20,
"w": 180,
"h": 35,
})
})
rsp = db(arg, "getPathologist")
data = []
for dt in rsp:
data.append([dt["name"], dt["status"]])
h.table1 = sn(
**{
"obj":
gui.ttk.Treeview(arg.master),
"pos":
sn(**{
"x": 70,
"y": 180,
"w": 650,
"h": 200,
}),
"table":
sn(
**{
"columns": [
sn(**{
"title": "Name",
"width": 500
}),
sn(**{
"title": "Status",
"width": 150
}),
# sn(**{"title" : "Brand", "width" : 150}),
# sn(**{"title" : "Equipment", "width" : 200}),
# sn(**{"title" : "Tag", "width" : 100}),
],
"data": [[]],
}),
})
# For Scrollbar
h.table1Scroll = sn(
**{
"obj":
gui.ttk.Scrollbar(
arg.master, orient="vertical", command=h.table1.obj.yview),
"pos":
sn(**{
"x": 725,
"y": 180,
"w": 25,
"h": 200,
})
})
h.table1.obj.configure(yscrollcommand=h.table1Scroll.obj.set)
# self.canvas.bind('<Button-1>', self.clicked)
# self.canvas.bind('<Double-1>', self.double_click)
# self.canvas.bind('<ButtonRelease-1>', self.button_released)
# self.canvas.bind('<B1-Motion>', self.moved)
# Bind double click even on table1 data/row.
h.table1.obj.bind(
'<Double-1>',
lambda event, t=h.table1.obj: arg.fcn_gui3.table1Double_ClickEven(arg))
# "data" : [
# ["Felipe Templo Jr, MD","ON-DUTY"],
# ["Jeffrey S. So, MD, DPSP","OFF-DUTY"],
# ["Francis G. Moria, MD, MSc FPSP","OFF-DUTY"],
# ["Jose Maria C. Avila, MD","ON-DUTY"],
# ["Michelle Anne M. Latoy, MD","ON-DUTY"],
# ["Aida Isabel Mendoza, MD","OFF-DUTY"],
# ["Charles Harris, MD","OFF-DUTY"],
# ["Felipe Templo Jr, MD","ON-DUTY"],
# ["Jeffrey S. So, MD, DPSP","OFF-DUTY"],
# ["Francis G. Moria, MD, MSc FPSP","OFF-DUTY"],
# ["Jose Maria C. Avila, MD","ON-DUTY"],
# ["Michelle Anne M. Latoy, MD","ON-DUTY"],
# ["Aida Isabel Mendoza, MD","OFF-DUTY"],
# ["Charles Harris, MD","OFF-DUTY"],
# ],
# h.scrollAlone = sn(**{
# "obj": gui.scroll(arg,"scrollstyle","center"),
# "pos": sn(**{
# "x": h.listbox1.pos.x + h.listbox1.pos.w + spacing,
# "y": margin,
# "w": 50,
# "h": 300,
# })
# })
# data = ["Entry1 - ON-DUTY","fsfs - OFF-DUTY"] ## ["Entry 1" , "Entry 2"]
# h.listbox1 = sn(**{
# "obj" : gui.listbox(arg,data,"listbox1"),
# "pos": sn(**{
# "x": 70,
# "y": 180,
# "w": 645,
# "h": 200,
# })
# })
# For Scrollbar
# h.listScroll = sn(**{
# "obj" : ttk.Scrollbar(master, orient="vertical",
# # command=handle["listbox1"]["element"].yview),
# command=h.listbox1.obj.yview),
# "pos" : sn(**{
# "x": 200,
# "y": 50,
# "w": 40,
# "h": 720,
# })
# })
# ##### SUB PROPERTIES OF THE ABOVE HANDLES
# h.listbox1.obj.configure(yscrollcommand=h.listScroll.obj.set);
h.checkbox = sn(
**{ ## gui.checkbox(arg,"yourText", lambda: test(arg)),
"obj": gui.checkbox(arg, "yourText", lambda: test(arg)),
"pos": sn(**{
"x": 10,
"y": 10,
"w": 150,
"h": 30,
})
})
# array 0 is the default value.
optionList1 = ('a', 'a', 'b', 'c')
h.combobox = sn(
**
{ ## ttk.OptionMenu(arg.master,v1,*optionList1, command=lambda selected:test123123(selected))
"obj":
gui.combobox(arg, optionList1,
lambda selected_val: test(selected_val)),
"pos":
sn(**{
"x": 50,
"y": 10,
"w": 150,
"h": 30,
})
})
h.progressbar = sn(
**
{ ## tttk.Progressbar(arg.master, orient = orient, length = length, mode = mode)
"obj": gui.progressbar(arg),
"pos": sn(**{
"x": 100,
"y": 10,
"w": 150,
"h": 30,
})
})
gui.hpropsobjs(arg, h)
return h
def run(self):
for event in pygame.event.get():
if event.type == pygame.QUIT:
return
elif event.type == pygame.VIDEORESIZE:
pygame.display.set_mode(
(event.size[0], event.size[1] - GRID_CELL_SIZE),
pygame.RESIZABLE)
break
pygame.init()
self.screen = pygame.display.get_surface()
if self.screen:
self.screensize = self.screen.get_size()
else:
info = pygame.display.Info()
self.screensize = (info.current_w, info.current_h)
self.screen = pygame.display.set_mode(self.screensize)
screensize = self.screensize
decksel = False
c8sheader = gui.label((100, 300), (200, 75), _('Crazy Eights'),
(0, 128, 0))
c8s2p = gui.button((100, 400), (200, 35), _("Two players"))
c8s3p = gui.button((100, 450), (200, 35), _("Three players"))
c8s4p = gui.button((100, 500), (200, 35), _("Four players"))
c8sframe = gui.frame((c8sheader, c8s2p, c8s3p, c8s4p), (75, 275),
(250, 275))
maindeck = gui.button((50, screensize[1] - 75), (85, 35), _("Deck"))
mainphoto = gui.button((screensize[0] - 200, screensize[1] - 75),
(160, 35), _("Photo deck"))
mainheader = gui.image((50, 25), (screensize[0] - 100, 200),
'fiftytwo.png', -1)
mainframe = gui.frame((mainheader, maindeck, mainphoto),
(25, screensize[1] - 100),
(screensize[0] - 50, 75))
deckselexit = gui.button((screensize[0] - 215, screensize[1] - 145),
(115, 35), _("Cancel"))
deckfromjournal = gui.button(
(screensize[0] - 445, screensize[1] - 145), (200, 35),
_("from Journal"))
deckselregular = gui.image(
(115, 115), (crazyeights.card_width(), crazyeights.card_height()),
'back.regular.png')
deckselgnome = gui.image(
(300, 115), (crazyeights.card_width(), crazyeights.card_height()),
'back.gnome.png')
deckselparis = gui.image(
(485, 115), (crazyeights.card_width(), crazyeights.card_height()),
'back.paris.png')
deckselshapes = gui.image(
(670, 115), (crazyeights.card_width(), crazyeights.card_height()),
'back.shapes.png')
self.deckseluser = gui.image(
(855, 115), (crazyeights.card_width(), crazyeights.card_height()),
'back.user.png')
deckselpopup = gui.popup(
(deckselexit, deckfromjournal, deckselregular, deckselgnome,
deckselparis, deckselshapes, self.deckseluser), (100, 100),
(screensize[0] - 200, screensize[1] - 200))
mouseposition = [0, 0, 0]
self.screen.fill((192, 64, 255))
# Set the name of the players
names = []
names.append('l' + _('You'))
names.append('a' + _('XO player #1'))
names.append('a' + _('XO player #2'))
names.append('a' + _('XO player #3'))
names.append('a' + _('The XO'))
fpslimiter = pygame.time.Clock()
while True:
fpslimiter.tick(20)
while Gtk.events_pending():
Gtk.main_iteration()
for event in pygame.event.get():
if event.type == pygame.MOUSEMOTION:
mouseposition[0] = event.pos[0]
mouseposition[1] = event.pos[1]
elif event.type == pygame.MOUSEBUTTONDOWN:
mouseposition[2] = 1
elif event.type == pygame.MOUSEBUTTONUP:
mouseposition[2] = 0
if not decksel and c8s2p.detect_click(event.pos):
crazyeights.main((names[4], names[0]), screensize)
self.screen.fill(MMCOL)
pygame.event.set_allowed(pygame.MOUSEMOTION)
elif not decksel and c8s3p.detect_click(event.pos):
crazyeights.main((names[1], names[2], names[0]),
screensize)
self.screen.fill(MMCOL)
pygame.event.set_allowed(pygame.MOUSEMOTION)
elif not decksel and c8s4p.detect_click(event.pos):
crazyeights.main(
(names[1], names[2], names[0], names[3]),
screensize)
self.screen.fill(MMCOL)
pygame.event.set_allowed(pygame.MOUSEMOTION)
elif not decksel and maindeck.detect_click(event.pos):
decksel = True
elif not decksel and mainphoto.detect_click(event.pos):
self.photo()
self.screen.fill(MMCOL)
elif decksel and deckselexit.detect_click(event.pos):
decksel = False
self.screen.fill(MMCOL)
elif decksel and deckfromjournal.detect_click(event.pos):
picture = self.parent.load_image_from_journal()
if picture:
self.update_user_deck(picture.file_path)
self.screen.fill(MMCOL)
elif decksel and deckselgnome.detect_click(event.pos):
deck.deck = 'gnome'
decksel = False
self.screen.fill(MMCOL)
elif decksel and deckselregular.detect_click(event.pos):
deck.deck = 'regular'
decksel = False
self.screen.fill(MMCOL)
elif decksel and deckselparis.detect_click(event.pos):
deck.deck = 'paris'
decksel = False
self.screen.fill(MMCOL)
elif decksel and deckselshapes.detect_click(event.pos):
deck.deck = 'shapes'
decksel = False
self.screen.fill(MMCOL)
elif decksel and self.deckseluser.detect_click(event.pos):
deck.deck = 'user'
decksel = False
self.screen.fill(MMCOL)
if not decksel:
c8sframe.update()
c8sframe.draw(self.screen, mouseposition)
mainframe.update()
mainframe.draw(self.screen, mouseposition)
else:
deckselpopup.update()
deckselpopup.draw(self.screen, mouseposition)
pygame.display.flip()
def photo(self):
screensize = self.screensize
mouseposition = [0, 0, 0]
self.screen = pygame.display.get_surface()
fpslimiter = pygame.time.Clock()
photodynamic = gui.image((125, 125), (640, 480), 'back.regular.png')
photoreturn = gui.button((screensize[0] - 300, screensize[1] - 175),
(150, 35), _("Cancel"))
photopopup = gui.popup((photodynamic, photoreturn), (100, 100),
(screensize[0] - 200, screensize[1] - 200))
pygame.camera.init()
cams = pygame.camera.list_cameras()
if cams:
photocamera = pygame.camera.Camera(cams[0], (640, 480), 'RGB')
photocamera.start()
photocamera.set_controls(True, False)
camera_size = photocamera.get_size()
capture = pygame.surface.Surface(camera_size, 0, self.screen)
photodynamic.image = photocamera.get_image(capture)
running = True
while running:
fpslimiter.tick(20)
photodynamic.image = photocamera.get_image(capture)
while Gtk.events_pending():
Gtk.main_iteration()
for event in pygame.event.get():
"""if event.type == pygame.KEYDOWN:
if event.key == pygame.K_SPACE:
photodynamic.image = photocamera.get_image(capture)"""
if event.type == pygame.MOUSEMOTION:
mouseposition[0] = event.pos[0]
mouseposition[1] = event.pos[1]
elif event.type == pygame.MOUSEBUTTONDOWN:
mouseposition[2] = 1
self.flush_queue()
elif event.type == pygame.MOUSEBUTTONUP:
mouseposition[2] = 0
if photoreturn.detect_click(event.pos):
running = False
elif photodynamic.detect_click(event.pos):
r = photodynamic.image.get_rect()
r.x = mouseposition[0] - 125
r.y = mouseposition[1] - 125
r.w = 156
r.h = 244
sub = photodynamic.image.subsurface(r)
# borde negro
pygame.draw.rect(sub, (0, 0, 0), (0, 0, r.w, r.h),
3)
pygame.image.save(sub, 'data/back.user.png')
self.deckseluser.image = sub
deck.deck = 'user'
running = False
photopopup.update()
photopopup.draw(self.screen, mouseposition)
r = self.screen.get_rect()
r.x = 125
r.y = 125
r.w = 640
r.h = 480
self.screen.set_clip(r)
r.x = mouseposition[0]
r.y = mouseposition[1]
r.w = 156
r.h = 244
pygame.draw.rect(self.screen, (255, 0, 0), r, 4)
self.screen.set_clip()
pygame.display.flip()
photocamera.stop()
def main():
gui.image()
say("Hello. I am here to help you. What do you want me to do?")
gui.gif()
