try:
range = xrange
except:
pass
# Solution en noeuds et en centres
a = C.convertFile2Arrays('outputn.plt')
sol = C.convertFile2Arrays('output.plt')
CPlot.display(sol, dim=2)
# Entree du point d'emission
print "Cliquez pour definir le point d'emission..."
Point = []
while Point == []:
Point = CPlot.getActivePoint()
# Point d'emission
print "Point d'emission :", Point
# Particules
np = 20
nq = 20
nodes = C.array('x,y,z,ro,rou,rov,row,roE,cellN', np * nq, 0, 'NODE')
x = nodes[1]
for j in range(nq):
for i in range(np):
x[0, i + j * np] = Point[0] + 0.04 * i
x[1, i + j * np] = Point[1] + 0.04 * j
x[2, i + j * np] = Point[2]
def getActivePoint():
"""Return the active point coordinates in plotter.
Usage: n=getActivePoint()"""
return CPlot.getActivePoint()