/// @todo Repair major memory leaks when returning FALSE
sint32 UnitSpriteGroup::Parse(uint16 id, GROUPTYPE type)
{
MBCHAR scriptName[k_MAX_NAME_LENGTH];
MBCHAR *facedImageNames[k_NUM_FACINGS][k_MAX_NAMES];
MBCHAR *facedShadowNames[k_NUM_FACINGS][k_MAX_NAMES];
MBCHAR *imageNames[k_MAX_NAMES];
MBCHAR *shadowNames[k_MAX_NAMES];
size_t i;
size_t j;
char prefixStr[80];
for (j=0; j<k_NUM_FACINGS; j++)
{
for (i=0; i<k_MAX_NAMES; i++)
{
facedImageNames[j][i] = new MBCHAR[2 * k_MAX_NAME_LENGTH];
facedShadowNames[j][i] = new MBCHAR[2 * k_MAX_NAME_LENGTH];
}
}
for (i=0; i<k_MAX_NAMES; i++)
{
imageNames[i] = new MBCHAR[2 * k_MAX_NAME_LENGTH];
shadowNames[i] = new MBCHAR[2 * k_MAX_NAME_LENGTH];
}
sprintf(prefixStr, ".%s%d%s", FILE_SEP, id, FILE_SEP);
if (type == GROUPTYPE_UNIT)
{
sprintf(scriptName, "GU%.3d.txt", id);
if (!c3files_PathIsValid(scriptName))
sprintf(scriptName, "GU%.2d.txt", id);
}
else
sprintf(scriptName, "GC%.3d.txt", id);
printf("Processing '%s'\n", scriptName);
Token * theToken = new Token(scriptName, C3DIR_SPRITES);
Assert(theToken);
if (!theToken) return FALSE;
sint32 tmp;
if (!token_ParseKeywordNext(theToken, TOKEN_UNIT_SPRITE)) return FALSE;
if (!token_ParseAnOpenBraceNext(theToken)) return FALSE;
if (!token_ParseValNext(theToken, TOKEN_UNIT_SPRITE_MOVE, tmp)) return FALSE;
if (tmp)
{
Assert(type == GROUPTYPE_UNIT);
if (type != GROUPTYPE_UNIT)
{
printf("\n Illegal unit action (Move) for a city sprite.\n");
return FALSE;
}
FacedSprite *moveSprite = new FacedSprite;
moveSprite->ParseFromTokens(theToken);
printf(" [Move");
for (j=0; j<k_NUM_FACINGS; j++)
{
for (size_t k = 0; k < moveSprite->GetNumFrames(); ++k)
{
if (!GetImageFileName(facedShadowNames[j][k],"%sGU%#.3dMS%d.%d", prefixStr, id, j+1, k+moveSprite->GetFirstFrame()))
GetImageFileName(facedShadowNames[j][k] ,"%sGU%#.2dMS%d.%d", prefixStr, id, j+1, k+moveSprite->GetFirstFrame());
if (!GetImageFileName(facedImageNames[j][k], "%sGU%#.3dMA%d.%d", prefixStr, id, j+1, k+moveSprite->GetFirstFrame()))
GetImageFileName(facedImageNames[j][k] , "%sGU%#.2dMA%d.%d", prefixStr, id, j+1, k+moveSprite->GetFirstFrame());
}
}
moveSprite->Import(moveSprite->GetNumFrames(), facedImageNames, facedShadowNames);
delete m_sprites[UNITACTION_MOVE];
m_sprites[UNITACTION_MOVE] = moveSprite;
printf("]\n");
Anim *moveAnim = new Anim;
moveAnim->ParseFromTokens(theToken);
delete m_anims[UNITACTION_MOVE];
m_anims[UNITACTION_MOVE] = moveAnim;
}
if (!token_ParseValNext(theToken, TOKEN_UNIT_SPRITE_ATTACK, tmp)) return FALSE;
if (tmp)
{
Assert(type == GROUPTYPE_UNIT);
if (type != GROUPTYPE_UNIT)
{
printf("\n Illegal unit action (Attack) for a city sprite.\n");
return FALSE;
}
if (!token_ParseValNext(theToken, TOKEN_UNIT_SPRITE_ATTACK_IS_DIRECTIONAL, tmp)) return FALSE;
if (tmp)
m_hasDirectional = TRUE;
else
m_hasDirectional = FALSE;
FacedSprite *attackSprite = new FacedSprite;
attackSprite->ParseFromTokens(theToken);
printf(" [Attack");
for (j=0; j<k_NUM_FACINGS; j++)
{
for(i=0; i<attackSprite->GetNumFrames(); i++)
{
if (!GetImageFileName(facedShadowNames[j][i],"%sGU%#.3dAS%d.%d", prefixStr, id, j+1, i+attackSprite->GetFirstFrame()))
GetImageFileName (facedShadowNames[j][i],"%sGU%#.2dAS%d.%d", prefixStr, id, j+1, i+attackSprite->GetFirstFrame());
if (!GetImageFileName(facedImageNames [j][i],"%sGU%#.3dAA%d.%d", prefixStr, id, j+1, i+attackSprite->GetFirstFrame()))
GetImageFileName (facedImageNames [j][i],"%sGU%#.2dAA%d.%d", prefixStr, id, j+1, i+attackSprite->GetFirstFrame());
}
}
attackSprite->Import(attackSprite->GetNumFrames(), facedImageNames, facedShadowNames);
delete m_sprites[UNITACTION_ATTACK];
m_sprites[UNITACTION_ATTACK] = attackSprite;
printf("]\n");
Anim *attackAnim = new Anim;
attackAnim->ParseFromTokens(theToken);
delete m_anims[UNITACTION_ATTACK];
m_anims[UNITACTION_ATTACK] = attackAnim;
}
if (!token_ParseValNext(theToken, TOKEN_UNIT_SPRITE_IDLE, tmp)) return FALSE;
if (tmp)
{
Sprite *idleSprite = new Sprite;
idleSprite->ParseFromTokens(theToken);
if (type == GROUPTYPE_UNIT)
{
printf(" [Idle");
for (size_t n = 0; n < idleSprite->GetNumFrames(); ++n)
{
if (!GetImageFileName(imageNames[n] ,"%sGU%#.3dIA%d.%d", prefixStr, id, 4, n + idleSprite->GetFirstFrame()))
GetImageFileName (imageNames[n] ,"%sGU%#.2dIA%d.%d", prefixStr, id, 4, n + idleSprite->GetFirstFrame());
if (!GetImageFileName(shadowNames[n],"%sGU%#.3dIS%d.%d", prefixStr, id, 4, n + idleSprite->GetFirstFrame()))
GetImageFileName (shadowNames[n],"%sGU%#.2dIS%d.%d", prefixStr, id, 4, n + idleSprite->GetFirstFrame());
}
}
else if (type == GROUPTYPE_CITY)
{
printf(" [City");
for (size_t n = 0; n < idleSprite->GetNumFrames(); ++n)
{
GetImageFileName(shadowNames[n], "%sGC%#.3dS.%d", prefixStr, id, n + idleSprite->GetFirstFrame());
GetImageFileName(imageNames[n] , "%sGC%#.3dA.%d", prefixStr, id, n + idleSprite->GetFirstFrame());
}
}
else
{
Assert(FALSE);
}
idleSprite->Import(idleSprite->GetNumFrames(), imageNames, shadowNames);
delete m_sprites[UNITACTION_IDLE];
m_sprites[UNITACTION_IDLE] = idleSprite;
printf("]\n");
Anim *idleAnim = new Anim;
idleAnim->ParseFromTokens(theToken);
delete m_anims[UNITACTION_IDLE];
m_anims[UNITACTION_IDLE] = idleAnim;
}
if (!token_ParseValNext(theToken, TOKEN_UNIT_SPRITE_VICTORY, tmp)) return FALSE;
if (tmp)
{
Assert(type == GROUPTYPE_UNIT);
if (type != GROUPTYPE_UNIT)
{
printf("\n Illegal unit action (Victory) for a city sprite.\n");
return FALSE;
}
Sprite *victorySprite = new Sprite;
if (!token_ParseValNext(theToken, TOKEN_UNIT_SPRITE_IS_DEATH, tmp)) return FALSE;
SetHasDeath(0 != tmp);
victorySprite->ParseFromTokens(theToken);
printf(" [Victory");
for(size_t n = 0; n < victorySprite->GetNumFrames(); ++n)
{
if (!GetImageFileName(shadowNames[n],"%sGU%#.3dVS%d.%d", prefixStr, id, 4, n + victorySprite->GetFirstFrame()))
GetImageFileName (shadowNames[n],"%sGU%#.2dVS%d.%d", prefixStr, id, 4, n + victorySprite->GetFirstFrame());
if (!GetImageFileName(imageNames[n], "%sGU%#.3dVA%d.%d", prefixStr, id, 4, n + victorySprite->GetFirstFrame()))
GetImageFileName (imageNames[n], "%sGU%#.2dVA%d.%d", prefixStr, id, 4, n + victorySprite->GetFirstFrame());
}
victorySprite->Import(victorySprite->GetNumFrames(), imageNames, shadowNames);
delete m_sprites[UNITACTION_VICTORY];
m_sprites[UNITACTION_VICTORY] = victorySprite;
printf("]\n");
Anim *victoryAnim = new Anim;
victoryAnim->ParseFromTokens(theToken);
delete m_anims[UNITACTION_VICTORY];
m_anims[UNITACTION_VICTORY] = victoryAnim;
}
if (!token_ParseValNext(theToken, TOKEN_UNIT_SPRITE_WORK, tmp)) return FALSE;
if (tmp)
{
Assert(type == GROUPTYPE_UNIT);
if (type != GROUPTYPE_UNIT)
{
printf("\n Illegal unit action (Work) for a city sprite.\n");
return FALSE;
}
FacedSprite *workSprite = new FacedSprite;
workSprite->ParseFromTokens(theToken);
printf(" [Work/A2");
for (j=0; j<k_NUM_FACINGS; j++)
{
for(size_t n = 0; n < workSprite->GetNumFrames(); ++n)
{
if (!GetImageFileName(facedShadowNames[j][n],"%sGU%#.3dWS%d.%d", prefixStr, id, j+1, n+workSprite->GetFirstFrame()))
GetImageFileName (facedShadowNames[j][n],"%sGU%#.2dWS%d.%d", prefixStr, id, j+1, n+workSprite->GetFirstFrame());
if (!GetImageFileName(facedImageNames[j][n] ,"%sGU%#.3dWA%d.%d", prefixStr, id, j+1, n+workSprite->GetFirstFrame()))
GetImageFileName (facedImageNames[j][n] ,"%sGU%#.2dWA%d.%d", prefixStr, id, j+1, n+workSprite->GetFirstFrame());
}
}
workSprite->Import(workSprite->GetNumFrames(), facedImageNames, facedShadowNames);
delete m_sprites[UNITACTION_WORK];
m_sprites[UNITACTION_WORK] = workSprite;
printf("]\n");
Anim *workAnim = new Anim;
workAnim->ParseFromTokens(theToken);
delete m_anims[UNITACTION_WORK];
m_anims[UNITACTION_WORK] = workAnim;
}
if (!token_ParseValNext(theToken, TOKEN_UNIT_SPRITE_FIREPOINTS, tmp)) return FALSE;
if (tmp)
{
for (sint32 j=0; j<tmp; j++) {
if (!token_ParseAnOpenBraceNext(theToken)) return FALSE;
for (i=0; i<k_NUM_FACINGS; i++) {
token_ParsePoint(theToken);
}
if (!token_ParseAnCloseBraceNext(theToken)) return FALSE;
}
}
if (!token_ParseValNext(theToken, TOKEN_UNIT_SPRITE_FIREPOINTS_WORK, tmp)) return FALSE;
if (tmp) {
m_numFirePointsWork = (uint16)tmp;
for (sint32 j=0; j<tmp; j++) {
if (!token_ParseAnOpenBraceNext(theToken)) return FALSE;
for (i=0; i<k_NUM_FACINGS; i++) {
token_ParsePoint(theToken);
}
if (!token_ParseAnCloseBraceNext(theToken)) return FALSE;
}
}
if (!token_ParseValNext(theToken, TOKEN_UNIT_SPRITE_MOVEOFFSETS, tmp)) return FALSE;
if (tmp) {
if (!token_ParseAnOpenBraceNext(theToken)) return FALSE;
for (i=0; i<k_NUM_FACINGS; i++) {
m_moveOffsets[i] = token_ParsePoint(theToken);
}
if (!token_ParseAnCloseBraceNext(theToken)) return FALSE;
}
if (!token_ParseValNext(theToken, TOKEN_UNIT_SPRITE_SHIELDPOINTS, tmp)) return FALSE;
if (tmp) {
if (!token_ParseAnOpenBraceNext(theToken)) return FALSE;
if (!token_ParseKeywordNext(theToken, TOKEN_UNIT_SPRITE_SHIELDPOINTS_MOVE)) return FALSE;
if (tmp) {
for (i=0; i<k_NUM_FACINGS; i++) {
m_shieldPoints[UNITACTION_MOVE][i] = token_ParsePoint(theToken);
}
}
if (!token_ParseKeywordNext(theToken, TOKEN_UNIT_SPRITE_SHIELDPOINTS_ATTACK)) return FALSE;
if (tmp) {
for (i=0; i<k_NUM_FACINGS; i++) {
m_shieldPoints[UNITACTION_ATTACK][i] = token_ParsePoint(theToken);
}
}
if (!token_ParseKeywordNext(theToken, TOKEN_UNIT_SPRITE_SHIELDPOINTS_IDLE)) return FALSE;
if (tmp) {
for (i=0; i<k_NUM_FACINGS; i++) {
m_shieldPoints[UNITACTION_IDLE][i] = token_ParsePoint(theToken);
}
}
if (!token_ParseKeywordNext(theToken, TOKEN_UNIT_SPRITE_SHIELDPOINTS_VICTORY)) return FALSE;
if (tmp) {
for (i=0; i<k_NUM_FACINGS; i++) {
m_shieldPoints[UNITACTION_VICTORY][i] = token_ParsePoint(theToken);
}
}
if (!token_ParseKeywordNext(theToken, TOKEN_UNIT_SPRITE_SHIELDPOINTS_WORK)) return FALSE;
if (tmp) {
for (i=0; i<k_NUM_FACINGS; i++) {
m_shieldPoints[UNITACTION_WORK][i] = token_ParsePoint(theToken);
}
}
if (!token_ParseAnCloseBraceNext(theToken)) return FALSE;
}
delete theToken;
for (j=0; j<k_NUM_FACINGS; j++)
{
for (i=0; i<k_MAX_NAMES; i++)
{
delete [] facedImageNames[j][i];
delete [] facedShadowNames[j][i];
}
}
for (i = 0; i < k_MAX_NAMES; i++)
{
delete [] imageNames[i];
delete [] shadowNames[i];
}
return TRUE;
}
sint32 OzoneDatabase::ParseUVDeadTilesRecord(Token *uvToken)
{
if (!token_ParseAnOpenBraceNext(uvToken))
return (FALSE) ;
if (uvToken->Next() != TOKEN_UV_DEAD_TILE_DESERT)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead desert tile production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadTileNumbers(uvToken, m_dead_food[DEAD_TILE_TYPE_DESERT], m_dead_shield[DEAD_TILE_TYPE_DESERT], m_dead_trade[DEAD_TILE_TYPE_DESERT]))
return (FALSE) ;
if (uvToken->Next() != TOKEN_UV_DEAD_TILE_FORESTS)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead forests tile production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadTileNumbers(uvToken, m_dead_food[DEAD_TILE_TYPE_FORESTS], m_dead_shield[DEAD_TILE_TYPE_FORESTS], m_dead_trade[DEAD_TILE_TYPE_FORESTS]))
return (FALSE) ;
if (uvToken->Next() != TOKEN_UV_DEAD_TILE_GRASSLANDS)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead grasslands tile production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadTileNumbers(uvToken, m_dead_food[DEAD_TILE_TYPE_GRASSLANDS], m_dead_shield[DEAD_TILE_TYPE_GRASSLANDS], m_dead_trade[DEAD_TILE_TYPE_GRASSLANDS]))
return (FALSE) ;
if (uvToken->Next() != TOKEN_UV_DEAD_TILE_HILLS)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead hills tile production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadTileNumbers(uvToken, m_dead_food[DEAD_TILE_TYPE_HILLS], m_dead_shield[DEAD_TILE_TYPE_HILLS], m_dead_trade[DEAD_TILE_TYPE_HILLS]))
return (FALSE) ;
if (uvToken->Next() != TOKEN_UV_DEAD_TILE_MOUNTAINS)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead mountains tile production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadTileNumbers(uvToken, m_dead_food[DEAD_TILE_TYPE_MOUNTAINS], m_dead_shield[DEAD_TILE_TYPE_MOUNTAINS], m_dead_trade[DEAD_TILE_TYPE_MOUNTAINS]))
return (FALSE) ;
if (uvToken->Next() != TOKEN_UV_DEAD_TILE_PLAINS)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead plains tile production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadTileNumbers(uvToken, m_dead_food[DEAD_TILE_TYPE_PLAINS], m_dead_shield[DEAD_TILE_TYPE_PLAINS], m_dead_trade[DEAD_TILE_TYPE_PLAINS]))
return (FALSE) ;
if (uvToken->Next() != TOKEN_UV_DEAD_TILE_SWAMPS)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead swamps tile production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadTileNumbers(uvToken, m_dead_food[DEAD_TILE_TYPE_SWAMPS], m_dead_shield[DEAD_TILE_TYPE_SWAMPS], m_dead_trade[DEAD_TILE_TYPE_SWAMPS]))
return (FALSE) ;
if (uvToken->Next() != TOKEN_UV_DEAD_TILE_TUNDRA)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead tundra tile production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadTileNumbers(uvToken, m_dead_food[DEAD_TILE_TYPE_TUNDRA], m_dead_shield[DEAD_TILE_TYPE_TUNDRA], m_dead_trade[DEAD_TILE_TYPE_TUNDRA]))
return (FALSE) ;
if (uvToken->Next() != TOKEN_UV_DEAD_TILE_CONTINENTAL_SHELF)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead continental shelf tile production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadTileNumbers(uvToken, m_dead_food[DEAD_TILE_TYPE_CONTINENTAL_SHELF], m_dead_shield[DEAD_TILE_TYPE_CONTINENTAL_SHELF], m_dead_trade[DEAD_TILE_TYPE_CONTINENTAL_SHELF]))
return (FALSE) ;
if (uvToken->Next() != TOKEN_CLOSE_BRACE)
return (FALSE) ;
return (TRUE) ;
}
sint32 OzoneDatabase::ParseUVDeadResourcesRecord(Token *uvToken)
{
sint32 i = 0 ;
if (!token_ParseAnOpenBraceNext(uvToken))
return (FALSE) ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_PALM_OIL)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead palm oil resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_OIL)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead oil resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_PHEASANT)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead pheasant resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_SILK)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead silk resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_SPICE)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead spice resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_TUSKS)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead tusks resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_BLUBBER)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead blubber resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_ALIEN_CORPSES)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead alien corpses resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_CLAY)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead clay resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_TOBACCO)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead tobacco resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_COTTON)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead cotton resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_COAL)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead coal resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_GRAPES)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead grapes oil resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_GRANITE)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead granite oil resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_BANANAS)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead bananas resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_JADE)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead jade resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_HARDWOOD)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead hardwood resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_IRON)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead iron resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_GOLD)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead gold resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_SILVER)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead silver resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_BUFFALO)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead buffalo resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_WHEAT)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead wheat resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_CORN)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead corn resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_PEAT)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead peat resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_MANGROVE)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead mangrove resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_MINK)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead mink resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_CARIBOU)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead caribou resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_FISH)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead fish resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_WHALES)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead whales resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_CRABS)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead crabs resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_DIAMONDS)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead diamonds resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_MAGNESIUM_NODULE)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead magnesium nodule resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_PHOSPHORUS)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead phosphorus resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_PLANKTON_UPWELLING)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead plankton upwelling resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_GIANT_CLAM)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead giant clam resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
i++ ;
if (uvToken->Next() != TOKEN_UV_DEAD_RESOURCE_GIANT_SQUID)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected dead giant squid `resource production not found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (!ParseDeadResourceNumbers(uvToken, m_dead_food[i], m_dead_shield[i], m_dead_trade[i], m_dead_gold[i]))
return (FALSE) ;
if (uvToken->Next() != TOKEN_CLOSE_BRACE)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "missing closing brace") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
return (TRUE) ;
}
sint32 OzoneDatabase::ParseUVTriggerRecord(Token *uvToken)
{
double tmp ;
if (!token_ParseAnOpenBraceNext(uvToken))
return (FALSE) ;
if (uvToken->Next() != TOKEN_UV_NORTH_POLAR_PROB)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected north polar region probability found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (uvToken->Next() != TOKEN_NUMBER)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected north polar region probability found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
uvToken->GetFloat(tmp) ;
m_meridian_prob[REGION_TYPE_NORTH_POLAR] = tmp * 0.01f ;
if (uvToken->Next() != TOKEN_NUMBER)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected north polar region phase bonus found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
uvToken->GetFloat(tmp) ;
m_meridian_phase_bonus[REGION_TYPE_NORTH_POLAR] = tmp * 0.01f ;
if (uvToken->Next() != TOKEN_UV_UPPER_NORTH_MERIDIAN_PROB)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected upper north meridian region probability found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (uvToken->Next() != TOKEN_NUMBER)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected upper north meridian region probability found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
uvToken->GetFloat(tmp) ;
m_meridian_prob[REGION_TYPE_UPPER_NORTH_MERIDIAN] = tmp * 0.01f ;
if (uvToken->Next() != TOKEN_NUMBER)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected upper north meridian region phase bonus found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
uvToken->GetFloat(tmp) ;
m_meridian_phase_bonus[REGION_TYPE_UPPER_NORTH_MERIDIAN] = tmp * 0.01f ;
if (uvToken->Next() != TOKEN_UV_LOWER_NORTH_MERIDIAN_PROB)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected lower north meridian region probability found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (uvToken->Next() != TOKEN_NUMBER)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected lower north meridian region probability found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
uvToken->GetFloat(tmp) ;
m_meridian_prob[REGION_TYPE_LOWER_NORTH_MERIDIAN] = tmp * 0.01f ;
if (uvToken->Next() != TOKEN_NUMBER)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected lower north meridian region phase bonus found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
uvToken->GetFloat(tmp) ;
m_meridian_phase_bonus[REGION_TYPE_LOWER_NORTH_MERIDIAN] = tmp * 0.01f ;
if (uvToken->Next() != TOKEN_UV_EQUATORIAL_PROB)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected equatorial region probability found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (uvToken->Next() != TOKEN_NUMBER)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected equatorial region probability found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
uvToken->GetFloat(tmp) ;
m_meridian_prob[REGION_TYPE_EQUATORIAL] = tmp * 0.01f ;
if (uvToken->Next() != TOKEN_NUMBER)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected equatorial region phase bonus found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
uvToken->GetFloat(tmp) ;
m_meridian_phase_bonus[REGION_TYPE_EQUATORIAL] = tmp * 0.01f ;
if (uvToken->Next() != TOKEN_UV_UPPER_SOUTH_MERIDIAN_PROB)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected upper south meridian region probability found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (uvToken->Next() != TOKEN_NUMBER)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected upper south meridian region probability found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
uvToken->GetFloat(tmp) ;
m_meridian_prob[REGION_TYPE_UPPER_SOUTH_MERIDIAN] = tmp * 0.01f ;
if (uvToken->Next() != TOKEN_NUMBER)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected upper south meridian region phase bonus found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
uvToken->GetFloat(tmp) ;
m_meridian_phase_bonus[REGION_TYPE_UPPER_SOUTH_MERIDIAN] = tmp * 0.01f ;
if (uvToken->Next() != TOKEN_UV_LOWER_SOUTH_MERIDIAN_PROB)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected lower south meridian region probability found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (uvToken->Next() != TOKEN_NUMBER)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected lower south meridian region probability found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
uvToken->GetFloat(tmp) ;
m_meridian_prob[REGION_TYPE_LOWER_SOUTH_MERIDIAN] = tmp * 0.01f ;
if (uvToken->Next() != TOKEN_NUMBER)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected lower south meridian region phase bonus found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
uvToken->GetFloat(tmp) ;
m_meridian_phase_bonus[REGION_TYPE_LOWER_SOUTH_MERIDIAN] = tmp * 0.01f ;
if (uvToken->Next() != TOKEN_UV_SOUTH_POLAR_PROB)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected south polar region probability found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
if (uvToken->Next() != TOKEN_NUMBER)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected south polar region probability found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
uvToken->GetFloat(tmp) ;
m_meridian_prob[REGION_TYPE_SOUTH_POLAR] = tmp * 0.01f ;
if (uvToken->Next() != TOKEN_NUMBER)
{
c3errors_ErrorDialog (uvToken->ErrStr(), "expected south polar region phase bonus found") ;
g_parse_uv_abort = TRUE ;
return (FALSE) ;
}
uvToken->GetFloat(tmp) ;
m_meridian_phase_bonus[REGION_TYPE_SOUTH_POLAR] = tmp * 0.01f ;
if (uvToken->Next() != TOKEN_CLOSE_BRACE)
return (FALSE) ;
return (TRUE) ;
}
