6 modules - PI-VR GmbH

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3.1 Menus» Off: Disables realtime antialiasing.» Low: Enables low quality realtime antialiasing. In raytracing mode, 4 samples perpixel are traced to improve the quality.» Medium: Enables medium quality realtime antialiasing. In raytracing mode, 8 samplesper pixel are traced to improve the quality.» High: Enables high quality realtime antialiasing. In raytracing mode, 16 samplesper pixel are traced to improve the quality.» Advanced OpenGL Settings» Wireframe: The wireframe button toggles wireframe rendering to on or off. Allcurrently selected objects are drawn in the set render mode and an additionalwireframe mode. The wireframe colour can be set in: Edit » Preferences » RenderOptions » Wireframe.» Two-Sided Lighting: Enables/Disables two sided lighting. It allows to illuminatethe backside of a polygone correctly.» Realtime shadow: Activates/deactivates real time shadows. Only available inOpenGL mode.» Ambient Occlusion Shadows: Activates Ambient Occlusion calculation.» Geometry Light Sources: Only active if ”Realtime shadow” is selected. Treatsself-illuminated geometries as light source. Only in OpenGL render mode.» Backface Culling: Activates/deactivates backface culling. Backface culling allowsto render only the faces with normals pointing to the camera.» Occlusion Culling: Renders visible geometries only.» Depth Only Pass: Depth Only Pass renders the scene once using only the depthvalues. It can be used for optimization with complex shaders.» Postprocessing: Enables/disables postprocessing in OpenGL mode. Postprocessingis enabled by default in raytracing mode. It allows to use postprocessingsettings in OpenGL mode (like exposure, whitepoint and saturation).35
3 MENUS AND TOOLBARS» Interactive Material Preview Toggles the interactive material preview. Whenactivated, you can drag a material from the MaterialEditor over any object in thescene and VRED immediately applies the material to the object. When you dropthe material on the object, it will be assigned to it. In case the material shouldnot be assigned, drop it to the MaterialEditor avoiding changes.» Rendering Toggles rendering in the viewport.» Simulate Toggles the VRED simulation engine. The simulation loop controls animations,interactive scripts, viewpoint interpolations, etc.3.1.5 SceneThis chapter includes information for creating and adjusting objects like lights, cameras,and geometry in VRED.» Create Geometry With the ”Create Geometry” function, it is possible to createsimple geometries in VRED. The following geometric primitives are supported:» Line» Plane» Box» Cylinder» Cone» Sphere» Torus» Create Light A selection of three different light types is available in VRED:36» Directional Light» Point Light» Spot Light
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Page 5 and 6: Table of Contents44.5 Devices . . .
Page 7 and 8: Table of Contents6.3.5 Sequencer .
Page 10 and 11: 1 GETTING STARTEDThis topic provide
Page 12 and 13: 1.2 Installation using Windows1.2 I
Page 14 and 15: 1.2 Installation using Windows6. De
Page 16 and 17: 1.2 Installation using Windows10. C
Page 20 and 21: 2 USING VREDThis chapter contains b
Page 22 and 23: 2.3 Selection2.3 Selection» Shift
Page 26 and 27: 3 MENUS AND TOOLBARSThis chapter pr
Page 28 and 29: 3.1 Menus» VRED Project Binary - .
Page 30 and 31: 3.1 Menus• OpenSG ASCII Geometry
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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
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Page 46 and 47: 3.3 Status Bar» Zoom to Selected O
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Page 52 and 53: 4.5 Devices4.5 Devices» Space Mous
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
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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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5.4 Additional options» Hide Hides
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6 MODULES6.1 Scene6.1.1 CameraEdito
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6.1 Scene• Field of View: Sets th
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6.1 Scene• Near Plane: Sets the d
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6.1 Scene» Advanced» Intrinsic Pa
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6.1 Scene» Directional Light A Dir
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6.1 Scene» Shape: Defines the shap
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6.1 Scene» Ctrl + F / Right mouse
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6.1 Scene» Create Group from Selec
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6.1 Scene• Apply to Selected Node
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6.1 Scene» Edit:scrolling through
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6.1 Scene» Type filter: The filter
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6.1 Scene» Instant Mapping If inst
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6.1 Scenethe scene.The Ambient Occl
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6.1 Scene» Clear All: Deletes the
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6.1 Scene117
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6.1 Scene• Normal Consistency: So
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6.1 Scene121
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6.1 Scene· Polygon Level: Hidden p
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6.1 Scene6.1.8 VariantsScene » Var
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6.1 Scene• Right mouse context me
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6.1 Scene6.1.9 VariantSetsScene »
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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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