public void setWakeCounter(float wakeCounterValue)
{
physx.PxRigidDynamicPtr pvk_in_this = this;
float pvk_in_wakeCounterValue = wakeCounterValue;
void_PxRigidDynamicPtr_setWakeCounterPtr_float_(pvk_in_this, pvk_in_wakeCounterValue);
}
public void setSolverIterationCounts(uint minPositionIters)
{
physx.PxRigidDynamicPtr pvk_in_this = this;
uint pvk_in_minPositionIters = minPositionIters;
void_PxRigidDynamicPtr_setSolverIterationCountsPtr_uint_(pvk_in_this, pvk_in_minPositionIters);
}
public void setContactReportThreshold(float threshold)
{
physx.PxRigidDynamicPtr pvk_in_this = this;
float pvk_in_threshold = threshold;
void_PxRigidDynamicPtr_setContactReportThresholdPtr_float_(pvk_in_this, pvk_in_threshold);
}
public void setStabilizationThreshold(float threshold)
{
physx.PxRigidDynamicPtr pvk_in_this = this;
float pvk_in_threshold = threshold;
void_PxRigidDynamicPtr_setStabilizationThresholdPtr_float_(pvk_in_this, pvk_in_threshold);
}
public static physx.PxRigidDynamicPtr PxCloneDynamic(physx.PxPhysicsPtr physicsSDK, physx.PxTransform *transform, physx.PxRigidDynamicPtr body)
{
physx.PxPhysicsPtr pvk_in_physicsSDK = physicsSDK;
physx.PxTransform * pvk_in_transform = transform;
physx.PxRigidDynamicPtr pvk_in_body = body;
return(PxRigidDynamicPtr_PxCloneDynamicPtr_PxPhysicsPtr_PxTransform_PxRigidDynamicPtr_(pvk_in_physicsSDK, pvk_in_transform, pvk_in_body));
}
public void getSolverIterationCounts(uint *minPositionIters, uint *minVelocityIters)
{
physx.PxRigidDynamicPtr pvk_in_this = this;
uint *pvk_in_minPositionIters = minPositionIters;
uint *pvk_in_minVelocityIters = minVelocityIters;
void_const_PxRigidDynamicPtr_getSolverIterationCountsPtr_uint_uint_(pvk_in_this, pvk_in_minPositionIters, pvk_in_minVelocityIters);
}
public void setRigidDynamicLockFlag(physx.PxRigidDynamicLockFlag flag, bool value)
{
physx.PxRigidDynamicPtr pvk_in_this = this;
physx.PxRigidDynamicLockFlag pvk_in_flag = flag;
bool pvk_in_value = value;
void_PxRigidDynamicPtr_setRigidDynamicLockFlagPtr_PxRigidDynamicLockFlag_bool_(pvk_in_this, pvk_in_flag, pvk_in_value);
}
internal static extern void void_PxRigidDynamicPtr_setWakeCounterPtr_float_(physx.PxRigidDynamicPtr pvk_this, float pvk_wakeCounterValue);
internal static extern float float_const_PxRigidDynamicPtr_getWakeCounterPtr(physx.PxRigidDynamicPtr pvk_this);
internal static extern void void_PxRigidDynamicPtr_setRigidDynamicLockFlagPtr_PxRigidDynamicLockFlag_bool_(physx.PxRigidDynamicPtr pvk_this, physx.PxRigidDynamicLockFlag pvk_flag, bool pvk_value);
internal static extern void void_PxRigidDynamicPtr_setRigidDynamicLockFlagsPtr_PxRigidDynamicLockFlagsPtr_(physx.PxRigidDynamicPtr pvk_this, physx.PxRigidDynamicLockFlagsPtr pvk_flags);
internal static extern float float_const_PxRigidDynamicPtr_getStabilizationThresholdPtr(physx.PxRigidDynamicPtr pvk_this);
internal static extern physx.PxRigidDynamicLockFlagsPtr PxRigidDynamicLockFlagsPtr_const_PxRigidDynamicPtr_getRigidDynamicLockFlagsPtr(physx.PxRigidDynamicPtr pvk_this);
internal static extern void void_PxRigidDynamicPtr_setSolverIterationCountsPtr_uint_(physx.PxRigidDynamicPtr pvk_this, uint pvk_minPositionIters);
public void setKinematicTarget(physx.PxTransform *destination)
{
physx.PxRigidDynamicPtr pvk_in_this = this;
physx.PxTransform * pvk_in_destination = destination;
void_PxRigidDynamicPtr_setKinematicTargetPtr_PxTransform_(pvk_in_this, pvk_in_destination);
}
internal static extern void void_const_PxRigidDynamicPtr_getSolverIterationCountsPtr_uint_uint_(physx.PxRigidDynamicPtr pvk_this, uint *pvk_minPositionIters, uint *pvk_minVelocityIters);
internal static extern void void_PxRigidDynamicPtr_setContactReportThresholdPtr_float_(physx.PxRigidDynamicPtr pvk_this, float pvk_threshold);
internal static extern void void_PxRigidDynamicPtr_wakeUpPtr(physx.PxRigidDynamicPtr pvk_this);
public physx.PxRigidDynamicLockFlagsPtr getRigidDynamicLockFlags_New()
{
physx.PxRigidDynamicPtr pvk_in_this = this;
return(PxRigidDynamicLockFlagsPtr_const_PxRigidDynamicPtr_getRigidDynamicLockFlagsPtr(pvk_in_this));
}
public float getStabilizationThreshold()
{
physx.PxRigidDynamicPtr pvk_in_this = this;
return(float_const_PxRigidDynamicPtr_getStabilizationThresholdPtr(pvk_in_this));
}
public bool getKinematicTarget(physx.PxTransform *target)
{
physx.PxRigidDynamicPtr pvk_in_this = this;
physx.PxTransform * pvk_in_target = target;
return(bool_const_PxRigidDynamicPtr_getKinematicTargetPtr_PxTransform_(pvk_in_this, pvk_in_target));
}
public bool isSleeping()
{
physx.PxRigidDynamicPtr pvk_in_this = this;
return(bool_const_PxRigidDynamicPtr_isSleepingPtr(pvk_in_this));
}
internal static extern void void_PxRigidDynamicPtr_putToSleepPtr(physx.PxRigidDynamicPtr pvk_this);
internal static extern void void_PxRigidDynamicPtr_setKinematicTargetPtr_PxTransform_(physx.PxRigidDynamicPtr pvk_this, physx.PxTransform *pvk_destination);
internal static extern float float_const_PxRigidDynamicPtr_getContactReportThresholdPtr(physx.PxRigidDynamicPtr pvk_this);
internal static extern bool bool_const_PxRigidDynamicPtr_getKinematicTargetPtr_PxTransform_(physx.PxRigidDynamicPtr pvk_this, physx.PxTransform *pvk_target);
internal static extern string string_const_PxRigidDynamicPtr_getConcreteTypeNamePtr(physx.PxRigidDynamicPtr pvk_this);
internal static extern bool bool_const_PxRigidDynamicPtr_isSleepingPtr(physx.PxRigidDynamicPtr pvk_this);
internal static extern physx.PxRigidDynamicPtr PxRigidDynamicPtr_PxCloneDynamicPtr_PxPhysicsPtr_PxTransform_PxRigidDynamicPtr_(physx.PxPhysicsPtr pvk_physicsSDK, physx.PxTransform *pvk_transform, physx.PxRigidDynamicPtr pvk_body);
internal static extern void void_PxRigidDynamicPtr_setStabilizationThresholdPtr_float_(physx.PxRigidDynamicPtr pvk_this, float pvk_threshold);