def button_handler(source, event):
if source not in buttons:
buttons[source] = [[0 for x in xrange(0, 16)] for x in xrange(0, 16)]
x = event["x"]
y = event["y"]
buttons[source][x][y] ^= 1
if buttons[source][x][y]:
responseq.put( {
"type" : monomeio.DEVICE_TYPE_MONOME,
"command" : monomemodel.COMMAND_LED_ON,
"target" : source,
"x" : x,
"y" : y
})
else:
responseq.put( {
"type" : monomeio.DEVICE_TYPE_MONOME,
"command" : monomemodel.COMMAND_LED_OFF,
"target" : source,
"x" : x,
"y" : y
})
def button_handler(self, source, device, event):
if source not in self.sources:
self.sources.append(source)
self.devices[source] = device
self.cells[source] = []
self.buttons[source] = [[0 for x in xrange(0, device['columns'])] for x in xrange(0, device['rows'])]
logservice.log(logservice.LOG_ERR, "Added a new oto source: " + str(source))
logservice.log(logservice.LOG_ERR, "Columns: " + str(device['columns']))
logservice.log(logservice.LOG_ERR, "Rows: " + str(device['rows']))
# Add this cell
direction = CELL_UP
# If it was added on an edge, correct the direction
if event['x'] == 0:
direction = CELL_RIGHT
if event['x'] == device['columns'] - 1:
direction = CELL_LEFT
if event['y'] == 0:
direction = CELL_DOWN
remove_action = False
# If it collides with an existing cell, then remove them both
for cell in self.cells[source]:
if cell['row'] == event['y'] and cell['column'] == event['x'] and cell['serial'] != self.serial:
self.cells[source].remove(cell)
remove_action = True
if not remove_action:
self.cells[source].append( {
'direction': direction,
'column': event['x'],
'row': event['y'],
'serial' : self.serial
})
self.serial += 1
x = event["x"]
y = event["y"]
self.buttons[source][y][x] ^= 1
if self.buttons[source][y][x]:
responseq.put({
"type": monomeio.DEVICE_TYPE_MONOME,
"command": monomemodel.COMMAND_LED_ON,
"target": source,
"x": x,
"y": y
})
else:
responseq.put({
"type": monomeio.DEVICE_TYPE_MONOME,
"command": monomemodel.COMMAND_LED_OFF,
"target": source,
"x": x,
"y": y
})
def clock(self, t):
for source in self.sources:
topevent = 0
leftevent = 0
bottomevent = 0
rightevent = 0
collisionevent = 0
# Iterate through any live cells we have and move them in the proper direction
for cell in self.cells[source]:
# UP UP UP
if cell['direction'] == CELL_UP:
cell['row'] -= 1
if cell['row'] <= 0:
cell['row'] = 0
topevent = cell
cell['direction'] = CELL_DOWN
# LEFT LEFT LEFT
elif cell['direction'] == CELL_RIGHT:
cell['column'] += 1
if cell['column'] >= self.devices[source]['columns'] - 1:
cell['column'] = self.devices[source]['columns'] - 1
rightevent = cell
cell['direction'] = CELL_LEFT
# DOWN DOWN DOWN
elif cell['direction'] == CELL_DOWN:
cell['row'] += 1
if cell['row'] >= self.devices[source]['rows'] - 1:
cell['row'] = self.devices[source]['rows'] - 1
bottomevent = cell
cell['direction'] = CELL_UP
# RIGHT RIGHT RIGHT
elif cell['direction'] == CELL_LEFT:
cell['column'] -= 1
if cell['column'] <= 0:
cell['column'] = 0
leftevent = cell
cell['direction'] = CELL_RIGHT
collided = []
# Look for any collisions and rotate the direction of those cells
for cell1 in self.cells[source]:
for cell2 in self.cells[source]:
if cell1['serial'] != cell2['serial'] and cell1['column'] == cell2['column'] and cell1['row'] == cell2['row'] and cell2['serial'] not in collided and cell1['serial'] not in collided:
cell1['direction'] = (cell1['direction'] + 1) % 4
cell2['direction'] = (cell2['direction'] + 1) % 4
collided.append(cell2['serial'])
collided.append(cell1['serial'])
collisionevent += 1
# Process Events
if topevent:
pass
if leftevent:
pass
if bottomevent:
pass
if rightevent:
pass
if collisionevent:
pass
# Update the display with a map command
self.buttons[source] = [[0 for x in xrange(0, self.devices[source]['columns'])] for x in xrange(0, self.devices[source]['rows'])]
for cell in self.cells[source]:
self.buttons[source][cell['row']][cell['column']] = 1
responseq.put({
"type": monomeio.DEVICE_TYPE_MONOME,
"command": monomemodel.COMMAND_LED_MAP,
"target": source,
"data": self.buttons[source]
})