def solveVectorized(self, timer = None):
if timer is not None:
print("Solving... vectorized")
start = clock()
for counter in range(self.timeSteps):
waves, s = vec_rp(self.mwaves,self.q[:,0:self.mx-1],self.q[:,1:self.mx],self.aux[:,0:self.mx-1],self.aux[:,1:self.mx])
if timer is not None:
end = clock()
self.elapsedTime = end-start
print("elapsed time: ", self.elapsedTime, " seconds")
return waves, s
from __future__ import absolute_import from __future__ import print_function from numpy import * from FRS import vec_rp q = random.random((2,800)) aux = random.random((2,800)) waves, s = vec_rp(2,q[:,0:799],q[:,1:800],aux[:,0:799],aux[:,1:800]) print(waves) print(s)
