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- Function:ds2vbb (4337 bytes)
33: ...Function:struct_COLOUR | struct_COLOUR ]]</td><td>Data structure for (r,g,b) colour indices. </td></tr>
34: ...<td>[[Function:struct_XYZ | struct_XYZ ]]</td><td>Data structure for (x,y,z) coordinates. </td></tr> - Function:cs2scb (4369 bytes)
30: ...</td><td>Set dynamic callback with initialisation data.</td></tr>
123: s2pt(N,x,y,z,1); /* Draw static data */ - Function:cs2shcb (4454 bytes)
44: ... /* Global varibale: selected data */
79: ... x, y, z; /* Random data */
103: ...(i=0;i<N;i++) { /* Non-selectable random data points */ - Function:cs2ah (4268 bytes)
21: ...Function:struct_COLOUR | struct_COLOUR ]]</td><td>Data structure for (r,g,b) colour indices. </td></tr>
22: ...<td>[[Function:struct_XYZ | struct_XYZ ]]</td><td>Data structure for (x,y,z) coordinates. </td></tr>
37: ... /* Global varibale: selected data */
72: ... x, y, z; /* Random data */
96: ...(i=0;i<N;i++) { /* Non-selectable random data points */ - Function:cs2th (3592 bytes)
33: ... /* Global varibale: selected data */
68: ... x, y, z; /* Random data */
92: ...(i=0;i<N;i++) { /* Non-selectable random data points */ - Function:cs2qhv (3210 bytes)
33: ... /* Global varibale: selected data */
57: ... x, y, z; /* Random data */
78: ...(i=0;i<N;i++) { /* Non-selectable random data points */ - Function:cs2thv (3345 bytes)
37: ... /* Global varibale: selected data */
62: ... x, y, z; /* Random data */
83: ...(i=0;i<N;i++) { /* Non-selectable random data points */ - Function:ds2vtb (3007 bytes)
26: ...Function:struct_COLOUR | struct_COLOUR ]]</td><td>Data structure for (r,g,b) colour indices. </td></tr>
27: ...<td>[[Function:struct_XYZ | struct_XYZ ]]</td><td>Data structure for (x,y,z) coordinates. </td></tr> - Function:ds2dvr (4905 bytes)
35: float ***volume; /* The data cube */
36: int N = 5000; /* Number of data points */
37: float *x, *y, *z; /* Arrays for data values */
40: /* Allocate memory and initialise a data cube */
83: ... int nx = 32, ny = 32, nz = 32; /* Dimensions of data cube */ - Function:ns2cvr (6941 bytes)
9: float *tr, char trans, float datamin, float datamax, float alphamin, float alphamax);
16: The data in grid is a three-dimensional volume indexed by:
20: The slice of data actually plotted is indexed by [a1..a2][b1..b2][c...
33: ... and datamax to bracket the signal region of your data, set alphamin to 0.0 and alphamax to something li...
41: Set datamin > datamax to request auto-scaling. - Function:ns2cisc (5114 bytes)
16: ...ion to calculate the colour over the surface. The data in grid is a three-dimensional volume indexed by:
20: The slice of data actually plotted is indexed by [a1..a2][b1..b2][c...
49: ...t3 | s2vect3 ]]</td><td>Draw a vector map of a 3D data array, with blanking. </td></tr>
50: ...Function:struct_COLOUR | struct_COLOUR ]]</td><td>Data structure for (r,g,b) colour indices. </td></tr>
76: float ***grid; /* Grid data */ - Function:ns2cis (5133 bytes)
14: ... isosurface of a data volume, at given level. The data in grid is a three-dimensional volume indexed by:
17: The slice of data actually plotted is indexed by [a1..a2][b1..b2][c...
43: ...t3 | s2vect3 ]]</td><td>Draw a vector map of a 3D data array, with blanking. </td></tr>
44: ...Function:struct_COLOUR | struct_COLOUR ]]</td><td>Data structure for (r,g,b) colour indices. </td></tr>
70: float ***grid; /* Grid data */ - Function:ns2dis (4152 bytes)
64: float ***grid; /* Grid data */
76: /* Create transpose matrix mapping data indices to world coords */
85: /* allocate and generate the data grid */ - Function:ns2sisl (4111 bytes)
64: float ***grid; /* Grid data */
76: /* Create transpose matrix mapping data indices to world coords */
85: /* allocate and generate the data grid */ - Function:ns2vf3a (2413 bytes)
24: ...<td>[[Function:struct_XYZ | struct_XYZ ]]</td><td>Data structure for (x,y,z) coordinates. </td></tr> - Function:ns2vf3 (1904 bytes)
21: ...Function:struct_COLOUR | struct_COLOUR ]]</td><td>Data structure for (r,g,b) colour indices. </td></tr>
22: ...<td>[[Function:struct_XYZ | struct_XYZ ]]</td><td>Data structure for (x,y,z) coordinates. </td></tr> - Function:ns2vf3n (2112 bytes)
21: ...Function:struct_COLOUR | struct_COLOUR ]]</td><td>Data structure for (r,g,b) colour indices. </td></tr>
22: ...<td>[[Function:struct_XYZ | struct_XYZ ]]</td><td>Data structure for (x,y,z) coordinates. </td></tr> - Function:ns2vf3c (2051 bytes)
21: ...Function:struct_COLOUR | struct_COLOUR ]]</td><td>Data structure for (r,g,b) colour indices. </td></tr>
22: ...<td>[[Function:struct_XYZ | struct_XYZ ]]</td><td>Data structure for (x,y,z) coordinates. </td></tr> - Function:ns2vf3nc (2307 bytes)
21: ...Function:struct_COLOUR | struct_COLOUR ]]</td><td>Data structure for (r,g,b) colour indices. </td></tr>
22: ...<td>[[Function:struct_XYZ | struct_XYZ ]]</td><td>Data structure for (x,y,z) coordinates. </td></tr> - Function:ns2vi (1376 bytes)
13: ...at location (P) with RGB colour col, using vector data structures.
18: ...Function:struct_COLOUR | struct_COLOUR ]]</td><td>Data structure for (r,g,b) colour indices. </td></tr>
19: ...<td>[[Function:struct_XYZ | struct_XYZ ]]</td><td>Data structure for (x,y,z) coordinates. </td></tr>
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