Waterplane {documentation world editor adding objects}

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Contents 1 Introduction 2 Adding a WaterPlane 3 Properties 4 Conclusion Introduction Like a WaterBlock, the WaterPlane object can add realism to the environment of your level. However, the WaterPlane is an infinite body of water with an adjustable height. The moment you add this object to your scene, everything below the height of the WaterPlane will be submerged, similarly to a WaterBlock, but the Water Plane has no edges. Adding a WaterPlane To add a Water Plane, select the Library tab in the Scene Tree Panel. Select the Level tab and double-click the Environment folder. Locate the WaterPlane object. Double-click the WaterPlane entry. the Create Object dialog window will appear. Enter a name for your Water Plane, then click the Create New button. A new Water Plane will be added to your scene. If your entire screen fills up with a dark blue or black color, this means the WaterPlane was placed above your camera so that your camera is underwater. Just move your camera up to get out of the water. (click to enlarge) This is typical if your objects are set to drop at or above your camera in the Object > Drop Location sub-menu. WaterPlane Properties Additional properties can be changed with the Inspector pane and are identical to what you will find in a WaterBlock. To change a WaterPlanes properties using the Inspector Pane, click the Scene tab, then click the name of your new Water Plane object. The Inspector pane will update to display the current properties of your new WaterPlane. Name: TypeName. Optional global name of this object. id: TypeCaseString. SimObjectId of this object. Read Only. Source Class: TypeCaseString. Source code class of this object. Read Only. Transform position: MatrixPosition. Object world position. WaterPlane gridSize: TypeF32. Duplicate of gridElementSize for backwards compatibility. gridElementSize: TypeF32. Spacing between vertices in the WaterPlane. WaterObject density: TypeF32. Affects buoyancy of an object, thus affecting the Z velocity of a player (jumping, falling, etc). viscosity: TypeF32. Affects drag force applied to an object submerged in this container. liquidType: TypeRealString. Liquid type of WaterPlane, such as water, ocean, lava. Currently only Water is defined and used. baseColor: TypeColorI. Changes color of water fog, which is what gives the water its color appearance. fresnelBias: TypeF32. Extent of fresnel affecting reflection fogging. fresnelPower: TypeF32. Measures intensity of affect on reflection based on fogging. specularPower: TypeName. Power used for specularity on the water surface (sun only). specularColor: TypeColorF. Color used for specularity on the water surface (sun only). emissive: TypeBool. When true, the water colors do not react to changes in environmental lighting. Waves (vertex undulation) overallWaveMagnitude: TypeF32. Master variable affecting entire body of water undulation. rippleTex: TypeImageFilename. Normal map used to simulate small surface ripples. Ripples (texture undulation) overallRippleMagnitude: TypeF32. Master variable affecting the entire surface of the waterplane. foamTex: TypeImage Filename. Diffuse texture for foam in shallow water (advanced lighting only). Foam overalFoamOpacity: TypeF32. Opacity of foam texture. foamMaxDepth: TypeF32. Maximum depth for foam texture display. foamAmbientLerp: TypeF32. Interpolation for foam settings. foamRippleInfluence: TypeF32. Intensity of the ripples. Reflect cubemap: TypeCubemapName. Cubemap is used instead of reflection texture if fullReflect is off. fullReflect: TypeBool. Enables dynamic reflection rendering. reflectivity: TypeF32. Overall reflectivity of the water surface. reflectPriority: TypeF32. Affects the sort order of reflected objects. reflectMaxRateMs: TypeF32. Affects the sort time of reflected objects. reflectDetailAdjust: TypeF32. Scale up or down the detail level for objects rendered in a reflection. reflectNormalUp: TypeBool. Always use Z up as the reflection normal. useOcclusionQuery: TypeBool. Turn off reflection rendering when occluded (delayed). reflectTexSize: TypeF32. Texure size used for reflections (square). Underwater Fogging waterFogDensity: TypeF32. Intensity of underwater fogging. waterFogDensityOffset: TypeF32. Delta, or limit, applied to waterFogDensity. wetDepth: TypeF32. The depth in world units at which full darkening will be received giving a wet appearance. wetDarkening: TypeF32. The refract color intensity scaled at wetDepth. Misc depthGradientTex: TypeImage filename. 1D texture defining the base water color. depthGradientMax: TypeF32. Depth in world units, the max range of the color gradient texture. Distortion distortStartDist: TypeF32. Determines start of distortion effect where water surface intersects. distortEndDist: TypeF32. Max distance that distortion algorithm is performed. distortFullDepth: TypeF32. Determines the scaling down of distortion in shallow water. Basic Lighting clarity: TypeF32. Relative opacity or transparency of the water surface. underwaterColor: TypeColor. Changes the color shading of objects beneath the water surface. Sound soundAmbience: TypeSFXAmbienceName. Ambient sound environment when listener is active. Editing isRenderEnabled: TypeBool. Toggles whether the object is rendered. isSelectionEnabled: TypeBool. Toggle whether this object can be selected in the editor. hidden: TypeBool.Toggle visibility in editor. locked: TypeBool. Toggle whether the object can be edited. Mounting mountPID: TypePID. Unique identifier of the mount. mountNode: TypeS32. Node where the mount occurs. mountPos: TypeS32. Offset for positioning the node. mountRot: TypeS32. Rotation of this object in relation to the mount node. Object internalName: TypeString. Non-unique name used by child objects of a group. parentGroup: TypeString. Group object belongs to. class: TypeString. Links object to script class namespace. superClass: TypeString. Links object to script super class (parent) namespace. Persistence canSave: TypeBool. Toggle whether the object can be saved in the editor. canSaveDynamicFields: TypeBool. True if dynamic fields (added at runtime) should be saved, defaults to true. Conclusion The relationship between WaterBlock and WaterPlane is simple. Both are similar objects with the same properties. However, WaterBlocks are for isolated bodies of water anda WaterPlane is for an endless ocean.   For a full walkthrough, read the Lake Tutorial to learn how the WaterBlock and WaterPlane properties affect appearance as the properties are the same.

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