def addPlot(self, addr, param):
newNode = self.I.newRadioLink(address=addr)
self.nodeList.append(newNode)
print('made link', addr, param)
#newNode.write_register(self.I.NRF.RF_SETUP,0x0E)
#self.I.NRF.write_register(self.I.NRF.RF_SETUP,0x0E) #Change to 2MBPS
cls = False
cls_module = supported.get(param, None)
if cls_module:
cls = cls_module.connect(newNode)
else:
cls = None
if cls:
if hasattr(cls, 'name'): label = cls.name
else: label = ''
if not self.active_device_counter:
if len(label): self.plot.setLabel('left', label)
curves = [
self.addCurve(self.plot,
'%s[%s]' % (label[:10], cls.PLOTNAMES[a]))
for a in range(cls.NUMPLOTS)
]
else:
if label:
colStr = lambda col: hex(col[0])[2:] + hex(col[1])[
2:] + hex(col[2])[2:]
newplt = self.addAxis(
self.plot,
label=label) #,color='#'+colStr(cols[0].getRgb()))
else:
newplt = self.addAxis(self.plot)
self.right_axes.append(newplt)
curves = [
self.addCurve(newplt,
'%s[%s]' % (label[:10], cls.PLOTNAMES[a]))
for a in range(cls.NUMPLOTS)
]
#for a in range(cls.NUMPLOTS):
# self.plotLegend.addItem(curves[a],'%s[%s]'%(label[:10],cls.PLOTNAMES[a]))
self.createMenu(cls, param)
for a in range(cls.NUMPLOTS):
curves[a].checked = True
Callback = functools.partial(self.setTraceVisibility,
curves[a])
action = QtGui.QCheckBox(
'%s' % (cls.PLOTNAMES[a])
) #self.curveMenu.addAction('%s[%d]'%(label[:12],a))
action.toggled[bool].connect(Callback)
action.setChecked(True)
action.setStyleSheet(
"background-color:rgb%s;" %
(str(curves[a].opts['pen'].color().getRgb())))
self.paramMenus.insertWidget(1, action)
self.actionWidgets.append(action)
self.acquireList.append(
self.plotItem(cls, np.zeros((cls.NUMPLOTS, self.POINTS)),
curves))
self.active_device_counter += 1
def addPlot(self,param):
cls=False
cls_module = supported.get(param,None)
if cls_module:
cls = cls_module.connect(self.I.I2C)
else:
cls=None
if cls:
if hasattr(cls,'name'): label = cls.name
else: label =''
cols=[self.random_color() for a in cls.PLOTNAMES]
if cls.ADDRESS==0x68: #accelerometer, gyro. split plots
curvesA=[self.addCurve(self.plot,'%s[%s]'%(label[:10],cls.PLOTNAMES[a])) for a in range(4)]
newplt = self.addAxis(self.plot)
self.right_axes.append(newplt)
curvesB=[self.addCurve(newplt ,'%s[%s]'%(label[:10],cls.PLOTNAMES[a])) for a in range(4,7)]
curves = curvesA+curvesB
else:
if not self.active_device_counter:
if len(label):self.plot.setLabel('left', label)
curves=[self.addCurve(self.plot,'%s[%s]'%(label[:10],cls.PLOTNAMES[a])) for a in range(cls.NUMPLOTS)]
else:
if label:
colStr = lambda col: hex(col[0])[2:]+hex(col[1])[2:]+hex(col[2])[2:]
newplt = self.addAxis(self.plot,label=label,color='#'+colStr(cols[0].getRgb()))
else: newplt = self.addAxis(self.plot)
self.right_axes.append(newplt)
curves=[self.addCurve(newplt ,'%s[%s]'%(label[:10],cls.PLOTNAMES[a])) for a in range(cls.NUMPLOTS)]
for a in range(cls.NUMPLOTS):
self.plotLegend.addItem(curves[a],'%s[%s]'%(label[:10],cls.PLOTNAMES[a]))
self.createMenu(cls,param)
for a in range(cls.NUMPLOTS):
curves[a].checked=True
Callback = functools.partial(self.setTraceVisibility,curves[a])
action=QtGui.QCheckBox('%s'%(cls.PLOTNAMES[a])) #self.curveMenu.addAction('%s[%d]'%(label[:12],a))
action.toggled[bool].connect(Callback)
action.setChecked(True)
action.setStyleSheet("background-color:rgb%s;"%(str(cols[a].getRgb())))
self.paramMenus.insertWidget(1,action)
self.actions.append(action)
self.acquireList.append(self.plotItem(cls,np.zeros((cls.NUMPLOTS,self.POINTS)), curves))
self.active_device_counter+=1
def addPlot(self,addr,param):
newNode = self.I.newRadioLink(address=addr)
self.nodeList.append(newNode)
print ('made link',addr,param)
#newNode.write_register(self.I.NRF.RF_SETUP,0x0E)
#self.I.NRF.write_register(self.I.NRF.RF_SETUP,0x0E) #Change to 2MBPS
cls=False
cls_module = supported.get(param,None)
if cls_module:
cls = cls_module.connect(newNode)
else:
cls=None
if cls:
if hasattr(cls,'name'): label = cls.name
else: label =''
if not self.active_device_counter:
if len(label):self.plot.setLabel('left', label)
curves=[self.addCurve(self.plot,'%s[%s]'%(label[:10],cls.PLOTNAMES[a])) for a in range(cls.NUMPLOTS)]
else:
if label:
colStr = lambda col: hex(col[0])[2:]+hex(col[1])[2:]+hex(col[2])[2:]
newplt = self.addAxis(self.plot,label=label)#,color='#'+colStr(cols[0].getRgb()))
else: newplt = self.addAxis(self.plot)
self.right_axes.append(newplt)
curves=[self.addCurve(newplt ,'%s[%s]'%(label[:10],cls.PLOTNAMES[a])) for a in range(cls.NUMPLOTS)]
#for a in range(cls.NUMPLOTS):
# self.plotLegend.addItem(curves[a],'%s[%s]'%(label[:10],cls.PLOTNAMES[a]))
self.createMenu(cls,param)
for a in range(cls.NUMPLOTS):
curves[a].checked=True
Callback = functools.partial(self.setTraceVisibility,curves[a])
action=QtGui.QCheckBox('%s'%(cls.PLOTNAMES[a])) #self.curveMenu.addAction('%s[%d]'%(label[:12],a))
action.toggled[bool].connect(Callback)
action.setChecked(True)
action.setStyleSheet("background-color:rgb%s;"%(str(curves[a].opts['pen'].color().getRgb())))
self.paramMenus.insertWidget(1,action)
self.actionWidgets.append(action)
self.acquireList.append(self.plotItem(cls,np.zeros((cls.NUMPLOTS,self.POINTS)), curves))
self.active_device_counter+=1
def addPlot(self, param):
cls = False
cls_module = supported.get(param, None)
if cls_module:
cls = cls_module.connect(self.I.I2C)
else:
cls = None
if cls:
if hasattr(cls, 'name'): label = cls.name
else: label = ''
cols = [self.random_color() for a in cls.PLOTNAMES]
if cls.ADDRESS == 0x68: #accelerometer, gyro. split plots
curvesA = [
self.addCurve(self.plot,
'%s[%s]' % (label[:10], cls.PLOTNAMES[a]))
for a in range(4)
]
newplt = self.addAxis(self.plot)
self.right_axes.append(newplt)
curvesB = [
self.addCurve(newplt,
'%s[%s]' % (label[:10], cls.PLOTNAMES[a]))
for a in range(4, 7)
]
curves = curvesA + curvesB
else:
if not self.active_device_counter:
if len(label): self.plot.setLabel('left', label)
curves = [
self.addCurve(
self.plot,
'%s[%s]' % (label[:10], cls.PLOTNAMES[a]))
for a in range(cls.NUMPLOTS)
]
else:
if label:
colStr = lambda col: hex(col[0])[2:] + hex(col[1])[
2:] + hex(col[2])[2:]
newplt = self.addAxis(self.plot,
label=label,
color='#' +
colStr(cols[0].getRgb()))
else:
newplt = self.addAxis(self.plot)
self.right_axes.append(newplt)
curves = [
self.addCurve(
newplt, '%s[%s]' % (label[:10], cls.PLOTNAMES[a]))
for a in range(cls.NUMPLOTS)
]
for a in range(cls.NUMPLOTS):
self.plotLegend.addItem(
curves[a],
'%s[%s]' % (label[:10], cls.PLOTNAMES[a]))
self.createMenu(cls, param)
for a in range(cls.NUMPLOTS):
curves[a].checked = True
Callback = functools.partial(self.setTraceVisibility,
curves[a])
action = QtGui.QCheckBox(
'%s' % (cls.PLOTNAMES[a])
) #self.curveMenu.addAction('%s[%d]'%(label[:12],a))
action.toggled[bool].connect(Callback)
action.setChecked(True)
action.setStyleSheet("background-color:rgb%s;" %
(str(cols[a].getRgb())))
self.paramMenus.insertWidget(1, action)
self.actions.append(action)
self.acquireList.append(
self.plotItem(cls, np.zeros((cls.NUMPLOTS, self.POINTS)),
curves))
self.active_device_counter += 1