def iais(f1, oper, f2=None, oper1=None, f3=None):
from iaisbinary import iaisbinary
from iaisequal import iaisequal
from iaislesseq import iaislesseq
from ianeg import ianeg
from iathreshad import iathreshad
from iabinary import iabinary
if f2 == None:
oper=upper(oper);
if oper == 'BINARY': return iaisbinary(f1)
elif oper == 'GRAY' : return not iaisbinary(f1)
else:
assert 0,'oper should be BINARY or GRAY, was'+oper
elif oper == '==': y = iaisequal(f1, f2)
elif oper == '~=': y = not iaisequal(f1,f2)
elif oper == '<=': y = iaislesseq(f1,f2)
elif oper == '>=': y = iaislesseq(f2,f1)
elif oper == '>': y = iaisequal( ianeg( iathreshad(f2,f1)),iabinary(1))
elif oper == '<': y = iaisequal( ianeg( iathreshad(f1,f2)),iabinary(1))
else:
assert 0,'oper must be one of: ==, ~=, >, >=, <, <=, it was:'+oper
if oper1 != None:
if oper1 == '==': y = y and iaisequal(f2,f3)
elif oper1 == '~=': y = y and (not iaisequal(f2,f3))
elif oper1 == '<=': y = y and iaislesseq(f2,f3)
elif oper1 == '>=': y = y and iaislesseq(f3,f2)
elif oper1 == '>': y = y and iaisequal( ianeg( iathreshad(f3,f2)),iabinary(1))
elif oper1 == '<': y = y and iaisequal( ianeg( iathreshad(f2,f3)),iabinary(1))
else:
assert 0,'oper1 must be one of: ==, ~=, >, >=, <, <=, it was:'+oper1
return y
def iaclohole(f, Bc=iasecross()):
from iaframe import iaframe
from ianeg import ianeg
from iainfrec import iainfrec
delta_f = iaframe(f)
return ianeg( iainfrec( delta_f, ianeg(f), Bc))
def iaclohole(f, Bc=iasecross()):
from iaframe import iaframe
from ianeg import ianeg
from iainfrec import iainfrec
delta_f = iaframe(f)
return ianeg(iainfrec(delta_f, ianeg(f), Bc))
def iaero(f, b=None):
from ianeg import ianeg
from iadil import iadil
from iasereflect import iasereflect
from iasecross import iasecross
if b is None: b = iasecross()
y = ianeg(iadil(ianeg(f), iasereflect(b)))
return y
def iaero(f, b=None):
from ianeg import ianeg
from iadil import iadil
from iasereflect import iasereflect
from iasecross import iasecross
if b is None:
b = iasecross()
y = ianeg(iadil(ianeg(f), iasereflect(b)))
return y
def iais(f1, oper, f2=None, oper1=None, f3=None):
from iaisbinary import iaisbinary
from iaisequal import iaisequal
from iaislesseq import iaislesseq
from ianeg import ianeg
from iathreshad import iathreshad
from iabinary import iabinary
if f2 == None:
oper = upper(oper)
if oper == "BINARY":
return iaisbinary(f1)
elif oper == "GRAY":
return not iaisbinary(f1)
else:
assert 0, "oper should be BINARY or GRAY, was" + oper
elif oper == "==":
y = iaisequal(f1, f2)
elif oper == "~=":
y = not iaisequal(f1, f2)
elif oper == "<=":
y = iaislesseq(f1, f2)
elif oper == ">=":
y = iaislesseq(f2, f1)
elif oper == ">":
y = iaisequal(ianeg(iathreshad(f2, f1)), iabinary(1))
elif oper == "<":
y = iaisequal(ianeg(iathreshad(f1, f2)), iabinary(1))
else:
assert 0, "oper must be one of: ==, ~=, >, >=, <, <=, it was:" + oper
if oper1 != None:
if oper1 == "==":
y = y and iaisequal(f2, f3)
elif oper1 == "~=":
y = y and (not iaisequal(f2, f3))
elif oper1 == "<=":
y = y and iaislesseq(f2, f3)
elif oper1 == ">=":
y = y and iaislesseq(f3, f2)
elif oper1 == ">":
y = y and iaisequal(ianeg(iathreshad(f3, f2)), iabinary(1))
elif oper1 == "<":
y = y and iaisequal(ianeg(iathreshad(f2, f3)), iabinary(1))
else:
assert 0, "oper1 must be one of: ==, ~=, >, >=, <, <=, it was:" + oper1
return y
def iagshow(X, X1=None, X2=None, X3=None, X4=None, X5=None, X6=None):
from iaisbinary import iaisbinary
from iagray import iagray
from iaunion import iaunion
from iaintersec import iaintersec
from ianeg import ianeg
from iaconcat import iaconcat
if iaisbinary(X): X = iagray(X, 'uint8')
r = X
g = X
b = X
if X1 is not None: # red 1 0 0
assert iaisbinary(X1), 'X1 must be binary overlay'
x1 = iagray(X1, 'uint8')
r = iaunion(r, x1)
g = iaintersec(g, ianeg(x1))
b = iaintersec(b, ianeg(x1))
if X2 is not None: # green 0 1 0
assert iaisbinary(X2), 'X2 must be binary overlay'
x2 = iagray(X2, 'uint8')
r = iaintersec(r, ianeg(x2))
g = iaunion(g, x2)
b = iaintersec(b, ianeg(x2))
if X3 is not None: # blue 0 0 1
assert iaisbinary(X3), 'X3 must be binary overlay'
x3 = iagray(X3, 'uint8')
r = iaintersec(r, ianeg(x3))
g = iaintersec(g, ianeg(x3))
b = iaunion(b, x3)
if X4 is not None: # magenta 1 0 1
assert iaisbinary(X4), 'X4 must be binary overlay'
x4 = iagray(X4, 'uint8')
r = iaunion(r, x4)
g = iaintersec(g, ianeg(x4))
b = iaunion(b, x4)
if X5 is not None: # yellow 1 1 0
assert iaisbinary(X5), 'X5 must be binary overlay'
x5 = iagray(X5, 'uint8')
r = iaunion(r, x5)
g = iaunion(g, x5)
b = iaintersec(b, ianeg(x5))
if X6 is not None: # cyan 0 1 1
assert iaisbinary(X6), 'X6 must be binary overlay'
x6 = iagray(X6, 'uint8')
r = iaintersec(r, ianeg(x6))
g = iaunion(g, x6)
b = iaunion(b, x6)
return iaconcat('d', r, g, b)
return Y
def iagshow(X, X1=None, X2=None, X3=None, X4=None, X5=None, X6=None):
from iaisbinary import iaisbinary
from iagray import iagray
from iaunion import iaunion
from iaintersec import iaintersec
from ianeg import ianeg
from iaconcat import iaconcat
if iaisbinary(X): X = iagray(X,'uint8')
r = X
g = X
b = X
if X1 is not None: # red 1 0 0
assert iaisbinary(X1),'X1 must be binary overlay'
x1 = iagray(X1,'uint8')
r = iaunion(r,x1)
g = iaintersec(g,ianeg(x1))
b = iaintersec(b,ianeg(x1))
if X2 is not None: # green 0 1 0
assert iaisbinary(X2),'X2 must be binary overlay'
x2 = iagray(X2,'uint8')
r = iaintersec(r,ianeg(x2))
g = iaunion(g,x2)
b = iaintersec(b,ianeg(x2))
if X3 is not None: # blue 0 0 1
assert iaisbinary(X3),'X3 must be binary overlay'
x3 = iagray(X3,'uint8')
r = iaintersec(r,ianeg(x3))
g = iaintersec(g,ianeg(x3))
b = iaunion(b,x3)
if X4 is not None: # magenta 1 0 1
assert iaisbinary(X4),'X4 must be binary overlay'
x4 = iagray(X4,'uint8')
r = iaunion(r,x4)
g = iaintersec(g,ianeg(x4))
b = iaunion(b,x4)
if X5 is not None: # yellow 1 1 0
assert iaisbinary(X5),'X5 must be binary overlay'
x5 = iagray(X5,'uint8')
r = iaunion(r,x5)
g = iaunion(g,x5)
b = iaintersec(b,ianeg(x5))
if X6 is not None: # cyan 0 1 1
assert iaisbinary(X6),'X6 must be binary overlay'
x6 = iagray(X6,'uint8')
r = iaintersec(r,ianeg(x6))
g = iaunion(g,x6)
b = iaunion(b,x6)
return iaconcat('d',r,g,b)
return Y
def iainfgen(f, Iab):
from iaunion import iaunion
from iadil import iadil
from ianeg import ianeg
A, Bc = Iab
y = iaunion(iadil(f, A), iadil(ianeg(f), Bc))
return y
def iasupgen(f, INTER):
from iaintersec import iaintersec
from iaero import iaero
from ianeg import ianeg
A,Bc = INTER
y = iaintersec( iaero( f, A),
iaero( ianeg(f), Bc))
return y
def iacrop(f, side='all', color='black'):
from ianeg import ianeg
f = asarray(f)
if len(f.shape) == 1: f = f[newaxis,:]
if color == 'white': f = ianeg(f)
aux1, aux2 = sometrue(f,0), sometrue(f,1)
col, row = flatnonzero(aux1), flatnonzero(aux2)
#if (not col) and (not row):
# return None
if side == 'left': g = f[:, col[0]::]
elif side == 'right': g = f[:, 0:col[-1]+1]
elif side == 'top': g = f[row[0]::, :]
elif side == 'bottom': g = f[0:row[-1]+1, :]
else: g = f[row[0]:row[-1]+1, col[0]:col[-1]+1]
if color == 'white': g = ianeg(g)
return g
def iagdist(f, g, Bc=iasecross(), METRIC=None):
from ianeg import ianeg
from iagray import iagray
from iaintersec import iaintersec
from iaisequal import iaisequal
from iacero import iacero
from iaaddm import iaaddm
from iaunion import iaunion
assert METRIC is None, 'Does not support EUCLIDEAN'
fneg, gneg = ianeg(f), ianeg(g)
y = iagray(gneg, 'uint16', 1)
ero = iaintersec(y, 0)
aux = y
i = 1
while (ero != aux).any():
aux = ero
ero = iacero(gneg, fneg, Bc, i)
y = iaaddm(y, iagray(ero, 'uint16', 1))
i = i + 1
y = iaunion(y, iagray(ero, 'uint16'))
return y
def iagdist(f, g, Bc=iasecross(), METRIC=None):
from ianeg import ianeg
from iagray import iagray
from iaintersec import iaintersec
from iaisequal import iaisequal
from iacero import iacero
from iaaddm import iaaddm
from iaunion import iaunion
assert METRIC is None,'Does not support EUCLIDEAN'
fneg,gneg = ianeg(f),ianeg(g)
y = iagray(gneg,'uint16',1)
ero = iaintersec(y,0)
aux = y
i = 1
while (ero != aux).any():
aux = ero
ero = iacero(gneg,fneg,Bc,i)
y = iaaddm(y,iagray(ero,'uint16',1))
i = i + 1
y = iaunion(y,iagray(ero,'uint16'))
return y
def iatoggle(f, f1, f2, OPTION="GRAY"):
from iabinary import iabinary
from iasubm import iasubm
from iagray import iagray
from iaunion import iaunion
from iaintersec import iaintersec
from ianeg import ianeg
y = iabinary(iasubm(f, f1), iasubm(f2, f))
if upper(OPTION) == 'GRAY':
t = iagray(y)
y = iaunion(iaintersec(ianeg(t), f1), iaintersec(t, f2))
return y
def iatoggle(f, f1, f2, OPTION="GRAY"):
from iabinary import iabinary
from iasubm import iasubm
from iagray import iagray
from iaunion import iaunion
from iaintersec import iaintersec
from ianeg import ianeg
y=iabinary( iasubm(f,f1),iasubm(f2,f))
if upper(OPTION) == 'GRAY':
t=iagray(y)
y=iaunion( iaintersec( ianeg(t),f1),iaintersec(t,f2))
return y
def iainpos(f, g, bc=iasecross()):
from iaisbinary import iaisbinary
from iagray import iagray
from ianeg import ianeg
from iadatatype import iadatatype
from ialimits import ialimits
from iasuprec import iasuprec
from iaintersec import iaintersec
from iaunion import iaunion
assert iaisbinary(f), 'First parameter must be binary image'
fg = iagray(ianeg(f), iadatatype(g))
k1 = ialimits(g)[1] - 1
y = iasuprec(fg, iaintersec(iaunion(g, 1), k1, fg), bc)
return y
def iainpos(f, g, bc=iasecross()):
from iaisbinary import iaisbinary
from iagray import iagray
from ianeg import ianeg
from iadatatype import iadatatype
from ialimits import ialimits
from iasuprec import iasuprec
from iaintersec import iaintersec
from iaunion import iaunion
assert iaisbinary(f),'First parameter must be binary image'
fg = iagray( ianeg(f), iadatatype(g))
k1 = ialimits(g)[1] - 1
y = iasuprec(fg, iaintersec( iaunion(g, 1), k1, fg), bc)
return y
def iase2interval(a, b):
from ianeg import ianeg
Iab = (a,ianeg(b))
return Iab
def iaareaclose(f, a, Bc=iasecross()):
from ianeg import ianeg
from iaareaopen import iaareaopen
y = ianeg( iaareaopen( ianeg(f),a,Bc))
return y
def iaareaclose(f, a, Bc=iasecross()):
from ianeg import ianeg
from iaareaopen import iaareaopen
y = ianeg( iaareaopen( ianeg(f),a,Bc))
return y
