Sophie: libopenrm1-1.5.2-2mdv2007.0 i586

libopenrm1-1.5.2-2mdv2007.0.i586.rpm

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<html><head><title>OpenRM - RMV Library (rmvmeshv.c)</title></head>
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<h2>Index of OpenRM - RMV Library</h2>
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<a name="rmvI3VectorArrows"> 
<pre><b>
 RMenum rmvI3VectorArrows (RMvertex3D (*appgridfunc)(int i),
		           float (*appdatafunc)(int i),
			   float (*appdata2func)(int i),
			   RMvertex3D (*appvdatafunc)(int i),
			   RMvisMap *vmap,
			   int axis_offset_flag,
			   int inpts,
			   float scale_value,
			   RMenum scale_type,
			   RMenum linewidth,
			   RMenum linestyle,
			   RMnode *n)
</b></pre>
<pre>
 RMvertex3D (*appgridfunc)(int i) - a handle to a caller-supplied
    function that returns an RMvertex3D (x, y, z) corresponding to the
    grid point (i) (input).
		           
 float (*appdatafunc)(int i) - a handle to a caller-supplied function
    that returns a float which is the scalar value at the grid point
    (i) (input).
			   
 float (*appdata2func)(int i) - a handle to a caller-supplied function
    that returns a float which is the scalar value at the grid point
    (i).  This value is used in conjunction with the RMvismap to
    compute vertex color (input).
			   
 RMvertex3D (*appvdatafunc)(int i) - a handle to a caller-supplied
    function that returns an RMvertex3D (x, y, z) corresponding to the
    vector data at grid point (i) (input).
			   
 RMvisMap *vmap - a handle to an RMvisMap object (input).
			   
 int axis_offset_flag - an integer specifying in which axis to offset
    the glyph.  Must be one of RMV_XAXIS_OFFSET, RMV_YAXIS_OFFSET, or
    RMV_ZAXIS_OFFSET (input).
			   
 int inpts - int specifying number of glyph points (input).
			   
 float scale_value - a float specifying the scaling parameter for
    glyphs (input).
			   
 int scale_type - an RMenum specifying how glyphs are scaled. Must be
    one of RMV_NO_SCALE, RMV_LINEAR_SCALE, or RMV_LOG10_SCALE (input).
			   
 RMenum linewidth_enum - an RMenum specifying the line width.  Must be
    one of RM_LINEWIDTH_NARROW, RM_LINEWIDTH_MEDIUM,
    RM_LINEWIDTH_HEAVY, or RM_LINEWIDTH_[1..8] (input).

 RMenum linestyle_enum - an RMenum specifying the line style.  Must
    be one of RM_LINES_SOLID, RM_LINES_DASHED, RM_LINES_DOTTED,
    RM_LINES_DOT_DASH, or RM_LINES_DASH_DASH_DOT (input).
			 
 RMnode *n - a handle to an RMnode (modified).
</pre>
<menu><P>
 Creates a glyph-based vector field visualization using an arrow glyph
 at each sample point.  The arrow glyphs may be colored using a
 combination of an RMvisMap and the secondary data function.
</P>
<P>
 Upon success, RM_CHILL is returned and the RMnode contains the
 geometry for the glyph-based vector field visualization.  Otherwise,
 RM_WHACKED is returned.
</P></menu>
<i>librmv library source file: rmvmeshv.c </i><hr width="75%">
<a name="rmvI3VectorBarbs"> 
<pre><b>
 RMenum rmvI3VectorBarbs (RMvertex3D (*appgridfunc)(int i),
		          float (*appdatafunc)(int i),
			  float (*appdata2func)(int i),
			  RMvertex3D (*appvdatafunc)(int i),
			  RMvisMap *vmap,
			  int axis_offset_flag,
			  int inpts,
			  float scale_value,
			  RMenum scale_type,
			  RMenum linewidth,
			  RMenum linestyle,
			  RMnode *n)
</b></pre>
<pre>
 RMvertex3D (*appgridfunc)(int i) - a handle to a caller-supplied
    function that returns an RMvertex3D (x, y, z) corresponding to the
    grid point (i) (input).
		           
 float (*appdatafunc)(int i) - a handle to a caller-supplied function
    that returns a float which is the scalar value at the grid point
    (i) (input).
			   
 float (*appdata2func)(int i) - a handle to a caller-supplied function
    that returns a float which is the scalar value at the grid point
    (i).  This value is used in conjunction with the RMvismap to
    compute vertex color (input).
			   
 RMvertex3D (*appvdatafunc)(int i) - a handle to a caller-supplied
    function that returns an RMvertex3D (x, y, z) corresponding to the
    vector data at grid point (i) (input).
			   
 RMvisMap *vmap - a handle to an RMvisMap object (input).
			   
 int axis_offset_flag - an integer specifying in which axis to offset
    the glyph.  Must be one of RMV_XAXIS_OFFSET, RMV_YAXIS_OFFSET, or
    RMV_ZAXIS_OFFSET (input).
			   
 int inpts - int specifying number of glyph points (input).
			   
 float scale_value - a float specifying the scaling parameter for
    glyphs (input).
			   
 int scale_type - an int specifying how glyphs are scaled. Must be one
    of RMV_NO_SCALE, RMV_LINEAR_SCALE, or RMV_LOG10_SCALE (input).
			   
 RMenum linewidth_enum - an RMenum specifying the line width.  Must be
    one of RM_LINEWIDTH_NARROW, RM_LINEWIDTH_MEDIUM,
    RM_LINEWIDTH_HEAVY, or RM_LINEWIDTH_[1..8] (input).

 RMenum linestyle_enum - an RMenum specifying the line style.  Must be
    one of RM_LINES_SOLID, RM_LINES_DASHED, RM_LINES_DOTTED,
    RM_LINES_DOT_DASH, or RM_LINES_DASH_DASH_DOT (input).
			 
 RMnode *n - a handle to an RMnode (modified).
</pre>
<menu><P>
 Creates a glyph-based vector field visualization using an barb glyph
 at each sample point.  The barb glyphs may be colored using a
 combination of an RMvisMap and the secondary data function.
</P>
<P>
 Upon success, RM_CHILL is returned and the RMnode contains the
 geometry for the glyph-based vector field visualization.  Otherwise,
 RM_WHACKED is returned.
</P></menu>
<i>librmv library source file: rmvmeshv.c </i><hr width="75%">
<a name="rmvI3VectorCones"> 
<pre><b>
 RMenum rmvI3VectorCones (RMvertex3D (*appgridfunc)(int i),
		          float (*appdatafunc)(int i),
			  float (*appdata2func)(int i),
			  RMvertex3D (*appvdatafunc)(int i),
			  RMvisMap *vmap,
			  int axis_offset_flag,
			  int inpts,
			  float scale_value,
			  RMenum scale_type,
			  RMenum linewidth,
			  RMenum linestyle,
			  RMnode *n)
</b></pre>
<pre>
 RMvertex3D (*appgridfunc)(int i) - a handle to a caller-supplied
    function that returns an RMvertex3D (x, y, z) corresponding to the
    grid point (i) (input).
		           
 float (*appdatafunc)(int i) - a handle to a caller-supplied function
    that returns a float which is the scalar value at the grid point
    (i) (input).
			   
 float (*appdata2func)(int i) - a handle to a caller-supplied function
    that returns a float which is the scalar value at the grid point
    (i).  This value is used in conjunction with the RMvismap to
    compute vertex color (input).
			   
 RMvertex3D (*appvdatafunc)(int i) - a handle to a caller-supplied
    function that returns an RMvertex3D (x, y, z) corresponding to the
    vector data at grid point (i) (input).
			   
 RMvisMap *vmap - a handle to an RMvisMap object (input).
			   
 int axis_offset_flag - an RMenum specifying in which axis to offset
    the glyph.  Must be one of RMV_XAXIS_OFFSET, RMV_YAXIS_OFFSET, or
    RMV_ZAXIS_OFFSET (input).
			   
 int inpts - int specifying number of glyph points (input).
			   
 float scale_value - a float specifying the scaling parameter for
    glyphs (input).
			   
 int scale_type - an int specifying how glyphs are scaled. Must be one
    of RMV_NO_SCALE, RMV_LINEAR_SCALE, or RMV_LOG10_SCALE (input).
			   
 RMenum linewidth_enum - an RMenum specifying the line width.  Must be
    one of RM_LINEWIDTH_NARROW, RM_LINEWIDTH_MEDIUM,
    RM_LINEWIDTH_HEAVY, or RM_LINEWIDTH_[1..8] (input).

 RMenum linestyle_enum - an RMenum specifying the line style.  Must be
    one of RM_LINES_SOLID, RM_LINES_DASHED, RM_LINES_DOTTED,
    RM_LINES_DOT_DASH, or RM_LINES_DASH_DASH_DOT (input).
			 
 RMnode *n - a handle to an RMnode (modified).
</pre>
<menu><P>
 Creates a glyph-based vector field visualization using a cone glyph
 at each sample point.  The cone glyphs markers may be colored using a
 combination of an RMvisMap and the secondary data function.
</P>
<P>
 Upon success, RM_CHILL is returned and the RMnode contains the
 geometry for the glyph-based vector field visualization.  Otherwise,
 RM_WHACKED is returned.
</P></menu>
<i>librmv library source file: rmvmeshv.c </i><hr width="75%">
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