SYMBOL INDEX (50 symbols across 5 files)

FILE: Metric/Metric_torch.py
  function EN_function (line 12) | def EN_function(image_tensor):
  function CE_function (line 18) | def CE_function(ir_img_tensor, vi_img_tensor, f_img_tensor):
  function QNCIE_function (line 29) | def QNCIE_function(ir_img_tensor, vi_img_tensor, f_img_tensor):
  function TE_function (line 61) | def TE_function(ir_img_tensor, vi_img_tensor, f_img_tensor, q=1, ksize=2...
  function EI_function (line 79) | def EI_function(f_img_tensor):
  function SF_function (line 99) | def SF_function(image_tensor):
  function SD_function (line 110) | def SD_function(image_tensor):
  function PSNR_function (line 116) | def PSNR_function(A, B, F):
  function MSE_function (line 131) | def MSE_function(A, B, F):
  function fspecial_gaussian (line 143) | def fspecial_gaussian(shape, sigma):
  function fspecial_gaussian (line 153) | def fspecial_gaussian(size, sigma):
  function convolve2d (line 160) | def convolve2d(input, kernel):
  function vifp_mscale (line 164) | def vifp_mscale(ref, dist):
  function VIF_function (line 209) | def VIF_function(A, B, F):
  function CC_function (line 214) | def CC_function(A, B, F):
  function corr2 (line 220) | def corr2(a, b):
  function SCD_function (line 226) | def SCD_function(A, B, F):
  function Qabf_function (line 230) | def Qabf_function(A, B, F):
  function Nabf_function (line 233) | def Nabf_function(A, B, F):
  function Hab (line 237) | def Hab(im1, im2, gray_level):
  function MI_function (line 264) | def MI_function(A, B, F, gray_level=256):
  function entropy (line 270) | def entropy(im, gray_level=256):
  function NMI_function (line 276) | def NMI_function(A, B, F, gray_level=256):
  function AG_function (line 289) | def AG_function(image_tensor):
  function SSIM_function (line 295) | def SSIM_function(A, B, F):
  function MS_SSIM_function (line 301) | def MS_SSIM_function(A, B, F):
  function Nabf_function (line 307) | def Nabf_function(A, B, F):
  function Qy_function (line 311) | def Qy_function(ir_img_tensor, vi_img_tensor, f_img_tensor):
  function gaussian2d (line 355) | def gaussian2d(n1, n2, sigma, device):
  function contrast (line 362) | def contrast(G1, G2, img):
  function Qcb_function (line 367) | def Qcb_function(ir_img_tensor, vi_img_tensor, f_img_tensor):

FILE: Metric/Nabf.py
  function sobel_fn (line 5) | def sobel_fn(x):
  function per_extn_im_fn (line 20) | def per_extn_im_fn(x, wsize):
  function get_Nabf (line 36) | def get_Nabf(I1, I2, f):

FILE: Metric/Qabf.py
  function sobel_fn (line 6) | def sobel_fn(x):
  function per_extn_im_fn (line 21) | def per_extn_im_fn(x, wsize):
  function get_Qabf (line 38) | def get_Qabf(pA, pB, pF):

FILE: Metric/eval_torch.py
  function write_excel (line 16) | def write_excel(excel_name='metric.xlsx', worksheet_name='VIF', column_i...
  function evaluation_one (line 33) | def evaluation_one(ir_name, vi_name, f_name):

FILE: Metric/ssim.py
  function _fspecial_gauss_1d (line 8) | def _fspecial_gauss_1d(size, sigma):
  function gaussian_filter (line 18) | def gaussian_filter(input, win):
  function _ssim (line 43) | def _ssim(X, Y, data_range, win, K=(0.01, 0.03)):
  function ssim (line 70) | def ssim(X,
  function ms_ssim (line 114) | def ms_ssim(
  class SSIM (line 183) | class SSIM(nn.Module):
    method __init__ (line 184) | def __init__(
    method forward (line 203) | def forward(self, X, Y):
  class MS_SSIM (line 215) | class MS_SSIM(nn.Module):
    method __init__ (line 216) | def __init__(
    method forward (line 235) | def forward(self, X, Y):