def loadTemplate(self, key):
conf = {}
if key == '1D ULA, water, critical sampling':
# List the parameters we want:
M = 32 # Number of elements
c = 1540 # Acustic propagation speed in water
fc = 10e3 # Carrier frequency
lmda = c/fc # Wavelength
d = lmda/2 # Distance between elements (spatial sampling)
# w = ones(M)/M # A rectangular window
# Create some axes
p = linspace(0,1,M)*M*d
# Find
# kx = k*cos(theta)
conf['Medium'] = {
# 'id' : 0 ,
'type' : 'simple' ,
'c' : c }
conf['Interface'] = {
# 'id' : 0 ,
'type' : 'simple' }
p = Coordinate(x=p, y=None, z=None)
conf['Array'] = {
# 'id' : 0 ,
'type' : 'simple' ,
'p' : p }
conf['Data'] = {
# 'id' : 0 ,
'type' : 'none' }
w = Window()
w.kaiser(32, 1, 0)
conf['Window'] = {
# 'id' : 0 ,
'type' : 'custom' ,
'w' : w.getData() }
conf['Signal' ] = {
# 'id' : 0 ,
'type' : 'continuous wave' ,
'fc' : fc }
conf['System' ] = {
# 'id' : 0 ,
'type' : 'Simple HUGIN template',
'next' : ('Window', 'Window') }
self.conf = conf
def loadTemplate(self, key):
conf = {}
if key == '1D ULA, water, critical sampling':
# List the parameters we want:
M = 32 # Number of elements
c = 1540 # Acustic propagation speed in water
fc = 10e3 # Carrier frequency
lmda = c / fc # Wavelength
d = lmda / 2 # Distance between elements (spatial sampling)
# w = ones(M)/M # A rectangular window
# Create some axes
p = linspace(0, 1, M) * M * d
# Find
# kx = k*cos(theta)
conf['Medium'] = {
# 'id' : 0 ,
'type': 'simple',
'c': c
}
conf['Interface'] = {
# 'id' : 0 ,
'type': 'simple'
}
p = Coordinate(x=p, y=None, z=None)
conf['Array'] = {
# 'id' : 0 ,
'type': 'simple',
'p': p
}
conf['Data'] = {
# 'id' : 0 ,
'type': 'none'
}
w = Window()
w.kaiser(32, 1, 0)
conf['Window'] = {
# 'id' : 0 ,
'type': 'custom',
'w': w.getData()
}
conf['Signal'] = {
# 'id' : 0 ,
'type': 'continuous wave',
'fc': fc
}
conf['System'] = {
# 'id' : 0 ,
'type': 'Simple HUGIN template',
'next': ('Window', 'Window')
}
self.conf = conf
