def regen_plot(self):
scalingMap = self.scaling_map
graphContainer = self.ids.graphcontainer
graphContainer.clear_widgets()
graph = AnalogScaler()
graphContainer.add_widget(graph)
plot = LinePlot(color=rgb('00FF00'), line_width=1.25)
graph.add_plot(plot)
self.plot = plot
points = []
map_size = self.map_size
max_scaled = None
min_scaled = None
for i in range(map_size):
volts = scalingMap.getVolts(i)
scaled = scalingMap.getScaled(i)
points.append((volts, scaled))
if max_scaled == None or scaled > max_scaled:
max_scaled = scaled
if min_scaled == None or scaled < min_scaled:
min_scaled = scaled
graph.ymin = min_scaled
graph.ymax = max_scaled
graph.xmin = 0
graph.xmax = 5
plot.points = points
def _regen_plot_interpolated(self, volts, scaled):
graphContainer = self.ids.graphcontainer
graphContainer.clear_widgets()
graph = AnalogScaler()
graphContainer.add_widget(graph)
plot = LinePlot(color=rgb('00FF00'), line_width=1.25)
graph.add_plot(plot)
self.plot = plot
points = []
max_scaled = None
min_scaled = None
for i in range(ScalingMap.SCALING_MAP_POINTS):
v = volts[i]
s = scaled[i]
points.append((v, s))
if max_scaled == None or s > max_scaled:
max_scaled = s
if min_scaled == None or s < min_scaled:
min_scaled = s
graph.ymin = min_scaled
graph.ymax = max_scaled
graph.xmin = 0
graph.xmax = 5
plot.points = points
def regen_plot(self):
scalingMap = self.scaling_map
graphContainer = self.ids.graphcontainer
graphContainer.clear_widgets()
graph = AnalogScaler()
graphContainer.add_widget(graph)
plot = LinePlot(color=rgb('00FF00'), line_width=1.25)
graph.add_plot(plot)
self.plot = plot
points = []
map_size = self.map_size
max_scaled = None
min_scaled = None
for i in range(map_size):
volts = scalingMap.getVolts(i)
scaled = scalingMap.getScaled(i)
points.append((volts, scaled))
if max_scaled == None or scaled > max_scaled:
max_scaled = scaled
if min_scaled == None or scaled < min_scaled:
min_scaled = scaled
graph.ymin = min_scaled
graph.ymax = max_scaled
graph.xmin = 0
graph.xmax = 5
plot.points = points
def _regen_plot_interpolated(self, volts, scaled):
graphContainer = self.ids.graphcontainer
graphContainer.clear_widgets()
graph = AnalogScaler()
graphContainer.add_widget(graph)
plot = LinePlot(color=rgb('00FF00'), line_width=1.25)
graph.add_plot(plot)
self.plot = plot
points = []
max_scaled = None
min_scaled = None
for i in range(ScalingMap.SCALING_MAP_POINTS):
v = volts[i]
s = scaled[i]
points.append((v, s))
if max_scaled == None or s > max_scaled:
max_scaled = s
if min_scaled == None or s < min_scaled:
min_scaled = s
graph.ymin = min_scaled
graph.ymax = max_scaled
graph.xmin = 0
graph.xmax = 5
plot.points = points