unwrap.m File Reference

Functions
	if (nargin==3) if(!(isscalar(dim)&&dim
	while (dim< nd+1 &&sz(dim)==1) dim
endwhile	if (dim > nd) dim
endif endif	if (nargin< 2||isempty(tol)) tol
	if (m==1) retval
!else	!if (nargin==2)%!tol=0
!endif	!if (any(size(a)!=size(b)))%!t=0
	!elseif (any(abs(a(:)-b(:)) > tol))%!t=0
	!t (++i)
	!assert (all(t))
Variables
function	retval
endif	nd = ndims (a)
	sz = size (a)
endif else	dim = 1
endif	tol = abs (tol)
	rng = 2*pi
	m = sz(dim)
	return
endif	idx = cell ()
for	i
	__pad13__
	d = a(idx{:}) - a
	p = rng * (((d > tol) > 0) - ((d < -tol) > 0))
	r = cumsum (p, dim)
endfunction!function	t
!else	!t = 1
!endif!endif!test	!i = 0
	!r = [0:100]
	!w = r - 2*pi*floor((r+pi)/(2*pi))
	!tol = 1e3*eps

---

Function Documentation

!assert

(

all(t)

)

!elseif

(

any(abs(a(:)-b(:)) > tol)

)

[pure virtual]

! endif !if

(

any(size(a)!=size(b))

)

[pure virtual]

! else !if

(

nargin

= =2

)

[pure virtual]

!t

(

++

i

)

if

(

m

= =1

)

endif endif if

(

)

endwhile if	(	dim	,
		nd
	)

if

(

nargin

= =3

)

while

(

)

[new]

---

Variable Documentation

! endif ! endif !test !i = 0

!r = [0:100]

!t = 1

!tol = 1e3*eps

!w = r - 2*pi*floor((r+pi)/(2*pi))

__pad13__

d = a(idx{:}) - a

endif else dim = 1

for i

Initial value:

 1:nd
    idx{i} = 1:sz(i)

endif idx = cell ()

m = sz(dim)

endif nd = ndims (a)

p = rng * (((d > tol) > 0) - ((d < -tol) > 0))

r = cumsum (p, dim)

return

retval

Initial value:

 unwrap (a, tol, dim)
        
  if (nargin < 1 || nargin > 3)
    print_usage ()

rng = 2*pi

sz = size (a)

endfunction !function t

Initial value:

 xassert(a,b,tol)
%!  if (nargin == 1)
%!    t = all(a(:))

endif tol = abs (tol)