Revision as of 01:54, 29 August 2011 S2plot admin (Talk | contribs) ← Previous diff |
Current revision S2plot admin (Talk | contribs)
|
Line 80: |
Line 80: |
| <tr><td>[[Function:s2sah | s2sah]]</td><td>Set the style to be used for arrowheads drawn with s2arro. </td><td>[http://www.astro.caltech.edu/~tjp/pgplot/subroutines.html#PGSAH PGSAH]</td></tr> | | <tr><td>[[Function:s2sah | s2sah]]</td><td>Set the style to be used for arrowheads drawn with s2arro. </td><td>[http://www.astro.caltech.edu/~tjp/pgplot/subroutines.html#PGSAH PGSAH]</td></tr> |
| <tr><td>[[Function:s2qah | s2qah]]</td><td>Query the arrow-head style</td><td> </td></tr> | | <tr><td>[[Function:s2qah | s2qah]]</td><td>Query the arrow-head style</td><td> </td></tr> |
| + | <tr><td>[[Function:s2twc | s2twc]]</td><td>Set the window clipping mode</td><td> </td></tr> |
| + | <tr><td>[[Function:s2qwc| s2qwc]]</td><td>Query the window clipping mode</td><td> </td></tr> |
| <tr><td>[[Function:ss2txh | ss2txh]]</td><td>Enable/disable/toggle the visibility of the cursor cross-hair </td><td> </td></tr> | | <tr><td>[[Function:ss2txh | ss2txh]]</td><td>Enable/disable/toggle the visibility of the cursor cross-hair </td><td> </td></tr> |
| <tr><td>[[Function:ss2qxh | ss2qxh]]</td><td>Query the visibility of the cursor cross-hair </td><td></td></tr> | | <tr><td>[[Function:ss2qxh | ss2qxh]]</td><td>Query the visibility of the cursor cross-hair </td><td></td></tr> |
Line 106: |
Line 108: |
| <tr><td>[[Function:s2funyzr | s2funyzr]]</td><td>Draw surface as per s2funyz, but with explicit settings for the colour range mapping. </td><td> </td></tr> | | <tr><td>[[Function:s2funyzr | s2funyzr]]</td><td>Draw surface as per s2funyz, but with explicit settings for the colour range mapping. </td><td> </td></tr> |
| <tr><td>[[Function:s2funuv | s2funuv]]</td><td>Plot a parametric function (generally a surface) defined by functions fx(u,v), fy(u,v) and fz(u,v). </td><td> </td></tr> | | <tr><td>[[Function:s2funuv | s2funuv]]</td><td>Plot a parametric function (generally a surface) defined by functions fx(u,v), fy(u,v) and fz(u,v). </td><td> </td></tr> |
| + | <tr><td>[[Function:s2funuva | s2funuva]]</td><td>Plot a parametric function (generally a surface) defined by functions fx(u,v), fy(u,v) and fz(u,v) with transparency. </td><td> </td></tr> |
| </table> | | </table> |
| | | |
Line 197: |
Line 200: |
| <tr><td>[[Function:ns2vf3c | ns2vf3c]]</td><td>3-vertex facet with coloured vertices and autmoatic normals. </td><td> </td></tr> | | <tr><td>[[Function:ns2vf3c | ns2vf3c]]</td><td>3-vertex facet with coloured vertices and autmoatic normals. </td><td> </td></tr> |
| <tr><td>[[Function:ns2vf3nc | ns2vf3nc]]</td><td>3-vertex facet with coloured vertices and normals given. </td><td> </td></tr> | | <tr><td>[[Function:ns2vf3nc | ns2vf3nc]]</td><td>3-vertex facet with coloured vertices and normals given. </td><td> </td></tr> |
- | <tr><td>[[Function:ns2vf3na | ns2vf3na]]</td><td>3-vertex facet with coloured vertices and alpha given. </td><td> </td></tr> | + | <tr><td>[[Function:ns2vf3na | ns2vf3na]]</td><td>Transparent 3-vertex facet with coloured vertices, normals and alpha given. </td><td> </td></tr> |
- | <tr><td>[[Function:ns2vf3nca | ns2vf3nca]]</td><td>3-vertex facet with coloured vertices, alpha and normals given. </td><td> </td></tr> | + | <tr><td>[[Function:ns2vf3nca | ns2vf3nca]]</td><td>3-vertex facet with coloured vertices, normals and alpha per vertex given.</td><td> </td></tr> |
| <tr><td>[[Function:ns2vf4 | ns2vf4]]</td><td>4-vertex facet with single colour and automatic normals. </td><td> </td></tr> | | <tr><td>[[Function:ns2vf4 | ns2vf4]]</td><td>4-vertex facet with single colour and automatic normals. </td><td> </td></tr> |
| <tr><td>[[Function:ns2vf4n | ns2vf4n]]</td><td>4-vertex facet with single colour and normals given. </td><td> </td></tr> | | <tr><td>[[Function:ns2vf4n | ns2vf4n]]</td><td>4-vertex facet with single colour and normals given. </td><td> </td></tr> |
Line 310: |
Line 313: |
| <tr><td>[[Function:ss2sc | ss2sc]]</td><td>Set the camera position, up vector and view direction. </td><td> </td></tr> | | <tr><td>[[Function:ss2sc | ss2sc]]</td><td>Set the camera position, up vector and view direction. </td><td> </td></tr> |
| <tr><td>[[Function:ss2qc | ss2qc]]</td><td>Query the camera position, up vector and view direction. </td><td> </td></tr> | | <tr><td>[[Function:ss2qc | ss2qc]]</td><td>Query the camera position, up vector and view direction. </td><td> </td></tr> |
| + | <tr><td>[[Function:ss2scaf | ss2scaf]]</td><td>Set the camera position, up vector, view direction and rotate point. </td><td> </td></tr> |
| <tr><td>[[Function:ss2sas | ss2sas]]</td><td>Start/Stop the camera rotation. </td><td> </td></tr> | | <tr><td>[[Function:ss2sas | ss2sas]]</td><td>Start/Stop the camera rotation. </td><td> </td></tr> |
| <tr><td>[[Function:ss2qas | ss2qas]]</td><td>Query the autospin state</td><td> </td></tr> | | <tr><td>[[Function:ss2qas | ss2qas]]</td><td>Query the autospin state</td><td> </td></tr> |
| <tr><td>[[Function:ss2scf | ss2scf]]</td><td>Set the camera mid/focus point. </td><td> </td></tr> | | <tr><td>[[Function:ss2scf | ss2scf]]</td><td>Set the camera mid/focus point. </td><td> </td></tr> |
| <tr><td>[[Function:ss2qcf | ss2qcf]]</td><td>Query camera focus point and state</td><td> </td></tr> | | <tr><td>[[Function:ss2qcf | ss2qcf]]</td><td>Query camera focus point and state</td><td> </td></tr> |
| + | <tr><td>[[Function:ss2qpr | ss2qpr]]</td><td>Query point to rotate camera about. </td><td> </td></tr> |
| <tr><td>[[Function:ss2ucf | ss2ucf]]</td><td>Unset the camera mid/focus point - revert to auto mid-point. </td><td> </td></tr> | | <tr><td>[[Function:ss2ucf | ss2ucf]]</td><td>Unset the camera mid/focus point - revert to auto mid-point. </td><td> </td></tr> |
| <tr><td>[[Function:ss2sca |ss2sca ]]</td><td>Set the camera aperture.</td/><td></td></tr> | | <tr><td>[[Function:ss2sca |ss2sca ]]</td><td>Set the camera aperture.</td/><td></td></tr> |
S2PLOT | Description | PGPLOT |
s2line | Draw a poly line, n vertices at (xpts, ypts, zpts). | PGLINE |
s2circxy | Draw a circle in the xy plane at a given z coordinate. | PGCIRC |
s2circxz | Draw a circle in the xz plane at a given y coordinate. | PGCIRC |
s2circyz | Draw a circle in the yz plane at a given x coordinate. | PGCIRC |
s2diskxy | Draw a disk in the xy plane at a given z coordinate. | |
s2diskxz | Draw a disk in the xz plane at a given y coordinate. | |
s2diskyz | Draw a disk in the yz plane at a given x coordinate. | |
s2rectxy | Draw a rectangle in the xy plane at a given z coordinate. | PGRECT |
s2rectxz | Draw a rectangle in the xz plane at a given y coordinate. | PGRECT |
s2rectyz | Draw a rectangle in the yz plane at a given x coordinate. | PGRECT |
s2wcube | Draw a wireframe cube. | |
s2pt1 | Draw a single point with a given symbol. | PGPT1 |
s2pt | Draw a set of points with a given symbol. | PGPT |
s2pnts | Draw a set of points with different markers. | PGPNTS |
s2textxy | Draw text in the xy plane at a fixed z coordinate. | PGTEXT |
s2textxz | Draw text in the xz plane at a fixed y coordinate. | PGTEXT |
s2textyz | Draw text in the yz plane at a fixed x coordinate. | PGTEXT |
s2textxyf | Draw flipped text in the xy plane at a fixed z coordinate. | PGTEXT |
s2textxzf | Draw flipped text in the xz plane at a fixed y coordinate. | PGTEXT |
s2textyzf | Draw flipped text in the yz plane at a fixed x coordinate. | PGTEXT |
s2qtxtxy | Find the bounding box of text drawn with s2textxy. | PGQTXT |
s2qtxtxz | Find the bounding box of text drawn with s2textxz. | PGQTXT |
s2qtxtyz | Find the bounding box of text drawn with s2textyz. | PGQTXT |
s2qtxtxyf | Find the bounding box of text drawn with s2textxyf. | PGQTXT |
s2qtxtxzf | Find the bounding box of text drawn with s2textxzf. | PGQTXT |
s2qtxtyzf | Find the bounding box of text drawn with s2textyzf. | PGQTXT |
s2arro | Draw an arrow from the point with world-coordinates (x1,y1,z1) to (x2,y2,z2). | PGARRO |
S2PLOT | Description | PGPLOT |
s2errb | Draw error bars at the coordinates (xpts[i], ypts[i], zpts[i]). | PGERRB |
s2funt | Draw a curve defined by parametric equations fx(t), fy(t) and fz(t). | PGFUNT |
s2funtc | Draw a curve defined by parametric equations fx(t), fy(t) and fz(t) with colour control. | PGFUNT |
s2funxy | Draw the surface described by the provided function fxy. | PGFUNX |
s2funxz | Draw the surface described by the provided function fxz. | PGFUNY |
s2funyz | Draw the surface described by the provided function fyz. | PGFUNX |
s2funxyr | Draw surface as per s2funxy, but with explicit settings for the colour range mapping. | |
s2funxzr | Draw surface as per s2funxz, but with explicit settings for the colour range mapping. | |
s2funyzr | Draw surface as per s2funyz, but with explicit settings for the colour range mapping. | |
s2funuv | Plot a parametric function (generally a surface) defined by functions fx(u,v), fy(u,v) and fz(u,v). | |
s2funuva | Plot a parametric function (generally a surface) defined by functions fx(u,v), fy(u,v) and fz(u,v) with transparency. | |
S2PLOT | Description | PGPLOT |
ns2sphere | Draw a sphere, with a given centre, radius and colour. | |
ns2vsphere | Draw a sphere, with a given centre, radius and colour - vecotr input. | |
ns2spheret | Draw a textured sphere, with given centre, radius, colour and texture filename. | |
ns2vspheret | Draw a textured sphere, with given centre, radius, colour and texture filename - vector input. | |
ns2spherex | Draw a textured sphere, with given centre, radius, colour and texture ID. | |
ns2vspherex | Draw a textured sphere, with given centre, radius, colour and texture ID - vector input. | |
ns2vplanett | Draw a planet with texture filename. | |
ns2vplanetx | Draw a planet with texture id. | |
ns2disk | Draw an annulus with given centre, inner and out radii, and colour. | |
ns2vdisk | Draw an annulus with given centre, inner and out radii, and colour - vector input. | |
ns2arc | Draw an arc at (px,py,pz) with normal (nx,ny,nz) in current pen (thickness,colour). | |
ns2varc | Draw an arc at (px,py,pz) with normal (nx,ny,nz) in current pen (thickness,colour) - vector input. | |
ns2erc | Draw an arc. | |
ns2verc | Draw an arc - vector input. | |
ns2text | Draw text at a given position, with right and up vectors, a specific colour, and a text string of course. | |
ns2vtext | Draw text at a given position, with right and up vectors, a specific colour, and a text string of course - vector input. | |
ns2point | Draw a point at the given position and colour. | |
ns2vpoint | Draw a point at the given position and colour - vector input. | |
ns2vnpoint | Draw multiple points at the given positions with one colour - vector input. | |
ns2thpoint | Draw a thick point at given position, in colour and thickness in pixels (not world coords). | |
ns2vthpoint | Draw a thick point at given position, in colour and thickness in pixels (not world coords) - vector input. | |
ns2vpa | Draw a thick transparent point. | |
ns2i | Illumination. | |
ns2vi | Illumination - vector input. | |
ns2line | Draw a line from one point to another in a specific colour. | |
ns2vline | Draw a line from one point to another in a specific colour - vector input. | |
ns2thline | Draw a thick line from one point to another in a specific colour. | |
ns2vthline | Draw a thick line from one point to another in a specific colour - vector input. | |
ns2thwcube | Draw a wireframe cube. | |
ns2vthwcube | Draw a wireframe cube - vector input. | |
ns2cline | Draw a coloured line, with colour blended between the two given colours along the line. | |
ns2vcline | Draw a coloured line, with colour blended between the two given colours along the line - vector input. | |
ns2thcline | Draw a thick coloured line. | |
ns2vthcline | Draw a thick coloured line - vector input. | |
ns2vf3 | 3-vertex facet with single colour and automatic normals. | |
ns2vf3a | 3-vertex facet with transparency | |
ns2vf3n | 3-vertex facet with single colour and normals given. | |
ns2vf3c | 3-vertex facet with coloured vertices and autmoatic normals. | |
ns2vf3nc | 3-vertex facet with coloured vertices and normals given. | |
ns2vf3na | Transparent 3-vertex facet with coloured vertices, normals and alpha given. | |
ns2vf3nca | 3-vertex facet with coloured vertices, normals and alpha per vertex given. | |
ns2vf4 | 4-vertex facet with single colour and automatic normals. | |
ns2vf4n | 4-vertex facet with single colour and normals given. | |
ns2vf4c | 4-vertex facet with coloured vertices and automatic normals. | |
ns2vf4nc | 4-vertex facet with coloured vertices and normals given. | |
ns2vf4t | Textured 4-vertex facet, scale in [0,1]; trans = 'o' or 't'. | |
ns2vf4x | Draw a textured 4-vertex facet using a texture id. | |
ns2vf4xt | Draw a textured 4-vertex facet with alpha channel using a texture id. | |
ns2scube | Draw a solid cube. | |
ns2vscube | Draw a solid cube - vector input. | |
ns2m | Draw a marker | |
ns2vm | Draw a marker - vector input | |
S2PLOT | Description | PGPLOT |
cs2scb | Set the callback function; can be null to cancel callback. | |
cs2scbx | Set dynamic callback with initialisation data | |
cs2ecb | Animation state - Enable callback. | |
cs2dcb | Animation state - Disable callback. | |
cs2tcb | Animation state - Toggle callback. | |
cs2sncb | Set the function to call when number-keys pressed. | |
cs2socb | Register function that will draw direct OpenGL graphics when called. | |
cs2srcb | Register when remote control data is received. | |
cs2shcb | Set the handle callback function for when a handle is (de)selected | |
cs2sdhcb | Set the handle dragging callback | |
cs2skcb | Set the keyboard callback | |
cs2spcb | Set the user prompt callback | |
cs2sptxy | Set the text and position of a prompt. | |
ds2ah | Add a handle to allow interactive picking of objects | |
ds2ahx | Add a handle with a specified texture | |
cs2th | Toggle the state of a named (dynamic) handle | |
cs2thv | Toggle the current state of selection handles |
|
cs2qhv | Query whether selection handles are currently visible | |
For function names from earlier releases of S2PLOT that have been deprecated, see here.