def drawBackground(self): for row in range(self.config.layout.height): for col in range(self.config.layout.width): index = row * self.config.layout.width + col WINDOW_HOME.setProperty(PROPERTY_INACTIVE % index, self.config.layout.matrix[row][col]) # Start with a state of uniform False self.state = createTruthMatrix(self.config.layout.height, self.config.layout.width)
def drawBackground(self):
for row in range(self.config.layout.height):
for col in range(self.config.layout.width):
index = row * self.config.layout.width + col
WINDOW_HOME.setProperty(PROPERTY_INACTIVE % index,
self.config.layout.matrix[row][col])
# Start with a state of uniform False
self.state = createTruthMatrix(self.config.layout.height,
self.config.layout.width)
def step(self, time):
# Ask the solver for the time
log('Solving for the current time (%s)' % str(time))
solution = self.solver.resolveTime(time)
solutionUTF8 = [uni.encode('utf-8') for uni in solution]
log('Solution: ' + str(solutionUTF8))
truthMatrix = createTruthMatrix(self.layout.height, self.layout.width)
success = self.highlight(self.layout.matrix, truthMatrix, solution)
if not success:
log('Unable to highlight solution. Reattempting with no spaces between words')
truthMatrix = createTruthMatrix(self.layout.height, self.layout.width)
success = self.highlight(self.layout.matrix, truthMatrix, solution, False)
if success:
log('Success')
else:
log('Failed to highlight solution again. Drawing best attempt')
# Draw the result
self.window.drawMatrix(truthMatrix)
def cleanup(self): '''Clear window properties''' truthMatrix = createTruthMatrix(self.layout.height, self.layout.width) self.window.drawMatrix(truthMatrix) pass
