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o3de/Gems/NvCloth/Code/Source/Components/ClothConfiguration.cpp

109 lines
6.3 KiB
C++

/*
* All or portions of this file Copyright (c) Amazon.com, Inc. or its affiliates or
* its licensors.
*
* For complete copyright and license terms please see the LICENSE at the root of this
* distribution (the "License"). All use of this software is governed by the License,
* or, if provided, by the license below or the license accompanying this file. Do not
* remove or modify any license notices. This file is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
*
*/
#include <AzCore/RTTI/ReflectContext.h>
#include <AzCore/Serialization/SerializeContext.h>
#include <Components/ClothConfiguration.h>
namespace NvCloth
{
void ClothConfiguration::Reflect(AZ::ReflectContext* context)
{
if (auto serializeContext = azrtti_cast<AZ::SerializeContext*>(context))
{
serializeContext->Class<ClothConfiguration>()
->Version(2)
->Field("Mesh Node", &ClothConfiguration::m_meshNode)
->Field("Mass", &ClothConfiguration::m_mass)
->Field("Use Custom Gravity", &ClothConfiguration::m_useCustomGravity)
->Field("Custom Gravity", &ClothConfiguration::m_customGravity)
->Field("Gravity Scale", &ClothConfiguration::m_gravityScale)
->Field("Stiffness Frequency", &ClothConfiguration::m_stiffnessFrequency)
->Field("Motion Constraints Max Distance", &ClothConfiguration::m_motionConstraintsMaxDistance)
->Field("Motion Constraints Scale", &ClothConfiguration::m_motionConstraintsScale)
->Field("Motion Constraints Bias", &ClothConfiguration::m_motionConstraintsBias)
->Field("Motion Constraints Stiffness", &ClothConfiguration::m_motionConstraintsStiffness)
->Field("Backstop Radius", &ClothConfiguration::m_backstopRadius)
->Field("Backstop Back Offset", &ClothConfiguration::m_backstopBackOffset)
->Field("Backstop Front Offset", &ClothConfiguration::m_backstopFrontOffset)
->Field("Damping", &ClothConfiguration::m_damping)
->Field("Linear Drag", &ClothConfiguration::m_linearDrag)
->Field("Angular Drag", &ClothConfiguration::m_angularDrag)
->Field("Linear Inertia", &ClothConfiguration::m_linearInteria)
->Field("Angular Inertia", &ClothConfiguration::m_angularInteria)
->Field("Centrifugal Inertia", &ClothConfiguration::m_centrifugalInertia)
->Field("Use Custom Wind Velocity", &ClothConfiguration::m_useCustomWindVelocity)
->Field("Wind Velocity", &ClothConfiguration::m_windVelocity)
->Field("Air Drag Coefficient", &ClothConfiguration::m_airDragCoefficient)
->Field("Air Lift Coefficient", &ClothConfiguration::m_airLiftCoefficient)
->Field("Fluid Density", &ClothConfiguration::m_fluidDensity)
->Field("Collision Friction", &ClothConfiguration::m_collisionFriction)
->Field("Collision Mass Scale", &ClothConfiguration::m_collisionMassScale)
->Field("Continuous Collision Detection", &ClothConfiguration::m_continuousCollisionDetection)
->Field("Collision Affects Static Particles", &ClothConfiguration::m_collisionAffectsStaticParticles)
->Field("Self Collision Distance", &ClothConfiguration::m_selfCollisionDistance)
->Field("Self Collision Stiffness", &ClothConfiguration::m_selfCollisionStiffness)
->Field("Horizontal Stiffness", &ClothConfiguration::m_horizontalStiffness)
->Field("Horizontal Stiffness Multiplier", &ClothConfiguration::m_horizontalStiffnessMultiplier)
->Field("Horizontal Compression Limit", &ClothConfiguration::m_horizontalCompressionLimit)
->Field("Horizontal Stretch Limit", &ClothConfiguration::m_horizontalStretchLimit)
->Field("Vertical Stiffness", &ClothConfiguration::m_verticalStiffness)
->Field("Vertical Stiffness Multiplier", &ClothConfiguration::m_verticalStiffnessMultiplier)
->Field("Vertical Compression Limit", &ClothConfiguration::m_verticalCompressionLimit)
->Field("Vertical Stretch Limit", &ClothConfiguration::m_verticalStretchLimit)
->Field("Bending Stiffness", &ClothConfiguration::m_bendingStiffness)
->Field("Bending Stiffness Multiplier", &ClothConfiguration::m_bendingStiffnessMultiplier)
->Field("Bending Compression Limit", &ClothConfiguration::m_bendingCompressionLimit)
->Field("Bending Stretch Limit", &ClothConfiguration::m_bendingStretchLimit)
->Field("Shearing Stiffness", &ClothConfiguration::m_shearingStiffness)
->Field("Shearing Stiffness Multiplier", &ClothConfiguration::m_shearingStiffnessMultiplier)
->Field("Shearing Compression Limit", &ClothConfiguration::m_shearingCompressionLimit)
->Field("Shearing Stretch Limit", &ClothConfiguration::m_shearingStretchLimit)
->Field("Tether Constraint Stiffness", &ClothConfiguration::m_tetherConstraintStiffness)
->Field("Tether Constraint Scale", &ClothConfiguration::m_tetherConstraintScale)
->Field("Solver Frequency", &ClothConfiguration::m_solverFrequency)
->Field("Acceleration Filter Iterations", &ClothConfiguration::m_accelerationFilterIterations)
->Field("Remove Static Triangles", &ClothConfiguration::m_removeStaticTriangles)
->Field("Update Normals of Static Particles", &ClothConfiguration::m_updateNormalsOfStaticParticles)
;
}
}
MeshNodeList ClothConfiguration::PopulateMeshNodeList()
{
if (m_populateMeshNodeListCallback)
{
return m_populateMeshNodeListCallback();
}
return {};
}
bool ClothConfiguration::HasBackstopData()
{
if (m_hasBackstopDataCallback)
{
return m_hasBackstopDataCallback();
}
return false;
}
AZ::EntityId ClothConfiguration::GetEntityId()
{
if (m_getEntityIdCallback)
{
return m_getEntityIdCallback();
}
return AZ::EntityId();
}
} // namespace NvCloth