6 modules - PI-VR GmbH

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5.2 Edit» Preconditions for merging objects: The objects are unshared (not referenced!),they have the same materials and lie in the same group.To merge objects, select the parent groups.» Split Geometry Splits the selected object into several meshes. A dialogue boxopens. Set the maximum number of triangles each resulting mesh may have.» Split Geometry into Primitives Splits the selected object into triangles. Thisfunction is much faster than the split geometry function. CRTL + SHIFT + T.» Unsplit Geometries with One Triangle Merges all triangles which are childrenof the selected node. This function is much faster than the merge geometryfunction. CRTL + SHIFT + T.» Subdivide Geometry Subdivides the selected geometry into more triangles resultingin a finer mesh. A dialogue box opens.» Subdivision Mode: You have the following choices:• Standard: Each polygon is subdivided until the edge lengths fall below themaximum edge length threshold.• Phong Interpolation: Each edge of a polygon is subdivided right in its centerand the position of the new vertices is calculated by means of phonginterpolation. The results are smoother surfaces which also redefine thesilhouettes. Caution: In some cases, hard edges result in gaps in the geometry.» Iterations: This attribute describes the number of iteration used for phong interpolation.The value ’1’ generates 4 triangles per triangle, ’2’ generates 16 trianglesper triangle, ’3’ generates 64 triangles per triangle and ’4’ generates 256 trianglesper triangle.» Max edge length: This value describes the maximum edge length threshold, belowwhich an edge is no longer subdivided.» Group by Material Groups the objects of the Scenegraph by assigned materials.Caution: The whole Scenegraph structure will be rearranged.83
5 SCENEGRAPH» Group Selection Groups selected objects. A new group node will be createdand all selected objects will be attached as children to the new node.» Show Optimize Module Opens the Optimize Module. The optimize functionshelp to optimize the scene and thereby increase the rendering performance. Alloptimization processes will be applied to the selected nodes and their children.5.3 Convert To» Group Converts the selected node to a Group node.» Matrix Transform Converts the selected node to a Transform node.» MaterialGroup Converts the selected node to a MaterialGroup node.» Switch Converts the selected node to a Switch node.» StereoSwitch Converts the selected node to a StereoSwitch node.» HostSwitch Converts the selected node to a HostSwitch node.» DistanceLOD Converts the selected node to a DistanceLOD node.» Custom Converts the selected node to a custom node.5.4 Additional options» Reload File The external file referenced by the selected node is reloaded.» Reload All Files All external files referenced by the nodes in the Scenegraph arereloaded.84
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»VRED ProfessionalDocumentation»
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Table of Contents44.5 Devices . . .
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Table of Contents6.3.5 Sequencer .
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1 GETTING STARTEDThis topic provide
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1.2 Installation using Windows1.2 I
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1.2 Installation using Windows6. De
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1.2 Installation using Windows10. C
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2 USING VREDThis chapter contains b
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2.3 Selection2.3 Selection» Shift
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3 MENUS AND TOOLBARSThis chapter pr
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3.1 Menus» VRED Project Binary - .
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3.1 Menus• OpenSG ASCII Geometry
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3.1 Menus» Powerwall Settings: Ope
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Page 36 and 37: 3.1 Menus» Off: Disables realtime
Page 38 and 39: 3.1 Menus» Create Camera VRED prov
Page 40 and 41: 3.1 Menus» TimeLine Opens the Time
Page 42 and 43: 3.1 Menus» TouchSensor The TouchSe
Page 44 and 45: 3.1 Menus» Python Documentation Op
Page 46 and 47: 3.3 Status Bar» Zoom to Selected O
Page 50 and 51: 4 PREFERENCESThis chapter provides
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Page 54 and 55: 4.7 FileIO4.7 FileIOSets the global
Page 56 and 57: 4.7 FileIO4.7.2 IGES/STEP» Loader
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Page 63 and 64: 4 PREFERENCES4.11 Navigator» Navig
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Page 67 and 68: 4 PREFERENCES» Color: The color ca
Page 69 and 70: 4 PREFERENCES» Frames per Second:
Page 71 and 72: 4 PREFERENCES» Illumination Mode S
Page 73 and 74: 4 PREFERENCESblur is activated. Sin
Page 75 and 76: 4 PREFERENCES» Comment: If you wan
Page 78 and 79: 5 SCENEGRAPHThe Scenegraph shows al
Page 80 and 81: 5.1 Create» Orthographic Camera: C
Page 82 and 83: 5.2 Edit5.2 Edit» Rename Renames t
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Page 90 and 91: 6 MODULES6.1 Scene6.1.1 CameraEdito
Page 92 and 93: 6.1 Scene• Field of View: Sets th
Page 94 and 95: 6.1 Scene• Near Plane: Sets the d
Page 96 and 97: 6.1 Scene» Advanced» Intrinsic Pa
Page 98 and 99: 6.1 Scene» Directional Light A Dir
Page 100 and 101: 6.1 Scene» Shape: Defines the shap
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Page 104 and 105: 6.1 Scene» Create Group from Selec
Page 106 and 107: 6.1 Scene• Apply to Selected Node
Page 108 and 109: 6.1 Scene» Edit:scrolling through
Page 110 and 111: 6.1 Scene» Type filter: The filter
Page 112 and 113: 6.1 Scene» Instant Mapping If inst
Page 114 and 115: 6.1 Scenethe scene.The Ambient Occl
Page 116 and 117: 6.1 Scene» Clear All: Deletes the
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Page 120 and 121: 6.1 Scene• Normal Consistency: So
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Page 126 and 127: 6.1 Scene6.1.8 VariantsScene » Var
Page 128 and 129: 6.1 Scene• Right mouse context me
Page 130 and 131: 6.1 Scene6.1.9 VariantSetsScene »
Page 132 and 133: 6.1 Scene» Screenshot: Creates a s
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6.1 Scene6.1.10 OptimizeScene » Op
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6.1 Scene» Octree: Creates an octr
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6.2 Animation» Cut: Cuts selected
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6.2 Animation» Hermite: Specifying
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6.2 Animation6.2.2 TimeLine» 1 Set
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6.2 Animation6.2.3 ClipMakerAnimati
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6.2 Animation» Clip scaling Select
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6.2 Animation6.2.5 AnimationAnimati
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6.3 Interaction6.3 Interaction6.3.1
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6.3 InteractionFor example: The obj
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6.3 Interaction6.3.2 AnnotationInte
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6.3 Interaction6.3.3 ClippingIntera
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6.3 Interactionany displayed clippi
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6.3 Interactionof the measurement l
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6.3 Interaction• First node: Show
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6.3 Interaction» Rename: Renames t
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6.3 Interaction» setSnapshotICCPro
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6.3 Interaction• alpha: Sets the
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6.3 Interaction» pauseAnimation: P
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6.3 Interaction» loadCluster: Load
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6.3 Interaction» Remove Removes a
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6.3 Interaction• Rotation: Sets t
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6.3 Interaction» Start server: Sta
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6.4 Rendering• Use Time Stamp: Ap
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6.4 Rendering• Start Frame: Sets
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6.4 Renderingthe image. It gives th
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6.4 Rendering• Precomputed + IBL:
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6.4 Renderingand materials.• Use
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6.4 Rendering• Logarithmic Scale:
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6.4 Rendering· Passive Stereo· Ac
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6.4 Rendering• Get Network Host I
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6.4 Rendering» VisibleInReflection
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6.4 Rendering6.4.4 SurfaceAnalysisR
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6.4 Rendering• Pick Surface Norma
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6.5 Scripting6.5 Scripting6.5.1 Ter
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7 VREDAPPThis chapter provides you
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7.2 Interface• Navigation mode: T
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7.2 Interface» Connections: Lists
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8 CAD CONVERTER CLI212• -if : inp
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8 CAD CONVERTER CLIand approximatio
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8 CAD CONVERTER CLI216· STEP AP214
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8 CAD CONVERTER CLI218· tessqual=3
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8 CAD CONVERTER CLI• -aspectRatio
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9 MATERIALS REFERENCE• Illuminate
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9 MATERIALS REFERENCE226• Color:
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9 MATERIALS REFERENCE» Displacemen
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9 MATERIALS REFERENCE230» Override
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9 MATERIALS REFERENCE• IBL + Indi
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9 MATERIALS REFERENCEOn metallic su
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9 MATERIALS REFERENCE• Use ICC Pr
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9 MATERIALS REFERENCE• Repeat Mod
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9 MATERIALS REFERENCE» Roughness:
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9 MATERIALS REFERENCE9.1.4 CarbonMa
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9 MATERIALS REFERENCE» Bump» Use
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9 MATERIALS REFERENCE» Roughness:
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9 MATERIALS REFERENCE9.1.6 Environm
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9 MATERIALS REFERENCE» Blending: D
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9 MATERIALS REFERENCE» Select Medi
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9 MATERIALS REFERENCE» Use Texture
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9 MATERIALS REFERENCE9.1.10 LineChr
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9 MATERIALS REFERENCE• Triplanar:
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9 MATERIALS REFERENCEFor further in
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9 MATERIALS REFERENCE» Flake Size:
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9 MATERIALS REFERENCE9.1.15 PhongMa
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9 MATERIALS REFERENCE· Mirrored Re
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9 MATERIALS REFERENCEwill be render
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9 MATERIALS REFERENCE· Mirrored Re
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9 MATERIALS REFERENCE9.1.17 Reflect
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9 MATERIALS REFERENCE• Repeat UV:
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9 MATERIALS REFERENCE» Reflectivit
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9 MATERIALS REFERENCE» Bump Textur
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9 MATERIALS REFERENCE• Solid: Ren
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9 MATERIALS REFERENCEquality yields
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9 MATERIALS REFERENCE» Contrast: S
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9 MATERIALS REFERENCE9.1.21 SphereE
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9 MATERIALS REFERENCEexample, the c
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9 MATERIALS REFERENCE9.1.22 SwitchM
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9 MATERIALS REFERENCE» Reflectivit
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9 MATERIALS REFERENCE9.1.24 Triplan
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9 MATERIALS REFERENCE• Link Repea
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9 MATERIALS REFERENCE• Repeat Mod
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9 MATERIALS REFERENCE• Fast: Uses
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9 MATERIALS REFERENCE» Use Texture
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9 MATERIALS REFERENCE• Link Repea
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9 MATERIALS REFERENCE» Cloth Prese
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9 MATERIALS REFERENCE9.2 OpenGL Mat
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9 MATERIALS REFERENCE9.2.2 PhongMat
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9 MATERIALS REFERENCE9.2.3 ChunkMat
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6 modules - PI-VR GmbH

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