def test_espaces():
ir_params = { 'ev_params' : {'space':'s3', 'F':[0.1], 'j_max':1,},
'duration' : 0.01,
'nu' : 1.7e-5,
'sampling_rate' : 44100,
}
espaces(ir_params)
def compute_s3():
ir_params = { 'ev_params' : {'space':'s3', 'c':3.4e2, 'j_max':200},
'duration' : 15.0,
'nu' : 1.7e-5 * .5e4,
'sampling_rate' : 8000,
}
f1 = [0.001,0.01,0.1,1,10,100]
for F in f1:
print "\n--------%s--------\n" % ir_params
ir_params['ev_params']['F'] = [F]
espaces(ir_params)
def compute_s2e1():
ir_params = { 'ev_params' : {'space':'s2e1', 'c':3.4e2, 'j_max':1000},
'duration' : 15.0,
'nu' : 1.7e-5 * .5e3,
'sampling_rate' : 8000,
}
f = [0.001,0.01,0.1,1,10,100,1000,10000]
for F in cartesian([f,f]):
print "\n--------%s--------\n" % ir_params
ir_params['ev_params']['F'] = F
espaces(ir_params)
def compute_e3():
ir_params = { 'ev_params' : {'space':'e3', 'c':3.4e2, 'j_max':15},
'duration' : 15.0,
'nu' : 1.7e-5,
'sampling_rate' : 8000,
}
space = 'n_torus'
f = [0.001,0.01,0.1,1,10,100]
# for F in ( [100,100,100], [50,50,50], [100,50,75]):
for F in cartesian([f,f,f]):
print "\n--------%s--------\n" % ir_params
ir_params['ev_params']['F'] = F
espaces(ir_params)
