- Timestamp:
- May 20, 2015, 2:09:58 PM (9 years ago)
- File:
-
- 1 edited
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trunk/gui/scripts/field.tcl
r5579 r5582 158 158 private variable _comp2style; # cname => style settings 159 159 private variable _comp2cntls; # cname => x,y control points (1D only) 160 private variable _comp2limits; # Array of limits per component161 private variable _comp2flowhints 160 private variable _comp2limits; # cname => List of axis, min/max list 161 private variable _comp2flowhints; # cname => Rappture::FlowHints obj 162 162 private variable _comp2mesh; # list: mesh obj, BLT vector of values 163 163 # valid for cloud,mesh,unirect2d 164 164 private variable _values ""; # Only for unirect2d - list of values 165 165 … … 802 802 GetAssociation $cname 803 803 804 if { $_comp2size($cname) < 1 || 805 $_comp2size($cname) > 9 } { 806 puts stderr "ERROR: Invalid <elemsize>: $_comp2size($cname)" 807 continue 808 } 809 # Some types have restrictions on number of components 810 if { $_comp2type($cname) == "vectors" && 811 $_comp2size($cname) != 3 } { 812 puts stderr "ERROR: vectors <elemtype> must have <elemsize> of 3" 813 continue 814 } 815 if { $_comp2type($cname) == "normals" && 816 $_comp2size($cname) != 3 } { 817 puts stderr "ERROR: normals <elemtype> must have <elemsize> of 3" 818 continue 819 } 820 if { $_comp2type($cname) == "tcoords" && 821 $_comp2size($cname) > 3 } { 822 puts stderr "ERROR: tcoords <elemtype> must have <elemsize> <= 3" 823 continue 824 } 825 if { $_comp2type($cname) == "scalars" && 826 $_comp2size($cname) > 4 } { 827 puts stderr "ERROR: scalars <elemtype> must have <elemsize> <= 4" 828 continue 829 } 830 if { $_comp2type($cname) == "colorscalars" && 831 $_comp2size($cname) > 4 } { 832 puts stderr "ERROR: colorscalars <elemtype> must have <elemsize> <= 4" 833 continue 834 } 835 if { $_comp2type($cname) == "tensors" && 836 $_comp2size($cname) != 9 } { 837 puts stderr "ERROR: tensors <elemtype> must have <elemsize> of 9" 838 continue 839 } 840 804 841 if { [$_field element $cname.flow] != "" } { 805 842 set haveFlow 1 … … 1305 1342 set data [Rappture::encoding::decode -as zb64 $data] 1306 1343 return [Rappture::DxToVtk $data] 1344 } 1345 # unirect2d (deprecated) 1346 # This can be removed when the nanovis server with support for loading VTK 1347 # vector data is released 1348 if {[info exists _comp2unirect2d($cname)]} { 1349 set label $cname 1350 regsub -all { } $label {_} label 1351 set elemSize [numComponents $cname] 1352 set numValues [$_comp2unirect2d($cname) numpoints] 1353 append out "# vtk DataFile Version 3.0\n" 1354 append out "[hints label]\n" 1355 append out "ASCII\n" 1356 append out [$_comp2unirect2d($cname) vtkdata] 1357 append out "POINT_DATA $numValues\n" 1358 if {$elemSize == 3} { 1359 append out "VECTORS $label double\n" 1360 } else { 1361 append out "SCALARS $label double $elemSize\n" 1362 append out "LOOKUP_TABLE default\n" 1363 } 1364 # values for VTK are x-fastest 1365 append out $_values 1366 append out "\n" 1367 return $out 1307 1368 } 1308 1369 # unirect3d (deprecated)
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