trisurf.m File Reference

Functions
endif	if (nargin==3) triplot(tri
	elseif (ischar(z)) triplot(tri
else	if (nargin > 4 &&isnumeric(varargin{1})) c
	varargin (1)
endif	newplot ()
	if (nargout > 0) h
else	patch ("Faces", tri,"Vertices",[x(:), y(:), z(:)],"FaceVertexCData", reshape(c, numel(c), 1),"FaceColor","flat","EdgeColor","none", varargin{:})
endif	if (!ishold()) set(gca()
	!rand ('state', 10)%!x
	!trisurf (tri, x(:), y(:), z(:))
Variables
function	h
endif	x
endif	y
	z
else	c = z
endif	view
endif	xgrid
endif	on
endif	ygrid
endif	zgrid
endif endif endfunction!demo	!N = 10
	!y = 3 - 6 * rand (N, N)
	!z = peaks (x, y)
	!tri = delaunay (x(:), y(:))

---

Function Documentation

!rand	(	'state'	,
		10
	)

!trisurf	(	tri	,
		x(:)	,
		y(:)	,
		z(:)
	)

elseif

(

ischar(z)

)

endif if

(

!

ishold()

)

if	(	nargout	,
		0
	)

else if	(	nargin	,
		4 &&	isnumericvarargin{1}
	)

Type Constraints

endif if

(

nargin

= = 3

)

endif newplot

(

)

else patch	(	"Faces"	,
		tri	,
		"Vertices"	,
		"FaceVertexCData"	,
		reshape(c, numel(c), 1)	,
		"FaceColor"	,
		"flat"	,
		"EdgeColor"	,
		"none"
	)

varargin

(

1

)

---

Variable Documentation

endif endif endfunction !demo !N = 10

!tri = delaunay (x(:), y(:))

!y = 3 - 6 * rand (N, N)

!z = peaks (x, y)

else c = z

function h

Initial value:

 trisurf (tri, x, y, z, varargin)

  if (nargin < 3)
    print_usage ()

endif on

endif view

x

endif xgrid

y

endif ygrid

z

endif zgrid