def comp2uv_multi_wt(x_fit_multi, uvData):
uv_re_im_fit_multi = comp2uv_multi.comp2uv_multi(x_fit_multi, uvData)
uv_re_im_fit_multi_wt = uv_re_im_fit_multi
weight_idx = 5
uv_re_im_fit_multi_wt
for i in range(len(uv_re_im_fit_multi_wt)):
uv_re_im_fit_multi_wt[i][0] = uv_re_im_fit_multi[i][0] * math.sqrt(uvData[i][weight_idx - 1])
uv_re_im_fit_multi_wt[i][1] = uv_re_im_fit_multi[i][1] * math.sqrt(uvData[i][weight_idx - 1])
return uv_re_im_fit_multi_wt
def comp2uv_multi_wt(x_fit_multi, uvData):
uv_re_im_fit_multi = comp2uv_multi.comp2uv_multi(x_fit_multi, uvData)
uv_re_im_fit_multi_wt = uv_re_im_fit_multi
weight_idx = 5
uv_re_im_fit_multi_wt
for i in range(len(uv_re_im_fit_multi_wt)):
uv_re_im_fit_multi_wt[i][0] = uv_re_im_fit_multi[i][0] * math.sqrt(
uvData[i][weight_idx - 1])
uv_re_im_fit_multi_wt[i][1] = uv_re_im_fit_multi[i][1] * math.sqrt(
uvData[i][weight_idx - 1])
return uv_re_im_fit_multi_wt
temp_rst.write(str(uv_re_im_read_wt))
temp_rst.close()
print '-'*80
time.sleep(5)
'''
if all_class.debug:
for i in range(5):
print uv_re_im_read[i]
for i in range(5):
print uv_re_im_read_wt[i]
for cmp_num in range(6):
x_fit_multi = []
uv_re_im_fit_multi = []
uv_re_im_fit_multi = comp2uv_multi.comp2uv_multi(x_fit_multi,uv_data_select)
# Calculate the real and image part of UV data
uv_data_re = []
uv_data_im = []
for i,c in enumerate(uv_data_select):
#amp = string.atof(uv_data_select[i].split(',')[2])
amp = c[2]
#ang = string.atof(uv_data_select[i].split(',')[3])
ang = c[3]
#weight = string.atof(uv_data_select[i].split(',')[4])
weight = c[4]
icos = amp*math.cos(ang)
isin = amp*math.sin(ang)
uv_data_re.append(icos - uv_re_im_fit_multi[i][0])
temp_rst.write(str(uv_re_im_read_wt))
temp_rst.close()
print '-'*80
time.sleep(5)
'''
if all_class.debug:
for i in range(5):
print uv_re_im_read[i]
for i in range(5):
print uv_re_im_read_wt[i]
for cmp_num in range(6):
x_fit_multi = []
uv_re_im_fit_multi = []
uv_re_im_fit_multi = comp2uv_multi.comp2uv_multi(x_fit_multi,
uv_data_select)
# Calculate the real and image part of UV data
uv_data_re = []
uv_data_im = []
for i, c in enumerate(uv_data_select):
#amp = string.atof(uv_data_select[i].split(',')[2])
amp = c[2]
#ang = string.atof(uv_data_select[i].split(',')[3])
ang = c[3]
#weight = string.atof(uv_data_select[i].split(',')[4])
weight = c[4]
icos = amp * math.cos(ang)
isin = amp * math.sin(ang)
uv_data_re.append(icos - uv_re_im_fit_multi[i][0])
