from pygame import *
from math import pi
class Key:
row_positions = {
'first': 5,
'second': 55,
'third': 105,
'fourth': 155,
'fifth': 205,
'sixth': 255,
}
default_outer_color = (120, 120, 120)
lighter_outer_color = (200, 200, 200)
default_inner_color = (255, 255, 255)
def __init__(self, key_name, key_sym, top, left, width = 48, height = 48, disabled = False):
self.key_name = key_name
self.key_sym = key_sym
if isinstance(top, str):
self.top = self.row_positions[top]
else:
self.top = top
self.left = left
self.width = width
self.height = height
self.bottom = self.top + self.height
self.right = self.left + self.width
self.rect = (self.left, self.top, self.right, self.bottom)
self.position = (self.left, self.top)
if disabled:
self.outer_color = self.lighter_outer_color
self.linewidth = 1
else:
self.outer_color = self.default_outer_color
self.linewidth = 3
self.inner_color = self.default_inner_color
def square(self):
return RoundedRect((0, 0, self.width, self.height),
self.outer_color, self.inner_color, self.linewidth)
def collidepoint(self, position):
return self.surface.get_rect().collidepoint(
position[0] - self.position[0],
position[1] - self.position[1]
)
def draw(self, background_surface):
self.surface = self.square().surface()
police = font.Font(None, 20)
text = police.render(self.key_sym, True, (0,0,0))
self.surface.blit(text, (5,5))
background_surface.blit(self.surface, self.position)
def do_actions(self):
print("coucou" + self.key_sym)
pass
keys = {
K_ESCAPE: Key(K_ESCAPE, 'ESC', 'first', 0),
K_F1: Key(K_F1, 'F1', 'first', 100),
K_F2: Key(K_F2, 'F2', 'first', 150),
K_F3: Key(K_F3, 'F3', 'first', 200),
K_F4: Key(K_F4, 'F4', 'first', 250),
K_F5: Key(K_F5, 'F5', 'first', 325),
K_F6: Key(K_F6, 'F6', 'first', 375),
K_F7: Key(K_F7, 'F7', 'first', 425),
K_F8: Key(K_F8, 'F8', 'first', 475),
K_F9: Key(K_F9, 'F9', 'first', 550),
K_F10: Key(K_F10, 'F10', 'first', 600),
K_F11: Key(K_F11, 'F11', 'first', 650),
K_F12: Key(K_F12, 'F12', 'first', 700),
178: Key(178, '²', 'second', 0),
K_AMPERSAND: Key(K_AMPERSAND, '&', 'second', 50),
233: Key(233, 'é', 'second', 100),
K_QUOTEDBL: Key(K_QUOTEDBL, '"', 'second', 150),
K_QUOTE: Key(K_QUOTE, "'", 'second', 200),
K_LEFTPAREN: Key(K_LEFTPAREN, '(', 'second', 250),
K_MINUS: Key(K_MINUS, '-', 'second', 300),
232: Key(232, 'è', 'second', 350),
K_UNDERSCORE: Key(K_UNDERSCORE, '_', 'second', 400),
231: Key(231, 'ç', 'second', 450),
224: Key(224, 'à', 'second', 500),
K_RIGHTPAREN: Key(K_RIGHTPAREN, ')', 'second', 550),
K_EQUALS: Key(K_EQUALS, '=', 'second', 600),
K_BACKSPACE: Key(K_BACKSPACE, '<-', 'second', 650, width = 98),
K_TAB: Key(K_TAB, 'tab', 'third', 0, width = 73),
K_a: Key(K_a, 'a', 'third', 75),
K_z: Key(K_z, 'z', 'third', 125),
K_e: Key(K_e, 'e', 'third', 175),
K_r: Key(K_r, 'r', 'third', 225),
K_t: Key(K_t, 't', 'third', 275),
K_y: Key(K_y, 'y', 'third', 325),
K_u: Key(K_u, 'u', 'third', 375),
K_i: Key(K_i, 'i', 'third', 425),
K_o: Key(K_o, 'o', 'third', 475),
K_p: Key(K_p, 'p', 'third', 525),
K_CARET: Key(K_CARET, '^', 'third', 575),
K_DOLLAR: Key(K_DOLLAR, '$', 'third', 625),
K_RETURN: Key(K_RETURN, 'Enter', 'third', 692, width = 56, height = 98),
K_CAPSLOCK: Key(K_CAPSLOCK, 'CAPS', 'fourth', 0, width = 88, disabled = True),
K_q: Key(K_q, 'q', 'fourth', 90),
K_s: Key(K_s, 's', 'fourth', 140),
K_d: Key(K_d, 'd', 'fourth', 190),
K_f: Key(K_f, 'f', 'fourth', 240),
K_g: Key(K_g, 'g', 'fourth', 290),
K_h: Key(K_h, 'h', 'fourth', 340),
K_j: Key(K_j, 'j', 'fourth', 390),
K_k: Key(K_k, 'k', 'fourth', 440),
K_l: Key(K_l, 'l', 'fourth', 490),
K_m: Key(K_m, 'm', 'fourth', 540),
249: Key(249, 'ù', 'fourth', 590),
K_ASTERISK: Key(K_ASTERISK, '*', 'fourth', 640),
K_LSHIFT: Key(K_LSHIFT, 'LShift', 'fifth', 0, width = 63, disabled = True),
K_LESS: Key(K_LESS, '<', 'fifth', 65),
K_w: Key(K_w, 'w', 'fifth', 115),
K_x: Key(K_x, 'x', 'fifth', 165),
K_c: Key(K_c, 'c', 'fifth', 215),
K_v: Key(K_v, 'v', 'fifth', 265),
K_b: Key(K_b, 'b', 'fifth', 315),
K_n: Key(K_n, 'n', 'fifth', 365),
K_COMMA: Key(K_COMMA, ',', 'fifth', 415),
K_SEMICOLON: Key(K_SEMICOLON, ';', 'fifth', 465),
K_COLON: Key(K_COLON, ':', 'fifth', 515),
K_EXCLAIM: Key(K_EXCLAIM, '!', 'fifth', 565),
K_RSHIFT: Key(K_RSHIFT, 'RShift', 'fifth', 615, width = 133, disabled = True),
K_LCTRL: Key(K_LCTRL, 'LCtrl', 'sixth', 0, width = 63, disabled = True),
K_LSUPER: Key(K_LSUPER, 'LSuper', 'sixth', 115, disabled = True),
K_LALT: Key(K_LALT, 'LAlt', 'sixth', 165, disabled = True),
K_SPACE: Key(K_SPACE, 'Espace', 'sixth', 215, width = 248),
K_MODE: Key(K_MODE, 'AltGr', 'sixth', 465, disabled = True),
314: Key(314, 'Compose', 'sixth', 515, disabled = True),
K_RCTRL: Key(K_RCTRL, 'RCtrl', 'sixth', 565, width = 63, disabled = True),
K_INSERT: Key(K_INSERT, 'ins', 'second', 755),
K_HOME: Key(K_HOME, 'home', 'second', 805),
K_PAGEUP: Key(K_PAGEUP, 'pg_u', 'second', 855),
K_DELETE: Key(K_DELETE, 'del', 'third', 755),
K_END: Key(K_END, 'end', 'third', 805),
K_PAGEDOWN: Key(K_PAGEDOWN, 'pg_d', 'third', 855),
K_UP: Key(K_UP, 'up', 'fifth', 805),
K_DOWN: Key(K_DOWN, 'down', 'sixth', 805),
K_LEFT: Key(K_LEFT, 'left', 'sixth', 755),
K_RIGHT: Key(K_RIGHT, 'right', 'sixth', 855),
}
class RoundedRect:
def __init__(self, rect, outer_color, inner_color, linewidth = 2, radius = 0.4):
self.rect = Rect(rect)
self.outer_color = Color(*outer_color)
self.inner_color = Color(*inner_color)
self.linewidth = linewidth
self.radius = radius
def surface(self):
rectangle = filledRoundedRect(self.rect, self.outer_color, self.radius)
inner_rect = Rect((
self.rect.left + 2 * self.linewidth,
self.rect.top + 2 * self.linewidth,
self.rect.right - 2 * self.linewidth,
self.rect.bottom - 2 * self.linewidth
))
inner_rectangle = self.filledRoundedRect(inner_rect, self.inner_color, self.radius)
rectangle.blit(inner_rectangle, (self.linewidth, self.linewidth))
return rectangle
def filledRoundedRect(self, rect, color, radius=0.4):
"""
filledRoundedRect(rect,color,radius=0.4)
rect : rectangle
color : rgb or rgba
radius : 0 <= radius <= 1
"""
alpha = color.a
color.a = 0
pos = rect.topleft
rect.topleft = 0,0
rectangle = Surface(rect.size,SRCALPHA)
circle = Surface([min(rect.size)*3]*2,SRCALPHA)
draw.ellipse(circle,(0,0,0),circle.get_rect(),0)
circle = transform.smoothscale(circle,[int(min(rect.size)*radius)]*2)
radius = rectangle.blit(circle,(0,0))
radius.bottomright = rect.bottomright
rectangle.blit(circle,radius)
radius.topright = rect.topright
rectangle.blit(circle,radius)
radius.bottomleft = rect.bottomleft
rectangle.blit(circle,radius)
rectangle.fill((0,0,0),rect.inflate(-radius.w,0))
rectangle.fill((0,0,0),rect.inflate(0,-radius.h))
rectangle.fill(color,special_flags=BLEND_RGBA_MAX)
rectangle.fill((255,255,255,alpha),special_flags=BLEND_RGBA_MIN)
return rectangle
