CCD_Track_Classes.CCD_Track_Canvas Class Reference

Inheritance diagram for CCD_Track_Classes.CCD_Track_Canvas:

Collaboration diagram for CCD_Track_Classes.CCD_Track_Canvas:

Public Member Functions
def	compute_initial_figure (self)
def	scatterXY (self, x, y, plotLimits, xLab, yLab, title)
def	linePlot (self, xL, yL)
def	plotCross (self, xL, yL)
def	dispImg (self, im, clut, title, autoscale=True, cuts=[0.0)
def	annotatePt (self, txt, xyPos, txtPos)
def	compute_initial_figure (self)
def	scatterXY (self, x, y, plotLimits, xLab, yLab, title)
def	linePlot (self, xL, yL)
def	plotCross (self, xL, yL)
def	dispImg (self, im, clut, title, autoscale=True, cuts=[0.0)
def	annotatePt (self, txt, xyPos, txtPos)
def	compute_initial_figure (self)
def	scatterXY (self, x, y, plotLimits, xLab, yLab, title)
def	linePlot (self, xL, yL)
def	plotCross (self, xL, yL)
def	dispImg (self, im, clut, title, autoscale=True, cuts=[0.0)
def	annotatePt (self, txt, xyPos, txtPos)
Public Member Functions inherited from CCD_Track_Classes.MyMplCanvas
def	__init__ (self, parent=None, width=5, height=4, dpi=100)
def	compute_initial_figure (self)
def	__init__ (self, parent=None, width=5, height=4, dpi=100)
def	compute_initial_figure (self)
def	__init__ (self, parent=None, width=5, height=4, dpi=100)
def	compute_initial_figure (self)

Additional Inherited Members
Public Attributes inherited from CCD_Track_Classes.MyMplCanvas
	axes

Detailed Description

   Display images and Plots - Create one instance for each plot / image

   scatterXY  - An XY scatter plot
   linePlot   - An XY line plot *** on EXISTING scatterXY plot !
   dispImg    - Display an image
   annotatePt - Place text at specified location

   This routine was adapted from All-Sky-Cam/ASP.py - TMH 20SEP17

Member Function Documentation

annotatePt() [1/3]

def CCD_Track_Classes.CCD_Track_Canvas.annotatePt	(		self,
			txt,
			xyPos,
			txtPos
	)

Annotates the plot with the text txt at position
    xyPos. The text appears at txtPos (presumably
    offset somewhat). Note that xyPos and txtPos are
    tuples, created for example, by xyPos = (x,y)

annotatePt() [2/3]

def CCD_Track_Classes.CCD_Track_Canvas.annotatePt	(		self,
			txt,
			xyPos,
			txtPos
	)

Annotates the plot with the text txt at position
    xyPos. The text appears at txtPos (presumably
    offset somewhat). Note that xyPos and txtPos are
    tuples, created for example, by xyPos = (x,y)

annotatePt() [3/3]

def CCD_Track_Classes.CCD_Track_Canvas.annotatePt	(		self,
			txt,
			xyPos,
			txtPos
	)

Annotates the plot with the text txt at position
    xyPos. The text appears at txtPos (presumably
    offset somewhat). Note that xyPos and txtPos are
    tuples, created for example, by xyPos = (x,y)

compute_initial_figure() [1/3]

def CCD_Track_Classes.CCD_Track_Canvas.compute_initial_figure

(

self

)

compute_initial_figure() [2/3]

def CCD_Track_Classes.CCD_Track_Canvas.compute_initial_figure

(

self

)

compute_initial_figure() [3/3]

def CCD_Track_Classes.CCD_Track_Canvas.compute_initial_figure

(

self

)

dispImg() [1/3]

def CCD_Track_Classes.CCD_Track_Canvas.dispImg	(		self,
			im,
			clut,
			title,
			autoscale = True,
			cuts = [0.0
	)

   Display the supplied image (which is a numpy array!)
   Note that if autoscale is not true, you must supply "cuts = [min,max]"

dispImg() [2/3]

def CCD_Track_Classes.CCD_Track_Canvas.dispImg	(		self,
			im,
			clut,
			title,
			autoscale = True,
			cuts = [0.0
	)

   Display the supplied image (which is a numpy array!)
   Note that if autoscale is not true, you must supply "cuts = [min,max]"

dispImg() [3/3]

def CCD_Track_Classes.CCD_Track_Canvas.dispImg	(		self,
			im,
			clut,
			title,
			autoscale = True,
			cuts = [0.0
	)

   Display the supplied image (which is a numpy array!)
   Note that if autoscale is not true, you must supply "cuts = [min,max]"

linePlot() [1/3]

def CCD_Track_Classes.CCD_Track_Canvas.linePlot	(		self,
			xL,
			yL
	)

Generate a line plot on the existing self.axes.

linePlot() [2/3]

def CCD_Track_Classes.CCD_Track_Canvas.linePlot	(		self,
			xL,
			yL
	)

Generate a line plot on the existing self.axes.

linePlot() [3/3]

def CCD_Track_Classes.CCD_Track_Canvas.linePlot	(		self,
			xL,
			yL
	)

Generate a line plot on the existing self.axes.

plotCross() [1/3]

def CCD_Track_Classes.CCD_Track_Canvas.plotCross	(		self,
			xL,
			yL
	)

    Places a (black) cross at xL,yL in existing plot.

plotCross() [2/3]

def CCD_Track_Classes.CCD_Track_Canvas.plotCross	(		self,
			xL,
			yL
	)

    Places a (black) cross at xL,yL in existing plot.

plotCross() [3/3]

def CCD_Track_Classes.CCD_Track_Canvas.plotCross	(		self,
			xL,
			yL
	)

    Places a (black) cross at xL,yL in existing plot.

scatterXY() [1/3]

def CCD_Track_Classes.CCD_Track_Canvas.scatterXY	(		self,
			x,
			y,
			plotLimits,
			xLab,
			yLab,
			title
	)

   Generate a scatter plot of x,y with the supplied limits, labels and title

scatterXY() [2/3]

def CCD_Track_Classes.CCD_Track_Canvas.scatterXY	(		self,
			x,
			y,
			plotLimits,
			xLab,
			yLab,
			title
	)

   Generate a scatter plot of x,y with the supplied limits, labels and title

scatterXY() [3/3]

def CCD_Track_Classes.CCD_Track_Canvas.scatterXY	(		self,
			x,
			y,
			plotLimits,
			xLab,
			yLab,
			title
	)

   Generate a scatter plot of x,y with the supplied limits, labels and title

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The documentation for this class was generated from the following file:

• /home/nirva/insroot/bin/CCD_Track_Classes.py