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source/TileEngine/structure.cpp
T
Kriplo a3a9b29ead Brief: //dnl ch83 
- Fix BigMaps cliff-prone problem.
Details:
- Bug which prevent merc to go prone and crawl in big maps with cliffs was reported by Buggler who already find source of problem which lies in DB_STRUCTURE_TILE struct variable sPosRelToBase. This variable contains relative position to base tile which and cannot simply be change to INT32 as data from JSD files are loaded into it. However reason for problem is because sPosRelToBase is not updated for quite bunch of structures when map size is changed so add macro which in real time perform conversion and update sPosRelToBase value.

git-svn-id: https://ja2svn.mooo.com/source/ja2/trunk/GameSource/ja2_v1.13/Build@6740 3b4a5df2-a311-0410-b5c6-a8a6f20db521
2014-01-08 21:16:35 +00:00

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#ifdef PRECOMPILEDHEADERS
#include "TileEngine All.h"
#else
#include <string.h>
#include "types.h"
#include "wcheck.h"
#include "debug.h"
#include "FileMan.h"
#include "MemMan.h"
#include "structure.h"
#include "tiledef.h"
#include "worlddef.h"
#include "worldman.h"
#include "interface.h"
#include "isometric utils.h"
#include "font.h"
#include "font control.h"
#include "los.h"
#include "lighting.h"
#include "Smell.h"
#include "SaveLoadMap.h"
#include "strategicmap.h"
#include "sgp_logger.h"
#include "Sys Globals.h" //for access to gfEditMode flag
//Kris:
#ifdef JA2EDITOR
#include "Editor Undo.h" //for access to AddToUndoList( iMapIndex )
#endif
#include "explosion control.h"
#include "Sound Control.h"
#include "Buildings.h"
#include "Random.h"
#include "Tile Animation.h"
#endif
#ifdef COUNT_PATHS
extern UINT32 guiSuccessfulPathChecks;
extern UINT32 guiTotalPathChecks;
extern UINT32 guiFailedPathChecks;
extern UINT32 guiUnsuccessfulPathChecks;
#endif
void DeleteStructureFromTile( MAP_ELEMENT * pMapElement, STRUCTURE * pStructure );
/*
* NB: STRUCTURE_SPECIAL
*
* Means different things depending on the context.
*
* WALLNWINDOW SPECIAL - opaque to sight
* MULTI SPECIAL - second level (damaged) MULTI structure, should only be deleted if
* starting with the deletion of a MULTI SPECIAL structure
*/
UINT8 AtHeight[PROFILE_Z_SIZE] = { 0x01, 0x02, 0x04, 0x08 };
#define FIRST_AVAILABLE_STRUCTURE_ID (INVALID_STRUCTURE_ID + 2)
UINT16 gusNextAvailableStructureID = FIRST_AVAILABLE_STRUCTURE_ID;
STRUCTURE_FILE_REF * gpStructureFileRefs;
INT32 guiMaterialHitSound[ NUM_MATERIAL_TYPES ] =
{
-1,
S_WOOD_IMPACT1,
S_WOOD_IMPACT2,
S_WOOD_IMPACT3,
S_VEG_IMPACT1,
-1,
S_PORCELAIN_IMPACT1,
-1,
-1,
-1,
-1,
S_STONE_IMPACT1,
S_STONE_IMPACT1,
S_STONE_IMPACT1,
S_STONE_IMPACT1,
S_RUBBER_IMPACT1,
-1,
-1,
-1,
-1,
-1,
S_METAL_IMPACT1,
S_METAL_IMPACT2,
S_METAL_IMPACT3,
S_STONE_IMPACT1,
S_METAL_IMPACT3,
};
UINT8 gubMaterialArmour[] =
/*
index 1-10, organics
index 11-20, rocks and concretes
index 21-30, metals
index 1, dry timber
index 2, furniture wood
index 3, tree wood
index 11, stone masonry
index 12, non-reinforced concrete
index 13, reinforced concrete
index 14, rock
index 21, light metal (furniture)
index 22, heavy metal (doors etc)
index 23, really heavy metal
index 24, indestructable stone
index 25, indestructable metal
*/
{ // note: must increase; r.c. should block *AP* 7.62mm rounds
0, // nothing
25, // dry timber; wood wall +1/2
20, // furniture wood (thin!) or plywood wall +1/2
30, // wood (live); 1.5x timber
3, // light vegetation
10, // upholstered furniture
47, // porcelain
10, // cactus, hay, bamboo
0,
0,
0,
55, // stone masonry; 3x timber
63, // non-reinforced concrete; 4x timber???
70, // reinforced concrete; 6x timber
85, // rock? - number invented
9, // rubber - tires
40, // sand
1, // cloth
40, // sandbag
0,
0,
37, // light metal (furniture; NB thin!)
57, // thicker metal (dumpster)
85, // heavy metal (vault doors) - block everything
// note that vehicle armour will probably end up in here
127, // rock indestructable
127, // indestructable
57, // like 22 but with screen windows
};
// Function operating on a structure tile
UINT8 FilledTilePositions( DB_STRUCTURE_TILE * pTile )
{
UINT8 ubFilled = 0, ubShapeValue;
INT8 bLoopX, bLoopY, bLoopZ;
// Loop through all parts of a structure and add up the number of
// filled spots
for (bLoopX = 0; bLoopX < PROFILE_X_SIZE; bLoopX++)
{
for (bLoopY = 0; bLoopY < PROFILE_Y_SIZE; bLoopY++)
{
ubShapeValue = pTile->Shape[bLoopX][bLoopY];
for (bLoopZ = 0; bLoopZ < PROFILE_Z_SIZE; bLoopZ++)
{
if (ubShapeValue & AtHeight[bLoopZ])
{
ubFilled++;
}
}
}
}
return( ubFilled );
}
//
// Structure database functions
//
void FreeStructureFileRef( STRUCTURE_FILE_REF * pFileRef )
{
// Frees all of the memory associated with a file reference, including
// the file reference structure itself
UINT16 usLoop;
Assert( pFileRef != NULL );
if (pFileRef->pDBStructureRef != NULL)
{
for (usLoop = 0; usLoop < pFileRef->usNumberOfStructures; usLoop++)
{
if (pFileRef->pDBStructureRef[usLoop].ppTile)
{
MemFree( pFileRef->pDBStructureRef[usLoop].ppTile );
}
}
MemFree( pFileRef->pDBStructureRef );
}
if (pFileRef->pubStructureData != NULL)
{
MemFree( pFileRef->pubStructureData );
}
if (pFileRef->pAuxData != NULL)
{
MemFree( pFileRef->pAuxData );
if (pFileRef->pTileLocData != NULL)
{
MemFree( pFileRef->pTileLocData );
}
}
MemFree( pFileRef );
}
void FreeAllStructureFiles( void )
{
// Frees all of the structure database!
STRUCTURE_FILE_REF * pFileRef;
STRUCTURE_FILE_REF * pNextRef;
pFileRef = gpStructureFileRefs;
while( pFileRef != NULL )
{
pNextRef = pFileRef->pNext;
FreeStructureFileRef( pFileRef );
pFileRef = pNextRef;
}
}
BOOLEAN FreeStructureFile( STRUCTURE_FILE_REF * pStructureFile )
{
CHECKF( pStructureFile );
// unlink the file ref
if (pStructureFile->pPrev != NULL)
{
pStructureFile->pPrev->pNext = pStructureFile->pNext;
}
else
{
// freeing the head of the list!
gpStructureFileRefs = pStructureFile->pNext;
}
if (pStructureFile->pNext != NULL)
{
pStructureFile->pNext->pPrev = pStructureFile->pPrev;
}
if (pStructureFile->pPrev == NULL && pStructureFile->pNext == NULL)
{
// toasting the list!
gpStructureFileRefs = NULL;
}
// and free all the structures used!
FreeStructureFileRef( pStructureFile );
return( TRUE );
}
BOOLEAN LoadStructureData( STR szFileName, STRUCTURE_FILE_REF * pFileRef, UINT32 * puiStructureDataSize )
//UINT8 **ppubStructureData, UINT32 * puiDataSize, STRUCTURE_FILE_HEADER * pHeader )
{
// Loads a structure file's data as a honking chunk o' memory
HWFILE hInput;
STRUCTURE_FILE_HEADER Header;
UINT32 uiBytesRead;
UINT32 uiDataSize;
BOOLEAN fOk;
CHECKF( szFileName );
CHECKF( pFileRef );
hInput = FileOpen( szFileName, FILE_ACCESS_READ | FILE_OPEN_EXISTING, FALSE );
if (hInput == 0)
{
return( FALSE );
}
fOk = FileRead( hInput, &Header, sizeof( STRUCTURE_FILE_HEADER ), &uiBytesRead );
if (!fOk || uiBytesRead != sizeof( STRUCTURE_FILE_HEADER ) || strncmp( Header.szId, STRUCTURE_FILE_ID, STRUCTURE_FILE_ID_LEN ) != 0 || Header.usNumberOfStructures == 0)
{
FileClose( hInput );
return( FALSE );
}
pFileRef->usNumberOfStructures = Header.usNumberOfStructures;
if (Header.fFlags & STRUCTURE_FILE_CONTAINS_AUXIMAGEDATA)
{
uiDataSize = sizeof( AuxObjectData ) * Header.usNumberOfImages;
pFileRef->pAuxData = (AuxObjectData *) MemAlloc( uiDataSize );
if (pFileRef->pAuxData == NULL)
{
FileClose( hInput );
return( FALSE );
}
fOk = FileRead( hInput, pFileRef->pAuxData, uiDataSize, &uiBytesRead );
if (!fOk || uiBytesRead != uiDataSize)
{
MemFree( pFileRef->pAuxData );
FileClose( hInput );
return( FALSE );
}
if (Header.usNumberOfImageTileLocsStored > 0)
{
uiDataSize = sizeof( RelTileLoc ) * Header.usNumberOfImageTileLocsStored;
pFileRef->pTileLocData = (RelTileLoc *) MemAlloc( uiDataSize );
if (pFileRef->pTileLocData == NULL)
{
MemFree( pFileRef->pAuxData );
FileClose( hInput );
return( FALSE );
}
fOk = FileRead( hInput, pFileRef->pTileLocData, uiDataSize, &uiBytesRead );
if (!fOk || uiBytesRead != uiDataSize)
{
MemFree( pFileRef->pAuxData );
FileClose( hInput );
return( FALSE );
}
}
}
if (Header.fFlags & STRUCTURE_FILE_CONTAINS_STRUCTUREDATA)
{
pFileRef->usNumberOfStructuresStored = Header.usNumberOfStructuresStored;
uiDataSize = Header.usStructureDataSize;
// Determine the size of the data, from the header just read,
// allocate enough memory and read it in
pFileRef->pubStructureData = (UINT8 *) MemAlloc( uiDataSize );
if (pFileRef->pubStructureData == NULL)
{
FileClose( hInput );
if (pFileRef->pAuxData != NULL)
{
MemFree( pFileRef->pAuxData );
if (pFileRef->pTileLocData != NULL)
{
MemFree( pFileRef->pTileLocData );
}
}
return( FALSE );
}
fOk = FileRead( hInput, pFileRef->pubStructureData, uiDataSize, &uiBytesRead );
if (!fOk || uiBytesRead != uiDataSize)
{
MemFree( pFileRef->pubStructureData );
if (pFileRef->pAuxData != NULL)
{
MemFree( pFileRef->pAuxData );
if (pFileRef->pTileLocData != NULL)
{
MemFree( pFileRef->pTileLocData );
}
}
FileClose( hInput );
return( FALSE );
}
*puiStructureDataSize = uiDataSize;
}
FileClose( hInput );
return( TRUE );
}
BOOLEAN CreateFileStructureArrays( STRUCTURE_FILE_REF * pFileRef, UINT32 uiDataSize )
{
// Based on a file chunk, creates all the dynamic arrays for the
// structure definitions contained within
UINT8 * pCurrent;
DB_STRUCTURE_REF * pDBStructureRef;
DB_STRUCTURE_TILE ** ppTileArray;
UINT16 usLoop;
UINT16 usIndex;
UINT16 usTileLoop;
UINT32 uiHitPoints;
pCurrent = pFileRef->pubStructureData;
pDBStructureRef = (DB_STRUCTURE_REF *) MemAlloc( pFileRef->usNumberOfStructures * sizeof( DB_STRUCTURE_REF ) );
if (pDBStructureRef == NULL)
{
return( FALSE );
}
memset( pDBStructureRef, 0, pFileRef->usNumberOfStructures * sizeof( DB_STRUCTURE_REF ) );
pFileRef->pDBStructureRef = pDBStructureRef;
for (usLoop = 0; usLoop < pFileRef->usNumberOfStructuresStored; usLoop++)
{
if (pCurrent + sizeof( DB_STRUCTURE ) > pFileRef->pubStructureData + uiDataSize)
{ // gone past end of file block?!
// freeing of memory will occur outside of the function
return( FALSE );
}
usIndex = ((DB_STRUCTURE *) pCurrent)->usStructureNumber;
pDBStructureRef[usIndex].pDBStructure = (DB_STRUCTURE *) pCurrent;
ppTileArray = (DB_STRUCTURE_TILE **) MemAlloc( pDBStructureRef[usIndex].pDBStructure->ubNumberOfTiles * sizeof( DB_STRUCTURE_TILE *));
if (ppTileArray == NULL)
{ // freeing of memory will occur outside of the function
return( FALSE );
}
pDBStructureRef[usIndex].ppTile = ppTileArray;
pCurrent += sizeof( DB_STRUCTURE );
// Set things up to calculate hit points
uiHitPoints = 0;
for (usTileLoop = 0; usTileLoop < pDBStructureRef[usIndex].pDBStructure->ubNumberOfTiles; usTileLoop++ )
{
if (pCurrent + sizeof( DB_STRUCTURE ) > pFileRef->pubStructureData + uiDataSize)
{ // gone past end of file block?!
// freeing of memory will occur outside of the function
return( FALSE );
}
ppTileArray[usTileLoop] = (DB_STRUCTURE_TILE *) pCurrent;
// set the single-value relative position between this tile and the base tile
ppTileArray[usTileLoop]->sPosRelToBase = ppTileArray[usTileLoop]->bXPosRelToBase + ppTileArray[usTileLoop]->bYPosRelToBase * WORLD_COLS;
uiHitPoints += FilledTilePositions( ppTileArray[usTileLoop] );
pCurrent += sizeof( DB_STRUCTURE_TILE );
}
// scale hit points down to something reasonable...
uiHitPoints = uiHitPoints * 100 / 255;
/*
if (uiHitPoints > 255)
{
uiHitPoints = 255;
}
*/
pDBStructureRef[usIndex].pDBStructure->ubHitPoints = (UINT8) uiHitPoints;
/*
if (pDBStructureRef[usIndex].pDBStructure->usStructureNumber + 1 == pFileRef->usNumberOfStructures)
{
break;
}
*/
}
return( TRUE );
}
#include <vfs/Core/vfs_file_raii.h>
#include <vfs/Core/vfs.h>
#include "XML_StructureData.hpp"
void checkStructureValidity(STRUCTURE_FILE_REF *str1, STRUCTURE_FILE_REF* str2, UINT32 size1, UINT32 size2)
{
if(str1 == str2 && str1 == NULL)
{
return;
}
if(str1->pubStructureData && str2->pubStructureData)
{
SGP_THROW_IFFALSE( size1 == size2, L"");
//SGP_THROW_IFFALSE( 0 == memcmp(str1->pubStructureData, str2->pubStructureData, size1), L"" );
UINT8* ptr1 = str1->pubStructureData;
UINT8* ptr2 = str2->pubStructureData;
unsigned int count = 0;
for(; count < size1 && (*ptr1++ == *ptr2++); count++) {}
SGP_THROW_IFFALSE(count == size1, L"bad structure data");
}
else if(str1->pubStructureData || str2->pubStructureData)
{
SGP_THROW(L"bad structure data");
}
int count_tiles_1 = 0, count_tiles_2 = 0;
if(str1->pAuxData && str2->pAuxData)
{
SGP_THROW_IFFALSE(str1->usNumberOfStructures == str2->usNumberOfStructures, L"");
SGP_THROW_IFFALSE(str1->usNumberOfStructuresStored == str2->usNumberOfStructuresStored, L"");
//SGP_THROW_IFFALSE( 0 == memcmp(str1->pAuxData, str2->pAuxData, sizeof(AuxObjectData)*str2->usNumberOfStructures), L"" );
for(int i = 0; i < str2->usNumberOfStructures; ++i)
{
SGP_THROW_IFFALSE( 0 == memcmp(&str1->pAuxData[i], &str2->pAuxData[i], sizeof(AuxObjectData)), _BS(L"bad aux_image : ") << i << _BS::wget );
}
for(int i = 0; i < str1->usNumberOfStructures; ++i){
count_tiles_1 += str1->pAuxData[i].ubNumberOfTiles;
}
for(int j = 0; j < str2->usNumberOfStructures; ++j){
count_tiles_2 += str2->pAuxData[j].ubNumberOfTiles;
}
SGP_THROW_IFFALSE(count_tiles_1 == count_tiles_2, L"");
}
else if(str1->pAuxData || str2->pAuxData)
{
SGP_THROW(L"bad aux image data");
}
if(str1->pTileLocData && str2->pTileLocData)
{
SGP_THROW_IFFALSE( 0 == memcmp(str1->pTileLocData, str2->pTileLocData, count_tiles_1*sizeof(RelTileLoc)), L"" );
}
else if(str1->pTileLocData || str2->pTileLocData)
{
SGP_THROW(L"bad aux tile data");
}
}
STRUCTURE_FILE_REF * LoadStructureFile( STR szFileName )
{
// NB should be passed in expected number of structures so we can check equality
UINT32 uiDataSize = 0;
BOOLEAN fOk;
STRUCTURE_FILE_REF* pFileRef;
bool found_jsd_xml_file = false;
extern bool g_bUseXML_Structures;
if(g_bUseXML_Structures)
{
vfs::Path filename = std::string(szFileName) + ".xml";
if(getVFS()->fileExists(filename))
{
pFileRef = (STRUCTURE_FILE_REF *) MemAlloc( sizeof( STRUCTURE_FILE_REF ) );
memset( pFileRef, 0, sizeof( STRUCTURE_FILE_REF ) );
CStructureDataReader str_reader(pFileRef);
xml_auto::TGenericXMLParser<CStructureDataReader> str_parser(&str_reader);
SGP_TRYCATCH_RETHROW( str_parser.parseFile(filename), _BS(L"Could not parse file : ") << filename << _BS::wget);
uiDataSize = str_reader.structure_data_size;
fOk = TRUE;
found_jsd_xml_file = true;
}
else
{
}
}
if(!found_jsd_xml_file)
{
pFileRef = (STRUCTURE_FILE_REF *) MemAlloc( sizeof( STRUCTURE_FILE_REF ) );
if (pFileRef == NULL)
{
return( NULL );
}
memset( pFileRef, 0, sizeof( STRUCTURE_FILE_REF ) );
if(g_bUseXML_Structures)
{
}
fOk = LoadStructureData( szFileName, pFileRef, &uiDataSize );
}
if (!fOk)
{
SGP_WARNING("Could not load structure file : ") << szFileName << "[.jsd|.xml]" << sgp::endl << sgp::flush;
MemFree( pFileRef );
return( NULL );
}
if (pFileRef->pubStructureData != NULL)
{
fOk = CreateFileStructureArrays( pFileRef, uiDataSize );
if (fOk == FALSE)
{
FreeStructureFileRef( pFileRef );
return( NULL );
}
}
// Add the file reference to the master list, at the head for convenience
if (gpStructureFileRefs != NULL)
{
gpStructureFileRefs->pPrev = pFileRef;
}
pFileRef->pNext = gpStructureFileRefs;
gpStructureFileRefs = pFileRef;
return( pFileRef );
}
//
// Structure creation functions
//
STRUCTURE * CreateStructureFromDB( DB_STRUCTURE_REF * pDBStructureRef, UINT8 ubTileNum )
{
// Creates a STRUCTURE struct for one tile of a structure
STRUCTURE * pStructure;
DB_STRUCTURE * pDBStructure;
DB_STRUCTURE_TILE * pTile;
// set pointers to the DBStructure and Tile
CHECKN( pDBStructureRef );
CHECKN( pDBStructureRef->pDBStructure );
pDBStructure = pDBStructureRef->pDBStructure;
CHECKN( pDBStructureRef->ppTile );
pTile = pDBStructureRef->ppTile[ubTileNum];
CHECKN( pTile );
// allocate memory...
pStructure = (STRUCTURE *) MemAlloc( sizeof( STRUCTURE ) );
CHECKN( pStructure );
memset( pStructure, 0, sizeof( STRUCTURE ) );
// setup
pStructure->fFlags = pDBStructure->fFlags;
pStructure->pShape = &(pTile->Shape);
pStructure->pDBStructureRef = pDBStructureRef;
if (pTile->sPosRelToBase == 0)
{ // base tile
pStructure->fFlags |= STRUCTURE_BASE_TILE;
pStructure->ubHitPoints = pDBStructure->ubHitPoints;
}
if (pDBStructure->ubWallOrientation != NO_ORIENTATION)
{
if (pStructure->fFlags & STRUCTURE_WALL)
{
// for multi-tile walls, which are only the special corner pieces,
// the non-base tile gets no orientation value because this copy
// will be skipped
if (pStructure->fFlags & STRUCTURE_BASE_TILE)
{
pStructure->ubWallOrientation = pDBStructure->ubWallOrientation;
}
}
else
{
pStructure->ubWallOrientation = pDBStructure->ubWallOrientation;
}
}
pStructure->ubVehicleHitLocation = pTile->ubVehicleHitLocation;
return( pStructure );
}
BOOLEAN OkayToAddStructureToTile( INT32 sBaseGridNo, INT16 sCubeOffset, DB_STRUCTURE_REF * pDBStructureRef, UINT8 ubTileIndex, INT16 sExclusionID, BOOLEAN fIgnorePeople )
{
// Verifies whether a structure is blocked from being added to the map at a particular point
DB_STRUCTURE * pDBStructure;
DB_STRUCTURE_TILE ** ppTile;
STRUCTURE * pExistingStructure;
STRUCTURE * pOtherExistingStructure;
INT8 bLoop, bLoop2;
INT32 sGridNo;
INT32 sOtherGridNo;
ppTile = pDBStructureRef->ppTile;
#if 0//dnl ch83 080114
sGridNo = sBaseGridNo + ppTile[ubTileIndex]->sPosRelToBase;
#else
sGridNo = AddPosRelToBase(sBaseGridNo, ppTile[ubTileIndex]);
#endif
if (sGridNo < 0 || sGridNo > WORLD_MAX)
{
return( FALSE );
}
if (gpWorldLevelData[sBaseGridNo].sHeight != gpWorldLevelData[sGridNo].sHeight)
{
// uneven terrain, one portion on top of cliff and another not! can't add!
return( FALSE );
}
pDBStructure = pDBStructureRef->pDBStructure;
pExistingStructure = gpWorldLevelData[sGridNo].pStructureHead;
/*
// If adding a mobile structure, always allow addition if the mobile structure tile is passable
if ( (pDBStructure->fFlags & STRUCTURE_MOBILE) && (ppTile[ubTileIndex]->fFlags & TILE_PASSABLE) )
{
return( TRUE );
}
*/
while (pExistingStructure != NULL)
{
if (sCubeOffset == pExistingStructure->sCubeOffset)
{
// CJC:
// If adding a mobile structure, allow addition if existing structure is passable
if ( (pDBStructure->fFlags & STRUCTURE_MOBILE) && (pExistingStructure->fFlags & STRUCTURE_PASSABLE) )
{
// Skip!
pExistingStructure = pExistingStructure->pNext;
continue;
}
if (pDBStructure->fFlags & STRUCTURE_OBSTACLE)
{
// CJC: NB these next two if states are probably COMPLETELY OBSOLETE but I'm leaving
// them in there for now (no harm done)
// ATE:
// ignore this one if it has the same ID num as exclusion
if ( sExclusionID != INVALID_STRUCTURE_ID )
{
if ( pExistingStructure->usStructureID == sExclusionID )
{
// Skip!
pExistingStructure = pExistingStructure->pNext;
continue;
}
}
if ( fIgnorePeople )
{
// If we are a person, skip!
if ( pExistingStructure->usStructureID < TOTAL_SOLDIERS )
{
// Skip!
pExistingStructure = pExistingStructure->pNext;
continue;
}
}
// two obstacle structures aren't allowed in the same tile at the same height
// ATE: There is more sophisticated logic for mobiles, so postpone this check if mobile....
if ( ( pExistingStructure->fFlags & STRUCTURE_OBSTACLE ) && !( pDBStructure->fFlags & STRUCTURE_MOBILE ) )
{
if ( pExistingStructure->fFlags & STRUCTURE_PASSABLE && !(pExistingStructure->fFlags & STRUCTURE_MOBILE) )
{
// no mobiles, existing structure is passable
}
else
{
return( FALSE );
}
}
else if ((pDBStructure->ubNumberOfTiles > 1) && (pExistingStructure->fFlags & STRUCTURE_WALLSTUFF))
{
// if not an open door...
if ( ! ( (pExistingStructure->fFlags & STRUCTURE_ANYDOOR) && (pExistingStructure->fFlags & STRUCTURE_OPEN) ) )
{
// we could be trying to place a multi-tile obstacle on top of a wall; we shouldn't
// allow this if the structure is going to be on both sides of the wall
for (bLoop = 1; bLoop < 4; bLoop++)
{
switch( pExistingStructure->ubWallOrientation)
{
case OUTSIDE_TOP_LEFT:
case INSIDE_TOP_LEFT:
sOtherGridNo = NewGridNo( sGridNo, DirectionInc( (INT8) (bLoop + 2) ) );
break;
case OUTSIDE_TOP_RIGHT:
case INSIDE_TOP_RIGHT:
sOtherGridNo = NewGridNo( sGridNo, DirectionInc( bLoop ) );
break;
default:
// @%?@#%?@%
sOtherGridNo = NewGridNo( sGridNo, DirectionInc( SOUTHEAST ) );
}
for (bLoop2 = 0; bLoop2 < pDBStructure->ubNumberOfTiles; bLoop2++)
{
#if 0//dnl ch83 080114
if ( sBaseGridNo + ppTile[bLoop2]->sPosRelToBase == sOtherGridNo)
{
// obstacle will straddle wall!
return( FALSE );
}
#else
if(AddPosRelToBase(sBaseGridNo, ppTile[bLoop2]) == sOtherGridNo)
return(FALSE);// obstacle will straddle wall!
#endif
}
}
}
}
}
else if (pDBStructure->fFlags & STRUCTURE_WALLSTUFF)
{
// two walls with the same alignment aren't allowed in the same tile
if ((pExistingStructure->fFlags & STRUCTURE_WALLSTUFF) && (pDBStructure->ubWallOrientation == pExistingStructure->ubWallOrientation))
{
return( FALSE );
}
else if ( !(pExistingStructure->fFlags & (STRUCTURE_CORPSE | STRUCTURE_PERSON)) )
{
// it's possible we're trying to insert this wall on top of a multitile obstacle
for (bLoop = 1; bLoop < 4; bLoop++)
{
switch( pDBStructure->ubWallOrientation)
{
case OUTSIDE_TOP_LEFT:
case INSIDE_TOP_LEFT:
sOtherGridNo = NewGridNo( sGridNo, DirectionInc( (INT8) (bLoop + 2) ) );
break;
case OUTSIDE_TOP_RIGHT:
case INSIDE_TOP_RIGHT:
sOtherGridNo = NewGridNo( sGridNo, DirectionInc( bLoop ) );
break;
default:
// @%?@#%?@%
sOtherGridNo = NewGridNo( sGridNo, DirectionInc( SOUTHEAST ) );
break;
}
for (ubTileIndex = 0; ubTileIndex < pDBStructure->ubNumberOfTiles; ubTileIndex++)
{
pOtherExistingStructure = FindStructureByID( sOtherGridNo, pExistingStructure->usStructureID );
if (pOtherExistingStructure)
{
return( FALSE );
}
}
}
}
}
if ( pDBStructure->fFlags & STRUCTURE_MOBILE )
{
// ATE:
// ignore this one if it has the same ID num as exclusion
if ( sExclusionID != INVALID_STRUCTURE_ID )
{
if ( pExistingStructure->usStructureID == sExclusionID )
{
// Skip!
pExistingStructure = pExistingStructure->pNext;
continue;
}
}
if ( fIgnorePeople )
{
// If we are a person, skip!
if ( pExistingStructure->usStructureID < TOTAL_SOLDIERS )
{
// Skip!
pExistingStructure = pExistingStructure->pNext;
continue;
}
}
// ATE: Added check here - UNLESS the part we are trying to add is PASSABLE!
if ( pExistingStructure->fFlags & STRUCTURE_MOBILE && !(pExistingStructure->fFlags & STRUCTURE_PASSABLE) && !(ppTile[ubTileIndex]->fFlags & TILE_PASSABLE) )
{
// don't allow 2 people in the same tile
return( FALSE );
}
// ATE: Another rule: allow PASSABLE *IF* the PASSABLE is *NOT* MOBILE!
if ( !( pExistingStructure->fFlags & STRUCTURE_MOBILE ) && (pExistingStructure->fFlags & STRUCTURE_PASSABLE) )
{
// Skip!
pExistingStructure = pExistingStructure->pNext;
continue;
}
// ATE: Added here - UNLESS this part is PASSABLE....
// two obstacle structures aren't allowed in the same tile at the same height
if ( (pExistingStructure->fFlags & STRUCTURE_OBSTACLE ) && !(ppTile[ubTileIndex]->fFlags & TILE_PASSABLE) )
{
return( FALSE );
}
}
if ((pDBStructure->fFlags & STRUCTURE_OPENABLE))
{
if (pExistingStructure->fFlags & STRUCTURE_OPENABLE)
{
// don't allow two openable structures in the same tile or things will screw
// up on an interface level
return( FALSE );
}
}
}
pExistingStructure = pExistingStructure->pNext;
}
return( TRUE );
}
BOOLEAN InternalOkayToAddStructureToWorld( INT32 sBaseGridNo, INT8 bLevel, DB_STRUCTURE_REF * pDBStructureRef, INT16 sExclusionID, BOOLEAN fIgnorePeople )
{
UINT8 ubLoop;
INT16 sCubeOffset;
CHECKF( pDBStructureRef );
CHECKF( pDBStructureRef->pDBStructure );
CHECKF( pDBStructureRef->pDBStructure->ubNumberOfTiles > 0 );
CHECKF( pDBStructureRef->ppTile );
/*
if (gpWorldLevelData[sGridNo].sHeight != sBaseTileHeight)
{
// not level ground!
return( FALSE );
}
*/
for (ubLoop = 0; ubLoop < pDBStructureRef->pDBStructure->ubNumberOfTiles; ubLoop++)
{
if (pDBStructureRef->ppTile[ubLoop]->fFlags & TILE_ON_ROOF)
{
if (bLevel == 0)
{
sCubeOffset = PROFILE_Z_SIZE;
}
else
{
return( FALSE );
}
}
else
{
sCubeOffset = bLevel * PROFILE_Z_SIZE;
}
if (!OkayToAddStructureToTile( sBaseGridNo, sCubeOffset, pDBStructureRef, ubLoop, sExclusionID, fIgnorePeople ))
{
return( FALSE );
}
}
return( TRUE );
}
BOOLEAN OkayToAddStructureToWorld( INT32 sBaseGridNo, INT8 bLevel, DB_STRUCTURE_REF * pDBStructureRef, INT16 sExclusionID )
{
return( InternalOkayToAddStructureToWorld( sBaseGridNo, bLevel, pDBStructureRef, sExclusionID, (BOOLEAN)(sExclusionID == IGNORE_PEOPLE_STRUCTURE_ID) ) );
}
BOOLEAN AddStructureToTile( MAP_ELEMENT * pMapElement, STRUCTURE * pStructure, UINT16 usStructureID )
{
// adds a STRUCTURE to a MAP_ELEMENT (adds part of a structure to a location on the map)
STRUCTURE * pStructureTail;
CHECKF( pMapElement );
CHECKF( pStructure );
pStructureTail = pMapElement->pStructureTail;
if (pStructureTail == NULL)
{ // set the head and tail to the new structure
pMapElement->pStructureHead = pStructure;
}
else
{ // add to the end of the list
pStructure->pPrev = pStructureTail;
pStructureTail->pNext = pStructure;
}
pMapElement->pStructureTail = pStructure;
pStructure->usStructureID = usStructureID;
if (pStructure->fFlags & STRUCTURE_OPENABLE)
{
pMapElement->uiFlags |= MAPELEMENT_INTERACTIVETILE;
}
return( TRUE );
}
STRUCTURE * InternalAddStructureToWorld( INT32 sBaseGridNo, INT8 bLevel, DB_STRUCTURE_REF * pDBStructureRef, LEVELNODE * pLevelNode )
{
// Adds a complete structure to the world at a location plus all other locations covered by the structure
INT32 sGridNo;
STRUCTURE ** ppStructure;
STRUCTURE * pBaseStructure;
DB_STRUCTURE * pDBStructure;
DB_STRUCTURE_TILE ** ppTile;
UINT8 ubLoop;
UINT8 ubLoop2;
INT16 sBaseTileHeight=-1;
UINT16 usStructureID;
CHECKF( pDBStructureRef );
CHECKF( pLevelNode );
pDBStructure = pDBStructureRef->pDBStructure;
CHECKF( pDBStructure );
ppTile = pDBStructureRef->ppTile;
CHECKF( ppTile );
CHECKF( pDBStructure->ubNumberOfTiles > 0 );
// first check to see if the structure will be blocked
if (!OkayToAddStructureToWorld( sBaseGridNo, bLevel, pDBStructureRef, INVALID_STRUCTURE_ID ) )
{
return( NULL );
}
// We go through a definition stage here and a later stage of
// adding everything to the world so that we don't have to untangle
// things if we run out of memory. First we create an array of
// pointers to point to all of the STRUCTURE elements created in
// the first stage. This array gets given to the base tile so
// there is an easy way to remove an entire object from the world quickly
// NB we add 1 because the 0th element is in fact the reference count!
ppStructure = (STRUCTURE **) MemAlloc( pDBStructure->ubNumberOfTiles * sizeof( STRUCTURE * ) );
CHECKF( ppStructure );
memset( ppStructure, 0, pDBStructure->ubNumberOfTiles * sizeof( STRUCTURE * ) );
for (ubLoop = BASE_TILE; ubLoop < pDBStructure->ubNumberOfTiles; ubLoop++)
{ // for each tile, create the appropriate STRUCTURE struct
ppStructure[ubLoop] = CreateStructureFromDB( pDBStructureRef, ubLoop );
if (ppStructure[ubLoop] == NULL)
{
// Free allocated memory and abort!
for (ubLoop2 = 0; ubLoop2 < ubLoop; ubLoop2++)
{
MemFree( ppStructure[ubLoop2] );
}
MemFree( ppStructure );
return( NULL );
}
#if 0//dnl ch83 080114
ppStructure[ubLoop]->sGridNo = sBaseGridNo + ppTile[ubLoop]->sPosRelToBase;
#else
ppStructure[ubLoop]->sGridNo = AddPosRelToBase(sBaseGridNo, ppTile[ubLoop]);
#endif
if (ubLoop != BASE_TILE)
{
#ifdef JA2EDITOR
//Kris:
//Added this undo code if in the editor.
//It is important to save tiles effected by multitiles. If the structure placement
//fails below, it doesn't matter, because it won't hurt the undo code.
if( gfEditMode )
AddToUndoList( ppStructure[ ubLoop ]->sGridNo );
#endif
ppStructure[ubLoop]->sBaseGridNo = sBaseGridNo;
}
if (ppTile[ubLoop]->fFlags & TILE_ON_ROOF)
{
ppStructure[ubLoop]->sCubeOffset = (bLevel + 1) * PROFILE_Z_SIZE;
}
else
{
ppStructure[ubLoop]->sCubeOffset = bLevel * PROFILE_Z_SIZE;
}
if (ppTile[ubLoop]->fFlags & TILE_PASSABLE)
{
ppStructure[ubLoop]->fFlags |= STRUCTURE_PASSABLE;
}
if (pLevelNode->uiFlags & LEVELNODE_SOLDIER)
{
// should now be unncessary
ppStructure[ubLoop]->fFlags |= STRUCTURE_PERSON;
ppStructure[ubLoop]->fFlags &= ~(STRUCTURE_BLOCKSMOVES);
}
else if (pLevelNode->uiFlags & LEVELNODE_ROTTINGCORPSE || pDBStructure->fFlags & STRUCTURE_CORPSE)
{
ppStructure[ubLoop]->fFlags |= STRUCTURE_CORPSE;
// attempted check to screen this out for queen creature or vehicle
if ( pDBStructure->ubNumberOfTiles < 10 )
{
ppStructure[ubLoop]->fFlags |= STRUCTURE_PASSABLE;
ppStructure[ubLoop]->fFlags &= ~(STRUCTURE_BLOCKSMOVES);
}
else
{
// make sure not transparent
ppStructure[ubLoop]->fFlags &= ~(STRUCTURE_TRANSPARENT);
}
}
}
if (pLevelNode->uiFlags & LEVELNODE_SOLDIER)
{
// use the merc's ID as the structure ID for his/her structure
usStructureID = pLevelNode->pSoldier->ubID;
}
else if (pLevelNode->uiFlags & LEVELNODE_ROTTINGCORPSE)
{
// ATE: Offset IDs so they don't collide with soldiers
usStructureID = (UINT16)( TOTAL_SOLDIERS + pLevelNode->pAniTile->uiUserData );
}
else
{
gusNextAvailableStructureID++;
if (gusNextAvailableStructureID == 0)
{
// skip past the #s for soldiers' structures and the invalid structure #
gusNextAvailableStructureID = FIRST_AVAILABLE_STRUCTURE_ID;
}
usStructureID = gusNextAvailableStructureID;
}
// now add all these to the world!
for (ubLoop = BASE_TILE; ubLoop < pDBStructure->ubNumberOfTiles; ubLoop++)
{
sGridNo = ppStructure[ubLoop]->sGridNo;
if (ubLoop == BASE_TILE)
{
sBaseTileHeight = gpWorldLevelData[sGridNo].sHeight;
}
else
{
if (gpWorldLevelData[sGridNo].sHeight != sBaseTileHeight)
{
// not level ground! abort!
for (ubLoop2 = BASE_TILE; ubLoop2 < ubLoop; ubLoop2++)
{
DeleteStructureFromTile( &(gpWorldLevelData[ppStructure[ubLoop2]->sGridNo]), ppStructure[ubLoop2] );
}
MemFree( ppStructure );
return( NULL );
}
}
if (AddStructureToTile( &(gpWorldLevelData[sGridNo]), ppStructure[ubLoop], usStructureID ) == FALSE)
{
// error! abort!
for (ubLoop2 = BASE_TILE; ubLoop2 < ubLoop; ubLoop2++)
{
DeleteStructureFromTile( &(gpWorldLevelData[ppStructure[ubLoop2]->sGridNo]), ppStructure[ubLoop2] );
}
MemFree( ppStructure );
return( NULL );
}
}
pBaseStructure = ppStructure[BASE_TILE];
pLevelNode->pStructureData = pBaseStructure;
MemFree( ppStructure );
// And we're done! return a pointer to the base structure!
return( pBaseStructure );
}
BOOLEAN AddStructureToWorld( INT32 sBaseGridNo, INT8 bLevel, DB_STRUCTURE_REF * pDBStructureRef, PTR pLevelN )
{
STRUCTURE * pStructure;
pStructure = InternalAddStructureToWorld( sBaseGridNo, bLevel, pDBStructureRef, (LEVELNODE *) pLevelN );
if (pStructure == NULL)
{
return( FALSE );
}
return( TRUE );
}
//
// Structure deletion functions
//
void DeleteStructureFromTile( MAP_ELEMENT * pMapElement, STRUCTURE * pStructure )
{
// removes a STRUCTURE element at a particular location from the world
// put location pointer in tile
if (pMapElement->pStructureHead == pStructure)
{
if (pMapElement->pStructureTail == pStructure)
{
// only element in the list!
pMapElement->pStructureHead = NULL;
pMapElement->pStructureTail = NULL;
}
else
{
// first element in the list of 2+ members
pMapElement->pStructureHead = pStructure->pNext;
}
}
else if (pMapElement->pStructureTail == pStructure)
{
// last element in the list
pStructure->pPrev->pNext = NULL;
pMapElement->pStructureTail = pStructure->pPrev;
}
else
{
// second or later element in the list; it's guaranteed that there is a
// previous element but not necessary a next
pStructure->pPrev->pNext = pStructure->pNext;
if (pStructure->pNext != NULL)
{
pStructure->pNext->pPrev = pStructure->pPrev;
}
}
if (pStructure->fFlags & STRUCTURE_OPENABLE)
{ // only one allowed in a tile, so we are safe to do this...
pMapElement->uiFlags &= (~MAPELEMENT_INTERACTIVETILE);
}
MemFree( pStructure );
}
BOOLEAN DeleteStructureFromWorld( STRUCTURE * pStructure )
{
// removes all of the STRUCTURE elements for a structure from the world
MAP_ELEMENT * pBaseMapElement;
STRUCTURE * pBaseStructure;
DB_STRUCTURE_TILE ** ppTile;
STRUCTURE * pCurrent;
UINT8 ubLoop, ubLoop2;
UINT8 ubNumberOfTiles;
INT32 sBaseGridNo, sGridNo;
UINT16 usStructureID;
BOOLEAN fMultiStructure;
BOOLEAN fRecompileMPs;
BOOLEAN fRecompileExtraRadius; // for doors... yuck
INT32 sCheckGridNo;
CHECKF( pStructure );
pBaseStructure = FindBaseStructure( pStructure );
CHECKF( pBaseStructure );
usStructureID = pBaseStructure->usStructureID;
fMultiStructure = ( ( pBaseStructure->fFlags & STRUCTURE_MULTI ) != 0 );
fRecompileMPs = ( ( gsRecompileAreaLeft != 0 ) && ! ( ( pBaseStructure->fFlags & STRUCTURE_MOBILE ) != 0 ) );
if (fRecompileMPs)
{
fRecompileExtraRadius = ( ( pBaseStructure->fFlags & STRUCTURE_WALLSTUFF ) != 0 );
}
else
{
fRecompileExtraRadius = FALSE;
}
pBaseMapElement = &gpWorldLevelData[pBaseStructure->sGridNo];
ppTile = pBaseStructure->pDBStructureRef->ppTile;
sBaseGridNo = pBaseStructure->sGridNo;
ubNumberOfTiles = pBaseStructure->pDBStructureRef->pDBStructure->ubNumberOfTiles;
// Free all the tiles
for (ubLoop = BASE_TILE; ubLoop < ubNumberOfTiles; ubLoop++)
{
#if 0//dnl ch83 080114
sGridNo = sBaseGridNo + ppTile[ubLoop]->sPosRelToBase;
#else
sGridNo = AddPosRelToBase(sBaseGridNo, ppTile[ubLoop]);
#endif
// there might be two structures in this tile, one on each level, but we just want to
// delete one on each pass
pCurrent = FindStructureByID( sGridNo, usStructureID );
if (pCurrent)
{
DeleteStructureFromTile( &gpWorldLevelData[sGridNo], pCurrent );
}
if ( !gfEditMode && ( fRecompileMPs ) )
{
if ( fRecompileMPs )
{
AddTileToRecompileArea( sGridNo );
if ( fRecompileExtraRadius )
{
// add adjacent tiles too
for (ubLoop2 = 0; ubLoop2 < NUM_WORLD_DIRECTIONS; ubLoop2++)
{
sCheckGridNo = NewGridNo( sGridNo, DirectionInc( ubLoop2 ) );
if (sCheckGridNo != sGridNo)
{
AddTileToRecompileArea( sCheckGridNo );
}
}
}
}
}
}
return( TRUE );
}
STRUCTURE * InternalSwapStructureForPartner( INT32 sGridNo, STRUCTURE * pStructure, BOOLEAN fFlipSwitches, BOOLEAN fStoreInMap )
{
// switch structure
LEVELNODE * pLevelNode;
LEVELNODE * pShadowNode;
STRUCTURE * pBaseStructure;
STRUCTURE * pNewBaseStructure;
DB_STRUCTURE_REF * pPartnerDBStructure;
BOOLEAN fDoor;
INT8 bDelta;
UINT8 ubHitPoints;
INT16 sCubeOffset;
if (pStructure == NULL)
{
return( NULL );
}
pBaseStructure = FindBaseStructure( pStructure );
CHECKF( pBaseStructure );
if ((pBaseStructure->pDBStructureRef->pDBStructure)->bPartnerDelta == NO_PARTNER_STRUCTURE)
{
return( NULL );
}
fDoor = ((pBaseStructure->fFlags & STRUCTURE_ANYDOOR) > 0);
pLevelNode = FindLevelNodeBasedOnStructure( pBaseStructure->sGridNo, pBaseStructure );
if (pLevelNode == NULL)
{
return( NULL );
}
pShadowNode = FindShadow( pBaseStructure->sGridNo, pLevelNode->usIndex );
// record values
bDelta = pBaseStructure->pDBStructureRef->pDBStructure->bPartnerDelta;
pPartnerDBStructure = pBaseStructure->pDBStructureRef + bDelta;
sGridNo = pBaseStructure->sGridNo;
ubHitPoints = pBaseStructure->ubHitPoints;
sCubeOffset = pBaseStructure->sCubeOffset;
// delete the old structure and add the new one
if (DeleteStructureFromWorld( pBaseStructure ) == FALSE)
{
return( NULL );
}
pNewBaseStructure = InternalAddStructureToWorld( sGridNo, (INT8) (sCubeOffset / PROFILE_Z_SIZE), pPartnerDBStructure, pLevelNode );
if (pNewBaseStructure == NULL)
{
return( NULL );
}
// set values in the new structure
pNewBaseStructure->ubHitPoints = ubHitPoints;
if (!fDoor)
{ // swap the graphics
// store removal of previous if necessary
if ( fStoreInMap )
{
ApplyMapChangesToMapTempFile( TRUE );
RemoveStructFromMapTempFile( sGridNo, pLevelNode->usIndex );
}
pLevelNode->usIndex += bDelta;
// store removal of new one if necessary
if ( fStoreInMap )
{
AddStructToMapTempFile( sGridNo, pLevelNode->usIndex );
ApplyMapChangesToMapTempFile( FALSE );
}
if (pShadowNode != NULL)
{
pShadowNode->usIndex += bDelta;
}
}
//if ( (pNewBaseStructure->fFlags & STRUCTURE_SWITCH) && (pNewBaseStructure->fFlags & STRUCTURE_OPEN) )
if ( 0 /*fFlipSwitches*/ )
{
if ( pNewBaseStructure->fFlags & STRUCTURE_SWITCH )
{
// just turned a switch on!
ActivateSwitchInGridNo( NOBODY, sGridNo );
}
}
return( pNewBaseStructure );
}
STRUCTURE * SwapStructureForPartner( INT32 sGridNo, STRUCTURE * pStructure )
{
return( InternalSwapStructureForPartner( sGridNo, pStructure, TRUE, FALSE ) );
}
STRUCTURE * SwapStructureForPartnerWithoutTriggeringSwitches( INT32 sGridNo, STRUCTURE * pStructure )
{
return( InternalSwapStructureForPartner( sGridNo, pStructure, FALSE, FALSE ) );
}
STRUCTURE * SwapStructureForPartnerAndStoreChangeInMap( INT32 sGridNo, STRUCTURE * pStructure )
{
return( InternalSwapStructureForPartner( sGridNo, pStructure, TRUE, TRUE ) );
}
#ifdef JA2UB
STRUCTURE * SwapStructureForPartnerForcingGraphicalChange( INT32 sGridNo, STRUCTURE * pStructure )
{
return( InternalSwapStructureForPartner( sGridNo, pStructure, FALSE, TRUE ) );
}
#endif
STRUCTURE * FindStructure( INT32 sGridNo, UINT32 fFlags )
{
// finds a structure that matches any of the given flags
STRUCTURE * pCurrent;
//bug fix for win98 crash when traveling between sectors
if ( TileIsOutOfBounds( sGridNo ) )
{
return( NULL );
}
pCurrent = gpWorldLevelData[sGridNo].pStructureHead;
while (pCurrent != NULL)
{
if ((pCurrent->fFlags & fFlags) != 0)
{
return( pCurrent );
}
pCurrent = pCurrent->pNext;
}
return( NULL );
}
STRUCTURE * FindNextStructure( STRUCTURE * pStructure, UINT32 fFlags )
{
STRUCTURE * pCurrent;
CHECKF( pStructure );
pCurrent = pStructure->pNext;
while (pCurrent != NULL)
{
if ((pCurrent->fFlags & fFlags) != 0)
{
return( pCurrent );
}
pCurrent = pCurrent->pNext;
}
return( NULL );
}
STRUCTURE * FindStructureByID( INT32 sGridNo, UINT16 usStructureID )
{
// finds a structure that matches any of the given flags
STRUCTURE * pCurrent;
pCurrent = gpWorldLevelData[sGridNo].pStructureHead;
while (pCurrent != NULL)
{
if (pCurrent->usStructureID == usStructureID)
{
return( pCurrent );
}
pCurrent = pCurrent->pNext;
}
return( NULL );
}
STRUCTURE * FindBaseStructure( STRUCTURE * pStructure )
{
// finds the base structure for any structure
CHECKF( pStructure );
if (pStructure->fFlags & STRUCTURE_BASE_TILE)
{
return( pStructure );
}
return( FindStructureByID( pStructure->sBaseGridNo, pStructure->usStructureID ) );
}
STRUCTURE * FindNonBaseStructure( INT32 sGridNo, STRUCTURE * pStructure )
{
// finds a non-base structure in a location
CHECKF( pStructure );
if (!(pStructure->fFlags & STRUCTURE_BASE_TILE))
{ // error!
return( NULL );
}
return( FindStructureByID( sGridNo, pStructure->usStructureID ) );
}
INT16 GetBaseTile( STRUCTURE * pStructure )
{
if (pStructure == NULL)
{
return( -1 );
}
if (pStructure->fFlags & STRUCTURE_BASE_TILE)
{
return( pStructure->sGridNo );
}
else
{
return( pStructure->sBaseGridNo );
}
}
INT8 StructureHeight( STRUCTURE * pStructure )
{
// return the height of an object from 1-4
UINT8 ubLoopX, ubLoopY;
PROFILE * pShape;
UINT8 ubShapeValue;
INT8 bLoopZ;
INT8 bGreatestHeight = -1;
if (pStructure == NULL || pStructure->pShape == NULL)
{
return( 0 );
}
if (pStructure->ubStructureHeight != 0)
{
return( pStructure->ubStructureHeight );
}
pShape = pStructure->pShape;
// loop horizontally on the X and Y planes
for (ubLoopX = 0; ubLoopX < PROFILE_X_SIZE; ubLoopX++)
{
for (ubLoopY = 0; ubLoopY < PROFILE_Y_SIZE; ubLoopY++)
{
ubShapeValue = (*pShape)[ubLoopX][ubLoopY];
// loop DOWN vertically so that we find the tallest point first
// and don't need to check any below it
for (bLoopZ = PROFILE_Z_SIZE - 1; bLoopZ > bGreatestHeight; bLoopZ--)
{
if (ubShapeValue & AtHeight[bLoopZ])
{
bGreatestHeight = bLoopZ;
if (bGreatestHeight == PROFILE_Z_SIZE - 1)
{
// store height
pStructure->ubStructureHeight = bGreatestHeight + 1;
return( bGreatestHeight + 1);
}
break;
}
}
}
}
// store height
pStructure->ubStructureHeight = bGreatestHeight + 1;
return( bGreatestHeight + 1);
}
INT8 GetTallestStructureHeight( INT32 sGridNo, BOOLEAN fOnRoof )
{
STRUCTURE * pCurrent;
INT8 iHeight;
INT8 iTallest = 0;
INT16 sDesiredHeight;
if (fOnRoof)
{
sDesiredHeight = STRUCTURE_ON_ROOF;
}
else
{
sDesiredHeight = STRUCTURE_ON_GROUND;
}
pCurrent = gpWorldLevelData[sGridNo].pStructureHead;
while (pCurrent != NULL)
{
if (pCurrent->sCubeOffset == sDesiredHeight)
{
iHeight = StructureHeight( pCurrent );
if (iHeight > iTallest)
{
iTallest = iHeight;
}
}
pCurrent = pCurrent->pNext;
}
return( iTallest );
}
INT8 GetStructureTargetHeight( INT32 sGridNo, BOOLEAN fOnRoof )
{
STRUCTURE * pCurrent;
INT8 iHeight;
INT8 iTallest = 0;
INT16 sDesiredHeight;
if (fOnRoof)
{
sDesiredHeight = STRUCTURE_ON_ROOF;
}
else
{
sDesiredHeight = STRUCTURE_ON_GROUND;
}
// prioritize openable structures and doors
pCurrent = FindStructure( sGridNo, (STRUCTURE_DOOR | STRUCTURE_OPENABLE ) );
if ( pCurrent )
{
// use this structure
if ( pCurrent->fFlags & STRUCTURE_DOOR )
{
iTallest = 3; // don't aim at the very top of the door
}
else
{
iTallest = StructureHeight( pCurrent );
}
}
else
{
pCurrent = gpWorldLevelData[sGridNo].pStructureHead;
while (pCurrent != NULL)
{
if (pCurrent->sCubeOffset == sDesiredHeight)
{
iHeight = StructureHeight( pCurrent );
if (iHeight > iTallest)
{
iTallest = iHeight;
}
}
pCurrent = pCurrent->pNext;
}
}
return( iTallest );
}
INT8 StructureBottomLevel( STRUCTURE * pStructure )
{
// return the bottom level of an object, from 1-4
UINT8 ubLoopX, ubLoopY;
PROFILE * pShape;
UINT8 ubShapeValue;
INT8 bLoopZ;
INT8 bLowestHeight = PROFILE_Z_SIZE;
if (pStructure == NULL || pStructure->pShape == NULL)
{
return( 0 );
}
pShape = pStructure->pShape;
// loop horizontally on the X and Y planes
for (ubLoopX = 0; ubLoopX < PROFILE_X_SIZE; ubLoopX++)
{
for (ubLoopY = 0; ubLoopY < PROFILE_Y_SIZE; ubLoopY++)
{
ubShapeValue = (*pShape)[ubLoopX][ubLoopY];
// loop DOWN vertically so that we find the tallest point first
// and don't need to check any below it
for (bLoopZ = 0; bLoopZ < bLowestHeight; bLoopZ++)
{
if (ubShapeValue & AtHeight[bLoopZ])
{
bLowestHeight = bLoopZ;
if (bLowestHeight == 0)
{
return( 1 );
}
break;
}
}
}
}
return( bLowestHeight + 1);
}
BOOLEAN StructureDensity( STRUCTURE * pStructure, UINT8 * pubLevel0, UINT8 * pubLevel1, UINT8 * pubLevel2, UINT8 * pubLevel3 )
{
UINT8 ubLoopX, ubLoopY;
UINT8 ubShapeValue;
PROFILE * pShape;
CHECKF( pStructure );
CHECKF( pubLevel0 );
CHECKF( pubLevel1 );
CHECKF( pubLevel2 );
CHECKF( pubLevel3 );
*pubLevel0 = 0;
*pubLevel1 = 0;
*pubLevel2 = 0;
*pubLevel3 = 0;
pShape = pStructure->pShape;
for (ubLoopX = 0; ubLoopX < PROFILE_X_SIZE; ubLoopX++)
{
for (ubLoopY = 0; ubLoopY < PROFILE_Y_SIZE; ubLoopY++)
{
ubShapeValue = (*pShape)[ubLoopX][ubLoopY];
if (ubShapeValue & AtHeight[0])
{
(*pubLevel0)++;
}
if (ubShapeValue & AtHeight[1])
{
(*pubLevel1)++;
}
if (ubShapeValue & AtHeight[2])
{
(*pubLevel2)++;
}
if (ubShapeValue & AtHeight[3])
{
(*pubLevel3)++;
}
}
}
// convert values to percentages!
*pubLevel0 *= 4;
*pubLevel1 *= 4;
*pubLevel2 *= 4;
*pubLevel3 *= 4;
return( TRUE );
}
BOOLEAN DamageStructure( STRUCTURE * pStructure, UINT8 ubDamage, UINT8 ubReason, INT32 sGridNo, INT16 sX, INT16 sY, UINT8 ubOwner )
{
// do damage to a structure; returns TRUE if the structure should be removed
STRUCTURE *pBase;
UINT8 ubArmour;
//LEVELNODE *pNode;
CHECKF( pStructure );
if (pStructure->fFlags & STRUCTURE_PERSON || pStructure->fFlags & STRUCTURE_CORPSE)
{
// don't hurt this structure, it's used for hit detection only!
return( FALSE );
}
if ( (pStructure->pDBStructureRef->pDBStructure->ubArmour == MATERIAL_INDESTRUCTABLE_METAL) || (pStructure->pDBStructureRef->pDBStructure->ubArmour == MATERIAL_INDESTRUCTABLE_STONE) )
{
return( FALSE );
}
// Account for armour!
if (ubReason == STRUCTURE_DAMAGE_EXPLOSION)
{
if ( pStructure->fFlags & STRUCTURE_EXPLOSIVE )
{
ubArmour = gubMaterialArmour[ pStructure->pDBStructureRef->pDBStructure->ubArmour ] / 3;
}
else
{
ubArmour = gubMaterialArmour[ pStructure->pDBStructureRef->pDBStructure->ubArmour ] / 2;
}
if (ubArmour > ubDamage)
{
// didn't even scratch the paint
return( FALSE );
}
else
{
// did some damage to the structure
ubDamage -= ubArmour;
}
}
else
{
ubDamage = 0;
}
// OK, Let's check our reason
if ( ubReason == STRUCTURE_DAMAGE_GUNFIRE )
{
// If here, we have penetrated, check flags
// Are we an explodable structure?
if ( (pStructure->fFlags & STRUCTURE_EXPLOSIVE) && Random( 2 ) )
{
// Remove struct!
pBase = FindBaseStructure( pStructure );
// ATE: Set hit points to zero....
pBase->ubHitPoints = 0;
// Get LEVELNODE for struct and remove!
// pNode = FindLevelNodeBasedOnStructure( pBase->sGridNo, pBase );
//Set a flag indicating that the following changes are to go the the maps temp file
// ApplyMapChangesToMapTempFile( TRUE );
// Remove!
// RemoveStructFromLevelNode( pBase->sGridNo, pNode );
// ApplyMapChangesToMapTempFile( FALSE );
// Generate an explosion here!
IgniteExplosion( ubOwner, sX, sY, 0, sGridNo, STRUCTURE_IGNITE, 0 );
// ATE: Return false here, as we are dealing with deleting the graphic here...
return( FALSE );
}
// Make hit sound....
if ( pStructure->fFlags & STRUCTURE_CAVEWALL )
{
PlayJA2Sample( S_VEG_IMPACT1, RATE_11025, SoundVolume( HIGHVOLUME, sGridNo ), 1, SoundDir( sGridNo ) );
}
else
{
if ( guiMaterialHitSound[ pStructure->pDBStructureRef->pDBStructure->ubArmour ] != -1 )
{
PlayJA2Sample( guiMaterialHitSound[ pStructure->pDBStructureRef->pDBStructure->ubArmour ], RATE_11025, SoundVolume( HIGHVOLUME, sGridNo ), 1, SoundDir( sGridNo ) );
}
}
// Don't update damage HPs....
return( TRUE );
}
// OK, LOOK FOR A SAM SITE, UPDATE....
UpdateAndDamageSAMIfFound( gWorldSectorX, gWorldSectorY, gbWorldSectorZ, sGridNo, ubDamage );
// find the base so we can reduce the hit points!
pBase = FindBaseStructure( pStructure );
CHECKF( pBase );
if (pBase->ubHitPoints <= ubDamage)
{
// boom! structure destroyed!
return( TRUE );
}
else
{
pBase->ubHitPoints -= ubDamage;
//Since the structure is being damaged, set the map element that a structure is damaged
gpWorldLevelData[ sGridNo ].uiFlags |= MAPELEMENT_STRUCTURE_DAMAGED;
// We are a little damaged....
return( 2 );
}
}
#define LINE_HEIGHT 20
void DebugStructurePage1( void )
{
STRUCTURE * pStructure;
STRUCTURE * pBase;
//LEVELNODE * pLand;
INT32 sGridNo, sDesiredLevel;
INT8 bHeight, bDens0, bDens1, bDens2, bDens3;
INT8 bStructures;
static CHAR16 WallOrientationString[5][15] =
{
L"None",
L"Inside left",
L"Inside right",
L"Outside left",
L"Outside right"
};
SetFont( LARGEFONT1 );
gprintf( 0, 0, L"DEBUG STRUCTURES PAGE 1 OF 1" );
if (GetMouseMapPos( &sGridNo ) == FALSE)
{
return;
//gprintf( 0, LINE_HEIGHT * 1, L"No structure selected" );
}
if (gsInterfaceLevel == I_GROUND_LEVEL)
{
sDesiredLevel = STRUCTURE_ON_GROUND;
}
else
{
sDesiredLevel = STRUCTURE_ON_ROOF;
}
gprintf( 320, 0, L"Building %d", gubBuildingInfo[ sGridNo ] );
/*
pLand = gpWorldLevelData[sGridNo].pLandHead;
gprintf( 320, 0, L"Fake light %d", pLand->ubFakeShadeLevel );
gprintf( 320, LINE_HEIGHT, L"Real light: ground %d roof %d", LightTrueLevel( sGridNo, 0 ), LightTrueLevel( sGridNo, 1 ) );
*/
pStructure = gpWorldLevelData[sGridNo].pStructureHead;
while (pStructure != NULL)
{
if (pStructure->sCubeOffset == sDesiredLevel)
{
break;
}
pStructure = pStructure->pNext;
}
if (pStructure != NULL)
{
if (pStructure->fFlags & STRUCTURE_GENERIC)
{
gprintf( 0, LINE_HEIGHT * 1, L"Generic structure %x #%d", pStructure->fFlags, pStructure->pDBStructureRef->pDBStructure->usStructureNumber );
}
else if (pStructure->fFlags & STRUCTURE_TREE)
{
gprintf( 0, LINE_HEIGHT * 1, L"Tree");
}
else if (pStructure->fFlags & STRUCTURE_WALL)
{
gprintf( 0, LINE_HEIGHT * 1, L"Wall with orientation %s", WallOrientationString[pStructure->ubWallOrientation] );
}
else if (pStructure->fFlags & STRUCTURE_WALLNWINDOW)
{
gprintf( 0, LINE_HEIGHT * 1, L"Wall with window" );
}
else if (pStructure->fFlags & STRUCTURE_VEHICLE)
{
gprintf( 0, LINE_HEIGHT * 1, L"Vehicle %d", pStructure->pDBStructureRef->pDBStructure->usStructureNumber );
}
else if (pStructure->fFlags & STRUCTURE_NORMAL_ROOF)
{
gprintf( 0, LINE_HEIGHT * 1, L"Roof" );
}
else if (pStructure->fFlags & STRUCTURE_SLANTED_ROOF)
{
gprintf( 0, LINE_HEIGHT * 1, L"Slanted roof" );
}
else if (pStructure->fFlags & STRUCTURE_DOOR)
{
gprintf( 0, LINE_HEIGHT * 1, L"Door with orientation %s", WallOrientationString[pStructure->ubWallOrientation] );
}
else if (pStructure->fFlags & STRUCTURE_SLIDINGDOOR)
{
gprintf( 0, LINE_HEIGHT * 1, L"%s sliding door with orientation %s",
(pStructure->fFlags & STRUCTURE_OPEN) ? L"Open" : L"Closed",
WallOrientationString[pStructure->ubWallOrientation] );
}
else if (pStructure->fFlags & STRUCTURE_DDOOR_LEFT)
{
gprintf( 0, LINE_HEIGHT * 1, L"DDoorLft with orientation %s", WallOrientationString[pStructure->ubWallOrientation] );
}
else if (pStructure->fFlags & STRUCTURE_DDOOR_RIGHT)
{
gprintf( 0, LINE_HEIGHT * 1, L"DDoorRt with orientation %s", WallOrientationString[pStructure->ubWallOrientation] );
}
else if (pStructure->fFlags & STRUCTURE_PERSON)
{
if (pStructure->pDBStructureRef != NULL && pStructure->pDBStructureRef->pDBStructure != NULL)
gprintf( 0, LINE_HEIGHT * 1, L"PersonStructure with StructureNumber %d", pStructure->pDBStructureRef->pDBStructure->usStructureNumber );
}
else
{
gprintf( 0, LINE_HEIGHT * 1, L"UNKNOWN STRUCTURE! (%x)", pStructure->fFlags );
}
bHeight = StructureHeight( pStructure );
pBase = FindBaseStructure( pStructure );
gprintf( 0, LINE_HEIGHT * 2, L"Structure height %d, cube offset %d, armour %d, HP %d", bHeight, pStructure->sCubeOffset, gubMaterialArmour[pStructure->pDBStructureRef->pDBStructure->ubArmour], pBase->ubHitPoints );
if (StructureDensity( pStructure, (UINT8 *)&bDens0, (UINT8 *)&bDens1, (UINT8 *)&bDens2, (UINT8 *)&bDens3 ) == TRUE)
{
gprintf( 0, LINE_HEIGHT * 3, L"Structure fill %d%%/%d%%/%d%%/%d%% density %d", bDens0, bDens1, bDens2, bDens3,
pStructure->pDBStructureRef->pDBStructure->ubDensity );
}
#ifndef LOS_DEBUG
gprintf( 0, LINE_HEIGHT * 4, L"Structure ID %d", pStructure->usStructureID );
#endif
pStructure = gpWorldLevelData[sGridNo].pStructureHead;
for ( bStructures = 0; pStructure != NULL; pStructure = pStructure->pNext)
{
bStructures++;
}
gprintf( 0, LINE_HEIGHT * 12, L"Number of structures = %d", bStructures );
}
#ifdef LOS_DEBUG
if (gLOSTestResults.fLOSTestPerformed)
{
gprintf( 0, LINE_HEIGHT * 4, L"LOS from (%7d,%7d,%7d)", gLOSTestResults.iStartX, gLOSTestResults.iStartY, gLOSTestResults.iStartZ);
gprintf( 0, LINE_HEIGHT * 5, L"to (%7d,%7d,%7d)", gLOSTestResults.iEndX, gLOSTestResults.iEndY, gLOSTestResults.iEndZ);
if (gLOSTestResults.fOutOfRange)
{
gprintf( 0, LINE_HEIGHT * 6, L"is out of range" );
}
else if (gLOSTestResults.fLOSClear)
{
gprintf( 0, LINE_HEIGHT * 6, L"is clear!" );
}
else
{
gprintf( 0, LINE_HEIGHT * 6, L"is blocked at (%7d,%7d,%7d)!", gLOSTestResults.iStoppedX, gLOSTestResults.iStoppedY, gLOSTestResults.iStoppedZ );
gprintf( 0, LINE_HEIGHT * 10, L"Blocked at cube level %d", gLOSTestResults.iCurrCubesZ );
}
gprintf( 0, LINE_HEIGHT * 7, L"Passed through %d tree bits!", gLOSTestResults.ubTreeSpotsHit );
gprintf( 0, LINE_HEIGHT * 8, L"Maximum range was %7d", gLOSTestResults.iMaxDistance );
gprintf( 0, LINE_HEIGHT * 9, L"actual range was %7d", gLOSTestResults.iDistance );
if (gLOSTestResults.ubChanceToGetThrough <= 100)
{
gprintf( 0, LINE_HEIGHT * 11, L"Chance to get through was %d", gLOSTestResults.ubChanceToGetThrough );
}
}
#endif
gprintf( 0, LINE_HEIGHT * 13, L"N %d NE %d E %d SE %d",
gubWorldMovementCosts[ sGridNo ][ NORTH ][ gsInterfaceLevel ],
gubWorldMovementCosts[ sGridNo ][ NORTHEAST ][ gsInterfaceLevel ],
gubWorldMovementCosts[ sGridNo ][ EAST ][ gsInterfaceLevel ],
gubWorldMovementCosts[ sGridNo ][ SOUTHEAST ][ gsInterfaceLevel ] );
gprintf( 0, LINE_HEIGHT * 14, L"S %d SW %d W %d NW %d",
gubWorldMovementCosts[ sGridNo ][ SOUTH ][ gsInterfaceLevel ],
gubWorldMovementCosts[ sGridNo ][ SOUTHWEST ][ gsInterfaceLevel ],
gubWorldMovementCosts[ sGridNo ][ WEST ][ gsInterfaceLevel ],
gubWorldMovementCosts[ sGridNo ][ NORTHWEST ][ gsInterfaceLevel ] );
gprintf( 0, LINE_HEIGHT * 15, L"Ground smell %d strength %d",
SMELL_TYPE( gpWorldLevelData[ sGridNo ].ubSmellInfo ),
SMELL_STRENGTH( gpWorldLevelData[ sGridNo ].ubSmellInfo ) );
#ifdef COUNT_PATHS
if (guiTotalPathChecks > 0)
{
gprintf( 0, LINE_HEIGHT * 16,
L"Total %ld, %%succ %3ld | %%failed %3ld | %%unsucc %3ld",
guiTotalPathChecks,
100 * guiSuccessfulPathChecks / guiTotalPathChecks,
100 * guiFailedPathChecks / guiTotalPathChecks,
100 * guiUnsuccessfulPathChecks / guiTotalPathChecks );
}
#else
gprintf( 0, LINE_HEIGHT * 16,
L"Adj soldiers %d", gpWorldLevelData[sGridNo].ubAdjacentSoldierCnt );
#endif
}
BOOLEAN AddZStripInfoToVObject( HVOBJECT hVObject, STRUCTURE_FILE_REF * pStructureFileRef, BOOLEAN fFromAnimation, INT16 sSTIStartIndex )
{
UINT32 uiLoop;
UINT8 ubLoop2;
UINT8 ubNumIncreasing = 0;
UINT8 ubNumStable = 0;
UINT8 ubNumDecreasing = 0;
BOOLEAN fFound = FALSE;
ZStripInfo * pCurr;
INT16 sLeftHalfWidth;
INT16 sRightHalfWidth;
INT16 sOffsetX;
INT16 sOffsetY;
UINT16 usWidth;
UINT16 usHeight;
DB_STRUCTURE_REF * pDBStructureRef;
DB_STRUCTURE * pDBStructure = NULL;
INT16 sSTIStep = 0;
INT16 sStructIndex = 0;
INT16 sNext;
UINT32 uiDestVoIndex;
BOOLEAN fCopyIntoVo;
BOOLEAN fFirstTime;
if (pStructureFileRef->usNumberOfStructuresStored == 0)
{
return( TRUE );
}
for (uiLoop = 0; uiLoop < pStructureFileRef->usNumberOfStructures; uiLoop++)
{
pDBStructureRef = &(pStructureFileRef->pDBStructureRef[uiLoop]);
pDBStructure = pDBStructureRef->pDBStructure;
//if (pDBStructure != NULL && pDBStructure->ubNumberOfTiles > 1 && !(pDBStructure->fFlags & STRUCTURE_WALLSTUFF) )
if (pDBStructure != NULL && pDBStructure->ubNumberOfTiles > 1 )
{
for (ubLoop2 = 1; ubLoop2 < pDBStructure->ubNumberOfTiles; ubLoop2++)
{
if (pDBStructureRef->ppTile[ubLoop2]->sPosRelToBase != 0)
{
// spans multiple tiles! (could be two levels high in one tile)
fFound = TRUE;
break;
}
}
}
}
// ATE: Make all corpses use z-strip info..
if ( pDBStructure != NULL && pDBStructure->fFlags & STRUCTURE_CORPSE )
{
fFound = TRUE;
}
if (!fFound)
{
// no multi-tile images in this vobject; that's okay... return!
return( TRUE );
}
hVObject->ppZStripInfo = (ZStripInfo **) MemAlloc( sizeof( ZStripInfo * ) * hVObject->usNumberOfObjects );
if (hVObject->ppZStripInfo == NULL)
{
return( FALSE );
}
memset( hVObject->ppZStripInfo, 0, sizeof( ZStripInfo * ) * hVObject->usNumberOfObjects );
if ( fFromAnimation )
{
// Determine step index for STI
if ( sSTIStartIndex == -1 )
{
// one-direction only for this anim structure
sSTIStep = hVObject->usNumberOfObjects;
sSTIStartIndex = 0;
}
else
{
sSTIStep = ( hVObject->usNumberOfObjects / pStructureFileRef->usNumberOfStructures );
}
}
else
{
sSTIStep = 1;
}
sStructIndex = 0;
sNext = sSTIStartIndex + sSTIStep;
fFirstTime = TRUE;
for (uiLoop = (UINT8)sSTIStartIndex; uiLoop < hVObject->usNumberOfObjects; uiLoop++ )
{
// Defualt to true
fCopyIntoVo = TRUE;
// Increment struct index....
if ( uiLoop == (UINT32)sNext )
{
sNext = (UINT16)( uiLoop + sSTIStep );
sStructIndex++;
}
else
{
if ( fFirstTime )
{
fFirstTime = FALSE;
}
else
{
fCopyIntoVo = FALSE;
}
}
if ( fFromAnimation )
{
uiDestVoIndex = sStructIndex;
}
else
{
uiDestVoIndex = uiLoop;
}
if ( fCopyIntoVo && sStructIndex < pStructureFileRef->usNumberOfStructures )
{
pDBStructure = pStructureFileRef->pDBStructureRef[ sStructIndex ].pDBStructure;
if (pDBStructure != NULL && ( pDBStructure->ubNumberOfTiles > 1 || ( pDBStructure->fFlags & STRUCTURE_CORPSE ) ) )
//if (pDBStructure != NULL && pDBStructure->ubNumberOfTiles > 1 )
{
// ATE: We allow SLIDING DOORS of 2 tile sizes...
if ( !(pDBStructure->fFlags & STRUCTURE_ANYDOOR) || ( (pDBStructure->fFlags & ( STRUCTURE_ANYDOOR ) ) && ( pDBStructure->fFlags & STRUCTURE_SLIDINGDOOR ) ) )
{
hVObject->ppZStripInfo[ uiDestVoIndex ] = (ZStripInfo *) MemAlloc( sizeof( ZStripInfo ) );
if (hVObject->ppZStripInfo[ uiDestVoIndex ] == NULL)
{
// augh!! out of memory! free everything allocated and abort
for (ubLoop2 = 0; ubLoop2 < uiLoop; ubLoop2++)
{
if (hVObject->ppZStripInfo[ubLoop2] != NULL)
{
MemFree(hVObject->ppZStripInfo[uiLoop]);
}
}
MemFree( hVObject->ppZStripInfo );
hVObject->ppZStripInfo = NULL;
return( FALSE );
}
else
{
pCurr = hVObject->ppZStripInfo[ uiDestVoIndex ];
ubNumIncreasing = 0;
ubNumStable = 0;
ubNumDecreasing = 0;
// time to do our calculations!
sOffsetX = hVObject->pETRLEObject[uiLoop].sOffsetX;
sOffsetY = hVObject->pETRLEObject[uiLoop].sOffsetY;
usWidth = hVObject->pETRLEObject[uiLoop].usWidth;
usHeight = hVObject->pETRLEObject[uiLoop].usHeight;
if (pDBStructure->fFlags & (STRUCTURE_MOBILE | STRUCTURE_CORPSE) )
{
// adjust for the difference between the animation and structure base tile
//if (pDBStructure->fFlags & (STRUCTURE_MOBILE ) )
{
sOffsetX = sOffsetX + (WORLD_TILE_X / 2);
sOffsetY = sOffsetY + (WORLD_TILE_Y / 2);
}
// adjust for the tile offset
sOffsetX = sOffsetX - pDBStructure->bZTileOffsetX * (WORLD_TILE_X / 2) + pDBStructure->bZTileOffsetY * (WORLD_TILE_X / 2);
sOffsetY = sOffsetY - pDBStructure->bZTileOffsetY * (WORLD_TILE_Y / 2);
}
// figure out how much of the image is on each side of
// the bottom corner of the base tile
if (sOffsetX <= 0)
{
// note that the adjustments here by (WORLD_TILE_X / 2) are to account for the X difference
// between the blit position and the bottom corner of the base tile
sRightHalfWidth = usWidth + sOffsetX - (WORLD_TILE_X / 2);
if (sRightHalfWidth >= 0)
{
// Case 1: negative image offset, image straddles bottom corner
// negative of a negative is positive
sLeftHalfWidth = -sOffsetX + (WORLD_TILE_X / 2);
}
else
{
// Case 2: negative image offset, image all on left side
// bump up the LeftHalfWidth to the right edge of the last tile-half,
// so we can calculate the size of the leftmost portion accurately
// NB subtracting a negative to add the absolute value
sLeftHalfWidth = usWidth - (sRightHalfWidth % (WORLD_TILE_X / 2));
sRightHalfWidth = 0;
}
}
else if (sOffsetX < (WORLD_TILE_X / 2))
{
sLeftHalfWidth = (WORLD_TILE_X / 2) - sOffsetX;
sRightHalfWidth = usWidth - sLeftHalfWidth;
if (sRightHalfWidth <= 0)
{
// Case 3: positive offset < 20, image all on left side
// should never happen because these images are multi-tile!
sRightHalfWidth = 0;
// fake the left width to one half-tile
sLeftHalfWidth = (WORLD_TILE_X / 2);
}
else
{
// Case 4: positive offset < 20, image straddles bottom corner
// all okay?
}
}
else
{
// Case 5: positive offset, image all on right side
// should never happen either
sLeftHalfWidth = 0;
sRightHalfWidth = usWidth;
}
if (sLeftHalfWidth > 0)
{
ubNumIncreasing = sLeftHalfWidth / (WORLD_TILE_X / 2);
}
if (sRightHalfWidth > 0)
{
ubNumStable = 1;
if (sRightHalfWidth > (WORLD_TILE_X / 2))
{
ubNumDecreasing = sRightHalfWidth / (WORLD_TILE_X / 2);
}
}
if (sLeftHalfWidth > 0)
{
pCurr->ubFirstZStripWidth = sLeftHalfWidth % (WORLD_TILE_X / 2);
if (pCurr->ubFirstZStripWidth == 0)
{
ubNumIncreasing--;
pCurr->ubFirstZStripWidth = (WORLD_TILE_X / 2);
}
}
else // right side only; offset is at least 20 (= WORLD_TILE_X / 2)
{
if (sOffsetX > WORLD_TILE_X)
{
pCurr->ubFirstZStripWidth = (WORLD_TILE_X / 2) - (sOffsetX - WORLD_TILE_X) % (WORLD_TILE_X / 2);
}
else
{
pCurr->ubFirstZStripWidth = WORLD_TILE_X - sOffsetX;
}
if (pCurr->ubFirstZStripWidth == 0)
{
ubNumDecreasing--;
pCurr->ubFirstZStripWidth = (WORLD_TILE_X / 2);
}
}
// now create the array!
pCurr->ubNumberOfZChanges = ubNumIncreasing + ubNumStable + ubNumDecreasing;
pCurr->pbZChange = (INT8 *) MemAlloc( pCurr->ubNumberOfZChanges );
if ( pCurr->pbZChange == NULL)
{
// augh!
for (ubLoop2 = 0; ubLoop2 < uiLoop; ubLoop2++)
{
if (hVObject->ppZStripInfo[ubLoop2] != NULL)
{
MemFree(hVObject->ppZStripInfo[uiLoop]);
}
}
MemFree( hVObject->ppZStripInfo );
hVObject->ppZStripInfo = NULL;
return( FALSE );
}
for (ubLoop2 = 0; ubLoop2 < ubNumIncreasing; ubLoop2++)
{
pCurr->pbZChange[ubLoop2] = 1;
}
for (; ubLoop2 < ubNumIncreasing + ubNumStable; ubLoop2++)
{
pCurr->pbZChange[ubLoop2] = 0;
}
for (; ubLoop2 < pCurr->ubNumberOfZChanges; ubLoop2++)
{
pCurr->pbZChange[ubLoop2] = -1;
}
if (ubNumIncreasing > 0)
{
pCurr->bInitialZChange = -(ubNumIncreasing);
}
else if (ubNumStable > 0)
{
pCurr->bInitialZChange = 0;
}
else
{
pCurr->bInitialZChange = -(ubNumDecreasing);
}
}
}
}
}
}
return( TRUE );
}
BOOLEAN InitStructureDB( void )
{
gusNextAvailableStructureID = FIRST_AVAILABLE_STRUCTURE_ID;
return( TRUE );
}
BOOLEAN FiniStructureDB( void )
{
gusNextAvailableStructureID = FIRST_AVAILABLE_STRUCTURE_ID;
return( TRUE );
}
INT8 GetBlockingStructureInfo( INT32 sGridNo, INT8 bDir, INT8 bNextDir, INT8 bLevel, INT8 *pStructHeight, STRUCTURE ** ppTallestStructure, BOOLEAN fWallsBlock )
{
STRUCTURE * pCurrent, *pStructure = 0;
INT16 sDesiredLevel;
BOOLEAN fOKStructOnLevel = FALSE;
BOOLEAN fMinimumBlockingFound = FALSE;
if ( bLevel == 0)
{
sDesiredLevel = STRUCTURE_ON_GROUND;
}
else
{
sDesiredLevel = STRUCTURE_ON_ROOF;
}
pCurrent = gpWorldLevelData[sGridNo].pStructureHead;
// If no struct, return
if ( pCurrent == NULL )
{
(*pStructHeight) = StructureHeight( pCurrent );
(*ppTallestStructure) = NULL;
return( NOTHING_BLOCKING );
}
while (pCurrent != NULL)
{
// Check level!
if (pCurrent->sCubeOffset == sDesiredLevel )
{
fOKStructOnLevel = TRUE;
pStructure = pCurrent;
// Turn off if we are on upper level!
if ( pCurrent->fFlags & STRUCTURE_ROOF && bLevel == 1 )
{
fOKStructOnLevel = FALSE;
}
// Don't stop FOV for people
if ( pCurrent->fFlags & ( STRUCTURE_CORPSE | STRUCTURE_PERSON ) )
{
fOKStructOnLevel = FALSE;
}
if ( pCurrent->fFlags & ( STRUCTURE_TREE | STRUCTURE_ANYFENCE ) )
{
fMinimumBlockingFound = TRUE;
}
// Default, if we are a wall, set full blocking
if ( ( pCurrent->fFlags & STRUCTURE_WALL ) && !fWallsBlock )
{
// Return full blocking!
// OK! This will be handled by movement costs......!
fOKStructOnLevel = FALSE;
}
// CHECK FOR WINDOW
if ( pCurrent->fFlags & STRUCTURE_WALLNWINDOW )
{
switch( pCurrent->ubWallOrientation )
{
case OUTSIDE_TOP_LEFT:
case INSIDE_TOP_LEFT:
(*pStructHeight) = StructureHeight( pCurrent );
(*ppTallestStructure) = pCurrent;
if ( pCurrent->fFlags & STRUCTURE_OPEN )
{
return( BLOCKING_TOPLEFT_OPEN_WINDOW );
}
else
{
return( BLOCKING_TOPLEFT_WINDOW );
}
break;
case OUTSIDE_TOP_RIGHT:
case INSIDE_TOP_RIGHT:
(*pStructHeight) = StructureHeight( pCurrent );
(*ppTallestStructure) = pCurrent;
if ( pCurrent->fFlags & STRUCTURE_OPEN )
{
return( BLOCKING_TOPRIGHT_OPEN_WINDOW );
}
else
{
return( BLOCKING_TOPRIGHT_WINDOW );
}
break;
}
}
// Check for door
if ( pCurrent->fFlags & STRUCTURE_ANYDOOR )
{
// If we are not opem, we are full blocking!
if ( !(pCurrent->fFlags & STRUCTURE_OPEN ) )
{
(*pStructHeight) = StructureHeight( pCurrent );
(*ppTallestStructure) = pCurrent;
return( FULL_BLOCKING );
break;
}
else
{
switch( pCurrent->ubWallOrientation )
{
case OUTSIDE_TOP_LEFT:
case INSIDE_TOP_LEFT:
(*pStructHeight) = StructureHeight( pCurrent );
(*ppTallestStructure) = pCurrent;
return( BLOCKING_TOPLEFT_DOOR );
break;
case OUTSIDE_TOP_RIGHT:
case INSIDE_TOP_RIGHT:
(*pStructHeight) = StructureHeight( pCurrent );
(*ppTallestStructure) = pCurrent;
return( BLOCKING_TOPRIGHT_DOOR );
break;
}
}
}
}
pCurrent = pCurrent->pNext;
}
// OK, here, we default to we've seen a struct, reveal just this one
if ( fOKStructOnLevel )
{
if ( fMinimumBlockingFound )
{
(*pStructHeight) = StructureHeight( pStructure );
(*ppTallestStructure) = pStructure;
return( BLOCKING_REDUCE_RANGE );
}
else
{
(*pStructHeight) = StructureHeight( pStructure );
(*ppTallestStructure) = pStructure;
return( BLOCKING_NEXT_TILE );
}
}
else
{
(*pStructHeight) = 0;
(*ppTallestStructure) = NULL;
return( NOTHING_BLOCKING );
}
}
UINT8 StructureFlagToType( UINT32 uiFlag )
{
UINT8 ubLoop;
UINT32 uiBit = STRUCTURE_GENERIC;
for ( ubLoop = 8; ubLoop < 32; ubLoop++ )
{
if ( (uiFlag & uiBit) != 0 )
{
return( ubLoop );
}
uiBit = uiBit << 1;
}
return( 0 );
}
UINT32 StructureTypeToFlag( UINT8 ubType )
{
UINT32 uiFlag = 0x1;
uiFlag = uiFlag << ubType;
return( uiFlag );
}
STRUCTURE * FindStructureBySavedInfo( INT32 sGridNo, UINT8 ubType, UINT8 ubWallOrientation, INT8 bLevel )
{
STRUCTURE * pCurrent;
UINT32 uiTypeFlag;
uiTypeFlag = StructureTypeToFlag( ubType );
pCurrent = gpWorldLevelData[sGridNo].pStructureHead;
while (pCurrent != NULL)
{
if (pCurrent->fFlags & uiTypeFlag && pCurrent->ubWallOrientation == ubWallOrientation &&
( (bLevel == 0 && pCurrent->sCubeOffset == 0) || (bLevel > 0 && pCurrent->sCubeOffset > 0) ) )
{
return( pCurrent );
}
pCurrent = pCurrent->pNext;
}
return( NULL );
}
UINT32 GetStructureOpenSound( STRUCTURE * pStructure, BOOLEAN fClose )
{
UINT32 uiSoundID;
switch( pStructure->pDBStructureRef->pDBStructure->ubArmour )
{
case MATERIAL_LIGHT_METAL:
case MATERIAL_THICKER_METAL:
uiSoundID = OPEN_LOCKER;
break;
case MATERIAL_WOOD_WALL:
case MATERIAL_PLYWOOD_WALL:
case MATERIAL_FURNITURE:
uiSoundID = OPEN_WOODEN_BOX;
break;
default:
uiSoundID = OPEN_DEFAULT_OPENABLE;
}
if ( fClose )
{
uiSoundID++;
}
return( uiSoundID );
}
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