def fill_global_data(table):
nrows = table.nrows
ncols = table.ncols
for rownum in range(1,nrows):
count = 0 # count the row number
row = table.row_values(rownum)
for i in row:
for case in switch(i):
if case(gl.COOL_CHAR):
gl.COOL_COL = count
break
if case(gl.NORMAL_CHAR):
gl.NORMAL_COL = count
break
if case(gl.WARM_CHAR):
gl.WARM_COL = count
break
if case(gl.BRIGHTNESS_CHAR):
gl.BRIGHTNESS_COL = count
break
if case(gl.CONTRAST_CHAR):
gl.CONTRAST_COL = count
break
if case(gl.SATURATION_CHAR):
gl.SATURATION_COL = count
break
if case(gl.HUE_CHAR):
gl.HUE_COL = count
break
if case(gl.SHARPNESS_CHAR):
gl.SHARPNESS_COL = count
break
count +=1
def fill_offset_dict(row, dict_key):
for count in range(len(row)):
for case in switch(count):
if case(gl.COOL_COL):
gl.DICT_OFFSET_COOL[dict_key] = row[count]
break
if case(gl.NORMAL_COL):
gl.DICT_OFFSET_NORMAL[dict_key] = row[count]
break
if case(gl.WARM_COL):
gl.DICT_OFFSET_WARM[dict_key] = row[count]
break
def fill_color_dict(row, dict_key):
for count in range(len(row)):
for case in switch(count):
if case(gl.COOL_COL):
gl.DICT_GAIN_COOL[dict_key] = row[count]
break
if case(gl.NORMAL_COL):
gl.DICT_GAIN_NORMAL[dict_key] = row[count]
break
if case(gl.WARM_COL):
gl.DICT_GAIN_WARM[dict_key] = row[count]
break
def fill_nonliner_pc_dict(row, dict_key):
for count in range(len(row)):
for case in switch(count):
if case(gl.BRIGHTNESS_COL):
gl.DICT_PC_BRIGHT[dict_key] = row[count]
break
if case(gl.CONTRAST_COL):
gl.DICT_PC_CONTRAST[dict_key] = row[count]
break
if case(gl.SATURATION_COL):
gl.DICT_PC_SATURATION[dict_key] = row[count]
break
if case(gl.HUE_COL):
gl.DICT_PC_HUE[dict_key] = row[count]
break
if case(gl.SHARPNESS_COL):
gl.DICT_PC_SHARP[dict_key] = row[count]
break