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 text(text, repetitions=1, colour=(0, 42, 42), interval=0.3, marquee=True):
text = text.upper()
matrix = []
for i in range(len(text)):
if text[i] not in alphabet:
continue
for j in range(len(alphabet[text[i]][0])):
matrix.append([])
for k in range(len(alphabet[text[i]]) - 1, -1, -1):
matrix[-1].append(alphabet[text[i]][k][j])
matrix.append([0] * len(alphabet[text[i]]))
for i in range(repetitions):
for j in range(0 if not marquee else (-acabsl.WALLSIZEX), len(matrix)):
for x in range(acabsl.WALLSIZEX):
for y in range(acabsl.WALLSIZEY):
if x + j < len(matrix) and x + j >= 0 and matrix[
x + j][y] == 1:
set_single(x,
acabsl.WALLSIZEY - 1 - y,
*colour,
fade_time=interval / 2.)
else:
set_single(x,
acabsl.WALLSIZEY - 1 - y,
0,
0,
0,
fade_time=interval / 2.)
acabsl.update()
time.sleep(interval)
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_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 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)
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 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)
acabsl.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 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(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 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 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 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 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 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 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 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 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 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 printMarquee(text, r, g, b):
printCLS()
text = text.upper() + " "
pos_x = 8
while 1:
update()
pos_x = pos_x - 1
time.sleep(tick * 5)
for act_l in range(len(text)):
printLetter(ord(text[act_l]), (act_l * 5) + pos_x, r, g, b)
if (pos_x < 0 - len(text) * 5):
pos_x = 16
def printMarquee( text,r,g,b): printCLS() text=text.upper()+" " pos_x = 8 while 1: update() pos_x=pos_x-1 time.sleep(tick*5) for act_l in range(len(text)): printLetter(ord(text[act_l]),(act_l*5)+pos_x,r,g,b) if(pos_x<0-len(text)*5): pos_x=16
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 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 vlscan(dimensions, direction, fgcolor, bgcolor, delay, ftime, cl=False):
walls, cols, lines = dimensions
rev = 0 > direction
d = -1 if rev else 1
for line in reversed(range(lines)) if rev else range(lines):
if cl:
fill(dimensions, bgcolor, ftime, False)
hline(dimensions, max(-1, line + d), fgcolor, ftime, False)
hline(dimensions, line, bgcolor, ftime, False)
acabsl.update()
time.sleep(ftime + delay)
def vlscan(dimensions, direction, fgcolor, bgcolor, delay, ftime, cl = False):
walls, cols, lines = dimensions
rev = 0 > direction
d = -1 if rev else 1
for line in reversed(range(lines)) if rev else range(lines):
if cl:
fill(dimensions, bgcolor, ftime, False)
hline(dimensions, max(-1, line + d), fgcolor, ftime, False)
hline(dimensions, line, bgcolor, ftime, False)
acabsl.update()
time.sleep(ftime + delay)
def hpscan(dim, direction, bgcolor, delay, ftime, pat, cl = True):
walls, cols, lines = dim
all_cols = range(-1 * cols, 1 + cols * walls)
rev = 0 > direction
d = -1 if rev else 1
for col in reversed(all_cols) if rev else all_cols:
if cl:
fill(dim, bgcolor, 0, False)
pat(dimensions=dim, x=col, ftime=ftime, draw=False)
acabsl.update()
time.sleep(ftime + delay)
def hpscan(dim, direction, bgcolor, delay, ftime, pat, cl=True):
walls, cols, lines = dim
all_cols = range(-1 * cols, 1 + cols * walls)
rev = 0 > direction
d = -1 if rev else 1
for col in reversed(all_cols) if rev else all_cols:
if cl:
fill(dim, bgcolor, 0, False)
pat(dimensions=dim, x=col, ftime=ftime, draw=False)
acabsl.update()
time.sleep(ftime + delay)
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 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 rain(steps=23, interval=0.3):
drops = []
infinite = False
if steps == 0:
infinite = True
while infinite or (steps > 0):
new_drops = []
for drop in drops:
if drop[1] > 0:
new_drops.append([drop[0], drop[1] - 1])
drops = new_drops
drops.append(
[random.randint(0, acabsl.WALLSIZEX - 1), acabsl.WALLSIZEY - 1])
for x in range(acabsl.WALLSIZEX):
for y in range(acabsl.WALLSIZEY):
if [x, y] in drops:
set_single(x, acabsl.WALLSIZEY - 1 - y, 0, 0, 255, 0.7)
else:
set_single(x, acabsl.WALLSIZEY - 1 - y, 0, 0, 0, 0.7)
acabsl.update()
steps -= 1
time.sleep(interval)
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 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 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()
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 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 blank_walls():
for col in range(cols):
for row in range(rows):
for wall in range(wall_count):
send(col, row, 0, 0, 0, 0, wall)
update()
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()
def setcol(col, r, g, b, time):
for i in range(0, acabsl.WALLSIZEY):
send(col, i, r, g, b, time)
update()
def setcol(col, r, g, b, time):
for i in range(0,6):
send(col,i,r,g,b,time);
update()
def send(pos,rgb,fadet=0): acabsl.send(pos[0],pos[1],*rgb,t=fadet) acabsl.update()
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(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 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()
from acabsl import send
from acabsl import update
import acabsl
import colorsys
import random
import time
TICK = 3.7
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()
h = 0
col = 0
update()
while 1:
h += random.gauss(0.02,0.05)
h = h % 1.
col += 1
col = col % acabsl.WALLSIZEX
r,g,b = colorsys.hsv_to_rgb(h, 1., 1.)
setcol(col, r*255, g*255, b*255, TICK*3)
time.sleep(TICK)
def printCLS(fade): update() for fx in range(16): for fy in range(6): send(fx,fy,back_r, back_g,back_b,fade) update()
import random
import time
TICK = 0.2
WALL = 0
NOOFPIXELSX=8
NOOFPIXELSY=6
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()
h = 0
col = 0
update()
while 1:
h += random.gauss(0.02,0.05)
h = h % 1.
col += 1
col = col % 8
r,g,b = colorsys.hsv_to_rgb(h, 1., 1.)
setcol(col, r*255, g*255, b*255, TICK*3)
time.sleep(TICK)
def reset(): acabsl.update() for i in xrange(width): for j in xrange(height): acabsl.send(i,j,*background) acabsl.update()
#!/usr/bin/env python
# -*- coding: utf-8 -*-
import acabsl
import time
t = 1
acabsl.update()
def set_all(r,g,b):
set_wall(r,g,b)
set_decke(r,g,b)
def set_wall(r,g,b):
acabsl.set_target("127.0.0.1",6002)
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 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 set_all_to_black():
set_all(0,0,0)
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 set_random(r,g,b):
for w in [random.choice(range(acabsl.NOOFWALLS))]:
for x in [random.choice(range(acabsl.WALLSIZEX))]:
for y in [random.choice(range(acabsl.WALLSIZEY))]:
acabsl.send(x,y,r,g,b,0,w)
acabsl.update()
def reset():
acabsl.update()
for i in xrange(width):
for j in xrange(height):
acabsl.send(i, j, *background)
acabsl.update()