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<html><head><title>OpenRM - RM Library (rmmalloc.c)</title></head>
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<h2>Index of OpenRM - RM Library</h2>
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<a name="rmFloatNew">
<pre><b>
float * rmFloatNew (int n)
</b></pre>
<pre>
int n - number of floats to create (input).
</pre>
<menu><P>
Return a handle to the requested number of floats.
</P></menu>
<i>librm library source file: rmmalloc.c </i><hr width="75%">
<a name="rmFloatDelete">
<pre><b>
void rmFloatDelete (float *t)
</b></pre>
<pre>
float *t - a handle to float(s) to delete (modified).
</pre>
<menu><P>
Free the float resources pointed to by t.
</P></menu>
<i>librm library source file: rmmalloc.c </i><hr width="75%">
<a name="rmVertex2DNew">
<pre><b>
RMvertex2D * rmVertex2DNew (int n)
</b></pre>
<pre>
int n - number of RMvertex2D objects to create (input).
</pre>
<menu><P>
Return a handle to the requested number of RMvertex2D.
</P></menu>
<i>librm library source file: rmmalloc.c </i><hr width="75%">
<a name="rmVertex2DDelete">
<pre><b>
void rmVertex2DDelete (RMvertex2D *v)
</b></pre>
<pre>
RMvertex2D *v - a handle to RMvertex2D object(s) to delete
(modified).
</pre>
<menu><P>
Free the RMvertex2D resources pointed to by v. It is assumed that v
points to a valid RMvertex2D previously created with rmVertex2DNew.
</P></menu>
<i>librm library source file: rmmalloc.c </i><hr width="75%">
<a name="rmVertex3DNew">
<pre><b>
RMvertex3D * rmVertex3DNew (int n)
</b></pre>
<pre>
int n - number of RMvertex3D objects to create (input).
</pre>
<menu><P>
Return a handle to the requested number of RMvertex3D.
</P></menu>
<i>librm library source file: rmmalloc.c </i><hr width="75%">
<a name="rmVertex3DDelete">
<pre><b>
void rmVertex3DDelete (RMvertex3D *v)
</b></pre>
<pre>
RMvertex3D *v - a handle to RMvertex3D object(s) to delete
(modified).
</pre>
<menu><P>
Free the RMvertex3D resources pointed to by v. It is assumed that v
points to a valid RMvertex3D previously created with rmVertex3DNew.
</P></menu>
<i>librm library source file: rmmalloc.c </i><hr width="75%">
<a name="rmColor4DNew">
<pre><b>
RMcolor4D * rmColor4DNew (int n)
</b></pre>
<pre>
int n - number of RMcolor4D objects to create (input).
</pre>
<menu><P>
Return a handle to the requested number of RMcolor4D.
</P></menu>
<i>librm library source file: rmmalloc.c </i><hr width="75%">
<a name="rmColor4DDelete">
<pre><b>
void rmColor4DDelete (RMcolor4D *c)
</b></pre>
<pre>
RMcolor4D *c - a handle to RMcolor4D object(s) to delete (modified).
</pre>
<menu><P>
Free the RMcolor4D resources pointed to by c. It is assumed
that c points to a valid RMcolor4D previously created with
rmColor4DNew().
</P></menu>
<i>librm library source file: rmmalloc.c </i><hr width="75%">
<a name="rmInternalMarker2DNew">
<pre><b>
RMinternalMarker2D * rmInternalMarker2DNew (int nverts,
int begin_flag,
RMvertex2D *dverts)
</b></pre>
<pre>
int nverts - number of vertices in the RMinternalMarker2D list.
int begin_flag - ?
RMvertex2D *dverts - vertex data.
</pre>
<menu><P>
This routine may be deprecated. Need to add checks to see if this is
actually being used by any contemporary applications.
</P>
<P>
Create a new RMinternalMarker2D from the given parameters and return
a handle to the caller.
</P></menu>
<i>librm library source file: rmmalloc.c </i><hr width="75%">
<a name="rmInternalMarker2DDelete">
<pre><b>
void rmInternalMarker2DDelete (RMinternalMarker2D *t)
</b></pre>
<pre>
RMinternalMarker2D *t - a handle to RMinternalMarker2D object to
delete (modified).
</pre>
<menu><P>
Free the RMinternalMarker2D resources pointed to by t. It is assumed
that t points to a valid RMinternalMarker2D previously created with
rmInternalMarker2DNew().
</P></menu>
<i>librm library source file: rmmalloc.c </i><hr width="75%">
<a name="rmMalloc2DByteBuffer">
<pre><b>
unsigned char ** rmMalloc2DByteBuffer (int width,
int height)
</b></pre>
<pre>
int width - buffer width in bytes (input).
int height - buffer height in bytes (input).
</pre>
<menu><P>
Creates a 2D byte buffer of the requested dimensions and returns a
handle to the caller. The resulting buffer is row-major order, so
indexing it as an array of unsigned char means that the first index
is the row (height) and the second index is the column (width).
</P></menu>
<i>librm library source file: rmmalloc.c </i><hr width="75%">
<a name="rmFree2DByteBuffer">
<pre><b>
void rmFree2DByteBuffer (unsigned char **c)
</b></pre>
<pre>
unsigned char **c - a handle to a 2D byte buffer (modified).
</pre>
<menu><P>
Free the 2D byte buffer resources pointed to by c. It is assumed
that c points to a valid 2D byte buffer previously created with
rmMalloc2DByteBuffer().
</P></menu>
<i>librm library source file: rmmalloc.c </i><hr width="75%">
<a name="rmMalloc2DFloatBuffer">
<pre><b>
float ** rmMalloc2DFloatBuffer (int width,
int height)
</b></pre>
<pre>
int width - buffer width in floats (input).
int height - buffer height in floats (input).
</pre>
<menu><P>
Creates a 2D float buffer of the requested dimensions and returns a
handle to the caller. The resulting buffer is row-major order, so
indexing it as an array of unsigned char means that the first index
is the row (height) and the second index is the column (width).
</P></menu>
<i>librm library source file: rmmalloc.c </i><hr width="75%">
<a name="rmFree2DFloatBuffer">
<pre><b>
void rmFree2DFloatBuffer (float **c)
</b></pre>
<pre>
float **c - a handle to a 2D byte buffer (modified).
</pre>
<menu><P>
Free the 2D float buffer resources pointed to by c. It is assumed
that c points to a valid 2D float buffer previously created with
rmMalloc2DFloatBuffer().
</P></menu>
<i>librm library source file: rmmalloc.c </i><hr width="75%">
<a name="rmMalloc3DByteBuffer">
<pre><b>
unsigned char *** rmMalloc3DByteBuffer (int width,
int height,
int depth)
</b></pre>
<pre>
int width - buffer width in bytes (input).
int height - buffer height in bytes (input).
int depth - buffer depth in bytes (input).
</pre>
<menu><P>
Creates a 3D byte buffer of the requested dimensions and returns a
handle to the caller. The resulting buffer is row-major order, so
indexing it as an array of unsigned char means that the first index
is the row (height) and the second index is the column (width).
</P></menu>
<i>librm library source file: rmmalloc.c </i><hr width="75%">
<a name="rmFree3DByteBuffer">
<pre><b>
void rmFree3DByteBuffer (unsigned char ***c)
</b></pre>
<pre>
unsigned char ***c - a handle to a 3D byte buffer (modified).
</pre>
<menu><P>
Free the 3D byte buffer resources pointed to by c. It is assumed
that c points to a valid 3D byte buffer previously created with
rmMalloc3DByteBuffer().
</P></menu>
<i>librm library source file: rmmalloc.c </i><hr width="75%">
<a name="rmMalloc3DFloatBuffer">
<pre><b>
float *** rmMalloc3DFloatBuffer (int width,
int height,
int depth)
</b></pre>
<pre>
int width - buffer width in floats (input).
int height - buffer height in floats (input).
int depth - buffer depth in floats (input).
</pre>
<menu><P>
Creates a 3D float buffer of the requested dimensions and returns a
handle to the caller. The resulting buffer is row-major order, so
indexing it as an array of unsigned char means that the first index
is the row (height) and the second index is the column (width).
</P></menu>
<i>librm library source file: rmmalloc.c </i><hr width="75%">
<a name="rmFree3DFloatBuffer">
<pre><b>
void rmFree3DFloatBuffer (float ***c)
</b></pre>
<pre>
float ***c - a handle to a 3D float buffer (modified).
</pre>
<menu><P>
Free the 3D float buffer resources pointed to by c. It is assumed
that c points to a valid 3D float buffer previously created with
rmMalloc3DFloatBuffer().
</P></menu>
<i>librm library source file: rmmalloc.c </i><hr width="75%">
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distrib
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Mandriva
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2007.0
>
i586
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contrib-release
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by-pkgid
>
8079d983ecf371717db799dd75bd56c2
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