def set_all(r, g, b):
for w in range(acabsl.NOOFWALLS):
for x in range(acabsl.WALLSIZEX):
for y in range(acabsl.WALLSIZEY):
acabsl.send(x, y, r, g, b, 0, w)
acabsl.update()
time.sleep(4)
def update_screen(columns): '''send the columns to the leds''' for x,col in enumerate(columns): for y,color in enumerate(col): r,g,b = color send(WALL,x,y,r,g,b,FADE_TIME) update()
def set_all(r,g,b):
for w in range(acabsl.NOOFWALLS):
for x in range(acabsl.WALLSIZEX):
for y in range(acabsl.WALLSIZEY):
acabsl.send(x,y,r,g,b,0,w)
acabsl.update()
time.sleep(4)
def set_decke(r,g,b):
acabsl.set_target("127.0.0.1",8002)
for w in range(acabsl.NOOFWALLS):
for x in range(acabsl.WALLSIZEX):
for y in range(acabsl.WALLSIZEY):
acabsl.send(x,y,r,g,b,1,w)
acabsl.update()
def printLetter(letter, x, r, g, b):
if (letter > 47) and (letter < 58):
letter = letter - 47
elif letter == 35: # #
letter = 41
elif letter == 42: # *
letter = 43
elif letter == 43: # +
letter = 42
elif letter == 45: # -
letter = 44
elif letter == 46: # .
letter = 38
elif letter == 47: # /
letter = 39
elif letter == 58: # :
letter = 40
elif letter == 61: # =
letter = 45
else:
letter = letter - 53
if letter < 1:
letter = 0
Font_Letter = Font_ABC[letter]
for fy in range(6):
for fx in range(5):
if (x + fx >= 0) and (x + fx < 17):
if Font_Letter[fy][fx] == 1:
send(x + fx, fy, r, g, b, tick)
else:
send(x + fx, fy, back_r, back_g, back_b, tick)
def printLetter( letter, x,r,g,b): if(letter>47) and (letter<58): letter=letter-47 elif letter==35: # # letter=41 elif letter==42: # * letter=43 elif letter==43: # + letter=42 elif letter==45: # - letter=44 elif letter==46: # . letter=38 elif letter==47: # / letter=39 elif letter==58: # : letter=40 elif letter==61: # = letter=45 else: letter=letter-53 if letter<1: letter=0 Font_Letter=Font_ABC[letter] for fy in range(6): for fx in range(5): if (x+fx>=0) and(x+fx<17) : if Font_Letter[fy][fx] == 1: send(x+fx,fy,r, g,b, tick) else: send(x+fx,fy,back_r, back_g,back_b, tick)
def setcol(cols, time):
for x in range(0,acabsl.WALLSIZEX):
h = cols[x]
r = math.sin(math.pi * h)
g = math.sin(math.pi * (h + 1.0/3))
b = math.sin(math.pi * (h + 2.0/3))
for y in range(0,acabsl.WALLSIZEY):
send(x,y,r*r*255,g*g*255,b*b*255,time);
update()
def setcol(cols, time):
for x in range(0, acabsl.WALLSIZEX):
h = cols[x]
r = math.sin(math.pi * h)
g = math.sin(math.pi * (h + 1.0 / 3))
b = math.sin(math.pi * (h + 2.0 / 3))
for y in range(0, acabsl.WALLSIZEY):
send(x, y, r * r * 255, g * g * 255, b * b * 255, time)
update()
def printDigit(digit, x,r,g,b): Font_Letter=Font_ABC[digit] for fy in range(6): for fx in range(4): if (x+fx)>=0: if Font_Letter[fy][fx] == 1: send(x+fx,fy,r, g,b, tick) else: send(x+fx,fy,back_r, back_g,back_b, tick)
def printDigit(digit, x, r, g, b):
Font_Letter = Font_ABC[digit]
for fy in range(6):
for fx in range(4):
if (x + fx) >= 0:
if Font_Letter[fy][fx] == 1:
send(x + fx, fy, r, g, b, tick)
else:
send(x + fx, fy, back_r, back_g, back_b, tick)
def fill(dimensions, color, ftime, draw = True):
walls, cols, lines = dimensions
r, g, b = color
for w in range(walls):
for col in range(cols):
for l in range(lines):
acabsl.send(col, l, r, g, b, ftime, w)
if draw:
acabsl.update()
time.sleep(ftime)
def render_frame(wall, image_data, angle):
ptr = 0
for y in range(rows):
for x in range(cols):
x += angle
x = x % cols
if type(image_data[ptr]) == int:
send(wall,x,y,image_data[ptr],image_data[ptr],image_data[ptr],0);
else:
send(wall,x,y,image_data[ptr][0],image_data[ptr][1],image_data[ptr][2],0);
ptr += 1
update()
def render_frame(wall, image_data, angle):
ptr = 0
for y in range(rows):
for x in range(cols):
x += angle
x = x % cols
if type(image_data[ptr]) == int:
send(x,y,image_data[ptr],image_data[ptr],image_data[ptr],0,wall);
else:
send(x,y,image_data[ptr][0],image_data[ptr][1],image_data[ptr][2],0,wall);
ptr += 1
update()
def fill(dimensions, color, ftime, draw=True):
walls, cols, lines = dimensions
r, g, b = color
for w in range(walls):
for col in range(cols):
for l in range(lines):
acabsl.send(col, l, r, g, b, ftime, w)
if draw:
acabsl.update()
time.sleep(ftime)
def drawMap(player,seefood): acabsl.send(player.position[0],player.position[1],*head) if player.deltail: acabsl.send(player.deltail[0],player.deltail[1],0,0,0) if seefood: acabsl.send(foodposition[0],foodposition[1],*foodcolor,t=wait) else: acabsl.send(foodposition[0],foodposition[1],0,0,0,wait)
def drawMap(player, seefood):
acabsl.send(player.position[0], player.position[1], *head)
if player.deltail:
acabsl.send(player.deltail[0], player.deltail[1], 0, 0, 0)
if seefood:
acabsl.send(foodposition[0], foodposition[1], *foodcolor, t=wait)
else:
acabsl.send(foodposition[0], foodposition[1], 0, 0, 0, wait)
def goForward(self): global wait self.tail = [self.position]+self.tail if self.position != foodposition: self.deltail = self.tail[-1] del self.tail[-1] else: newFoodPosition(self) redrawAll(player) wait /= 1.1 acabsl.send(self.position[0],self.position[1],*tail,t=wait) self.position = self.direction.getNewPos(self.position) for i in self.tail: if self.position == i: raise posInTailError """if self.position != foodposition:
def goForward(self):
global wait
self.tail = [self.position] + self.tail
if self.position != foodposition:
self.deltail = self.tail[-1]
del self.tail[-1]
else:
newFoodPosition(self)
redrawAll(player)
wait /= 1.1
acabsl.send(self.position[0], self.position[1], *tail, t=wait)
self.position = self.direction.getNewPos(self.position)
for i in self.tail:
if self.position == i:
raise posInTailError
"""if self.position != foodposition:
def pattern(dimensions, x, y, color, ftime, pixels, draw=True):
walls, cols, lines = dimensions
def map_pixel(dimensions, x, y, pixel):
walls, cols, lines = dimensions
px, py, pcolor = pixel
return int((x + px) / cols), (x + px) % cols, y + py, pcolor
for p in pixels:
w, c, l, (r, g, b) = map_pixel(dimensions, x, y, p)
if w > -1 and c > -1 and l > -1 and w < walls and c < cols and l < lines:
acabsl.send(c, l, r, g, b, ftime, w)
if draw:
acabsl.update()
time.sleep(ftime)
def redrawAll(player, seefood=True):
acabsl.update()
for i in xrange(width):
for j in xrange(height):
acabsl.send(i, j, 0, 0, 0)
acabsl.update()
for i in player.tail:
acabsl.send(i[0], i[1], *tail)
acabsl.send(player.position[0], player.position[1], *head)
if seefood:
acabsl.send(foodposition[0], foodposition[1], *foodcolor, t=wait)
def redrawAll(player,seefood=True): acabsl.update() for i in xrange(width): for j in xrange(height): acabsl.send(i,j,0,0,0) acabsl.update() for i in player.tail: acabsl.send(i[0],i[1],*tail) acabsl.send(player.position[0],player.position[1],*head) if seefood: acabsl.send(foodposition[0],foodposition[1],*foodcolor,t=wait)
def pattern(dimensions, x, y, color, ftime, pixels, draw = True):
walls, cols, lines = dimensions
def map_pixel(dimensions, x, y, pixel):
walls, cols, lines = dimensions
px, py, pcolor = pixel
return int((x + px) / cols), (x + px) % cols, y + py, pcolor
for p in pixels:
w, c, l, (r, g, b) = map_pixel(dimensions, x, y, p)
if w>-1 and c>-1 and l>-1 and w<walls and c<cols and l<lines:
acabsl.send(c, l, r, g, b, ftime, w)
if draw:
acabsl.update()
time.sleep(ftime)
def drawb(c, r, c1):
acabsl.send(c, r, cs[0][c1], cs[1][c1], cs[2][c1], tfade, wall)
for x in range(c, 7):
acabsl.send(x, r, cs[0][c1], cs[1][c1], cs[2][c1], tfade, wall)
for y in range(0, r):
acabsl.send(c, y, cs[0][c1], cs[1][c1], cs[2][c1], tfade, wall)
acabsl.update()
def drawd(c, r, c1):
acabsl.send(c, r, cs[0][c1], cs[1][c1], cs[2][c1], tfade, wall)
for x in range(1, c):
acabsl.send(x, r, cs[0][c1], cs[1][c1], cs[2][c1], tfade, wall)
for y in range(r, 6):
acabsl.send(c, y, cs[0][c1], cs[1][c1], cs[2][c1], tfade, wall)
acabsl.update()
def warp_ring(wall, row, time):
for i in range(cols):
if row < rows - 1:
send(i,(row+1)%rows,r/shade,g/shade,b/shade,time*1.5,wall);
if row <= rows - 1:
send(i,row,r,g,b,time/2,wall);
if row > 0 and row <= rows:
send(i, (row-1)%(rows),r/shade,g/shade,b/shade,time*1.5,wall);
update()
def drawa(c,r,c1):
acabsl.send(c,r,cs[0][c1],cs[1][c1],cs[2][c1],tfade,wall)
for x in range(1,c):
acabsl.send(x,r,cs[0][c1],cs[1][c1],cs[2][c1],tfade,wall)
for y in range(0,r):
acabsl.send(c,y,cs[0][c1],cs[1][c1],cs[2][c1],tfade,wall)
acabsl.update()
def drawb(c, r, c1):
acabsl.send(wall, c, r, cs[0][c1], cs[1][c1], cs[2][c1], tfade)
for x in range(c, 7):
acabsl.send(wall, x, r, cs[0][c1], cs[1][c1], cs[2][c1], tfade)
for y in range(0, r):
acabsl.send(wall, c, y, cs[0][c1], cs[1][c1], cs[2][c1], tfade)
acabsl.update()
def drawd(c, r, c1):
acabsl.send(wall, c, r, cs[0][c1], cs[1][c1], cs[2][c1], tfade)
for x in range(1, c):
acabsl.send(wall, x, r, cs[0][c1], cs[1][c1], cs[2][c1], tfade)
for y in range(r, 6):
acabsl.send(wall, c, y, cs[0][c1], cs[1][c1], cs[2][c1], tfade)
acabsl.update()
def drawc(c,r,c1):
acabsl.send(c,r,cs[0][c1],cs[1][c1],cs[2][c1],tfade,wall)
for x in range(c,7):
acabsl.send(x,r,cs[0][c1],cs[1][c1],cs[2][c1],tfade,wall)
for y in range(r,6):
acabsl.send(c,y,cs[0][c1],cs[1][c1],cs[2][c1],tfade,wall)
acabsl.update()
def warp_ring(wall, row, time):
for i in range(cols):
if row < rows - 1:
send(wall,i,row+1,r/shade,g/shade,b/shade,time);
if row <= rows - 1:
send(wall,i,row,r,g,b,time);
if row > 0 and row <= rows:
send(wall,i, row-1,r/shade,g/shade,b/shade,time);
update()
def warp_ring(wall, row, time):
for i in range(cols):
if row < rows - 1:
send(i, row + 1, r / shade, g / shade, b / shade, time, wall)
if row <= rows - 1:
send(i, row, r, g, b, time, wall)
if row > 0 and row <= rows:
send(i, row - 1, r / shade, g / shade, b / shade, time, wall)
update()
def warp_ring(wall, row, time):
for i in range(cols):
if row < rows - 1:
send(i, (row + 1) % rows, r / shade, g / shade, b / shade,
time * 1.5, wall)
if row <= rows - 1:
send(i, row, r, g, b, time / 2, wall)
if row > 0 and row <= rows:
send(i, (row - 1) % (rows), r / shade, g / shade, b / shade,
time * 1.5, wall)
update()
def setcol(col, r, g, b, time):
for i in range(0, NOOFPIXELSY):
c = (col + i + 1) % (NOOFPIXELSX)
send(c, i, r, g, b, time)
update()
def draw_single(self, pos, colour, fade=0):
acabsl.send(pos[0], pos[1], *colour, t=fade)
def draw(self, t, fade=0):
super(RainbowCurvePoint, self).draw(t, fade)
self.recolour_step(0)
def recolour_step(self, t):
self.h = (self.h + 1. / self.spectrum_size) % 1.
self.colour = hsv_hue_colour(self.h)
def roundtrip_cw(t, width=12, height=2):
# only supports height = 2 /o\
if (t / width) % 2 == 0:
return (t % width, 0)
return (width - 1 - (t % width), 1)
if __name__ == "__main__":
for x in range(acabsl.WALLSIZEX):
for y in range(acabsl.WALLSIZEY):
acabsl.send(x, y, 0, 0, 0)
acabsl.update()
sleep_time = 0.07
t = 0
point = RainbowCurvePoint(roundtrip_cw, tail=5)
while True:
point.draw(t, fade=sleep_time)
acabsl.update()
time.sleep(sleep_time)
t += 1
def set_pattern():
set_all(0, 0, 0)
r = random.random() * 127 + 127
g = random.random() * 127 + 127
b = random.random() * 127 + 127
acabsl.send(5, 0, r, g, b)
acabsl.send(5, 0, r, g, b)
acabsl.send(7, 0, r, g, b)
acabsl.send(8, 0, r, g, b)
acabsl.send(9, 0, r, g, b)
acabsl.send(0xA, 0, r, g, b)
acabsl.send(0xD, 0, r, g, b)
acabsl.send(6, 1, r, g, b)
acabsl.send(8, 1, r, g, b)
acabsl.send(9, 1, r, g, b)
acabsl.send(0xC, 1, r, g, b)
acabsl.send(6, 2, r, g, b)
acabsl.send(8, 2, r, g, b)
acabsl.send(0xB, 2, r, g, b)
acabsl.send(0xC, 2, r, g, b)
acabsl.send(5, 3, r, g, b)
acabsl.send(5, 3, r, g, b)
acabsl.send(7, 3, r, g, b)
acabsl.send(0xA, 3, r, g, b)
acabsl.send(0xC, 3, r, g, b)
acabsl.send(0xD, 3, r, g, b)
acabsl.send(0xE, 3, r, g, b)
acabsl.send(0x8, 4, r, g, b)
acabsl.send(0x9, 4, r, g, b)
acabsl.send(0xB, 4, r, g, b)
def setcol(col, r, g, b, time):
for i in range(0, 6):
send(col, i, r, g, b, time)
def setcol(col, r, g, b, time):
for i in range(0,6):
send(col,i,r,g,b,time);
def set_col(col,r,g,b,t):
for w in range(acabsl.NOOFWALLS):
for y in range(acabsl.WALLSIZEY):
acabsl.send(col,y,r,g,b,t,w)
def setcol(col, r, g, b, time):
for i in range(0,acabsl.WALLSIZEY):
c = (col+i+1)%(acabsl.WALLSIZEX)
send(c,i,r,g,b,time);
update()
]
"""
universe = []
for x in range ( 0 , maxX ):
universe.append( [] )
for y in range ( 0 , maxY + 1 ):
universe[x].append( cell( x , y , random.randint(0,1) ))
return universe
u = randomUniverse()
h_dead = 0
update()
while 1:
h_dead += random.gauss(0.02,0.05)
h_dead = h_dead% 1
h_alive = (h_dead + 0.5)%1
rd, gd, bd = colorsys.hsv_to_rgb(h_dead,.3, .2)
ra, ga, ba = colorsys.hsv_to_rgb(h_alive,1., 1.)
for i in range (0, maxX ):
for j in range (0, maxY):
if ( u[i][j].getState() == 0 ):
send(i , j , rd*255, gd*255, bd*255 , tick*0.5)
else:
send(i , j , ra*255, ba*255, ba*255 , tick*0.5)
u[i][j].updateState(u)
update()
time.sleep(tick)
def blank_walls():
for col in range(cols):
for row in range(rows):
for wall in range(wall_count):
send(wall,col,row,0,0,0,0);
update()
def blank_walls(row, time):
for col in range(cols):
for wall in range(wall_count):
send(col, (row - 2) % rows, 0, 0, 0, time, wall)
update()
def setcol(col, r, g, b, rtime):
for i in range(0,acabsl.WALLSIZEY):
send(col,i,r,g,b,rtime,0);
send(acabsl.WALLSIZEX - col - 1,i,r,g,b,rtime,0);
update()
time.sleep(tick)
def setcol(col, r, g, b, rtime):
for i in range(0, acabsl.WALLSIZEY):
send(col, i, r, g, b, rtime)
update()
time.sleep(tick)
def printCLS():
update()
for fx in range(16):
for fy in range(6):
send(fx, fy, back_r, back_g, back_b, tick)
update()
def setcol(cols, time):
for x in range(0,acabsl.WALLSIZEX):
r,g,b = colorsys.hsv_to_rgb(cols[x], 1., 1.)
for y in range(0,acabsl.WALLSIZEY):
send(x,y,r*255,g*255,b*255,time);
update()
def setcol(col, r, g, b, time):
for i in range(0, acabsl.WALLSIZEY):
send(col, i, r, g, b, time)
update()
def set_all(r,g,b,t):
for w in range(acabsl.NOOFWALLS):
for x in range(acabsl.WALLSIZEX):
for y in range(acabsl.WALLSIZEY):
acabsl.send(x,y,r,g,b,t,w)
def drawd(c, r, c1):
acabsl.send(wall, c, r, cs[0][c1], cs[1][c1], cs[2][c1], tfade)
for x in range(1, c):
acabsl.send(wall, x, r, cs[0][c1], cs[1][c1], cs[2][c1], tfade)
for y in range(r, 6):
acabsl.send(wall, c, y, cs[0][c1], cs[1][c1], cs[2][c1], tfade)
acabsl.update()
acabsl.update()
for c in range(0, 8):
for r in range(0, 6):
acabsl.send(wall, c, r, 0, 0, 0, 0.5)
acabsl.update()
time.sleep(0.5)
x = 1
y = 0
lastc = 0
c = 0
mode = 0
lastm = 0
while 1:
while c == lastc:
c = random.randint(0, 5)
lastc = c
dr = row - midrow
dist = math.sqrt(dc**2+dr**2)
if dist > maxdist:
maxdist = dist
hoffset = 0
update()
while 1:
midcol = min(acabsl.WALLSIZEX-2,max(1, midcol + random.gauss(0,0.1)))
midrow = min(acabsl.WALLSIZEY-2,max(1, midrow + random.gauss(0,0.1)))
#hoffset += random.gauss(0.01,0.02)
hoffset += 0.03
hoffset = hoffset % 1.
#t = time.time()
for row in range(0,acabsl.WALLSIZEY):
for col in range(0,acabsl.WALLSIZEX):
dc = col - midcol
dr = row - midrow
dist = math.sqrt(dc**2+dr**2)/maxdist
h = (math.atan2(dc, dr) + math.pi/2)/math.pi/2
h = (h+hoffset) % 1.
r,g,b = colorsys.hsv_to_rgb(h, dist, 1)
send(int(col), int(row), r*255, g*255, b*255, tick*2)
#print time.time()-t
update()
time.sleep(tick)
def reset(): acabsl.update() for i in xrange(width): for j in xrange(height): acabsl.send(i,j,*background) acabsl.update()
def setcol(col, r, g, b, time):
for i in range(0,NOOFPIXELSY):
c = (col+i+1)%(NOOFPIXELSX)
send(WALL,c,i,r,g,b,time);
update()
def set_all(r, g, b):
for w in range(1):
for x in range(2):
for y in range(12):
acabsl.send(x, y, r, g, b, 1, 1)
acabsl.update()
for col in range(0, acabsl.WALLSIZEX):
dc = col - midcol
dr = row - midrow
dist = math.sqrt(dc**2 + dr**2)
if dist > maxdist:
maxdist = dist
hoffset = 0
update()
while 1:
midcol = min(acabsl.WALLSIZEX - 2, max(1, midcol + random.gauss(0, 0.1)))
midrow = min(acabsl.WALLSIZEY - 2, max(1, midrow + random.gauss(0, 0.1)))
#hoffset += random.gauss(0.01,0.02)
hoffset += 0.03
hoffset = hoffset % 1.
#t = time.time()
for row in range(0, acabsl.WALLSIZEY):
for col in range(0, acabsl.WALLSIZEX):
dc = col - midcol
dr = row - midrow
dist = math.sqrt(dc**2 + dr**2) / maxdist
h = (math.atan2(dc, dr) + math.pi / 2) / math.pi / 2
h = (h + hoffset) % 1.
r, g, b = colorsys.hsv_to_rgb(h, dist, 1)
send(int(col), int(row), r * 255, g * 255, b * 255, tick * 2)
#print time.time()-t
update()
time.sleep(tick)
def blank_walls(row, time):
for col in range(cols):
for wall in range(wall_count):
send(col,(row-2)%rows,0,0,0,time,wall);
update()
