public WaterMaterialModule(Game2DWater waterObject)
{
_waterObject = waterObject;
_refractionRenderTextureID = Shader.PropertyToID("_RefractionTexture");
_refractionPartiallySubmergedObjectsRenderTextureID = Shader.PropertyToID("_RefractionTexturePartiallySubmergedObjects");
_reflectionRenderTextureID = Shader.PropertyToID("_ReflectionTexture");
_reflectionPartiallySubmergedObjectsRenderTextureID = Shader.PropertyToID("_ReflectionTexturePartiallySubmergedObjects");
_waterMatrixID = Shader.PropertyToID("_WaterMVP");
_surfaceLevelID = Shader.PropertyToID("_SurfaceLevel");
_surfaceSubmergeLevelID = Shader.PropertyToID("_SubmergeLevel");
_waterReflectionLowerLimitID = Shader.PropertyToID("_ReflectionLowerLimit");
_waterReflectionFakePerspectiveLowerLimitID = Shader.PropertyToID("_ReflectionFakePerspectiveLowerLimit");
_waterReflectionFakePerspectiveUpperLimitID = Shader.PropertyToID("_ReflectionFakePerspectiveUpperLimit");
_waterReflectionFakePerspectivePartiallySubmergedObjectsUpperLimitID = Shader.PropertyToID("_ReflectionFakePerspectivePartiallySubmergedObjectsUpperLimit");
_waterSolidColorID = Shader.PropertyToID("_WaterColor");
_waterGradientStartColorID = Shader.PropertyToID("_WaterColorGradientStart");
_waterGradientEndColorID = Shader.PropertyToID("_WaterColorGradientEnd");
_waterSurfaceColorID = Shader.PropertyToID("_SurfaceColor");
#if GAME_2D_WATER_KIT_LWRP
_defaultMaterialShaderName = "Game2DWaterKit/Lightweight Render Pipeline/Unlit/Water";
#elif GAME_2D_WATER_KIT_URP
_defaultMaterialShaderName = "Game2DWaterKit/Universal Render Pipeline/Unlit/Water";
#else
_defaultMaterialShaderName = "Game2DWaterKit/Built-in Render Pipeline/Unlit/Water";
#endif
}
internal void PhysicsUpdate(float deltaTime)
{
if (!_isActive || _affectedWaterObjets == null || (!_updateWhenOffscreen && !_mainModule.IsVisible))
{
return;
}
_elapsedTime += deltaTime;
if (_elapsedTime >= _currentInterval)
{
Vector2 halfSize = _mainModule.WaterfallSize * 0.5f;
Vector2 left = _mainModule.TransformPointLocalToWorld(new Vector2(-halfSize.x, -halfSize.y));
Vector2 right = _mainModule.TransformPointLocalToWorld(new Vector2(halfSize.x, -halfSize.y));
for (int i = 0, imax = _affectedWaterObjets.Count; i < imax; i++)
{
var affectedWaterObject = _affectedWaterObjets[i];
if (affectedWaterObject != null && affectedWaterObject.waterObject != null)
{
Game2DWater waterObject = affectedWaterObject.waterObject;
float disturbance = Random.Range(affectedWaterObject.minimumDisturbance, affectedWaterObject.maximumDisturbance);
bool smooth = affectedWaterObject.smoothRipples;
float smoothingFactor = affectedWaterObject.smoothingFactor;
float spread = affectedWaterObject.spread;
waterObject.WaterfallRipplesModule.CreateRipples(left, right, disturbance, spread, smooth, smoothingFactor);
}
}
_currentInterval = _randomizeTimeInterval ? Random.Range(_minimumTimeInterval, _maximumTimeInterval) : _timeInterval;
_elapsedTime = 0f;
}
}
public WaterAttachedComponentsModule(Game2DWater waterObject, float buoyancyEffectorSurfaceLevel, BuoyancyEffector2DSurfaceLevelLocation buoyancyEffectorSurfaceLevelLocation, BoxCollider2DTopEdgeLocation boxColliderTopEdgeLocation)
{
_waterObject = waterObject;
_buoyancyEffectorSurfaceLevel = buoyancyEffectorSurfaceLevel;
_buoyancyEffectorSurfaceLevelLocation = buoyancyEffectorSurfaceLevelLocation;
_boxColliderTopEdgeLocation = boxColliderTopEdgeLocation;
}
public WaterCollisionRipplesModule(Game2DWater waterObject, WaterCollisionRipplesModuleParameters parameters, Transform ripplesEffectsPoolsRootParent)
{
_waterObject = waterObject;
_isOnWaterEnterRipplesActive = parameters.ActivateOnWaterEnterRipples;
_isOnWaterExitRipplesActive = parameters.ActivateOnWaterExitRipples;
_isOnWaterMoveRipplesActive = parameters.ActivateOnWaterMoveRipples;
_collisionIgnoreTriggers = parameters.CollisionIgnoreTriggers;
_minimumDisturbance = parameters.MinimumDisturbance;
_maximumDisturbance = parameters.MaximumDisturbance;
_velocityMultiplier = parameters.VelocityMultiplier;
_onWaterMoveRipplesMaximumDisturbance = parameters.OnWaterMoveRipplesMaximumDisturbance;
_onWaterMoveRipplesMinimumVelocityToCauseMaximumDisturbance = parameters.OnWaterMoveRipplesMinimumVelocityToCauseMaximumDisturbance;
_onWaterMoveRipplesDisturbanceSmoothFactor = parameters.OnWaterMoveRipplesDisturbanceSmoothFactor;
_collisionMask = parameters.CollisionMask;
_collisionMinimumDepth = parameters.CollisionMinimumDepth;
_collisionMaximumDepth = parameters.CollisionMaximumDepth;
_collisionRaycastMaximumDistance = parameters.CollisionRaycastMaxDistance;
_onWaterEnter = parameters.OnWaterEnter;
_onWaterExit = parameters.OnWaterExit;
_onCollisionRipplesEffectsPoolsRoot = CreateRipplesEffectsPoolsRoot(ripplesEffectsPoolsRootParent);
_onWaterEnterRipplesParticleEffect = new WaterRipplesParticleEffect(parameters.WaterEnterParticleEffectParameters, _onCollisionRipplesEffectsPoolsRoot);
_onWaterExitRipplesParticleEffect = new WaterRipplesParticleEffect(parameters.WaterExitParticleEffectParameters, _onCollisionRipplesEffectsPoolsRoot);
_onWaterEnterRipplesSoundEffect = new WaterRipplesSoundEffect(parameters.WaterEnterSoundEffectParameters, _onCollisionRipplesEffectsPoolsRoot);
_onWaterExitRipplesSoundEffect = new WaterRipplesSoundEffect(parameters.WaterExitSoundEffectParameters, _onCollisionRipplesEffectsPoolsRoot);
}
public WaterConstantRipplesModule(Game2DWater waterObject, WaterConstantRipplesModuleParameters parameters, Transform ripplesEffectsRoot)
{
_waterObject = waterObject;
_isActive = parameters.IsActive;
_updateWhenOffscreen = parameters.UpdateWhenOffscreen;
_randomizeDisturbance = parameters.RandomizeDisturbance;
_smoothRipples = parameters.SmoothDisturbance;
_smoothingFactor = parameters.SmoothFactor;
_disturbance = parameters.Disturbance;
_minimumDisturbance = parameters.MinimumDisturbance;
_maximumDisturbance = parameters.MaximumDisturbance;
_randomizeTimeInterval = parameters.RandomizeInterval;
_timeInterval = parameters.Interval;
_minimumTimeInterval = parameters.MinimumInterval;
_maximumTimeInterval = parameters.MaximumInterval;
_randomizeRipplesSourcePositions = parameters.RandomizeRipplesSourcesPositions;
_randomRipplesSourceCount = parameters.RandomizeRipplesSourcesCount;
_allowDuplicateRipplesSourcePositions = parameters.AllowDuplicateRipplesSourcesPositions;
_sourcePositions = parameters.SourcePositions;
_ripplesEffectsRoot = CreateRipplesEffectsRoot(ripplesEffectsRoot);
_particleEffect = new WaterRipplesParticleEffect(parameters.ParticleEffectParameters, _ripplesEffectsRoot);
_soundEffect = new WaterRipplesSoundEffect(parameters.SoundEffectParameters, _ripplesEffectsRoot);
}
public WaterScriptGeneratedRipplesModule(Game2DWater waterObject, WaterScriptGeneratedRipplesModuleParameters parameters, Transform ripplesEffectsRootParent)
{
_waterObject = waterObject;
_minimumDisturbance = parameters.MinimumDisturbance;
_maximumDisturbance = parameters.MaximumDisturbance;
_ripplesEffectsRoot = CreateRipplesEffectsRoot(ripplesEffectsRootParent);
_particleEffect = new WaterRipplesParticleEffect(parameters.ParticleEffectParameters, _ripplesEffectsRoot);
_soundEffect = new WaterRipplesSoundEffect(parameters.SoundEffectParameters, _ripplesEffectsRoot);
}
public WaterRenderingModule(Game2DWater waterObject, WaterRenderingModuleParameters parameters)
: base(parameters.RenderPixelLights, parameters.FarClipPlane, parameters.AllowMSAA, parameters.AllowHDR, parameters.SortingLayerID, parameters.SortingOrder)
{
_waterObject = waterObject;
ReflectionZOffset = parameters.ReflectionZOffset;
Refraction = new WaterRenderingMode(parameters.RefractionParameters, isReflectionMode: false);
RefractionPartiallySubmergedObjects = new WaterRenderingMode(parameters.RefractionPartiallySubmergedObjectsParameters, isReflectionMode: false);
Reflection = new WaterRenderingMode(parameters.ReflectionParameters, isReflectionMode: true);
ReflectionPartiallySubmergedObjects = new WaterRenderingMode(parameters.ReflectionPartiallySubmergedObjectsParameters, isReflectionMode: true);
}
public WaterSimulationModule(Game2DWater waterObject, WaterSimulationModuleParameters parameters)
{
_waterObject = waterObject;
_damping = parameters.Damping;
_stiffness = parameters.Stiffness;
_spread = parameters.Spread;
_firstCustomBoundary = parameters.FirstCustomBoundary;
_secondCustomBoundary = parameters.SecondCustomBoundary;
_isUsingCustomBoundaries = parameters.IsUsingCustomBoundaries;
_stiffnessSquareRoot = Mathf.Sqrt(_stiffness);
_leftCustomBoundary = Mathf.Min(_firstCustomBoundary, _secondCustomBoundary);
_rightCustomBoundary = Mathf.Max(_firstCustomBoundary, _secondCustomBoundary);
}
public WaterSimulationModule(Game2DWater waterObject, WaterSimulationModuleParameters parameters)
{
_waterObject = waterObject;
_damping = parameters.Damping;
_stiffness = parameters.Stiffness;
_spread = parameters.Spread;
_firstCustomBoundary = parameters.FirstCustomBoundary;
_secondCustomBoundary = parameters.SecondCustomBoundary;
_isUsingCustomBoundaries = parameters.IsUsingCustomBoundaries;
_maximumdDynamicWavesDisturbance = parameters.MaximumDynamicWavesDisturbance;
_limitDynamicWavesDisturbance = parameters.LimitDynamicWavesDisturbance;
_areSineWavesActive = parameters.AreSineWavesActive;
_sineWavesParameters = parameters.SineWavesParameters;
_canWavesAffectRigidbodies = parameters.CanWavesAffectRigidbodies;
_wavesStrengthOnRigidbodies = parameters.WavesStrengthOnRigidbodies;
_stiffnessSquareRoot = Mathf.Sqrt(_stiffness);
_leftCustomBoundary = Mathf.Min(_firstCustomBoundary, _secondCustomBoundary);
_rightCustomBoundary = Mathf.Max(_firstCustomBoundary, _secondCustomBoundary);
}
public WaterAnimationModule(Game2DWater waterObject)
{
_waterObject = waterObject;
}
public WaterMainModule(Game2DWater waterObject, Vector2 waterSize)
{
_waterObject = waterObject;
_transform = waterObject.transform;
_waterSize = waterSize;
}
public WaterWaterfallRipplesModule(Game2DWater waterObject)
{
_waterObject = waterObject;
}
public WaterMeshModule(Game2DWater waterObject, int subdivisionsPerUnit)
{
_waterObject = waterObject;
_subdivisionsPerUnit = subdivisionsPerUnit;
}
public WaterAttachedComponentsModule(Game2DWater waterObject, float buoyancyEffectorSurfaceLevel)
{
_waterObject = waterObject;
_buoyancyEffectorSurfaceLevel = buoyancyEffectorSurfaceLevel;
}
