from Canopto import Canopto
import pygame
from pygame import *
from pygame.locals import *
from pygame.transform import *
import time
from random import randint
from random import random
from colorsys import *
import sys
from tween import *
from itertools import chain
display_size = (8, 8)
cans = Canopto (display_size[0], display_size[1], True, True)
def get_window_at_pos (baseImage, pos, windowSize=display_size):
return baseImage.subsurface(((baseImage.get_width() - windowSize[0])*pos[0], (baseImage.get_height() - windowSize[1])*pos[1]), windowSize)
base_image = pygame.image.load("res/sunflowers1.jpg")
# Zoom in on a position within a larger image slowly
# Zoom back out
# Repeat with a new position
old_image = Surface(display_size)
while True:
# Zoom in and out again
pos = (random(), random())
#!/bin/python3 from Canopto import Canopto import pygame from pygame.locals import * import time import random from colorsys import * c = Canopto(8, 8, True, True) c.bs.clear() c.bs.send_data(0) while True: x = random.randint(0, c.width-1) last_x = x for y in range(0, c.height+1): # Write new position as a white snowflake #x = random.randint(0, c.width-1) if y < c.height: c.setPixel(x, y, (255, 255, 255)) fade_time = 0.75 if y > 0: # Fade out old position fade_step = 0.02 old_pos_color = (1, 1, 0) while c.getPixel(last_x, y-1)[0] > 0: old_pos_color = (old_pos_color[0], max(old_pos_color[1] - 0.03, 0), old_pos_color[2]) fading_color = (hls_to_rgb(*old_pos_color)[0]*255.0, hls_to_rgb(*old_pos_color)[1]*255.0, hls_to_rgb(*old_pos_color)[2]*255.0) c.setPixel(last_x, y-1, fading_color)
#!/bin/python3 from Canopto import Canopto import pygame from pygame import * from pygame.locals import * import time from random import randint from random import random from colorsys import * import sys display_size = (8, 8) cans = Canopto (display_size[0], display_size[1], True, True) # Create image of random colors with a constant lightness # Fade it over the previous image # Delay # Repeat forever old_image = Surface(display_size) while True: new_image = Surface(display_size) for x in range (0, display_size[0]): for y in range (0, display_size[1]): # Show either gold or a random green rand_color = Color(0, 0, 0, 0) if (random() > 0.7): rand_color.hsla = (50, 100, 50, 100) else: # Green
#!/bin/python3 from Canopto import Canopto import pygame from pygame import * from pygame.locals import * import time from random import randint from colorsys import * import sys import numpy import math display_size = (8, 8) cans = Canopto (display_size[0], display_size[1], True, True) # Plays Conway's Game of Life over the display, fading in each new frame over the last # Still life and cycle detection is provided by storing every frame of every simulation, # and comparing each new frame to all the previous. If there are any matches, the # game ends after a set number more frames are rendered (10-ish). # Graphical plan: fade in each new frame on top of the last, showing the last dimly # behind the current. When about to reset, pulse the background red or yellow. # Otherwise keep the background black. # The foreground color will change with each simulation, always bright. def randomize_frame (input_frame): input_frame = [[randint(0, 1) for x in range (len(input_frame[0]))] for y in range (len(input_frame))]
#!/bin/python3 from Canopto import Canopto import pygame from pygame import * from pygame.locals import * from pygame.transform import * import time from random import randint from random import random from colorsys import * import sys from tween import * display_size = (8, 8) cans = Canopto (display_size[0], display_size[1], True, True) # Create image of random colors with a constant lightness # Fade it over the previous image # Delay # Repeat forever old_image = Surface(display_size) while True: new_image = Surface(display_size) for x in range (0, display_size[0]): for y in range (0, display_size[1]): # Show either gold or a random green rand_color = Color(0, 0, 0, 0) if (random() > 0.9): rand_color.hsla = (50, 100, 50, 100)
#!/bin/python3 from Canopto import Canopto import pygame from pygame import * from pygame.locals import * import time from random import randint from colorsys import * import sys display_size = (8, 8) cans = Canopto (display_size[0], display_size[1], False, True) # Create image of random colors with a constant lightness # Fade it over the previous image # Delay # Repeat forever colors = [Color(0, 0, 0, 255), Color(0, 255, 255, 0)] curr_color = 0 cycle_fwd = True while True: new_image = Surface(display_size) new_image.fill(colors[curr_color]) hue = colors[1].hsla[0] if (cycle_fwd): hue = (hue + 2) if (hue >= 360): cycle_fwd = False
def main():
#Initialize Canopto Display
display = Canopto(8, 8)
Canopto.start(display)
display.clear()
CONFIG_PATH = '/home/aoi/code/canopto_config.json'
# API KEYS FOUND HERE: https://www.twilio.com/user/account (NOT under DEV TOOLS > API KEYS)
# Read API keys for Twilio from json config file (outside of git repository)
# Or use environment variables as https://github.com/twilio/twilio-python suggests
with open(CONFIG_PATH) as json_config:
config = json.load(json_config)
ACCOUNT_SID = config['twilio']['account_sid']
AUTH_TOKEN = config['twilio']['auth_token']
print("Successfuly read api information from config")
client = TwilioRestClient(ACCOUNT_SID, AUTH_TOKEN)
processedMessages = []
processedIDs = []
startTime = datetime.datetime.now() + datetime.timedelta(hours=4)
while (display.running): #display.tracker.running):
#if tracker.frameCounter == 10:
#tracker.resetToMotion = True
#print "reset to motion"
#Because of a conflict between timezones used to represent dates cannot limit by day since messages sent after
#~10pm will, according to server, be sent tomorrow thereby not having them show up as new messages if limited by today
#date_sent=datetime.datetime.today()
messages = client.messages.list()
for message in messages:
if (message.direction == "inbound"):
#New message from now onward that hasn't already been processed
if message.sid not in processedIDs and message.date_created > startTime:
currentMessage = Message(message.sid, message.from_, message.to, message.body)
print "New Text Message:", currentMessage
#print(len(message.body))
#if len(message.body) > 70: #Large text messages get split up, also blocks the display
# continue
if (message.body.lower() == "reset" or message.body.lower() == "r") and display.mode == "text":
display.tracker.resetTrackingPosition()
display.drawSentence(str(display.tracker.reportPosition()) + " ")
client.messages.create(to=message.from_, from_=message.to, body=str(display.tracker.reportPosition()))
#pass
elif (message.body.lower() == "print" or message.body.lower() == "p") and display.mode == "text":
display.drawSentence(str(display.tracker.reportPosition()) + " ")
client.messages.create(to=message.from_, from_=message.to, body=str(display.tracker.reportPosition()))
#pass
elif (message.body.lower() == "clear"):
display.clear()
elif message.body.lower() == "crazy" and display.mode == "text":
display.crazyColorMode = not display.crazyColorMode #Toggle Crazy Color Mode
if not display.crazyColorMode:
#reset colors to normal
display.resetColors()
client.messages.create(to=message.from_, from_=message.to, body="Crazy Mode: " + str(display.crazyColorMode))
elif message.body.lower() == "nocrazy":
display.crazyColorMode = False
client.messages.create(to=message.from_, from_=message.to, body="Crazy Mode: " + str(display.crazyColorMode))
elif message.body.lower()[0:5] == "speed" and len(message.body) > 6:
display.fps = int(message.body.split(' ')[1])
if display.mode == "text":
display.drawSentence("fps:" + str(display.fps))
client.messages.create(to=message.from_, from_=message.to, body="fps:" + str(display.fps))
elif message.body.lower() == "track":
display.mode = "track"
client.messages.create(to=message.from_, from_=message.to, body="Display Mode = track" )
elif message.body.lower() == "text":
display.mode = "text"
client.messages.create(to=message.from_, from_=message.to, body="Display Mode = text" )
elif (message.body[0] == "0"):
x, y = [int(x) for x in message.body[1:].split(',')]
display.tracker.setTrackingPosition(x,y,30,30)
display.drawSentence(str(display.tracker.reportPosition()) + " ")
elif message.body.lower() == "reset to motion":
display.mode = "track"
client.messages.create(to=message.from_, from_=message.to, body="Refocusing to motion" )
elif message.body.lower() == "refocus":
display.mode = "track"
display.tracker.resetToMotion = True
client.messages.create(to=message.from_, from_=message.to, body="Refocusing to motion" )
elif message.body.lower()[0:6] == "bcolor":
rgb = [int(i) for i in message.body.lower().split(' ')[1].split(',')]
print "New background color:", rgb
display.backgroundColor = display.toGamma(rgb)
client.messages.create(to=message.from_, from_=message.to, body="Background color is now " + str(display.backgroundColor) )
elif message.body.lower()[0:6] == "fcolor":
rgb = [int(i) for i in message.body.lower().split(' ')[1].split(',')]
print "New font color:", rgb
display.fontColor = display.toGamma(rgb)
client.messages.create(to=message.from_, from_=message.to, body="Font color is now " + str(display.fontColor) )
elif message.body.lower()[0] == "w" and display.mode == "text":
display.drawSentence(message.body[1:] + " ")
client.messages.create(to=message.from_, from_=message.to, body="Writing: " + str(message.body[1:]) )
elif message.body.lower() == "resetbs":
display.tracker.resetBS = True
client.messages.create(to=message.from_, from_=message.to, body="Resetting background subtractor" )
elif message.body.lower() == "options" or message.body.lower() == "help":
client.messages.create(to=message.from_, from_=message.to, body="""if (message.body.lower() == "reset" or message.body.lower() == "r") and display.mode == "text":
elif (message.body.lower() == "print" or message.body.lower() == "p") and display.mode == "text":
elif (message.body.lower() == "clear"):
elif message.body.lower() == "crazy" and display.mode == "text":
elif message.body.lower() == "nocrazy":
elif message.body.lower()[0:5] == "speed" and len(message.body) > 6:
elif message.body.lower() == "track":
elif message.body.lower() == "text":
elif (message.body[0] == "0"): display.tracker.setTrackingPosition(x,y,30,30)
elif message.body.lower() == "reset to motion":
elif message.body.lower() == "refocus":
elif message.body.lower()[0:6] == "bcolor":
elif message.body.lower()[0:6] == "fcolor":
elif message.body.lower()[0] == "w" and display.mode == "text":
elif message.body.lower() == "resetbs":""")
processedIDs.append(message.sid)
processedMessages.append(currentMessage)
time.sleep(1)
#Close down the main loops of the threads
#tracker.running = False
display.clear()
display.running = False
