struct SEntityPhysicalizeParams {
  int type;
  int nSlot;
  float density;
  float mass;
  int nFlagsAND;
  int nFlagsOR;
  int nLod;
  IPhysicalEntity * pAttachToEntity;
  int nAttachToPart;
  float fStiffnessScale;
  bool bCopyJointVelocities;
  struct pe_params_particle * pParticle;
  struct pe_params_buoyancy * pBuoyancy;
  struct pe_player_dimensions * pPlayerDimensions;
  struct pe_player_dynamics * pPlayerDynamics;
  struct pe_params_car * pCar;
  struct AreaDefinition {
    enum EAreaType {
      AREA_SPHERE,
      AREA_BOX,
      AREA_GEOMETRY,
      AREA_SHAPE,
      AREA_CYLINDER,
      AREA_SPLINE
    };
    EAreaType areaType;
    float fRadius;
    Vec3 boxmin, boxmax;
    Vec3 * pPoints;
    int nNumPoints;
    float zmin, zmax;
    Vec3 center;
    Vec3 axis;
    struct pe_params_area * pGravityParams;
  };
  AreaDefinition * pAreaDef;
  const char * szPropsOverride;
};

IEntityProxy.h

Parameters passed to IEntity::Physicalize function.

struct AreaDefinition {
  enum EAreaType {
    AREA_SPHERE,
    AREA_BOX,
    AREA_GEOMETRY,
    AREA_SHAPE,
    AREA_CYLINDER,
    AREA_SPLINE
  };
  EAreaType areaType;
  float fRadius;
  Vec3 boxmin, boxmax;
  Vec3 * pPoints;
  int nNumPoints;
  float zmin, zmax;
  Vec3 center;
  Vec3 axis;
  struct pe_params_area * pGravityParams;
};

IEntityProxy.h

This parameters are only used when type == PE_AREA

enum EAreaType {
  AREA_SPHERE,
  AREA_BOX,
  AREA_GEOMETRY,
  AREA_SHAPE,
  AREA_CYLINDER,
  AREA_SPLINE
};

IEntityProxy.h

EAreaType areaType;

Vec3 axis;

Vec3 boxmax;

Vec3 boxmin;

Vec3 center;

Min/Max of points.

float fRadius;

Must be set when using AREA_SPHERE or AREA_CYLINDER area type or an AREA_SPLINE.

int nNumPoints;

Number of points in pPoints array.

struct pe_params_area * pGravityParams;

pGravityParams must be a valid pointer to the area gravity params structure.

Vec3 * pPoints;

Must be set when using AREA_SHAPE area type or an AREA_SPLINE.

float zmax;

float zmin;

AreaDefinition();

bool bCopyJointVelocities;

Copy joints velocities when converting a character to ragdoll.

float density;

Only one either density or mass must be set, parameter set to 0 is ignored.

float fStiffnessScale;

Used for character physicalization (Scale of force in character joint's springs).

float mass;

int nAttachToPart;

Part ID in entity to attach to (Only for Soft physical entity).

int nFlagsAND;

Optional physical flags.

int nFlagsOR;

int nLod;

When physicalizing geometry can specify to use physics from different LOD. Used for characters that have ragdoll physics in Lod1

int nSlot;

Index of object slot. -1 if all slots should be used.

AreaDefinition * pAreaDef;

When physicalizing with type == PE_AREA this must be a valid pointer to the AreaDefinition structure.

IPhysicalEntity * pAttachToEntity;

Physical entity to attach this physics object (Only for Soft physical entity).

struct pe_params_buoyancy * pBuoyancy;

struct pe_params_car * pCar;

struct pe_params_particle * pParticle;

struct pe_player_dimensions * pPlayerDimensions;

struct pe_player_dynamics * pPlayerDynamics;

const char * szPropsOverride;

an optional string with text properties overrides for CGF nodes

int type;

Always must be filled.

SEntityPhysicalizeParams();