def pscatter3d(X, Y, Z, datalabel=None, type='scatter'):
plotsetting1 = publish_style()
del plotsetting1.axislib['x2']
del plotsetting1.axislib['y2']
del plotsetting1.axeslib['axes_minor']
# determine the locator for each axis
plotsetting1.add('locatorlib', 'x1', mode='auto')
plotsetting1.add('locatorlib', 'y1', mode='auto')
#plotsetting1.update('axislib','x1',unit=units[0],locator='x1',label=xylabels[0])#,limits=['auto','auto'],locator='auto')
#plotsetting1.update('axislib','y1',unit=units[1],locator='y1',label=xylabels[1])#,limits=['auto','auto'],locator='auto')
# create plot backbone
pl1 = plotbackbone(plotsetting1)
canvas1 = FigureCanvas(pl1.figure)
#ax = pl1.figure.add_subplot(111, projection='3d')
ax = Axes3D(pl1.figure)
if type == 'scatter':
p = ax.scatter(X, Y, Z)
elif type == 'wireframe':
p = ax.plot_wireframe(X, Y, Z, rstride=1, cstride=1)
ax.set_xlabel('X Label')
ax.set_ylabel('Y Label')
ax.set_zlabel('Z Label')
return pl1.figure
def pscatter3d(X,Y,Z,datalabel=None,type='scatter'):
plotsetting1 = publish_style()
del plotsetting1.axislib['x2']
del plotsetting1.axislib['y2']
del plotsetting1.axeslib['axes_minor']
# determine the locator for each axis
plotsetting1.add('locatorlib','x1',mode='auto')
plotsetting1.add('locatorlib','y1',mode='auto')
#plotsetting1.update('axislib','x1',unit=units[0],locator='x1',label=xylabels[0])#,limits=['auto','auto'],locator='auto')
#plotsetting1.update('axislib','y1',unit=units[1],locator='y1',label=xylabels[1])#,limits=['auto','auto'],locator='auto')
# create plot backbone
pl1 = plotbackbone(plotsetting1)
canvas1 = FigureCanvas(pl1.figure)
#ax = pl1.figure.add_subplot(111, projection='3d')
ax = Axes3D(pl1.figure)
if type == 'scatter':
p = ax.scatter(X, Y, Z)
elif type == 'wireframe':
p = ax.plot_wireframe(X, Y, Z, rstride=1, cstride=1)
ax.set_xlabel('X Label')
ax.set_ylabel('Y Label')
ax.set_zlabel('Z Label')
return pl1.figure
def double_axis_line(plotdata,units,xylabels,style=None):
# create plotsettings
plotsetting1 = publish_style()
# determine the locator for each axis
plotsetting1.add('locatorlib','x1',mode='auto',minor=2)
plotsetting1.add('locatorlib','y1',mode='auto',minor=2)
plotsetting1.add('locatorlib','x2',mode='auto')
plotsetting1.add('locatorlib','y2',mode='auto')
plotsetting1.update('axislib','x1',unit=units[0],locator='x1')#,limits=['auto','auto'],locator='auto')
plotsetting1.update('axislib','y1',unit=units[1],locator='y1')#,limits=['auto','auto'],locator='auto')
plotsetting1.update('axislib','x2',unit=units[2],locator='x2',limits=['link','x1'])#,limits=['auto','auto'],locator='auto')
plotsetting1.update('axislib','y2',unit=units[3],locator='y2',limits=['link','y1'])#,limits=['auto','auto'],locator='auto')
# create plot backbone
pl1 = plotbackbone(plotsetting1)
pl1.addPlot('axes_major',plotdata,datalabel=datalabel)
#pl1.linkLimits()
canvas1 = FigureCanvas(pl1.figure)
return pl1.figure
def single_axis_line(plotdata,style=None):
if style == None:
plotsetting1 = publish_style()
else:
plotsetting1 = style
try:
del plotsetting1.axislib['x2']
del plotsetting1.axislib['y2']
del plotsetting1.axeslib['axes_minor']
except:
pass
# determine the locator for each axis
plotsetting1.add('locatorlib','x1',mode='auto')
plotsetting1.add('locatorlib','y1',mode='auto')
plotsetting1.update('axislib','x1',unit=plotdata.unit[0],locator='x1',label=plotdata.label[0])#,limits=limits['x1'])#,locator='auto')
plotsetting1.update('axislib','y1',unit=plotdata.unit[1],locator='y1',label=plotdata.label[1])#,limits=limits['y1'])#,locator='auto')
# create plot backbone
pl1 = plotbackbone(plotsetting1)
pl1.addPlot('axes_major',plotdata) #,datalabel=datalabel,legend=legend)
#pl1.setTextbox('firstbox','axes_major')
#pl1.setTextbox('secondbox','axes_major')
#pl1.linkLimits()
pl1.setLimits('x1')
pl1.setLimits('y1')
canvas1 = FigureCanvas(pl1.figure)
return pl1#.figure
def single_axis_line(plotdata, style=None):
if style == None:
plotsetting1 = publish_style()
else:
plotsetting1 = style
try:
del plotsetting1.axislib['x2']
del plotsetting1.axislib['y2']
del plotsetting1.axeslib['axes_minor']
except:
pass
# determine the locator for each axis
plotsetting1.add('locatorlib', 'x1', mode='auto')
plotsetting1.add('locatorlib', 'y1', mode='auto')
plotsetting1.update(
'axislib',
'x1',
unit=plotdata.unit[0],
locator='x1',
label=plotdata.label[0]) #,limits=limits['x1'])#,locator='auto')
plotsetting1.update(
'axislib',
'y1',
unit=plotdata.unit[1],
locator='y1',
label=plotdata.label[1]) #,limits=limits['y1'])#,locator='auto')
# create plot backbone
pl1 = plotbackbone(plotsetting1)
pl1.addPlot('axes_major', plotdata) #,datalabel=datalabel,legend=legend)
#pl1.setTextbox('firstbox','axes_major')
#pl1.setTextbox('secondbox','axes_major')
#pl1.linkLimits()
pl1.setLimits('x1')
pl1.setLimits('y1')
canvas1 = FigureCanvas(pl1.figure)
return pl1 #.figure
def double_axis_line(plotdata, units, xylabels, style=None):
# create plotsettings
plotsetting1 = publish_style()
# determine the locator for each axis
plotsetting1.add('locatorlib', 'x1', mode='auto', minor=2)
plotsetting1.add('locatorlib', 'y1', mode='auto', minor=2)
plotsetting1.add('locatorlib', 'x2', mode='auto')
plotsetting1.add('locatorlib', 'y2', mode='auto')
plotsetting1.update('axislib', 'x1', unit=units[0],
locator='x1') #,limits=['auto','auto'],locator='auto')
plotsetting1.update('axislib', 'y1', unit=units[1],
locator='y1') #,limits=['auto','auto'],locator='auto')
plotsetting1.update('axislib',
'x2',
unit=units[2],
locator='x2',
limits=['link', 'x1'
]) #,limits=['auto','auto'],locator='auto')
plotsetting1.update('axislib',
'y2',
unit=units[3],
locator='y2',
limits=['link', 'y1'
]) #,limits=['auto','auto'],locator='auto')
# create plot backbone
pl1 = plotbackbone(plotsetting1)
pl1.addPlot('axes_major', plotdata, datalabel=datalabel)
#pl1.linkLimits()
canvas1 = FigureCanvas(pl1.figure)
return pl1.figure