def timeExample4(netPlot, plotNumber):
"""Time series chart passing the time (from Netplot.GetTimeNowString()) and the y value"""
plotConfig = PlotConfig()
plotConfig.plotName="Plot 0"
plotConfig.xAxisName="The X axis"
plotConfig.yAxisName="Y axis (Plot0)"
plotConfig.enableLines=1
plotConfig.enableShapes=1
plotConfig.enableAutoScale=1
plotConfig.maxAgeSeconds=5
netPlot.setPlotType('time', title="%d: TIME chart using Netplot.GetTimeNowString()." % (plotNumber) )
netPlot.addPlot(plotConfig)
plotConfig.plotName="Plot 1"
#Add a new Y Axis
plotConfig.yAxisName="Y Axis (Plot1)"
netPlot.addPlot(plotConfig)
#Update first plot
i=0
while i<10:
netPlot.addTimePlotValue(0, NetPlot.GetTimeNowString(), float(1.395*random.randint(0,10) ) )
i=i+1
time.sleep(0.1)
netPlot.update()
def timeExample4(netPlot, plotNumber):
"""Time series chart passing the time (from Netplot.GetTimeNowString()) and the y value"""
plotConfig = PlotConfig()
plotConfig.plotName = "Plot 0"
plotConfig.xAxisName = "The X axis"
plotConfig.yAxisName = "Y axis (Plot0)"
plotConfig.enableLines = 1
plotConfig.enableShapes = 1
plotConfig.enableAutoScale = 1
plotConfig.maxAgeSeconds = 5
netPlot.setPlotType(
'time',
title="%d: TIME chart using Netplot.GetTimeNowString()." %
(plotNumber))
netPlot.addPlot(plotConfig)
plotConfig.plotName = "Plot 1"
#Add a new Y Axis
plotConfig.yAxisName = "Y Axis (Plot1)"
netPlot.addPlot(plotConfig)
#Update first plot
i = 0
while i < 10:
netPlot.addTimePlotValue(0, NetPlot.GetTimeNowString(),
float(1.395 * random.randint(0, 10)))
i = i + 1
time.sleep(0.1)
netPlot.update()
def timeExample3(netPlot, plotNumber):
"""Two plots on a time series chart with different Y axis"""
plotConfig = PlotConfig()
plotConfig.plotName = "Plot 0"
plotConfig.xAxisName = "The X axis"
plotConfig.yAxisName = "Y axis (Plot0)"
plotConfig.enableLines = 1
plotConfig.enableShapes = 1
plotConfig.enableAutoScale = 1
#plotConfig.minScaleValue=0
#plotConfig.maxScaleValue=10000
plotConfig.maxAgeSeconds = 5
netPlot.setPlotType(
'time',
title=
"%d: TIME chart, two traces with different linear Y scales, both autoscaled"
% (plotNumber))
netPlot.addPlot(plotConfig)
plotConfig.plotName = "Plot 1"
#Add a new Y Axis
plotConfig.yAxisName = "Y Axis (Plot1)"
netPlot.addPlot(plotConfig)
i = 0
while i < 10:
netPlot.addPlotValues(
[random.randint(1000, 10000),
random.randint(10, 100)])
i = i + 1
def timeExample2(netPlot, plotNumber, timePeriod=0.01):
"""Three plots on a time series chart with the same Y axis."""
plotConfig = PlotConfig()
plotConfig.xAxisName="The X axis"
plotConfig.yAxisName="The Y axis (Plot0)"
plotConfig.enableLines=1
plotConfig.enableShapes=1
plotConfig.enableAutoScale=0
plotConfig.minScaleValue=-5
plotConfig.maxScaleValue=5
netPlot.setPlotType('time', title="%d: TIME chart, multiple plots, same Y scale" % (plotNumber) )
#Uncomment this to remove the Legend on the chart
#netPlot.setChartLegendEnabled(0)
for plotName in ["Sine","Cosine","Tangent"]:
plotConfig.plotName=plotName
netPlot.addPlot(plotConfig)
#We only want one Y axis so null plot axis names
plotConfig.xAxisName=""
plotConfig.yAxisName=""
x=0.01
while x< 25:
netPlot.addPlotValues([sin(x), cos(x), tan(x)])
x=x+0.1
time.sleep(timePeriod)
def timeExample2(netPlot, plotNumber, timePeriod=0.01):
"""Three plots on a time series chart with the same Y axis."""
plotConfig = PlotConfig()
plotConfig.xAxisName = "The X axis"
plotConfig.yAxisName = "The Y axis (Plot0)"
plotConfig.enableLines = 1
plotConfig.enableShapes = 1
plotConfig.enableAutoScale = 0
plotConfig.minScaleValue = -5
plotConfig.maxScaleValue = 5
netPlot.setPlotType('time',
title="%d: TIME chart, multiple plots, same Y scale" %
(plotNumber))
#Uncomment this to remove the Legend on the chart
#netPlot.setChartLegendEnabled(0)
for plotName in ["Sine", "Cosine", "Tangent"]:
plotConfig.plotName = plotName
netPlot.addPlot(plotConfig)
#We only want one Y axis so null plot axis names
plotConfig.xAxisName = ""
plotConfig.yAxisName = ""
x = 0.01
while x < 25:
netPlot.addPlotValues([sin(x), cos(x), tan(x)])
x = x + 0.1
time.sleep(timePeriod)
def xyExample1(netPlot, plotNumber):
"""two plots with different linear Y scales"""
plotConfig0 = PlotConfig()
plotConfig0.plotName = "Plot 0"
plotConfig0.xAxisName = "The X axis name"
plotConfig0.yAxisName = "Y axis (Plot 0)"
plotConfig0.enableLines = 1
plotConfig0.enableShapes = 1
plotConfig0.enableAutoScale = 1
plotConfig0.enableZeroOnXAxis = 0
plotConfig0.enableZeroOnYAxis = 0
netPlot.setPlotType(
'xy',
title=
"%d: XY chart, two traces with different linear Y scales, both autoscaled"
% (plotNumber))
netPlot.addPlot(plotConfig0)
plotConfig1 = PlotConfig()
plotConfig1.plotName = "Plot 1"
plotConfig1.yAxisName = "Y axis (Plot 1)"
plotConfig1.enableLines = 1
plotConfig1.enableShapes = 1
plotConfig1.enableAutoScale = 1
plotConfig1.enableZeroOnXAxis = 0
plotConfig1.enableZeroOnYAxis = 0
netPlot.addPlot(plotConfig1)
i = 0
while i < 10:
netPlot.addXYPlotValues(0, random.randint(-90, -70),
random.randint(130, 150))
netPlot.addXYPlotValues(1, random.randint(-60, -50),
random.randint(75, 80))
i = i + 1
def xyExample1(netPlot, plotNumber):
"""two plots with different linear Y scales"""
plotConfig0 = PlotConfig()
plotConfig0.plotName="Plot 0"
plotConfig0.xAxisName="The X axis name"
plotConfig0.yAxisName="Y axis (Plot 0)"
plotConfig0.enableLines=1
plotConfig0.enableShapes=1
plotConfig0.enableAutoScale=1
plotConfig0.enableZeroOnXAxis=0
plotConfig0.enableZeroOnYAxis=0
netPlot.setPlotType('xy', title="%d: XY chart, two traces with different linear Y scales, both autoscaled" % (plotNumber) )
netPlot.addPlot(plotConfig0)
plotConfig1 = PlotConfig()
plotConfig1.plotName="Plot 1"
plotConfig1.yAxisName="Y axis (Plot 1)"
plotConfig1.enableLines=1
plotConfig1.enableShapes=1
plotConfig1.enableAutoScale=1
plotConfig1.enableZeroOnXAxis=0
plotConfig1.enableZeroOnYAxis=0
netPlot.addPlot(plotConfig1)
i=0
while i<10:
netPlot.addXYPlotValues(0,random.randint(-90,-70), random.randint(130,150))
netPlot.addXYPlotValues(1,random.randint(-60,-50), random.randint(75,80))
i=i+1
def cachedPlot(netPlot, plotNumber):
"""XY plot with log Y scale but in this case we send the data for all the
points to be plotted and then use the update command to plot them all
quickly."""
plotConfig0 = PlotConfig()
plotConfig0.plotName="Plot 0"
plotConfig0.xAxisName="The X axis name"
plotConfig0.yAxisName="Log Y axis"
plotConfig0.enableLines=1
plotConfig0.enableShapes=0
plotConfig0.enableAutoScale=False
plotConfig0.minScaleValue=0
plotConfig0.maxScaleValue=1
netPlot.setPlotType('xy', title="%d: Cached, fast XY chart with log Y scale" % (plotNumber) )
netPlot.addPlot(plotConfig0)
#These must be called after the plot type is added
#Enables cached operation, update() will draw all plot points
netPlot.enableCache(True)
#Not printing status messages may speed up plotting if CPU bound
netPlot.enableStatusMessages(False)
while True:
netPlot.replot(0)
for v in range(1,100):
netPlot.addXYPlotValues(0,v, random.random())
#Update. plot values will be sent now as the NetPlot cache is enabled
netPlot.update()
return
def cachedPlot(netPlot, plotNumber):
"""XY plot with log Y scale but in this case we send the data for all the
points to be plotted and then use the update command to plot them all
quickly."""
plotConfig0 = PlotConfig()
plotConfig0.plotName = "Plot 0"
plotConfig0.xAxisName = "The X axis name"
plotConfig0.yAxisName = "Log Y axis"
plotConfig0.enableLines = 1
plotConfig0.enableShapes = 0
plotConfig0.enableAutoScale = False
plotConfig0.minScaleValue = 0
plotConfig0.maxScaleValue = 1
netPlot.setPlotType('xy',
title="%d: Cached, fast XY chart with log Y scale" %
(plotNumber))
netPlot.addPlot(plotConfig0)
#These must be called after the plot type is added
#Enables cached operation, update() will draw all plot points
netPlot.enableCache(True)
#Not printing status messages may speed up plotting if CPU bound
netPlot.enableStatusMessages(False)
while True:
netPlot.replot(0)
for v in range(1, 100):
netPlot.addXYPlotValues(0, v, random.random())
#Update. plot values will be sent now as the NetPlot cache is enabled
netPlot.update()
return
def timeExample5(netPlot, plotNumber):
"""Time series chart passing the time and the y value"""
plotConfig = PlotConfig()
plotConfig.plotName = "Plot 0"
plotConfig.xAxisName = "The X axis"
plotConfig.yAxisName = "Y axis (Plot0)"
plotConfig.enableLines = 1
plotConfig.enableShapes = 1
plotConfig.enableAutoScale = 1
plotConfig.maxAgeSeconds = 5
netPlot.setPlotType(
'time',
title="%d: TIME chart, passing the time and the y value (cached)." %
(plotNumber))
netPlot.addPlot(plotConfig)
plotConfig.plotName = "Plot 1"
#Add a new Y Axis
plotConfig.yAxisName = "Y Axis (Plot1)"
netPlot.addPlot(plotConfig)
#We enable cache on this plot. Therefore
#data won't be sent until the netPlot.update() method is called.
netPlot.enableCache(True)
t1 = datetime.now()
#Update first plot
i = 0
while i < 10:
netPlot.addTimePlotValue(0, t1, float(1.395 * random.randint(0, 10)))
t1 = t1 + timedelta(seconds=60 * 60 * 24 * 365)
i = i + 1
t2 = datetime.now()
t2 = t2 + timedelta(seconds=10000)
#Update second plot
i = 0
while i < 10:
netPlot.addTimePlotValue(1, t2, float(1.395 * random.randint(0, 10)))
t2 = t2 + timedelta(seconds=60 * 60 * 24 * 365)
i = i + 1
netPlot.update()
def timeExample5(netPlot, plotNumber):
"""Time series chart passing the time and the y value"""
plotConfig = PlotConfig()
plotConfig.plotName="Plot 0"
plotConfig.xAxisName="The X axis"
plotConfig.yAxisName="Y axis (Plot0)"
plotConfig.enableLines=1
plotConfig.enableShapes=1
plotConfig.enableAutoScale=1
plotConfig.maxAgeSeconds=5
netPlot.setPlotType('time', title="%d: TIME chart, passing the time and the y value (cached)." % (plotNumber) )
netPlot.addPlot(plotConfig)
plotConfig.plotName="Plot 1"
#Add a new Y Axis
plotConfig.yAxisName="Y Axis (Plot1)"
netPlot.addPlot(plotConfig)
#We enable cache on this plot. Therefore
#data won't be sent until the netPlot.update() method is called.
netPlot.enableCache(True)
t1 = datetime.now()
#Update first plot
i=0
while i<10:
netPlot.addTimePlotValue(0, t1, float(1.395*random.randint(0,10) ) )
t1=t1+timedelta(seconds=60*60*24*365)
i=i+1
t2 = datetime.now()
t2=t2+timedelta(seconds=10000)
#Update second plot
i=0
while i<10:
netPlot.addTimePlotValue(1, t2, float(1.395*random.randint(0,10) ) )
t2=t2+timedelta(seconds=60*60*24*365)
i=i+1
netPlot.update()
def timeExample3(netPlot, plotNumber):
"""Two plots on a time series chart with different Y axis"""
plotConfig = PlotConfig()
plotConfig.plotName="Plot 0"
plotConfig.xAxisName="The X axis"
plotConfig.yAxisName="Y axis (Plot0)"
plotConfig.enableLines=1
plotConfig.enableShapes=1
plotConfig.enableAutoScale=1
#plotConfig.minScaleValue=0
#plotConfig.maxScaleValue=10000
plotConfig.maxAgeSeconds=5
netPlot.setPlotType('time', title="%d: TIME chart, two traces with different linear Y scales, both autoscaled" % (plotNumber) )
netPlot.addPlot(plotConfig)
plotConfig.plotName="Plot 1"
#Add a new Y Axis
plotConfig.yAxisName="Y Axis (Plot1)"
netPlot.addPlot(plotConfig)
i=0
while i<10:
netPlot.addPlotValues([random.randint(1000,10000),random.randint(10,100)])
i=i+1
def barExample(netPlot, plotNumber):
"""Bar chart example"""
plotConfig0 = PlotConfig()
plotConfig0.plotName = "Plot 0"
plotConfig0.xAxisName = "The X axis"
plotConfig0.yAxisName = "The Y axis"
plotConfig0.enableAutoScale = 1
#plotConfig0.minScaleValue=1
#plotConfig0.maxScaleValue=10000
#log axis not currently supported on Bar charts
netPlot.setPlotType('bar', title="%d: BAR chart" % (plotNumber))
netPlot.addPlot(plotConfig0)
i = 0
while i < 10:
netPlot.addPlotValues([random.randint(1000, 10000)])
i = i + 1
def barExample(netPlot, plotNumber):
"""Bar chart example"""
plotConfig0 = PlotConfig()
plotConfig0.plotName="Plot 0"
plotConfig0.xAxisName="The X axis"
plotConfig0.yAxisName="The Y axis"
plotConfig0.enableAutoScale=1
#plotConfig0.minScaleValue=1
#plotConfig0.maxScaleValue=10000
#log axis not currently supported on Bar charts
netPlot.setPlotType('bar', title="%d: BAR chart" % (plotNumber))
netPlot.addPlot(plotConfig0)
i=0
while i<10:
netPlot.addPlotValues([random.randint(1000,10000)])
i=i+1
def xyExample2(netPlot, plotNumber):
"""XY plot with log Y scale"""
plotConfig0 = PlotConfig()
plotConfig0.plotName="Plot 0"
plotConfig0.xAxisName="The X axis name"
plotConfig0.yAxisName="Log Y axis"
plotConfig0.enableLines=1
plotConfig0.enableShapes=1
plotConfig0.enableLogYAxis=1
plotConfig0.minScaleValue=1E-10
plotConfig0.maxScaleValue=1E-2
netPlot.setPlotType('xy', title="%d: XY chart with log Y scale" % (plotNumber) )
netPlot.addPlot(plotConfig0)
netPlot.addXYPlotValues(0,-50, 1E-9)
netPlot.addXYPlotValues(0,-55, 1E-7)
netPlot.addXYPlotValues(0,-60, 1E-6)
netPlot.addXYPlotValues(0,-70, 1E-5)
netPlot.addXYPlotValues(0,-80, 1E-4)
netPlot.addXYPlotValues(0,-90, 1E-3)
def xyExample2(netPlot, plotNumber):
"""XY plot with log Y scale"""
plotConfig0 = PlotConfig()
plotConfig0.plotName = "Plot 0"
plotConfig0.xAxisName = "The X axis name"
plotConfig0.yAxisName = "Log Y axis"
plotConfig0.enableLines = 1
plotConfig0.enableShapes = 1
plotConfig0.enableLogYAxis = 1
plotConfig0.minScaleValue = 1E-10
plotConfig0.maxScaleValue = 1E-2
netPlot.setPlotType('xy',
title="%d: XY chart with log Y scale" % (plotNumber))
netPlot.addPlot(plotConfig0)
netPlot.addXYPlotValues(0, -50, 1E-9)
netPlot.addXYPlotValues(0, -55, 1E-7)
netPlot.addXYPlotValues(0, -60, 1E-6)
netPlot.addXYPlotValues(0, -70, 1E-5)
netPlot.addXYPlotValues(0, -80, 1E-4)
netPlot.addXYPlotValues(0, -90, 1E-3)
def timeExample1(netPlot, plotNumber):
"""Single plot on a time series chart"""
plotConfig = PlotConfig()
plotConfig.plotName="Plot 0"
plotConfig.xAxisName="The X axis"
plotConfig.yAxisName="The Y axis (Plot0)"
plotConfig.enableLines=1
plotConfig.enableShapes=1
plotConfig.enableAutoScale=0
plotConfig.minScaleValue=0
plotConfig.maxScaleValue=10000
plotConfig.maxAgeSeconds=5
plotConfig.tickCount=1000
netPlot.setPlotType('time', title="%d: TIME chart, single plot" % (plotNumber) )
#Uncomment this to remove the Legend on the chart
#netPlot.setChartLegendEnabled(0)
netPlot.addPlot(plotConfig)
i=0
while i< 10:
netPlot.addPlotValues([random.randint(1000,10000)])
i=i+1
def timeExample1(netPlot, plotNumber):
"""Single plot on a time series chart"""
plotConfig = PlotConfig()
plotConfig.plotName = "Plot 0"
plotConfig.xAxisName = "The X axis"
plotConfig.yAxisName = "The Y axis (Plot0)"
plotConfig.enableLines = 1
plotConfig.enableShapes = 1
plotConfig.enableAutoScale = 0
plotConfig.minScaleValue = 0
plotConfig.maxScaleValue = 10000
plotConfig.maxAgeSeconds = 5
plotConfig.tickCount = 1000
netPlot.setPlotType('time',
title="%d: TIME chart, single plot" % (plotNumber))
#Uncomment this to remove the Legend on the chart
#netPlot.setChartLegendEnabled(0)
netPlot.addPlot(plotConfig)
i = 0
while i < 10:
netPlot.addPlotValues([random.randint(1000, 10000)])
i = i + 1
def xyExample3(netPlot, plotNumber):
"""XY chart with 2 lin and 2 log Y scales"""
plotConfig0 = PlotConfig()
plotConfig0.plotName = "Plot 0"
plotConfig0.xAxisName = "The X axis name"
plotConfig0.yAxisName = "Log Y axis (Plot 0)"
plotConfig0.enableLines = 1
plotConfig0.enableShapes = 1
plotConfig0.enableLogYAxis = 1
plotConfig0.minScaleValue = 1E-10
plotConfig0.maxScaleValue = 1E-2
netPlot.setPlotType('xy',
title="%d: XY chart with 2 lin and 2 log Y scales" %
(plotNumber))
netPlot.addPlot(plotConfig0)
plotConfig1 = PlotConfig()
plotConfig1.plotName = "Plot 1"
plotConfig1.yAxisName = "Y axis (Plot 1)"
plotConfig1.enableLines = 1
plotConfig1.enableShapes = 1
plotConfig1.enableAutoScale = 1
plotConfig1.enableZeroOnXAxis = 0
plotConfig1.enableZeroOnYAxis = 0
netPlot.addPlot(plotConfig1)
plotConfig2 = PlotConfig()
plotConfig2.plotName = "Plot 2"
plotConfig2.yAxisName = "Y axis (Plot 2)"
plotConfig2.enableLines = 1
plotConfig2.enableShapes = 1
plotConfig2.enableAutoScale = 1
plotConfig2.enableZeroOnXAxis = 0
plotConfig2.enableZeroOnYAxis = 0
netPlot.addPlot(plotConfig2)
plotConfig3 = PlotConfig()
plotConfig3.plotName = "Plot 3"
plotConfig3.yAxisName = "Log Y axis (Plot 3)"
plotConfig3.enableLines = 1
plotConfig3.enableShapes = 1
plotConfig3.enableLogYAxis = 1
plotConfig3.minScaleValue = 1E-10
plotConfig3.maxScaleValue = 1E-2
netPlot.addPlot(plotConfig3)
netPlot.addXYPlotValues(0, -50, 1E-9)
netPlot.addXYPlotValues(0, -55, 1E-7)
netPlot.addXYPlotValues(0, -60, 1E-6)
netPlot.addXYPlotValues(0, -70, 1E-5)
netPlot.addXYPlotValues(0, -80, 1E-4)
netPlot.addXYPlotValues(0, -90, 1E-3)
netPlot.addXYPlotValues(1, -10, 10)
netPlot.addXYPlotValues(1, -9, 12)
netPlot.addXYPlotValues(1, -8, 14)
netPlot.addXYPlotValues(1, -7, 16)
netPlot.addXYPlotValues(1, -6, 18)
netPlot.addXYPlotValues(1, -5, 20)
netPlot.addXYPlotValues(2, -35, 10)
netPlot.addXYPlotValues(2, -95, 12)
netPlot.addXYPlotValues(2, -85, 14)
netPlot.addXYPlotValues(2, -75, 16)
netPlot.addXYPlotValues(2, -65, 18)
netPlot.addXYPlotValues(2, -55, 20)
netPlot.addXYPlotValues(3, 1, 1E-9)
netPlot.addXYPlotValues(3, 2, 1E-7)
netPlot.addXYPlotValues(3, 3, 1E-6)
netPlot.addXYPlotValues(3, 4, 1E-5)
netPlot.addXYPlotValues(3, 5, 1E-4)
netPlot.addXYPlotValues(3, 6, 1E-3)
def xyExample3(netPlot, plotNumber):
"""XY chart with 2 lin and 2 log Y scales"""
plotConfig0 = PlotConfig()
plotConfig0.plotName="Plot 0"
plotConfig0.xAxisName="The X axis name"
plotConfig0.yAxisName="Log Y axis (Plot 0)"
plotConfig0.enableLines=1
plotConfig0.enableShapes=1
plotConfig0.enableLogYAxis=1
plotConfig0.minScaleValue=1E-10
plotConfig0.maxScaleValue=1E-2
netPlot.setPlotType('xy', title="%d: XY chart with 2 lin and 2 log Y scales" % (plotNumber) )
netPlot.addPlot(plotConfig0)
plotConfig1 = PlotConfig()
plotConfig1.plotName="Plot 1"
plotConfig1.yAxisName="Y axis (Plot 1)"
plotConfig1.enableLines=1
plotConfig1.enableShapes=1
plotConfig1.enableAutoScale=1
plotConfig1.enableZeroOnXAxis=0
plotConfig1.enableZeroOnYAxis=0
netPlot.addPlot(plotConfig1)
plotConfig2 = PlotConfig()
plotConfig2.plotName="Plot 2"
plotConfig2.yAxisName="Y axis (Plot 2)"
plotConfig2.enableLines=1
plotConfig2.enableShapes=1
plotConfig2.enableAutoScale=1
plotConfig2.enableZeroOnXAxis=0
plotConfig2.enableZeroOnYAxis=0
netPlot.addPlot(plotConfig2)
plotConfig3 = PlotConfig()
plotConfig3.plotName="Plot 3"
plotConfig3.yAxisName="Log Y axis (Plot 3)"
plotConfig3.enableLines=1
plotConfig3.enableShapes=1
plotConfig3.enableLogYAxis=1
plotConfig3.minScaleValue=1E-10
plotConfig3.maxScaleValue=1E-2
netPlot.addPlot(plotConfig3)
netPlot.addXYPlotValues(0,-50, 1E-9)
netPlot.addXYPlotValues(0,-55, 1E-7)
netPlot.addXYPlotValues(0,-60, 1E-6)
netPlot.addXYPlotValues(0,-70, 1E-5)
netPlot.addXYPlotValues(0,-80, 1E-4)
netPlot.addXYPlotValues(0,-90, 1E-3)
netPlot.addXYPlotValues(1,-10, 10)
netPlot.addXYPlotValues(1,-9, 12)
netPlot.addXYPlotValues(1,-8, 14)
netPlot.addXYPlotValues(1,-7, 16)
netPlot.addXYPlotValues(1,-6, 18)
netPlot.addXYPlotValues(1,-5, 20)
netPlot.addXYPlotValues(2,-35, 10)
netPlot.addXYPlotValues(2,-95, 12)
netPlot.addXYPlotValues(2,-85, 14)
netPlot.addXYPlotValues(2,-75, 16)
netPlot.addXYPlotValues(2,-65, 18)
netPlot.addXYPlotValues(2,-55, 20)
netPlot.addXYPlotValues(3,1, 1E-9)
netPlot.addXYPlotValues(3,2, 1E-7)
netPlot.addXYPlotValues(3,3, 1E-6)
netPlot.addXYPlotValues(3,4, 1E-5)
netPlot.addXYPlotValues(3,5, 1E-4)
netPlot.addXYPlotValues(3,6, 1E-3)