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C++ API

meshz.m File Reference


Functions

endif endfor if (ioff==3||ioff==5) ioff--
endif if (isvector(x)&&isvector(y)) x
 y (:)
 y (end)]
 x (:, 1)
 x (:, end)
 x (end, 1)
 x (end,:)
 x (end, end)]
 y (:, 1)
 y (:, end)
 y (end, 1)
 y (end,:)
 y (end, end)]
zrefones (size(z, 1), 1)
zrefones (1, size(z, 2)+2)]
unwind_protect_cleanup axes (oldh)
end_unwind_protect if (nargout > 0) retval

Variables

function retval
 ioff = nargin + 1
for i
 break
 x = size (z) 1:n
 y = (1:m).'
 z = varargin{3}
endif zref = min(z(isfinite(z)))
 oldh = gca ()
unwind_protect axes (h)
 tmp = mesh (x, y, z, varargin{ioff:end})

Function Documentation

unwind_protect_cleanup axes ( oldh   ) 

end_unwind_protect if ( nargout  ,
 
)

endif if ( isvector(x)&&isvector(y)   ) 

endif endfor if ( ioff  = =3||ioff==5  ) 

zref* ones ( ,
size(z, 2)+  2 
)

zref zref * ones ( size(z, 1)  ,
 
)

x ( end  ,
end   
)

x ( end  ,
 
)

x ( end  ,
 
)

x ( ,
end   
)

Type Constraints

x ( ,
 
)

y ( end  ,
end   
)

y ( end  ,
 
)

y ( end  ,
 
)

y ( ,
end   
)

Type Constraints

y ( ,
 
)

y ( end   ) 

y (  ) 


Variable Documentation

break

for i

Initial value:

 1:nargin
    if (ischar (varargin{i}))
      ioff = i

ioff = nargin + 1

oldh = gca ()

function retval

Initial value:

 meshz (varargin)

  [h, varargin, nargin] = __plt_get_axis_arg__ ("meshz", varargin{:})

tmp = mesh (x, y, z, varargin{ioff:end})

x = size (z) 1:n

y = (1:m).'

zref* z = varargin{3}

endif zref = min(z(isfinite(z)))