def __init__(self, width, height):
PygameVisualization.__init__(self, width, height)
pygame.font.init()
f = pygame.font.SysFont("monospace", width / 30)
self.offsety = height % 24 / 2
self.offsetx = width % 16 / 2
self.radius = height / 24
self.chanw = width / 32
no = []
for n in range(12):
no.append(f.render(notes.int_to_note(n),
False, (169,169,169)))
for x in range(17):
if x % 2:
pygame.draw.rect(self.raster, (230,230,230),
(x * self.chanw * 2+ self.offsetx, 0,
self.chanw * 2, height))
for x in range(17):
pygame.draw.line(self.raster, (210,210,210),
(x * self.chanw * 2 + self.offsetx ,0),
(x * self.chanw * 2 + self.offsetx, height))
for y in range(13):
pygame.draw.line(self.raster, (200,200,200),
(self.offsetx, y * self.radius * 2 + self.offsety),
(width - self.offsetx , y * self.radius * 2 + self.offsety))
if y < 12:
self.raster.blit(no[y], (x * self.chanw * 2 + self.chanw / 2 + self.offsetx,
y * self.radius * 2 + self.radius))
def __init__(self, width, height):
PygameVisualization.__init__(self, width, height)
for x in range(5):
pygame.draw.line(self.raster, (10,10,10), \
(x * (width / 4), 0), \
(x * (width / 4), height))
pygame.draw.line(self.raster, (10,10,10), \
(0, x * (height / 4)), \
(width, x * (height / 4)))
self.chanx_dict = {}
self.chany_dict = {}
for x in range(16):
self.chanx_dict[x] = width / 4 * (x % 4) + 1
self.chany_dict[x] = height /4 * (x / 4) + 1
self.notex_dict = {}
self.notey_dict = {}
for x in range(128):
self.notex_dict[x] = width / 48 * x % 12
self.notey_dict[x] = height / 48 * (x / 12)
self.bw = width / 48
self.bh = height / 48
self.chanw = width / 4
self.chanh = height / 4
def __init__(self, width, height): PygameVisualization.__init__(self, width, height) self.blocks = PygameBlockVisualization(width, height) self.lines = PygameLineVisualization(width, height) self.current = self.lines
