pathpt.h File Reference

#include "Genesis.h"

Go to the source code of this file.

Compounds
struct	PathPoint
Typedefs
typedef PathPoint	PathPoint
Functions
geBoolean	PathPt_Startup (geWorld *World, geVFile *Fs)
geBoolean	PathPt_Reset (geWorld *World)
geBoolean	PathPt_Frame (geWorld *World, const geXForm3d *ViewPoint, geFloat Time)
geBoolean	PathPt_Shutdown (void)

---

Typedef Documentation

typedef struct PathPoint PathPoint

Definition at line 9 of file pathpt.h.

---

Function Documentation

geBoolean PathPt_Frame (  geWorld *  World, const geXForm3d *  ViewPoint, geFloat  Time )

Definition at line 295 of file PathPt.c. References GE_TRUE, geBoolean, geEntity_EntitySetGetNextEntity(), geEntity_GetUserData(), geVec3d_Add(), geVec3d_Subtract(), geWorld_GetEntitySet(), geWorld_GetModelRotationalCenter(), geWorld_GetModelXForm(), geXForm3d_Transform(), PathPoint::MoveWithModel, MultiPathLight, NULL, PathPoint::origin, PathLight, PathPoint_Frame2(), PathPoint_Frame3(), and PathPoint::Pos. { geEntity_EntitySet * Set; geEntity * Entity; PathPoint * P; geVec3d Pos; geVec3d Center; extern geBoolean PathLight; extern geBoolean MultiPathLight; if (!World) return GE_TRUE; Set = geWorld_GetEntitySet(World, "PathPoint"); if (Set == NULL) return GE_TRUE; Entity = NULL; while (1) { Entity = geEntity_EntitySetGetNextEntity(Set, Entity); if (!Entity) break; P = geEntity_GetUserData(Entity); if (P->MoveWithModel) { geXForm3d XForm; geWorld_GetModelXForm(World, P->MoveWithModel, &XForm); Pos = P->origin; geWorld_GetModelRotationalCenter(World, P->MoveWithModel, &Center); geVec3d_Subtract(&Pos, &Center, &Pos); geXForm3d_Transform(&XForm, &Pos, &Pos); geVec3d_Add(&Pos, &Center, &P->Pos); } } if (XForm) { if (PathLight) PathPoint_Frame2(World, XForm, DeltaTime); if (MultiPathLight) PathPoint_Frame3(World, XForm, DeltaTime); } return GE_TRUE; }

geBoolean PathPt_Reset (  geWorld *  World  )

Definition at line 92 of file PathPt.c. References GE_TRUE, geBoolean, MAX_TRACKS, TrackCount, and TrackList. Referenced by PathPt_Startup(). { if (!World) return GE_TRUE; memset(TrackList,0,sizeof(TrackList[0])*MAX_TRACKS); TrackCount = 0; return GE_TRUE; }

geBoolean PathPt_Shutdown (  void   )

Definition at line 282 of file PathPt.c. References GE_TRUE, geBitmap_Destroy(), geBoolean, NULL, and PathPointTexture. Referenced by ShutdownWorldCB(). { if (PathPointTexture) { // NOTE - We really should remove it from the world, but when the world is destroyed // it removes all leftover bitmaps, so we are free to just let that happen... geBitmap_Destroy(&PathPointTexture); PathPointTexture = NULL; } return GE_TRUE; }

geBoolean PathPt_Startup (  geWorld *  World, geVFile *  Fs )

Definition at line 166 of file PathPt.c. References TrackPt::Action, TrackPt::ActionDir, PathPoint::ActionType, BIT, PathPoint::Direction, PathPoint::Dist, TrackPt::Dist, TrackPt::Flags, GE_FALSE, GE_TRUE, geBoolean, geEntity_EntitySetGetNextEntity(), geEntity_GetUserData(), geWorld_GetEntitySet(), MAX_TRACK_POINTS, MAX_TRACKS, PathPoint::Next, NULL, PathPoint::origin, PathPoint_SetTexture(), PathPt_Reset(), PathPoint::PathType, POINT_TYPE_WAIT_POINT_VISIBLE, TrackPt::Pos, PathPoint::Pos, SET, PathPoint::Time, TrackPt::Time, Track_LinkTracks(), TRACK_TYPE_TRAVERSE_DOOR, TrackCount, TrackList, PathPoint::VelocityScale, TrackPt::VelocityScale, PathPoint::WatchPoint, and TrackPt::WatchPos. Referenced by SetupWorldCB(). { void *ClassData; geEntity_EntitySet *ClassSet; geEntity *Entity; PathPoint *Point; int pointnum=0; TrackPt *track_pt; if (!World) return GE_TRUE; PathPt_Reset(World); // Look for the class name in the world ClassSet = geWorld_GetEntitySet(World, "PathPoint"); if (!ClassSet) return GE_TRUE; Entity = NULL; while (1) { Entity = geEntity_EntitySetGetNextEntity(ClassSet, Entity); if (!Entity) break; ClassData = geEntity_GetUserData(Entity); Point = (PathPoint*)ClassData; assert(Point); // initialize translated position Point->Pos = Point->origin; if (Point->PathType <= 0) continue; //save off header info TrackList[TrackCount].Type = Point->PathType; pointnum = 0; //move through points setting up the list do { //save off point info track_pt = &TrackList[TrackCount].PointList[pointnum]; // initialize translated position Point->Pos = Point->origin; track_pt->Pos = &Point->Pos; if (Point->WatchPoint) track_pt->WatchPos = &Point->WatchPoint->origin; track_pt->Action = Point->ActionType; track_pt->Time = Point->Time; track_pt->ActionDir = Point->Direction; track_pt->Dist = Point->Dist; track_pt->VelocityScale = Point->VelocityScale; // automatic setup for doors if (TrackList[TrackCount].Type == TRACK_TYPE_TRAVERSE_DOOR) { if (pointnum == 0) { track_pt->ActionDir = 1; track_pt->Action = POINT_TYPE_WAIT_POINT_VISIBLE; track_pt->WatchPos = &Point->Next->origin; } else if (pointnum == 1) { track_pt->ActionDir = -1; track_pt->Action = POINT_TYPE_WAIT_POINT_VISIBLE; track_pt->WatchPos = (track_pt-1)->Pos; } } pointnum++; TrackList[TrackCount].PointCount = pointnum; assert(pointnum < MAX_TRACK_POINTS); Point = Point->Next; // Found a type if (Point && Point->PathType >= 0) { track_pt = &TrackList[TrackCount].PointList[pointnum]; SET(track_pt->Flags, BIT(0)); } }while(Point && Point != (PathPoint*)ClassData); TrackCount++; assert(TrackCount < MAX_TRACKS); } Entity = NULL; { void Track_LinkTracks(geWorld *World); Track_LinkTracks(World); } if (Fs) { if (!PathPoint_SetTexture(World, Fs)) return GE_FALSE; } return GE_TRUE; }

---