def addLine(self, _from, to):
line = Line()
line.X1 = _from[0]
line.Y1 = _from[1]
line.X2 = to[0]
line.Y2 = to[1]
line.Stroke = Brushes.White
line.StrokeThickness = 2.0
self.canvas.Children.Add(line)
def addLine(self, _from, to):
line = Line()
line.X1 = _from[0]
line.Y1 = _from[1]
line.X2 = to[0]
line.Y2 = to[1]
line.Stroke = SolidColorBrush(Color.FromArgb(255, 255, 255,
255)) # Brushes.White
line.StrokeThickness = 2.0
self.canvas.Children.Add(line)
def line(x1, y1, x2, y2, widget):
line = Line()
line.Stroke = SolidColorBrush(Colors.Blue)
line.X1 = float(x1)
line.X2 = float(x2)
line.Y1 = float(y1)
line.Y2 = float(y2)
widget.Children.Add(line)
def addLine(self, _from, to):
line = Line()
line.X1 = _from[0]
line.Y1 = _from[1]
line.X2 = to[0]
line.Y2 = to[1]
line.Stroke = SolidColorBrush(Color.FromArgb(255,255,255,255)) # Brushes.White
line.StrokeThickness = 2.0
self.canvas.Children.Add(line)
def addLine(self, _from, to):
line = Line()
line.X1 = _from[0]
line.Y1 = _from[1]
line.X2 = to[0]
line.Y2 = to[1]
line.Stroke = Brushes.White
line.StrokeThickness = 2.0
self.canvas.Children.Add(line)
def draw_layers_connections(self, brain, first_layer_index, second_layer_index, neuron_size):
first_layer_margin = (self.canvas.ActualWidth - len(brain.layers[first_layer_index]) * neuron_size) / (len(brain.layers[first_layer_index]) + 1)
second_layer_margin = (self.canvas.ActualWidth - len(brain.layers[second_layer_index]) * neuron_size) / (len(brain.layers[second_layer_index]) + 1)
for second_layer_neuron_index, second_layer_neuron in enumerate(brain.layers[second_layer_index]):
for first_layer_neuron_index, first_layer_neuron in enumerate(brain.layers[first_layer_index]):
line = Line()
line.X1 = second_layer_margin + second_layer_neuron_index * (neuron_size + second_layer_margin) + neuron_size / 2.0
line.Y1 = second_layer_index * neuron_size * 2.0 + neuron_size / 2.0
line.X2 = first_layer_margin + first_layer_neuron_index * (neuron_size + first_layer_margin) + neuron_size / 2.0
line.Y2 = first_layer_index * neuron_size * 2.0 + neuron_size / 2.0
line.StrokeThickness = 2
line.Stroke = SolidColorBrush(get_color(second_layer_neuron.w[first_layer_neuron_index]))
self.canvas.AddChild(line)
def __init__(self, xpos, ypos, length, direction):
self.xpos = xpos
self.ypos = ypos
self.length = length
self.direction = direction
self.xdir = direction[0]
self.ydir = direction[1]
self.destroyed = False
self.edges = self.get_edges()
self.shape = Line()
self.shape.Stroke = SolidColorBrush(Colors.Black)
self.shape.X1 = 0
self.shape.Y1 = 0
if direction in (Direction.LEFT, Direction.RIGHT):
self.shape.X2 = self.length
self.shape.Y2 = 0
else:
self.shape.X2 = 0
self.shape.Y2 = self.length
self.shape.StrokeThickness = 1
def draw_layers_connections(self, brain, first_layer_index,
second_layer_index, neuron_size):
first_layer_margin = (
self.canvas.ActualWidth - len(brain.layers[first_layer_index]) *
neuron_size) / (len(brain.layers[first_layer_index]) + 1)
second_layer_margin = (
self.canvas.ActualWidth - len(brain.layers[second_layer_index]) *
neuron_size) / (len(brain.layers[second_layer_index]) + 1)
for second_layer_neuron_index, second_layer_neuron in enumerate(
brain.layers[second_layer_index]):
for first_layer_neuron_index, first_layer_neuron in enumerate(
brain.layers[first_layer_index]):
line = Line()
line.X1 = second_layer_margin + second_layer_neuron_index * (
neuron_size + second_layer_margin) + neuron_size / 2.0
line.Y1 = second_layer_index * neuron_size * 2.0 + neuron_size / 2.0
line.X2 = first_layer_margin + first_layer_neuron_index * (
neuron_size + first_layer_margin) + neuron_size / 2.0
line.Y2 = first_layer_index * neuron_size * 2.0 + neuron_size / 2.0
line.StrokeThickness = 2
line.Stroke = SolidColorBrush(
get_color(second_layer_neuron.w[first_layer_neuron_index]))
self.canvas.AddChild(line)
