def menu(
menu, # iterable of str as ("item",) or ("item::tooltip",)
font1=None, # font object|None(pygame default font): unhighlighted item font
font2=None, # font object|None(font1): highlighted item font
color1=(128, 128,
128), # (int,int,int)|color object: unhighlighted item color
color2=None, # (int,int,int)|color object|None(calculated from the light arg): highlighted/neon item color
interline=5, # int: items spacing
justify=True, # boolean
light=5, # int in range [-10,10]: use if color2 is None
speed=300, # int (0 = no sliding): anim speed
lag=30, # int in range [0,90]
neon=True, # boolean: set neon effect
tooltipfont=None, # font object|None(pygame default font)
tooltiptime=2000, # int
cursor_img=None,
hotspot=(0, 0),
x=None,
y=None,
topleft=None,
midtop=None,
topright=None,
midleft=None,
center=None,
midright=None,
bottomleft=None,
midbottom=None,
bottomright=None,
centerx=None,
centery=None):
"""
menu(
menu, # iterable of str as ("item",) or ("item::tooltip",)
font1 = None, # font object|None(pygame default font): unhighlighted item font
font2 = None, # font object|None(font1): highlighted item font
color1 = (128,128,128), # (int,int,int)|color object: unhighlighted item color
color2 = None, # (int,int,int)|color object|None(calculated from the light arg): highlighted/neon item color
interline = 5, # int: items spacing
justify = True, # boolean
light = 5, # int in range [-10,10]: use if color2 is None
speed = 300, # int (0 = no sliding): anim speed
lag = 30, # int in range [0,90]
neon = True, # boolean: set neon effect
tooltipfont= None, # font object|None(pygame default font)
tooltiptime= 2000 # int
cursor_img = None,
hotspot = (0,0),
x = None,
y = None,
topleft = None,
midtop = None,
topright = None,
midleft = None,
center = None,
midright = None,
bottomleft = None,
midbottom = None,
bottomright= None,
centerx = None,
centery = None
return: (None,None) if hit escape else (item,index)
"""
global hold_bg_cursor
shad = 100 # test
class Item(Rect, object):
def __init__(self, rect, label, tooltip):
Rect.__init__(self, rect)
self.label = label
render1 = font1.render(label, 1, color1)
if justify: self.centerx = r1.centerx
self.render1 = Surface(render1.get_rect().inflate(3, 3).size,
SRCALPHA)
self.render1.blit(render1, (3, 3))
self.render1.fill((0, 0, 0, shad), special_flags=BLEND_RGBA_MIN)
#sub1 = scr.subsurface(self.move(3,3)).copy().convert_alpha() # test uncomment
#surfarray.pixels_alpha(sub1)[:] = surfarray.array_alpha(render1) # test uncomment
sub1 = render1 # test comment
self.render1.blit(sub1, (0, 0))
self.render2 = font2.render(label, 1, color2)
self.white = self.render2.copy()
self.white.fill((255, 255, 255, 0), special_flags=BLEND_RGBA_MAX)
if neon:
render2 = font2.render(label, 1, color1)
renderneon = self.render2.copy()
self.render2 = Surface(render2.get_rect().inflate(2, 2).size,
SRCALPHA)
for pos in ((0, 0), (0, 1), (0, 2), (1, 0), (2, 0), (0, 2),
(1, 2), (2, 2)):
self.render2.blit(renderneon, pos)
self.render2.blit(render2, (1, 1))
if tooltip:
tooltip = tooltipfont.render(tooltip, 1, (200, 200, 200))
r = tooltip.get_rect().inflate(11, 7)
self.tooltip = Surface(r.size, SRCALPHA)
r = self.tooltip.fill((0, 0, 0, shad),
(3, 3, r.w - 3, r.h - 3))
r = self.tooltip.fill((200, 200, 200, 30), r.move(-3, -3))
self.tooltip.fill((0, 0, 0, 200), r.inflate(-2, -2))
self.tooltip.blit(tooltip, (4, 2))
else:
self.tooltip = None
def show():
i = Rect((0, 0), menu[idx].render2.get_size())
if justify: i.center = menu[idx].center
else: i.midleft = menu[idx].midleft
del_cursor()
scr.blit(bg, r2, r2)
[scr.blit(item.render1, item) for item in menu if item != menu[idx]]
scr.blit(menu[idx].white, i)
show_cursor()
display.update(r2)
time.wait(50)
del_cursor()
r = scr.blit(menu[idx].render2, i)
show_cursor()
display.update(r.inflate(2, 2))
return r
def anim():
a = [menu[0]] if lag else menu[:]
c = 0
qq = show_cursor()
t1 = t2 = 0
laps = 1000. / speed
z = []
while a:
cc = clk.tick()
t1 += cc
t2 += cc
if t2 >= 20 or t1 >= laps:
dc = scr.blit(hold_bg_cursor, qq)
z.append(dc)
for ev in event.get():
if ev.type == MOUSEMOTION:
hold_rect_cursor.topleft = ev.pos
hold_rect_cursor.move_ip(-hotspot[0], -hotspot[1])
t2 -= 20
if t1 >= laps:
for i in a:
z.append(scr.blit(bg, i.inflate(6, 6), i.inflate(6, 6)))
i.x = i.animx.pop(0)
z.append(scr.blit(i.render1, i).inflate(6, 6))
c += 1
if not a[0].animx:
i = a.pop(0)
if not lag: break
if lag:
foo, bar = divmod(c, lag)
if not bar and foo < len(menu):
a.append(menu[foo])
t1 -= laps
if z:
qq = show_cursor()
z.append(qq)
display.update(z)
z = []
def del_cursor():
return scr.blit(hold_bg_cursor, scrrect.clip(hold_rect_cursor))
def show_cursor():
global hold_bg_cursor
hold_bg_cursor = scr.subsurface(scrrect.clip(hold_rect_cursor)).copy()
return scr.blit(cursor_img, hold_rect_cursor)
was_visible = mouse.set_visible(not cursor_img)
tooltip_offset = mouse.get_cursor()[0] if not cursor_img else (
cursor_img.get_width() - hotspot[0],
cursor_img.get_height() - hotspot[1])
events = event.get()
scr = display.get_surface()
scrrect = scr.get_rect()
bg = scr.copy()
if not font1: font1 = font.Font(None, scrrect.h // len(menu) // 3)
if not font2: font2 = font1
if not color1: color1 = (128, 128, 128)
if not color2:
color2 = list(
map(
lambda x: x + int(((255 - x) if light > 0 else x) *
(light / 10.)), color1))
if not tooltipfont:
tooltipfont = font.Font(None, int(font1.size('')[1] // 1.5))
menu, tooltip = zip(*[i.partition('::')[0::2] for i in menu])
m = max(menu, key=font1.size)
r1 = Rect((0, 0), font1.size(m))
ih = r1.size[1]
r2 = Rect((0, 0), font2.size(m))
r2.union_ip(r1)
w, h = r2.w - r1.w, r2.h - r1.h
r1.h = (r1.h + interline) * len(menu) - interline
r2 = r1.inflate(w, h).inflate(6, 6)
pos = {
"x": x,
"y": y,
"topleft": topleft,
"midtop": midtop,
"topright": topright,
"midleft": midleft,
"center": center,
"midright": midright,
"bottomleft": bottomleft,
"midbottom": midbottom,
"bottomright": bottomright,
"centerx": centerx,
"centery": centery
}
r2.center = scrrect.center
for k, v in pos.items():
if v != None:
setattr(r2, k, v)
if justify: r1.center = r2.center
else: r1.midleft = r2.midleft
menu = [
Item(((r1.x, r1.y + e * (ih + interline)), font1.size(i)), i,
tooltip[e]) for e, i in enumerate(menu) if i
]
hold_rect_cursor = Rect(mouse.get_pos(),
cursor_img.get_size() if cursor_img else (0, 0))
hold_rect_cursor.move_ip(-hotspot[0], -hotspot[1])
hold_bg_cursor = Surface((0, 0))
if not cursor_img:
cursor_img = Surface((0, 0))
clk = time.Clock()
clkt = 0
if speed:
for i in menu:
z = r1.w - i.x + r1.x
i.animx = [
cos(radians(x)) * (i.x + z) - z
for x in list(range(90, -1, -1))
]
i.x = i.animx.pop(0)
anim()
for i in menu:
z = scrrect.w + i.x - r1.x
i.animx = [
cos(radians(x)) * (-z + i.x) + z
for x in list(range(0, -91, -1))
]
i.x = i.animx.pop(0)
#~ display.update(del_cursor())
#mouse.set_pos(menu[0].center)
event.post(event.Event(MOUSEMOTION, {'pos': mouse.get_pos()}))
idx = 0
tooltip_seen = 0
r = show()
dirty = ()
while True:
ev = GetEvent.poll()
if ev.type == NOEVENT and ev.inactiv >= tooltiptime:
if not tooltip_seen and menu[idx].tooltip and r.collidepoint(
mouse.get_pos()):
rr0 = del_cursor()
rcom = menu[idx].tooltip.get_rect(
topleft=mouse.get_pos()).inflate(
4, 4).move(tooltip_offset).clamp(scrrect).clip(scrrect)
combg = scr.subsurface(rcom).copy()
scr.blit(menu[idx].tooltip, rcom)
dirty += (rr0, rcom, show_cursor())
tooltip_seen = 1
if ev.type == MOUSEMOTION:
idx_ = Rect(ev.pos, (0, 0)).collidelist(menu)
if idx_ != idx:
if tooltip_seen and (not r.collidepoint(mouse.get_pos())
or idx_ > -1):
dirty += (del_cursor(), scr.blit(combg,
rcom), show_cursor())
tooltip_seen = 0
if idx_ > -1:
idx = idx_
r = show()
rr0 = del_cursor()
hold_rect_cursor.topleft = ev.pos
hold_rect_cursor.move_ip(-hotspot[0], -hotspot[1])
dirty += (rr0, show_cursor())
elif ev.type == MOUSEBUTTONUP and ev.button == 1 and r.collidepoint(
ev.pos):
ret = menu[idx].label, idx
break
elif ev.type == KEYDOWN:
if ev.key == K_f:
# Gestion des evenements claviers / Keyboard
global MODE
# bascule entre mode fenêtré et plein écran
# switch display between windowed and full screen
if MODE == 0:
MODE = FULLSCREEN
else:
MODE = 0
display.set_mode((0, 0), MODE)
scr.blit(bg, bg.get_rect(center=scr.get_rect().center))
display.flip()
r = show()
else:
try:
idx = (idx + {K_UP: -1, K_DOWN: 1}[ev.key]) % len(menu)
if tooltip_seen:
dirty += (del_cursor(), scr.blit(combg,
rcom), show_cursor())
tooltip_seen = 0
r = show()
except:
if ev.key in (K_RETURN, K_KP_ENTER):
ret = menu[idx].label, idx
break
elif ev.key == K_ESCAPE:
ret = None, None
break
clkt += clk.tick(500)
if dirty:
display.update(dirty)
dirty = ()
clkt = 0
if tooltip_seen:
display.update(scr.blit(combg, rcom))
scr.blit(bg, r2, r2)
if speed:
[scr.blit(i.render1, i) for i in menu]
display.update(r2)
anim()
else:
display.update(r2)
display.update(del_cursor())
for ev in events:
event.post(ev)
mouse.set_visible(was_visible)
return ret
def menu(
menu, # iterable of str as ("item",) or ("item::tooltip",)
font1 = None, # font object|None(pygame default font): unhighlighted item font
font2 = None, # font object|None(font1): highlighted item font
color1 = (128,128,128), # (int,int,int)|color object: unhighlighted item color
color2 = None, # (int,int,int)|color object|None(calculated from the light arg): highlighted/neon item color
interline = 5, # int: items spacing
justify = True, # boolean
light = 5, # int in range [-10,10]: use if color2 is None
speed = 300, # int (0 = no sliding): anim speed
lag = 30, # int in range [0,90]
neon = True, # boolean: set neon effect
commfont = None, # font object|None(pygame default font)
commtime = 2000, # int
x = None,
y = None,
topleft = None,
midtop = None,
topright = None,
midleft = None,
center = None,
midright = None,
bottomleft = None,
midbottom = None,
bottomright= None,
centerx = None,
centery = None
):
"""
menu(
menu, # iterable of str as ("item",) or ("item::tooltip",)
font1 = None, # font object|None(pygame default font): unhighlighted item font
font2 = None, # font object|None(font1): highlighted item font
color1 = (128,128,128), # (int,int,int)|color object: unhighlighted item color
color2 = None, # (int,int,int)|color object|None(calculated from the light arg): highlighted/neon item color
interline = 5, # int: items spacing
justify = True, # boolean
light = 5, # int in range [-10,10]: use if color2 is None
speed = 300, # int (0 = no sliding): anim speed
lag = 30, # int in range [0,90]
neon = True, # boolean: set neon effect
commfont = None, # font object|None(pygame default font)
commtime = 2000 # int
x = None,
y = None,
topleft = None,
midtop = None,
topright = None,
midleft = None,
center = None,
midright = None,
bottomleft = None,
midbottom = None,
bottomright= None,
centerx = None,
centery = None
return: (None,None) if hit escape else (item,index)
"""
shad = 100 # test
class Item(Rect,object):
def __init__(self,rect,label,comm):
Rect.__init__(self,rect)
self.label = label
render1 = font1.render(label,1,color1)
if justify: self.centerx = r1.centerx
self.render1 = Surface(render1.get_rect().inflate(3,3).size,SRCALPHA)
self.render1.blit(render1,(3,3))
self.render1.fill((0,0,0,shad),special_flags=BLEND_RGBA_MIN)
#sub1 = scr.subsurface(self.move(3,3)).copy().convert_alpha() # test uncomment
#surfarray.pixels_alpha(sub1)[:] = surfarray.array_alpha(render1) # test uncomment
sub1 = render1 # test comment
self.render1.blit(sub1,(0,0))
self.render2 = font2.render(label,1,color2)
self.white = self.render2.copy()
self.white.fill((255,255,255,0),special_flags=BLEND_RGBA_MAX)
if neon:
render2 = font2.render(label,1,color1)
renderneon = self.render2.copy()
self.render2 = Surface(render2.get_rect().inflate(2,2).size,SRCALPHA)
for pos in ((0,0),(0,1),(0,2),(1,0),(2,0),(0,2),(1,2),(2,2)):
self.render2.blit(renderneon,pos)
self.render2.blit(render2,(1,1))
if comm:
comm = commfont.render(comm,1,(200,200,200))
r = comm.get_rect().inflate(11,7)
self.comm = Surface(r.size,SRCALPHA)
r = self.comm.fill((0,0,0,shad),(3,3,r.w-3,r.h-3))
r = self.comm.fill((200,200,200,30),r.move(-3,-3))
self.comm.fill((0,0,0,200),r.inflate(-2,-2))
self.comm.blit(comm,(4,2))
else:
self.comm = None
def show():
i = Rect((0,0),menu[idx].render2.get_size())
if justify: i.center = menu[idx].center
else: i.midleft = menu[idx].midleft
scr.blit(bg,r2,r2)
[scr.blit(item.render1,item) for item in menu if item!=menu[idx]]
scr.blit(menu[idx].white,i)
display.update(r2)
time.wait(50)
r = scr.blit(menu[idx].render2,i)
display.update(r.inflate(2,2))
return r
def anim():
clk = time.Clock()
a = [menu[0]] if lag else menu[:]
c = 0
while a:
for i in a:
g = i.__copy__()
i.x = i.animx.pop(0)
r = scr.blit(i.render1,i).inflate(6,6)
display.update((g,r))
scr.blit(bg,r,r)
c +=1
if not a[0].animx:
a.pop(0)
if not lag: break
if lag:
foo,bar = divmod(c,lag)
if not bar and foo < len(menu):
a.append(menu[foo])
clk.tick(speed)
mouse_bottonright = mouse.get_cursor()[0]
events = event.get()
scr = display.get_surface()
scrrect = scr.get_rect()
bg = scr.copy()
if not font1: font1 = font.Font(None,scrrect.h//len(menu)//3)
if not font2: font2 = font1
if not color1: color1 = (128,128,128)
if not color2: color2 = list(map(lambda x:x+int(((255-x)if light>0 else x)*(light/10.)),color1))
if not commfont: commfont = font.Font(None,int(font1.size('')[1]//1.5))
menu,comm = zip(*[i.partition('::')[0::2]for i in menu])
m = max(menu,key=font1.size)
r1 = Rect((0,0),font1.size(m))
ih = r1.size[1]
r2 = Rect((0,0),font2.size(m))
r2.union_ip(r1)
w,h = r2.w-r1.w,r2.h-r1.h
r1.h = (r1.h+interline)*len(menu)-interline
r2 = r1.inflate(w,h).inflate(6,6)
pos = {"x":x,
"y":y,
"topleft":topleft,
"midtop":midtop,
"topright":topright,
"midleft":midleft,
"center":center,
"midright":midright,
"bottomleft":bottomleft,
"midbottom":midbottom,
"bottomright":bottomright,
"centerx":centerx,
"centery":centery}
for k,v in pos.items():
if v != None:
setattr(r2,k,v)
break
else: r2.center = scrrect.center
if justify: r1.center = r2.center
else : r1.midleft = r2.midleft
menu = [Item(((r1.x,r1.y+e*(ih+interline)),font1.size(i)),i,comm[e]) for e,i in enumerate(menu)if i]
if speed:
for i in menu:
z = r1.w-i.x+r1.x
i.animx = [cos(radians(x))*(i.x+z)-z for x in list(range(90,-1,-1))]
i.x = i.animx.pop(0)
anim()
for i in menu:
z = scrrect.w+i.x-r1.x
i.animx = [cos(radians(x))*(-z+i.x)+z for x in list(range(0,-91,-1))]
i.x = i.animx.pop(0)
mpos = Rect(mouse.get_pos(),(0,0))
event.post(event.Event(MOUSEMOTION,{'pos': mpos.topleft if mpos.collidelistall(menu) else menu[0].center}))
idx = -1
comm_seen = 0
while True:
ev = GetEvent.poll()
if ev.type == NOEVENT and ev.inactiv >= commtime:
if not comm_seen and menu[idx].comm and r.collidepoint(mouse.get_pos()):
rcom = menu[idx].comm.get_rect(topleft=mouse.get_pos()).inflate(4,4).move(mouse_bottonright).clamp(scrrect)
combg = scr.subsurface(rcom).copy()
scr.blit(menu[idx].comm,rcom)
display.update(rcom)
comm_seen = 1
if ev.type == MOUSEMOTION:
idx_ = Rect(ev.pos,(0,0)).collidelist(menu)
if idx_ != idx:
if comm_seen and (not r.collidepoint(mouse.get_pos()) or idx_ > -1):
display.update(scr.blit(combg,rcom))
comm_seen = 0
if idx_ > -1:
idx = idx_
r = show()
elif ev.type == MOUSEBUTTONUP and ev.button == 1 and r.collidepoint(ev.pos):
ret = menu[idx].label,idx
break
elif ev.type == KEYDOWN:
try:
idx = (idx + {K_UP:-1,K_DOWN:1}[ev.key])%len(menu)
if comm_seen:
display.update(scr.blit(combg,rcom))
comm_seen = 0
r = show()
except:
if ev.key in (K_RETURN,K_KP_ENTER):
ret = menu[idx].label,idx
break
elif ev.key == K_ESCAPE:
ret = None,None
break
if comm_seen:
display.update(scr.blit(combg,rcom))
scr.blit(bg,r2,r2)
if speed:
[scr.blit(i.render1,i) for i in menu]
display.update(r2)
anim()
else: display.update(r2)
for ev in events: event.post(ev)
return ret
LINE = get the clicked line
NLINE = get the clicked line number
WORD = get the clicked word
SELECTION = get the selected text
with NLINE and WORD you can make some simplist menus, ex:
choose a colour, click on following items:
\t\tRED
\t\tBLUE
\t\tWHITE
QUIT"""
try: import GetEvent
except : GetEvent = pygame.event
txt = Reader(text.expandtabs(4),(20,20),660,15,height=360,bg=(20,20,20),fgcolor=(255,255,255),hlcolor=(255,10,150,100),split=True)
txt.show()
pygame.key.set_repeat(100,25)
while True:
evs = GetEvent.get()
if evs:
for ev in evs:
txt.update(ev)
if ev.type == pygame.MOUSEBUTTONDOWN and ev.button == 1:
if txt.WORD: stdout.write(txt.WORD+'\n')
if txt.WORD == 'QUIT': exit()
if txt.WORD == 'RED': txt.FGCOLOR = 255,200,180
if txt.WORD == 'BLUE': txt.FGCOLOR = 180,200,255
if txt.WORD == 'WHITE': txt.FGCOLOR = 255,255,255
txt.show()
def menu(
menu, # iterable of str as ("item",) or ("item::tooltip",)
font1=font.Font(
"graphics/font/Berry Rotunda.ttf", 20
), # font object|None(pygame default font): unhighlighted item font
font2=font.Font("graphics/font/Berry Rotunda.ttf", 25), # font object|None(font1): highlighted item font
color1=(255, 80, 40), # (int,int,int)|color object: unhighlighted item color
color2=None, # (int,int,int)|color object|None(calculated from the light arg): highlighted/neon item color
interline=5, # int: items spacing
justify=True, # boolean
light=9, # int in range [-10,10]: use if color2 is None
speed=0, # int (0 = no sliding): anim speed
lag=30, # int in range [0,90]
neon=True, # boolean: set neon effect
tooltipfont=font.Font("graphics/font/Berry Rotunda.ttf", 12), # font object|None(pygame default font)
tooltiptime=1000, # int
cursor_img=image.load("graphics/mouse.png"),
hotspot=(0, 0), # décalage pointeur souris
x=None,
y=None,
topleft=None,
midtop=None,
topright=None,
midleft=None,
center=None,
midright=None,
bottomleft=None,
midbottom=None,
bottomright=None,
centerx=None,
centery=None,
):
global hold_bg_cursor
shad = 100 # test
class Item(Rect, object):
def __init__(self, rect, label, tooltip):
Rect.__init__(self, rect)
self.label = label
render1 = font1.render(label, 1, color1)
if justify:
self.centerx = r1.centerx
self.render1 = Surface(render1.get_rect().inflate(3, 3).size, SRCALPHA)
self.render1.blit(render1, (3, 3))
self.render1.fill((0, 0, 0, shad), special_flags=BLEND_RGBA_MIN)
# sub1 = scr.subsurface(self.move(3,3)).copy().convert_alpha() # test uncomment
# surfarray.pixels_alpha(sub1)[:] = surfarray.array_alpha(render1) # test uncomment
sub1 = render1 # test comment
self.render1.blit(sub1, (0, 0))
self.render2 = font2.render(label, 1, color2)
self.white = self.render2.copy()
self.white.fill((255, 255, 255, 0), special_flags=BLEND_RGBA_MAX)
if neon:
render2 = font2.render(label, 1, color1)
renderneon = self.render2.copy()
self.render2 = Surface(render2.get_rect().inflate(2, 2).size, SRCALPHA)
for pos in ((0, 0), (0, 1), (0, 2), (1, 0), (2, 0), (0, 2), (1, 2), (2, 2)):
self.render2.blit(renderneon, pos)
self.render2.blit(render2, (1, 1))
if tooltip:
tooltip = tooltipfont.render(tooltip, 1, (200, 200, 200))
r = tooltip.get_rect().inflate(11, 7)
self.tooltip = Surface(r.size, SRCALPHA)
r = self.tooltip.fill((0, 0, 0, shad), (3, 3, r.w - 3, r.h - 3))
r = self.tooltip.fill((200, 200, 200, 30), r.move(-3, -3))
self.tooltip.fill((0, 0, 0, 200), r.inflate(-2, -2))
self.tooltip.blit(tooltip, (4, 2))
else:
self.tooltip = None
def show():
i = Rect((0, 0), menu[idx].render2.get_size())
if justify:
i.center = menu[idx].center
else:
i.midleft = menu[idx].midleft
del_cursor()
scr.blit(bg, r2, r2)
[scr.blit(item.render1, item) for item in menu if item != menu[idx]]
scr.blit(menu[idx].white, i)
show_cursor()
display.update(r2)
time.wait(50)
del_cursor()
r = scr.blit(menu[idx].render2, i)
show_cursor()
display.update(r.inflate(2, 2))
return r
def anim():
a = [menu[0]] if lag else menu[:]
c = 0
qq = show_cursor()
t1 = t2 = 0
laps = 1000.0 / speed
z = []
while a:
cc = clk.tick()
t1 += cc
t2 += cc
if t2 >= 20 or t1 >= laps:
dc = scr.blit(hold_bg_cursor, qq)
z.append(dc)
for ev in event.get():
if ev.type == MOUSEMOTION:
hold_rect_cursor.topleft = ev.pos
hold_rect_cursor.move_ip(-hotspot[0], -hotspot[1])
t2 -= 20
if t1 >= laps:
for i in a:
z.append(scr.blit(bg, i.inflate(6, 6), i.inflate(6, 6)))
i.x = i.animx.pop(0)
z.append(scr.blit(i.render1, i).inflate(6, 6))
c += 1
if not a[0].animx:
i = a.pop(0)
if not lag:
break
if lag:
foo, bar = divmod(c, lag)
if not bar and foo < len(menu):
a.append(menu[foo])
t1 -= laps
if z:
qq = show_cursor()
z.append(qq)
display.update(z)
z = []
def del_cursor():
return scr.blit(hold_bg_cursor, scrrect.clip(hold_rect_cursor))
def show_cursor():
global hold_bg_cursor
hold_bg_cursor = scr.subsurface(scrrect.clip(hold_rect_cursor)).copy()
return scr.blit(cursor_img, hold_rect_cursor)
was_visible = mouse.set_visible(not cursor_img)
tooltip_offset = (
mouse.get_cursor()[0]
if not cursor_img
else (cursor_img.get_width() - hotspot[0], cursor_img.get_height() - hotspot[1])
)
events = event.get()
scr = display.get_surface()
scrrect = scr.get_rect()
bg = scr.copy()
if not font1:
font1 = font.Font(None, scrrect.h // len(menu) // 3)
if not font2:
font2 = font1
if not color1:
color1 = (128, 128, 128)
if not color2:
color2 = list(map(lambda x: x + int(((255 - x) if light > 0 else x) * (light / 10.0)), color1))
if not tooltipfont:
tooltipfont = font.Font(None, int(font1.size("")[1] // 1.5))
menu, tooltip = zip(*[i.partition("::")[0::2] for i in menu])
m = max(menu, key=font1.size)
r1 = Rect((0, 0), font1.size(m))
ih = r1.size[1]
r2 = Rect((0, 0), font2.size(m))
r2.union_ip(r1)
w, h = r2.w - r1.w, r2.h - r1.h
r1.h = (r1.h + interline) * len(menu) - interline
r2 = r1.inflate(w, h).inflate(6, 6)
pos = {
"x": x,
"y": y,
"topleft": topleft,
"midtop": midtop,
"topright": topright,
"midleft": midleft,
"center": center,
"midright": midright,
"bottomleft": bottomleft,
"midbottom": midbottom,
"bottomright": bottomright,
"centerx": centerx,
"centery": centery,
}
r2.center = scrrect.center
for k, v in pos.items():
if v != None:
setattr(r2, k, v)
if justify:
r1.center = r2.center
else:
r1.midleft = r2.midleft
menu = [Item(((r1.x, r1.y + e * (ih + interline)), font1.size(i)), i, tooltip[e]) for e, i in enumerate(menu) if i]
hold_rect_cursor = Rect(mouse.get_pos(), cursor_img.get_size() if cursor_img else (0, 0))
hold_rect_cursor.move_ip(-hotspot[0], -hotspot[1])
hold_bg_cursor = Surface((0, 0))
if not cursor_img:
cursor_img = Surface((0, 0))
clk = time.Clock()
clkt = 0
if speed:
for i in menu:
z = r1.w - i.x + r1.x
i.animx = [cos(radians(x)) * (i.x + z) - z for x in list(range(90, -1, -1))]
i.x = i.animx.pop(0)
anim()
for i in menu:
z = scrrect.w + i.x - r1.x
i.animx = [cos(radians(x)) * (-z + i.x) + z for x in list(range(0, -91, -1))]
i.x = i.animx.pop(0)
# ~ display.update(del_cursor())
# mouse.set_pos(menu[0].center)
event.post(event.Event(MOUSEMOTION, {"pos": mouse.get_pos()}))
idx = 0
tooltip_seen = 0
r = show()
dirty = ()
while True:
ev = GetEvent.poll()
if ev.type == NOEVENT and ev.inactiv >= tooltiptime:
if not tooltip_seen and menu[idx].tooltip and r.collidepoint(mouse.get_pos()):
rr0 = del_cursor()
rcom = (
menu[idx]
.tooltip.get_rect(topleft=mouse.get_pos())
.inflate(4, 4)
.move(tooltip_offset)
.clamp(scrrect)
.clip(scrrect)
)
combg = scr.subsurface(rcom).copy()
scr.blit(menu[idx].tooltip, rcom)
dirty += (rr0, rcom, show_cursor())
tooltip_seen = 1
if ev.type == MOUSEMOTION:
idx_ = Rect(ev.pos, (0, 0)).collidelist(menu)
if idx_ != idx:
if tooltip_seen and (not r.collidepoint(mouse.get_pos()) or idx_ > -1):
dirty += (del_cursor(), scr.blit(combg, rcom), show_cursor())
tooltip_seen = 0
if idx_ > -1:
idx = idx_
r = show()
rr0 = del_cursor()
hold_rect_cursor.topleft = ev.pos
hold_rect_cursor.move_ip(-hotspot[0], -hotspot[1])
dirty += (rr0, show_cursor())
elif ev.type == MOUSEBUTTONUP and ev.button == 1 and r.collidepoint(ev.pos):
ret = menu[idx].label, idx
break
elif ev.type == KEYDOWN:
try:
idx = (idx + {K_UP: -1, K_DOWN: 1}[ev.key]) % len(menu)
if tooltip_seen:
dirty += (del_cursor(), scr.blit(combg, rcom), show_cursor())
tooltip_seen = 0
r = show()
except:
if ev.key in (K_RETURN, K_KP_ENTER):
ret = menu[idx].label, idx
break
elif ev.key == K_ESCAPE:
ret = None, None
break
clkt += clk.tick(500)
if dirty:
display.update(dirty)
dirty = ()
clkt = 0
if tooltip_seen:
display.update(scr.blit(combg, rcom))
scr.blit(bg, r2, r2)
if speed:
[scr.blit(i.render1, i) for i in menu]
display.update(r2)
anim()
else:
display.update(r2)
display.update(del_cursor())
for ev in events:
event.post(ev)
mouse.set_visible(was_visible)
return ret
if frame: frame = 0
else: frame = NOFRAME
scr = display.set_mode((width,height),frame)
key.set_repeat(100,50)
r = scr.get_rect()
scr.fill(bgcolor)
r.inflate_ip(-border,-border)
draw.rect(scr,fgcolor,r,1)
r.inflate_ip(-marge,-marge)
x,y = r.left,label.screen(scr,r.topleft,fgcolor,font).bottom + char_h
m = reader.Lister(menu,(r.left,y),(r.w,foo),fontsize)
m.screen()
display.flip()
while 1:
ev = GetEvent.wait()
m.update(ev)
m.screen()
if (ev.type == MOUSEBUTTONUP and ev.click[1] == 2 and m.LINE) or (ev.type == KEYDOWN and ev.key in (K_RETURN,K_KP_ENTER)):
pickle.dump((m.NLINE,m.LINE[1:]),stdout.buffer if version_info[0]==3 else stdout,protocol=2)
break
display.flip()
if ev.type == QUIT:
pickle.dump(('',''),stdout.buffer if version_info[0]==3 else stdout,protocol=2)
break
scr = display.set_mode((width, height), frame)
key.set_repeat(100, 50)
r = scr.get_rect()
scr.fill(bgcolor)
r.inflate_ip(-border, -border)
draw.rect(scr, fgcolor, r, 1)
r.inflate_ip(-marge, -marge)
x, y = r.left, label.screen(scr, r.topleft, fgcolor, font).bottom + char_h
m = reader.Lister(menu, (r.left, y), (r.w, foo), fontsize)
m.screen()
display.flip()
while 1:
ev = GetEvent.wait()
m.update(ev)
m.screen()
if (ev.type == MOUSEBUTTONUP and ev.click[1] == 2
and m.LINE) or (ev.type == KEYDOWN
and ev.key in (K_RETURN, K_KP_ENTER)):
pickle.dump((m.NLINE, m.LINE[1:]),
stdout.buffer if version_info[0] == 3 else stdout,
protocol=2)
break
display.flip()
if ev.type == QUIT:
pickle.dump(('', ''),
stdout.buffer if version_info[0] == 3 else stdout,
protocol=2)
break
QUIT"""
try:
import GetEvent
except:
GetEvent = pygame.event
txt = Reader(unicode(text.expandtabs(4), 'utf8'), (20, 20),
660,
15,
height=360,
font=os.path.join(thisrep, 'MonospaceTypewriter.ttf'),
bg=pygame.image.load(os.path.join(thisrep, 'bg.jpg')),
fgcolor=(255, 255, 255),
hlcolor=(255, 10, 150, 100),
split=False)
txt.show()
pygame.key.set_repeat(100, 25)
while True:
evs = GetEvent.get()
if evs:
for ev in evs:
txt.update(ev)
if ev.type == pygame.MOUSEBUTTONDOWN and ev.button == 1:
if txt.WORD: stdout.write(txt.WORD + '\n')
if txt.WORD == 'QUIT': exit()
if txt.WORD == 'RED': txt.FGCOLOR = 255, 200, 180
if txt.WORD == 'BLUE': txt.FGCOLOR = 180, 200, 255
if txt.WORD == 'WHITE': txt.FGCOLOR = 255, 255, 255
txt.show()
