def transfer_plot(data, fig):
title = 'Voltage Transfer Curve'
extend(data)
fw = FigureWrapper(
data,
fig,
x='Vin (V)',
y='Vout (V)',
title=title,
# xlimits=[-5, 5],
# ylimits=[-0.020, 0.020],
)
fw.subplot.plot([0, data.Vmax], [0, data.Vmax], 'r-')
fw.subplot.plot([0, data.Vmax], [data.Vmax, 0], 'r-')
# fw.addcol(legend='', x='Vin', y='Vout')
fw.addcol(
legend='up',
x='Vin',
y='Vout',
filter_func=lambda e: e.reverse == 0,
)
fw.addcol(
legend='down',
x='Vin',
y='Vout',
filter_func=lambda e: e.reverse == 1,
)
return fig
def transfer_plot(data, fig):
title = 'Voltage Transfer Curve'
extend(data)
fw = FigureWrapper(
data,
fig,
x='Vin (V)',
y='Vout (V)',
title=title,
# xlimits=[-5, 5],
# ylimits=[-0.020, 0.020],
)
fw.subplot.plot(
[0, data.Vmax],
[0, data.Vmax],
'r-')
fw.subplot.plot(
[0, data.Vmax],
[data.Vmax, 0],
'r-')
# fw.addcol(legend='', x='Vin', y='Vout')
fw.addcol(legend='up',
x='Vin',
y='Vout',
filter_func=lambda e: e.reverse == 0,
)
fw.addcol(legend='down',
x='Vin',
y='Vout',
filter_func=lambda e: e.reverse == 1,
)
return fig
def processed_analog_value_time_plot(data, fig):
fw = FigureWrapper(data, fig, x='time', y='voltage')
extend(data)
fw.addcol(legend='Vin', y='Vin')
fw.addcol(legend='Vout', y='Vout')
fw.addcol(legend='Vamp', y='Vamp')
return fig
def processed_analog_value_time_plot(data, fig):
fw = FigureWrapper(
data, fig, x='time', y='voltage')
extend(data)
fw.addcol(legend='Vin', y='Vin')
fw.addcol(legend='Vout', y='Vout')
fw.addcol(legend='Vamp', y='Vamp')
return fig
