CydandClaude Fable 5
afc3fd839e
Bring the graphics-dev collaborator's dpl3-revive into the repo as first-class
project code (they've handed it off; it's ours now). This is the proven
Division renderer that our in-process rt_draw has been trying to be.
What's here:
- parser/ B2Z/V2Z/SVT/SCN/SPL/BGF/BMF/BSL decoders (pure Python).
- spec/ reverse-engineered format + the definitive VelociRender wire
protocol (from the original DIVISION source, matches our live
VPX node/action tables exactly).
- source-ref/ read-only copies of the original DIVISION C (BIZREAD.C,
DPLTYPES.H, DPL.H) that define the formats.
- patha/ the "virtual VelociRender board": vrboard.py (24-action protocol
server), vrview.py (numpy software rasterizer, the reference),
vrview_gl.py (moderngl GPU backend, 832x512@60Hz), plus the
run/replay/regress tooling and evidence renders. Drives FLYK/BLADE/
Star Trek demos AND our btl4opt/rpl4opt game binaries.
- viewer/ WebGL archive generators (.py); prebuilt HTML/data regeneratable.
- samples/ small test models/textures.
- bt*.raw.bin real BTL4OPT arena wire captures (kept for offline renderer
testing/regression against OUR game).
.gitignore keeps the multi-hundred-MB demo capture dumps + debug logs +
regeneratable viewer bundles out of history (they stay on disk).
Phase 0 of the integration is validated: their board decodes our bt8 capture
with zero errors (3748 nodes, 507 instances, 4 mechs) and renders our arena
(terrain/dome/sky, correct Division DAC gamma). Plan + status in memory;
integration continues in emulator/RENDERER-COLLAB.md.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
635 lines
14 KiB
C++
635 lines
14 KiB
C++
#ifndef dpl_h
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#define dpl_h
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/* **************************************************
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Copyright DIVISION Limited (c) 1994
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All rights reserved
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File : dpl.h
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Project : dpl interface
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Author : PJA
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Date : 18/6/94
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Function: Introduces all the datatypes and functions
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used by the dpl interface
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History : Rev 1.0, 18 / 06 / 1994
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**************************** */
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#include "dpltypes.h"
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/*{{{ DPL API ====> list management*/
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extern void
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dpl_AddZoneToScene ( dpl_ZONE *z );
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extern void
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dpl_AddViewToScene ( dpl_VIEW *v );
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extern void
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dpl_AddZoneToView ( dpl_VIEW *v, dpl_ZONE *z );
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extern void
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dpl_AddLightToLmodel ( dpl_LMODEL *lm, dpl_LIGHT *l );
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extern void
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dpl_AddLodToObject ( dpl_OBJECT *o, dpl_LOD *lod );
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extern void
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dpl_AddGeogroupToLod ( dpl_LOD *l, dpl_GEOGROUP *gg );
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extern void
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dpl_AddGeometryToGeogroup ( dpl_GEOGROUP *gg, dpl_GEOMETRY *g );
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extern void
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dpl_AddPathToFilepath ( dpl_FILEPATH *fp, dpl_PATHITEM *pi );
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extern void
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dpl_AddExtToFilepath ( dpl_FILEPATH *fp, dpl_EXTNITEM *ei );
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extern void
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dpl_RemoveZoneFromScene ( dpl_ZONE *z );
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extern void
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dpl_RemoveViewFromScene ( dpl_VIEW *v );
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extern void
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dpl_RemoveZoneFromView ( dpl_VIEW *v, dpl_ZONE *z );
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extern void
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dpl_RemoveLightFromLmodel ( dpl_LMODEL *lm, dpl_LIGHT *l );
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extern void
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dpl_RemoveLodFromObject ( dpl_OBJECT *o, dpl_LOD *lod );
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extern void
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dpl_RemoveGeogroupFromLod ( dpl_LOD *l, dpl_GEOGROUP *gg );
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extern void
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dpl_RemoveGeometryFromGeogroup ( dpl_GEOGROUP *gg, dpl_GEOMETRY *g );
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extern void
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dpl_RemovePathFromFilepath ( dpl_FILEPATH *fp, dpl_PATHITEM *pi );
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extern void
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dpl_RemoveExtFromFilepath ( dpl_FILEPATH *fp, dpl_EXTNITEM *ei );
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/*}}} */
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/*{{{ DPL API ====> tree management*/
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extern void
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dpl_NestDCS ( dpl_DCS *parent, dpl_DCS *child );
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extern void
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dpl_LinkDCS ( dpl_DCS *bro, dpl_DCS *sis );
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extern void
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dpl_PruneDCS ( dpl_DCS *node );
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/*}}} */
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/*{{{ DPL API ====> SCENE functions*/
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extern void
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dpl_DrawScene ( int32 double_buffered );
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extern int32
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dpl_DrawSceneComplete ( void );
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extern void
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dpl_WaitSceneComplete ( void );
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extern dpl_ZONE *
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dpl_GetSceneFirstZone ( void );
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extern dpl_ZONE *
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dpl_GetSceneNextZone ( void );
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/*}}} */
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/*{{{ DPL API ====> ZONE functions*/
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extern dpl_ZONE *
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dpl_NewZone ( void );
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extern void
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dpl_DeleteZone ( dpl_ZONE *z );
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extern dpl_DCS *
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dpl_GetZoneRootDcs ( dpl_ZONE *z );
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extern void
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dpl_SetZoneRootDcs ( dpl_ZONE *z, dpl_DCS *h );
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extern dpl_LMODEL *
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dpl_GetZoneLmodel ( dpl_ZONE *z );
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extern void
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dpl_SetZoneLmodel ( dpl_ZONE *z, dpl_LMODEL *lm );
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extern int32
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dpl_GetZoneEnable ( dpl_ZONE *z );
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extern void
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dpl_SetZoneEnable ( dpl_ZONE *z, int32 i );
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/*}}} */
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/*{{{ DPL API ====> DCS functions*/
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extern dpl_DCS *
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dpl_NewDcs ( void );
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extern void
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dpl_DeleteDcs ( dpl_DCS *h );
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extern void
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dpl_GetDcsLinkage ( dpl_DCS *node, dpl_DCS **parent, dpl_DCS **child, dpl_DCS **sibling );
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extern void
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dpl_SetDcsNode ( dpl_DCS *hnode, dpl_node *cnode );
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#define dpl_SetDcsLight(a,b) dpl_SetDcsNode(a,&(b)->dplnode)
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#define dpl_SetDcsInstance(a,b) dpl_SetDcsNode(a,&(b)->dplnode)
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extern dpl_node *
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dpl_GetDcsNode ( dpl_DCS *hnode );
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extern dpl_type
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dpl_GetDcsNodeType ( dpl_DCS *hnode );
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extern void
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dpl_SetDcsMatrix ( dpl_DCS *hnode, dpl_MATRIX *m );
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extern void
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dpl_GetDcsMatrix ( dpl_DCS *hnode, dpl_MATRIX m ) ;
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extern void
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dpl_SetDcsNodeEnable ( dpl_DCS *hnode, int32 enable );
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extern void
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dpl_SetDcsSubtreeEnable ( dpl_DCS *hnode, int32 enable );
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extern int32
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dpl_GetDcsNodeEnable ( dpl_DCS *hnode );
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extern int32
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dpl_GetDcsSubtreeEnable ( dpl_DCS *hnode );
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/*}}} */
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/*{{{ DPL API ====> INSTANCE functions*/
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extern dpl_INSTANCE *
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dpl_NewInstance ( void );
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extern void
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dpl_DeleteInstance ( dpl_INSTANCE *i );
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extern void
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dpl_SetInstanceObject ( dpl_INSTANCE *i, dpl_OBJECT *o );
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extern dpl_OBJECT *
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dpl_GetInstanceObject ( dpl_INSTANCE *i );
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extern void
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dpl_SetInstanceFrontMaterial ( dpl_INSTANCE * i, dpl_MATERIAL *m );
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extern dpl_MATERIAL *
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dpl_GetInstanceFrontMaterial ( dpl_INSTANCE *i );
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extern void
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dpl_SetInstanceBackMaterial ( dpl_INSTANCE *i, dpl_MATERIAL *m );
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extern dpl_MATERIAL *
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dpl_GetInstanceBackMaterial ( dpl_INSTANCE *i );
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extern void
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dpl_SetInstanceFrontTexture ( dpl_INSTANCE *i, dpl_TEXTURE *t );
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extern dpl_TEXTURE *
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dpl_GetInstanceFrontTexture ( dpl_INSTANCE *i );
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extern void
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dpl_SetInstanceBackTexture ( dpl_INSTANCE *i, dpl_TEXTURE *t );
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extern dpl_TEXTURE *
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dpl_GetInstanceBackTexture ( dpl_INSTANCE *i );
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extern void
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dpl_SetInstanceForceLOD ( dpl_INSTANCE *i, dpl_LOD *l );
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extern dpl_LOD *
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dpl_GetInstanceForceLOD ( dpl_INSTANCE *i );
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extern void
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dpl_SetInstanceBillboard ( dpl_INSTANCE *i, int32 b );
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extern int32
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dpl_GetInstanceBillboard ( dpl_INSTANCE *i );
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extern void
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dpl_SetInstanceIntersect ( dpl_INSTANCE *i, dpl_isect_mode m );
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extern dpl_isect_mode
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dpl_GetInstanceIntersect ( dpl_INSTANCE *i );
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/*}}} */
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/*{{{ DPL API ====> LIGHT functions*/
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extern dpl_LMODEL *
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dpl_NewLmodel ( void );
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extern void
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dpl_DeleteLmodel ( dpl_LMODEL *lm );
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extern dpl_LIGHT *
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dpl_GetLmodelFirstLight ( dpl_LMODEL *lm );
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extern dpl_LIGHT *
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dpl_GetLmodelNextLight ( dpl_LMODEL *lm );
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extern dpl_LIGHT *
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dpl_NewLight ( void );
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extern void
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dpl_DeleteLight ( dpl_LIGHT *l );
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extern void
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dpl_SetLightType ( dpl_LIGHT *l, dpl_light_type t );
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extern dpl_light_type
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dpl_GetLightType ( dpl_LIGHT *l );
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extern void
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dpl_SetLightColor ( dpl_LIGHT *l, float32 r, float32 g, float32 b );
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extern void
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dpl_GetLightColor ( dpl_LIGHT *l, float32 *r, float32 *g, float32 *b );
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extern void
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dpl_SetLightRadii ( dpl_LIGHT *l, float32 r0, float32 r1 );
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extern void
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dpl_GetLightRadii ( dpl_LIGHT *l, float32 *r0,float32 *r1 );
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extern void
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dpl_SetLightUmbra ( dpl_LIGHT *l, float32 th1, float32 th2 );
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extern void
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dpl_GetLightUmbra ( dpl_LIGHT *l, float32 *th1, float32 *th2 );
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/*}}} */
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/*{{{ DPL API ====> VIEW functions*/
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extern dpl_VIEW *
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dpl_NewView ( void );
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extern void
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dpl_DeleteView ( dpl_VIEW *v );
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extern void
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dpl_SetViewMatrix ( dpl_VIEW *v, dpl_MATRIX m );
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extern void
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dpl_GetViewMatrix ( dpl_VIEW *v, dpl_MATRIX m );
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extern void
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dpl_SetViewClipPlanes ( dpl_VIEW *v, float32 hither, float32 yon );
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extern void
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dpl_GetViewClipPlanes ( dpl_VIEW *v, float32 *hither, float32 *yon );
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extern void
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dpl_SetViewBackGround ( dpl_VIEW *v, float32 r, float32 g, float32 b );
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extern void
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dpl_GetViewBackGround ( dpl_VIEW *v, float32 *r, float32 *g, float32 *b );
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extern void
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dpl_SetViewFog ( dpl_VIEW *v, int32 enable,
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float32 r, float32 g, float32 b,
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float32 neer, float32 phar );
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extern void
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dpl_GetViewFog ( dpl_VIEW *v, int32 *enable,
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float32 *r, float32 *g, float32 *b,
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float32 *neer, float32 *phar );
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extern void
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dpl_SetViewProjection ( dpl_VIEW *v,
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float32 x_size, float32 y_size,
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float32 x0, float32 y0,
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float32 x1, float32 y1,
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float32 zeye );
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extern void
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dpl_GetViewProjection ( dpl_VIEW *v,
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float32 *x_size, float32 *y_size,
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float32 *x0, float32 *y0,
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float32 *x1, float32 *y1,
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float32 *zeye );
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/*}}} */
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/*{{{ DPL API ====> MATERIAL functions*/
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extern dpl_MATERIAL *
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dpl_NewMaterial ( void );
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extern void
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dpl_DeleteMaterial ( dpl_MATERIAL *m );
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extern void
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dpl_SetMaterialAmbient ( dpl_MATERIAL *m, float32 r, float32 g, float32 b );
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extern void
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dpl_GetMaterialAmbient ( dpl_MATERIAL *m, float32 *r, float32 *g, float32 *b );
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extern void
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dpl_SetMaterialEmissive ( dpl_MATERIAL *m, float32 r, float32 g, float32 b );
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extern void
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dpl_GetMaterialEmissive ( dpl_MATERIAL *m, float32 *r, float32 *g, float32 *b );
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extern void
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dpl_SetMaterialDiffuse ( dpl_MATERIAL *m, float32 r, float32 g, float32 b );
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extern void
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dpl_GetMaterialDiffuse ( dpl_MATERIAL *m, float32 *r, float32 *g, float32 *b );
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extern void
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dpl_SetMaterialSpecular ( dpl_MATERIAL *m, float32 r, float32 g, float32 b, float32 shininess );
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extern void
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dpl_GetMaterialSpecular ( dpl_MATERIAL *m, float32 *r, float32 *g, float32 *b, float32 *shininess );
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extern void
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dpl_SetMaterialOpacity ( dpl_MATERIAL *m, float32 r, float32 g, float32 b );
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extern void
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dpl_GetMaterialOpacity ( dpl_MATERIAL *m, float32 *r, float32 *g, float32 *b );
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extern void
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dpl_SetMaterialTexture ( dpl_MATERIAL *m, dpl_TEXTURE *t );
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extern dpl_TEXTURE *
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dpl_GetMaterialTexture ( dpl_MATERIAL *m );
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/*}}} */
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/*{{{ DPL API ====> TEXTURE functions*/
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extern dpl_TEXMAP *
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dpl_NewTexMap ( void );
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extern void
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dpl_DeleteTexMap ( dpl_TEXMAP *tm );
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extern void
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dpl_SetTexMapEdgeSize ( dpl_TEXMAP *tm, int32 u, int32 v );
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extern void
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dpl_GetTexMapEdgeSize ( dpl_TEXMAP *tm, int32 *u, int32 *v );
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extern void
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dpl_SetTexMapTexelSize ( dpl_TEXMAP *tm, int32 bytes_per_pixel );
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extern int32
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dpl_GetTexMapTexelSize ( dpl_TEXMAP *tm );
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extern void
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dpl_SetTexMapTexels ( dpl_TEXMAP *tm,
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int32 *texels,
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int32 u_size,
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int32 v_size,
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int32 mode );
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extern dpl_TEXTURE *
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dpl_NewTexture ( void );
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extern void
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dpl_DeleteTexture ( dpl_TEXTURE *t );
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extern void
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dpl_SetTextureMode ( dpl_TEXTURE *t, int32 m );
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extern int32
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dpl_GetTextureMode ( dpl_TEXTURE *t );
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extern int32
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dpl_LoadTexmap ( dpl_TEXMAP *t, char *fname );
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/*}}} */
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/*{{{ DPL API ====> RAMP functions*/
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extern dpl_RAMP *
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dpl_NewRamp ( void );
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extern void
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dpl_DeleteRamp ( dpl_RAMP *m );
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extern void
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dpl_SetRampColors ( dpl_RAMP *m,
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float r0, float g0, float b0,
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float r1, float g1, float b1 );
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extern void
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dpl_GetRampColors ( dpl_RAMP *m, float *r0, float *g0, float *b0,
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float *r1, float *g1, float *b1 );
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/*}}} */
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/*{{{ DPL API ====> FILEPATH CONTROL functions*/
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extern dpl_FILEPATH *
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dpl_NewFilePath ( void );
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extern dpl_PATHITEM *
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dpl_NewPathItem ( void );
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extern dpl_EXTNITEM *
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dpl_NewExtnItem ( void );
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extern void
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dpl_DeleteFilePath ( dpl_FILEPATH *fp );
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extern void
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dpl_DeletePathItem ( dpl_PATHITEM *fp );
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extern void
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dpl_DeleteExtnItem ( dpl_PATHITEM *fp );
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extern void
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dpl_SetPathItemPath ( dpl_PATHITEM *i, char *s );
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extern char *
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dpl_GetPathItemPath ( dpl_PATHITEM *p );
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extern void
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dpl_SetExtnItemExtn ( dpl_EXTNITEM *p, char *s );
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extern char *
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dpl_GetExtnItemExtn ( dpl_EXTNITEM *p );
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extern void
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dpl_SetExtnItemLoadFunc ( dpl_EXTNITEM *p, load_function l );
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extern load_function
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dpl_GetExtnItemLoadFunc ( dpl_EXTNITEM *p );
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extern void
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dpl_SetGeometryFilePath ( dpl_FILEPATH *fp );
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extern dpl_FILEPATH *
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dpl_GetGeometryFilePath ( void );
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extern void
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dpl_SetTextureFilePath ( dpl_FILEPATH *fp );
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extern dpl_FILEPATH *
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dpl_GetTextureFilePath ( void );
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extern char *
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dpl_FindFile ( dpl_FILEPATH *fp, char *root_name, load_function *ext_func );
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extern char *
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dpl_FindGeometryFile ( char *root_name, load_function *ext_func );
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extern char *
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dpl_FindTextureFile ( char *root_name, load_function *ext_func );
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/*}}} */
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/*{{{ DPL API ====> GEOMETRY functions*/
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extern dpl_OBJECT *
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dpl_NewObject ( void );
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extern dpl_LOD *
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dpl_NewLod ( void );
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extern dpl_GEOGROUP *
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dpl_NewGeogroup ( void );
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extern dpl_GEOMETRY *
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dpl_NewGeometry ( void );
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extern dpl_LOD *
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dpl_GetObjectFirstLod ( dpl_OBJECT *o );
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extern dpl_LOD *
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dpl_GetObjectNextLod ( dpl_OBJECT *o );
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extern void
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dpl_DeleteObject ( dpl_OBJECT *o );
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extern void
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dpl_DeleteLod ( dpl_LOD *o );
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extern void
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dpl_DeleteGeogroup ( dpl_GEOGROUP *o );
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extern void
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dpl_DeleteGeometry ( dpl_GEOMETRY *o );
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extern dpl_geo_type
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dpl_GetGeometryGeotype ( dpl_GEOMETRY *g );
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extern void
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dpl_SetGeometryGeotype ( dpl_GEOMETRY *g, dpl_geo_type gt );
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extern int32
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dpl_SetGeometryVertices ( dpl_GEOMETRY *g,
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dpl_VERTEX_LIST *v,
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dpl_CONNECTION_LIST *con );
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extern int32
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dpl_GetGeometryNumVertices ( dpl_GEOMETRY *g );
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extern dpl_VERTEX *
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dpl_GetGeometryVertex ( dpl_GEOMETRY *g, int vertex_index );
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extern int32
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dpl_GetGeometryNumConnections ( dpl_GEOMETRY *g );
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extern dpl_CONNECTION *
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dpl_GetGeometryConnection ( dpl_GEOMETRY *g, int vertex_index );
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extern dpl_VERTEX_LIST *
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dpl_NewVertices ( int n_vertices );
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extern dpl_CONNECTION_LIST *
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dpl_NewConnections ( int n_connections );
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extern void
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dpl_BoundLod ( dpl_LOD *lod );
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extern void
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dpl_BoundGeogroup ( dpl_GEOGROUP *gg );
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extern int32
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dpl_LoadObject ( dpl_OBJECT *o, char *fname );
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extern void
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dpl_MorphObject ( dpl_OBJECT *morphed,
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dpl_OBJECT *a,
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dpl_OBJECT *b, float32 alpha );
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/*}}} */
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/*{{{ DPL API ====> NAMETABLE ACCESS functions*/
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extern dpl_NAME *
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dpl_NewName ( void );
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extern void
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dpl_DeleteName ( dpl_NAME *n );
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extern void
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dpl_SetNameString ( dpl_NAME *n, char * s );
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extern void
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dpl_SetNameNode ( dpl_NAME *n, dpl_node *dn );
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extern void
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dpl_AddNameToNametable ( dpl_NAME *n );
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extern void
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dpl_RemoveNameFromNametable ( dpl_NAME *n );
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extern void
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dpl_NameNode ( dpl_node *n, char *s );
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extern dpl_node *
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dpl_FindNamedNode ( char *str );
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extern dpl_node *
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dpl_FindNamedTypedNode ( dpl_type t, char *str );
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extern void
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dpl_ClearNameTable ( void );
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extern char *
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dpl_TypeToString ( dpl_type t );
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/*}}} */
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/*{{{ DPL API ====> GENERAL CONTROL functions*/
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extern void
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dpl_SetWarningLevel ( int32 w );
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extern int32
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dpl_GetWarningLevel ( void );
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extern int32
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dpl_Init ( char *dpl_arg );
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extern void
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dpl_Exit ( int32 exit_code );
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extern void
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dpl_SetCacheMode ( dpl_cache_mode m );
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extern dpl_cache_mode
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dpl_GetCacheMode ();
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extern dpl_STATISTICS
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dpl_Statistics ( void );
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extern dpl_VERSION
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dpl_Version ( void );
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extern char *
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dpl_Status ( void );
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extern void
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dpl_ReadFrameStore ( int32 *pixels, int32 x, int32 y, int32 n_pixels );
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extern dpl_INSTANCE *
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dpl_SectVector ( dpl_POINT sect,
|
|
float32 x0, float32 y0, float32 z0,
|
|
float32 x1, float32 y1, float32 z1 );
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|
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extern dpl_INSTANCE *
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|
dpl_SectPixel ( dpl_POINT sect, float32 x, float32 y );
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/*}}} */
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#define dpl_Flush(n) (((dpl_node *)(n))->flush)((dpl_node *)(n))
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#define dpl_Hide(n) (((dpl_node *)(n))->hide)((dpl_node *)(n))
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#define dpl_Unhide(n) (((dpl_node *)(n))->unhide)((dpl_node *)(n))
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#endif
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