delayVisualization.py File Reference

Go to the source code of this file.

Namespaces
	delayVisualization

Functions
def	delayVisualization.Average (lst)

Variables
	delayVisualization.parser = argparse.ArgumentParser()
	delayVisualization.help
	delayVisualization.required
	delayVisualization.args = parser.parse_args()
	delayVisualization.inputFile = open(args.Input, 'r')
	delayVisualization.lines = inputFile.readlines()
int	delayVisualization.lineId = 0
	delayVisualization.disXY2delay = dict()
list	delayVisualization.XList = []
list	delayVisualization.YList = []
list	delayVisualization.delayList = []
	delayVisualization.pinDrivenLine = lines[lineId]
	delayVisualization.pinDriverLine = lines[lineId+1]
	delayVisualization.delayLine = lines[lineId+2]
	delayVisualization.drivenDrivenSiteName = pinDrivenLine.replace("\n", "").split(" ")[3]
	delayVisualization.drivenSiteX
	delayVisualization.drivenSiteY
	delayVisualization.drivenDriverSiteName = pinDriverLine.replace("\n", "").split(" ")[3]
	delayVisualization.driverSiteX
	delayVisualization.driverSiteY
	delayVisualization.disX = abs(drivenSiteX-driverSiteX)
	delayVisualization.disY = abs(drivenSiteY-driverSiteY)
tuple	delayVisualization.tupleXY = (disX, disY)
	delayVisualization.delay = int(delayLine.split(" ")[1])
	delayVisualization.z = np.array(delayList)
	delayVisualization.x = np.array(XList)
	delayVisualization.y = np.array(YList)
	delayVisualization.data = np.vstack((x, y, z))
	delayVisualization.X
	delayVisualization.Y
	delayVisualization.XX = X.flatten()
	delayVisualization.YY = Y.flatten()
	delayVisualization.A = np.c_[np.ones(data.shape[0]), (data[:, :2])**0.3, data[:, :2]**0.5]
	delayVisualization.C
	delayVisualization._
	delayVisualization.Z
	delayVisualization.fig = plt.figure()
	delayVisualization.ax = fig.gca(projection='3d')
	delayVisualization.rstride
	delayVisualization.cstride
	delayVisualization.alpha
	delayVisualization.c
	delayVisualization.s