def tres_low(y):
f = askfloat("treshold low", initialvalue=.1)
return npfilters.tres_low(y, f)
def clip_low(y):
f = askfloat("Cut low:", initialvalue=.1)
return npfilters.clip_low(y, f)
def tres_high(y):
f = askfloat("treshold high", initialvalue=.9)
return npfilters.tres_high(y, f)
def gamma(y):
f = askfloat("Set Gamma:", initialvalue=.8)
return npfilters.gamma(y, f)
def clip_high(y):
f = askfloat("Cut high:", initialvalue=.9)
return npfilters.clip_high(y, f)
def highpass(y):
f = askfloat("subtrack_background", initialvalue=20)
return npfilters.highpass(y, f)
def sigmoid(y):
f = askfloat("Increase contrast with S-shape curve: (5-10)", initialvalue=5)
return npfilters.sigmoid(y, gain=f)
def unsharp_mask(y):
r = askfloat("unsharp_mask - radius:", initialvalue=.5)
a = askfloat("unsharp_mask - amount:", initialvalue=0.2)
return npfilters.unsharp_mask(y, radius=r, amount=a)
def blur(y):
f = askfloat("gaussian blur radius:", initialvalue=1)
return npfilters.blur(y, f)
def adaptive_equalize(y):
f = askfloat("adaptive_equalize clip limit", initialvalue=.02)
return npfilters.adaptive_equalize(y, clip_limit=f)
def fill(y):
f = askfloat("Fill with:", initialvalue=1)
return npfilters.fill(y, f)
def add(y):
f = askfloat("Add", initialvalue=.2)
if f is not None:
return npfilters.add(y, f)
def multiply(y):
f = askfloat("Multiply", initialvalue=1.3)
return npfilters.multiply(y, f)
def contrast(y):
f = askfloat("contrast", initialvalue=1.3)
return npfilters.contrast(y, f)
def free_rotate():
f = askfloat("Rotate angle (clockwise)", initialvalue=2.)
app.img.free_rotate(-f) # clockwise
def sigma(y):
f = askfloat("S-shape curve:", initialvalue=3)
return npfilters.sigma(y, f)
