// Define Layout =====================================================
XSIPLUGINCALLBACK CStatus sn_inverseRotorder_op_DefineLayout( CRef& in_ctxt )
{
Context ctxt( in_ctxt );
PPGLayout layout;
PPGItem item;
layout = ctxt.GetSource();
layout.Clear();
CValueArray orderItems(12);
orderItems[0] = L"XYZ";
orderItems[1] = (LONG)0l;
orderItems[2] = L"XZY";
orderItems[3] = (LONG)1l;
orderItems[4] = L"YXZ";
orderItems[5] = (LONG)2l;
orderItems[6] = L"YZX";
orderItems[7] = (LONG)3l;
orderItems[8] = L"ZXY";
orderItems[9] = (LONG)4l;
orderItems[10] = L"ZYX";
orderItems[11] = (LONG)5l;
layout.AddGroup("Rotation");
layout.AddEnumControl("rotorder", orderItems, "Order");
layout.EndGroup();
return CStatus::OK;
}
// Define Layout ==============================================
XSIPLUGINCALLBACK CStatus sn_squashstretch2_op_DefineLayout( CRef& in_ctxt )
{
Context ctxt( in_ctxt );
PPGLayout oLayout;
PPGItem oItem;
oLayout = ctxt.GetSource();
oLayout.Clear();
oLayout.AddItem(L"blend",L"Blend");
oLayout.AddGroup("Driver");
oLayout.AddItem(L"driver",L"Driver");
oLayout.AddRow();
oLayout.AddItem(L"driver_min",L"Min");
oLayout.AddItem(L"driver_ctr",L"Center");
oLayout.AddItem(L"driver_max",L"Max");
oLayout.EndRow();
oLayout.EndGroup();
oLayout.AddGroup("Axis");
CValueArray modeItems(6);
modeItems[0] = L"X";
modeItems[1] = (LONG)0l;
modeItems[2] = L"Y";
modeItems[3] = (LONG)1l;
modeItems[4] = L"Z";
modeItems[5] = (LONG)2l;
oLayout.AddEnumControl(L"axis",modeItems,L"Pointing Axis");
oLayout.EndGroup();
oLayout.AddGroup("Stretch / Squash");
oLayout.AddItem(L"squash",L"Squash");
oLayout.AddItem(L"stretch",L"Stretch");
oLayout.EndGroup();
return CStatus::OK;
}
// Define Layout ==============================================
XSIPLUGINCALLBACK CStatus sn_null2curve_op_DefineLayout( CRef& in_ctxt )
{
Context ctxt( in_ctxt );
PPGLayout layout;
PPGItem oItem;
layout = ctxt.GetSource();
layout.Clear();
layout.AddGroup("Input");
layout.AddItem(L"blend",L"Blend to Slider");
layout.AddItem(L"u",L"U Value");
layout.AddItem(L"imin",L"Minimum");
layout.AddItem(L"imax",L"Maximum");
layout.EndGroup();
layout.AddGroup("Output");
layout.AddItem(L"omin",L"Minimum");
layout.AddItem(L"omax",L"Maximum");
layout.EndGroup();
layout.AddGroup("Softness");
layout.AddItem(L"soft_blend",L"Blend");
layout.EndGroup();
layout.AddGroup("Orientation");
CValueArray modeItems(6);
modeItems[0] = L"Use Driver Rot";
modeItems[1] = (LONG)0l;
modeItems[2] = L"Use Upvector Rot";
modeItems[3] = (LONG)1l;
modeItems[4] = L"Tangent+Upvector";
modeItems[5] = (LONG)2l;
layout.AddEnumControl(L"upv_mode",modeItems,L"Mode");
layout.EndGroup();
return CStatus::OK;
}
SICALLBACK AppLink_3DCoat_DefineLayout( CRef& in_ctxt )
{
Context ctxt(in_ctxt);
PPGLayout ppg = ctxt.GetSource();
PPGItem item;
Plugin pl(app.GetPlugins().GetItem(L"AppLink_3DCoat_Plugin"));
CString logoPath = CUtils::BuildPath(app.GetInstallationPath(pl.GetOrigin()), L"AppLink_3DCoat", L"Application", L"Plugins", L"3dcoatLogo.bmp");
CString txt = L"*Select folder ..\\My Documents\\3D-CoatV3\\Exchange";
ppg.Clear();
ppg.AddTab(L"General");
item = ppg.AddItem(L"Logo",L"", siControlBitmap);
item.PutAttribute(siUIFilePath, logoPath);
item.PutAttribute(siUINoLabel, true);
ppg.AddGroup(L"Locations");
item = ppg.AddItem( L"tempLocation", L"", siControlFilePath );
//item.PutAttribute( siUIInitialDir, L"project" ) ;
//item.PutAttribute( siUIFileFilter, L"3D files (*.obj,*.lwo)|*.obj,*.lwo|All Files (*.*)|*.*||" ) ;
item = ppg.AddItem( L"coatLocation", L"", siControlFolder ) ;
item.PutAttribute( siUIInitialDir, L"user" ) ;
ppg.AddStaticText(txt.GetAsciiString());
//item = ppg.AddItem( L"coatExe", L"", siControlFilePath);
//item.PutAttribute( siUIInitialDir, L"user" );
//item.PutAttribute( siUIFileFilter, L"Exe files (*.exe)|*.exe|All Files (*.*)|*.*||" ) ;
ppg.EndGroup();
//Paint mesh in 3D-Coat using per-pixel painting [ppp]
//Paint mesh in 3D-Coat using microvertex painting [mv]
//Paint mesh in 3D-Coat using Ptex [ptex]
//Perform UV-mapping in 3D-Coat [uv]
//Drop reference mesh to 3D-Coat [ref]
//Drop retopo mesh as new layer in 3D-Coat [retopo]
//Drop mesh in 3D-Coat as voxel object [vox]
//Drop mesh in 3D-Coat as new pen alpha [alpha]
//Drop mesh in 3D-Coat as new merging primitive for voxels [prim]
//Drop mesh in 3D-Coat as a curve profile [curv]
//Drop mesh in 3D-Coat for Auto-retopology [autopo]
ppg.AddGroup(L"Export");
CValueArray sizeItems( 22 ) ;
sizeItems[0] = L"Per-pixel painting"; sizeItems[1] = (LONG)0 ;
sizeItems[2] = L"Microvertex painting"; sizeItems[3] = (LONG)1 ;
sizeItems[4] = L"Ptex"; sizeItems[5] = (LONG)2 ;
sizeItems[6] = L"Perform UV-mapping"; sizeItems[7] = (LONG)3 ;
sizeItems[8] = L"Drop reference mesh"; sizeItems[9] = (LONG)4 ;
sizeItems[10] = L"Drop retopo mesh as new layer"; sizeItems[11] = (LONG)5 ;
sizeItems[12] = L"Drop mesh as voxel object"; sizeItems[13] = (LONG)6 ;
sizeItems[14] = L"Drop mesh as new pen alpha"; sizeItems[15] = (LONG)7 ;
sizeItems[16] = L"Drop mesh as new merging primitive for voxels"; sizeItems[17] = (LONG)8 ;
sizeItems[18] = L"Drop mesh as a curve profile"; sizeItems[19] = (LONG)9 ;
sizeItems[20] = L"Drop mesh for Auto-retopology"; sizeItems[21] = (LONG)10 ;
ppg.AddEnumControl( L"typePaint", sizeItems, L"", siControlCombo ) ;
ppg.AddItem(L"bExpNorm");
ppg.AddItem(L"bExpMat");
ppg.AddItem(L"bExpUV");
ppg.AddItem(L"bExpSkipImp");
ppg.AddItem(L"bExpSkipExp");
//ppg.AddItem(L"bCopyTexE");
item = ppg.AddButton( L"Coat3DExport", L"Export to 3DCoat" );
item.PutAttribute(siUICX, (LONG)ppg.GetAttribute(siUICX));
ppg.EndGroup();
ppg.AddGroup(L"Import");
ppg.AddItem(L"bImpNorm");
ppg.AddItem(L"bImpMat");
CValueArray sizeItems2( 4 );
sizeItems2[0] = L"Normal map"; sizeItems2[1] = (LONG)0 ;
sizeItems2[2] = L"Bump map"; sizeItems2[3] = (LONG)1 ;
ppg.AddEnumControl( L"swMap", sizeItems2, L"", siControlCombo ) ;
ppg.AddItem(L"bImpUV");
ppg.AddRow();
ppg.AddItem(L"bReplace");
ppg.AddItem(L"bEvent");
ppg.EndRow();
//ppg.AddItem(L"bCopyTexI");
item = ppg.AddButton( L"Coat3DImport", L"Import from 3DCoat" );
item.PutAttribute(siUICX, (LONG)ppg.GetAttribute(siUICX));
ppg.EndGroup();
ppg.AddTab(L"3D-Coat Location");
item = ppg.AddItem( L"exeLocation", L"", siControlFilePath );
item.PutAttribute( siUIFileFilter, L"Exe files (*.exe)|*.exe|All Files (*.*)|*.*||" );
item.PutAttribute( siUIOpenFile, true );
ppg.AddItem(L"bStart");
return CStatus::OK;
}
/** Defines the visual layout of the options dialog */
CStatus OgreMeshExportOptions_DefineLayout( const CRef & in_Ctx )
{
// XSI will call this to define the visual appearance of the CustomProperty
// The layout is shared between all instances of the CustomProperty
// and is CACHED!!!. You can force the code to re-execute by using the
// XSIUtils.Reload feature, or right-clicking the property page and selecting 'Refresh'
PPGLayout oLayout = Context( in_Ctx ).GetSource() ;
PPGItem item ;
oLayout.Clear() ;
// Mesh tab
oLayout.AddTab(L"Basic");
// Object
oLayout.AddGroup(L"Object(s) to export");
item = oLayout.AddItem(L"objectName");
item.PutAttribute( siUINoLabel, true );
oLayout.EndGroup();
oLayout.AddGroup(L"Mesh");
item = oLayout.AddItem(L"targetMeshFileName", L"Target", siControlFilePath);
item.PutAttribute( siUINoLabel, true );
item.PutAttribute( siUIFileFilter, L"OGRE Mesh format (*.mesh)|*.mesh|All Files (*.*)|*.*||" );
item = oLayout.AddItem(L"mergeSubmeshes") ;
item = oLayout.AddItem(L"exportChildren") ;
item = oLayout.AddItem(L"calculateEdgeLists");
item = oLayout.AddItem(L"calculateTangents");
CValueArray tangentVals;
tangentVals.Add(L"Tangent");
tangentVals.Add(L"t");
tangentVals.Add(L"Texture Coords");
tangentVals.Add(L"uvw");
item = oLayout.AddEnumControl(L"tangentSemantic", tangentVals, L"Tangent Semantic", XSI::siControlCombo);
item = oLayout.AddItem(L"tangentsSplitMirrored");
item = oLayout.AddItem(L"tangentsSplitRotated");
item = oLayout.AddItem(L"tangentsUseParity");
oLayout.AddGroup(L"Level of Detail Reduction");
item = oLayout.AddItem(L"numLodLevels");
item = oLayout.AddItem(L"lodDistanceIncrement");
CValueArray vals;
vals.Add(L"Percentage");
vals.Add(L"p");
vals.Add(L"Constant");
vals.Add(L"c");
item = oLayout.AddEnumControl(L"lodQuota", vals, L"Quota", XSI::siControlCombo);
item = oLayout.AddItem(L"lodReduction");
oLayout.EndGroup();
oLayout.EndGroup();
oLayout.AddTab(L"Materials");
// Material Tab
item = oLayout.AddItem(L"exportMaterials") ;
item = oLayout.AddItem(L"targetMaterialFileName", L"Target", siControlFilePath) ;
item.PutAttribute( siUINoLabel, true );
item.PutAttribute( siUIFileFilter, L"OGRE Material script (*.material)|*.material|All Files (*.*)|*.*||" );
item = oLayout.AddItem(L"materialPrefix");
item = oLayout.AddItem(L"copyTextures");
// Skeleton Tab
oLayout.AddTab(L"Animation");
item = oLayout.AddItem(L"exportVertexAnimation");
item = oLayout.AddItem(L"exportSkeleton");
item = oLayout.AddItem(L"targetSkeletonFileName", L"Target", siControlFilePath);
item.PutAttribute( siUINoLabel, true );
item.PutAttribute( siUIFileFilter, L"OGRE Skeleton format (*.skeleton)|*.skeleton|All Files (*.*)|*.*||" );
item = oLayout.AddItem(L"fps");
oLayout.AddGroup(L"Animations");
item = oLayout.AddItem(L"animationList", L"Animations", siControlGrid);
item.PutAttribute( siUINoLabel, true );
item.PutAttribute(siUIGridColumnWidths, L"0:15:250:30:30:75");
item.PutAttribute(siUIGridHideRowHeader, true);
oLayout.AddRow();
item = oLayout.AddButton(L"refreshAnimation", L"Refresh");
item = oLayout.AddButton(L"addAnimation", L"Add");
item = oLayout.AddButton(L"removeAnimation", L"Remove");
oLayout.EndRow();
oLayout.EndGroup();
// Make animatino name read-only (not any more)
//item.PutAttribute(siUIGridReadOnlyColumns, L"1:0:0:0");
return CStatus::OK;
}
// Define Layout ==============================================
XSIPLUGINCALLBACK CStatus sn_null2surface_op_DefineLayout( CRef& in_ctxt )
{
Context ctxt( in_ctxt );
PPGLayout layout;
PPGItem oItem;
layout = ctxt.GetSource();
layout.Clear();
layout.AddGroup("Override");
layout.AddItem(L"blend",L"Blend to Sliders");
layout.AddItem(L"u",L"U Value");
layout.AddItem(L"v",L"V Value");
layout.EndGroup();
layout.AddGroup("Input");
{
CValueArray modeItems(4);
modeItems[0] = L"Nurbs Based";
modeItems[1] = (LONG)0l;
modeItems[2] = L"Transform Based";
modeItems[3] = (LONG)1l;
layout.AddEnumControl(L"input_mode",modeItems,L"Mode");
}
layout.AddGroup("Nurbs Based");
layout.AddItem(L"iu_center",L"U Center");
layout.AddItem(L"iv_center",L"V Center");
layout.AddItem(L"iu_variance",L"U Variance");
layout.AddItem(L"iv_variance",L"V Variance");
layout.AddItem(L"i0_minmax",L"Treat sliders as Min Max");
layout.AddButton(L"setInputUV",L"Set from current Driver Pos");
layout.EndGroup();
layout.AddGroup("Transform Based");
layout.AddItem(L"ix_center",L"Axis1 Center");
layout.AddItem(L"iy_center",L"Axis2 Center");
layout.AddItem(L"ix_variance",L"Axis1 Variance");
layout.AddItem(L"iy_variance",L"Axis2 Variance");
layout.AddItem(L"ix_invert",L"Axis1 Invert");
layout.AddItem(L"iy_invert",L"Axis2 Invert");
layout.AddItem(L"i1_minmax",L"Treat sliders as Min Max");
{
CValueArray modeItems(12);
modeItems[0] = L"X / Y Plane";
modeItems[1] = (LONG)0l;
modeItems[2] = L"X / Z Plane";
modeItems[3] = (LONG)1l;
modeItems[4] = L"Y / Z Plane";
modeItems[5] = (LONG)2l;
modeItems[6] = L"Y / X Plane";
modeItems[7] = (LONG)3l;
modeItems[8] = L"Z / X Plane";
modeItems[9] = (LONG)4l;
modeItems[10] = L"Z / Y Plane";
modeItems[11] = (LONG)5l;
layout.AddEnumControl(L"axis_mode",modeItems,L"Axes");
}
layout.AddButton(L"setInputXY",L"Set from current Driver Pos");
layout.EndGroup();
layout.EndGroup();
layout.AddGroup("Output");
layout.AddItem(L"ou_center",L"U Center");
layout.AddItem(L"ov_center",L"V Center");
layout.AddItem(L"ou_variance",L"U Variance");
layout.AddItem(L"ov_variance",L"V Variance");
layout.AddItem(L"o_minmax",L"Treat sliders as Min Max");
layout.AddItem(L"surf_index",L"Surface Index");
layout.AddButton(L"setOutputUV",L"Set from current Driver Pos");
layout.EndGroup();
layout.AddGroup("Orientation");
{
CValueArray modeItems(14);
modeItems[0] = L"Use Driver Rot";
modeItems[1] = (LONG)0l;
modeItems[2] = L"Use Upvector Rot";
modeItems[3] = (LONG)1l;
modeItems[4] = L"Orient by Surface (U)";
modeItems[5] = (LONG)2l;
modeItems[6] = L"Orient by Surface (V)";
modeItems[7] = (LONG)3l;
modeItems[8] = L"Normal + Upvector";
modeItems[9] = (LONG)4l;
modeItems[10] = L"Normal + Driver Orientation";
modeItems[11] = (LONG)5l;
modeItems[12] = L"UV Offset (Sliders below)";
modeItems[13] = (LONG)6l;
layout.AddEnumControl(L"upv_mode",modeItems,L"Mode");
}
layout.AddItem(L"upv_offsetu",L"U Offset");
layout.AddItem(L"upv_offsetv",L"V Offset");
layout.AddItem(L"upv_debug_pos",L"Show Upv Pos (debug)");
layout.EndGroup();
layout.AddGroup("Scaling");
{
CValueArray modeItems(4);
modeItems[0] = L"Use Driver Scl";
modeItems[1] = (LONG)0l;
modeItems[2] = L"Use Upvector Scl";
modeItems[3] = (LONG)1l;
layout.AddEnumControl(L"scl_mode",modeItems,L"Mode");
}
layout.EndGroup();
return CStatus::OK;
}