@ -259,7 +259,7 @@ struct TileType
inline bool matches ( const df : : tiletype source ,
const df : : tile_designation des ,
const t_matpair mat )
const t_matpair mat ) const
{
bool rv = true ;
rv & = ( shape = = - 1 | | shape = = tileShape ( source ) ) ;
@ -735,6 +735,111 @@ bool processTileType(color_ostream & out, TileType &paint, std::vector<std::stri
return found ;
}
static bool paintTile ( MapExtras : : MapCache & map , const df : : coord & pos ,
const TileType & target , const TileType & match = TileType ( ) ) {
MapExtras : : Block * blk = map . BlockAtTile ( pos ) ;
if ( ! blk )
return false ;
df : : tiletype source = map . tiletypeAt ( pos ) ;
df : : tile_designation des = map . designationAt ( pos ) ;
// Stone painting operates on the base layer
if ( target . stone_material > = 0 )
source = blk - > baseTiletypeAt ( pos ) ;
t_matpair basemat = blk - > baseMaterialAt ( pos ) ;
if ( ! match . matches ( source , des , basemat ) )
return true ;
df : : tiletype_shape shape = target . shape ;
if ( shape = = tiletype_shape : : NONE )
shape = tileShape ( source ) ;
df : : tiletype_material material = target . material ;
if ( material = = tiletype_material : : NONE )
material = tileMaterial ( source ) ;
df : : tiletype_special special = target . special ;
if ( special = = tiletype_special : : NONE )
special = tileSpecial ( source ) ;
df : : tiletype_variant variant = target . variant ;
/*
* FIXME : variant should be :
* 1. If user variant :
* 2. If user variant \ belongs target variants
* 3. use user variant
* 4. Else
* 5. use variant 0
* 6. If the source variant \ belongs target variants
* 7 use source variant
* 8 ElseIf num target shape / material variants > 1
* 9. pick one randomly
* 10. Else
* 11. use variant 0
*
* The following variant check has been disabled because it ' s severely limiting
* the usefullness of the tool .
*/
/*
if ( variant = = tiletype_variant : : NONE )
{
variant = tileVariant ( source ) ;
}
*/
// Remove direction from directionless tiles
DFHack : : TileDirection direction = tileDirection ( source ) ;
if ( ! ( material = = tiletype_material : : RIVER | | shape = = tiletype_shape : : BROOK_BED | | special = = tiletype_special : : TRACK | | ( shape = = tiletype_shape : : WALL & & ( material = = tiletype_material : : CONSTRUCTION | | special = = tiletype_special : : SMOOTH ) ) ) )
direction . whole = 0 ;
df : : tiletype type = DFHack : : findTileType ( shape , material , variant , special , direction ) ;
// hack for empty space
if ( shape = = tiletype_shape : : EMPTY & & material = = tiletype_material : : AIR & & variant = = tiletype_variant : : VAR_1 & & special = = tiletype_special : : NORMAL & & direction . whole = = 0 )
type = tiletype : : OpenSpace ;
// make sure it's not invalid
if ( type ! = tiletype : : Void ) {
if ( target . stone_material > = 0 ) {
if ( ! blk - > setStoneAt ( pos , type , target . stone_material , target . vein_type , true , true ) )
return false ;
}
else
map . setTiletypeAt ( pos , type ) ;
}
if ( target . hidden > - 1 )
des . bits . hidden = target . hidden ;
if ( target . light > - 1 )
des . bits . light = target . light ;
if ( target . subterranean > - 1 )
des . bits . subterranean = target . subterranean ;
if ( target . skyview > - 1 )
des . bits . outside = target . skyview ;
if ( target . aquifer > - 1 )
des . bits . water_table = target . aquifer ;
// Remove liquid from walls, etc
if ( type ! = ( df : : tiletype ) - 1 & & ! DFHack : : FlowPassable ( type ) )
{
des . bits . flow_size = 0 ;
//des.bits.liquid_type = DFHack::liquid_water;
//des.bits.water_table = 0;
des . bits . flow_forbid = 0 ;
//des.bits.liquid_static = 0;
//des.bits.water_stagnant = 0;
//des.bits.water_salt = 0;
}
map . setDesignationAt ( pos , des ) ;
return true ;
}
command_result executePaintJob ( color_ostream & out ,
const tiletypes_options & opts )
{
@ -786,128 +891,8 @@ command_result executePaintJob(color_ostream &out,
for ( coord_vec : : iterator iter = all_tiles . begin ( ) ; iter ! = all_tiles . end ( ) ; + + iter )
{
MapExtras : : Block * blk = map . BlockAtTile ( * iter ) ;
if ( ! blk )
continue ;
df : : tiletype source = map . tiletypeAt ( * iter ) ;
df : : tile_designation des = map . designationAt ( * iter ) ;
// Stone painting operates on the base layer
if ( paint . stone_material > = 0 )
source = blk - > baseTiletypeAt ( * iter ) ;
t_matpair basemat = blk - > baseMaterialAt ( * iter ) ;
if ( ! filter . matches ( source , des , basemat ) )
{
continue ;
}
df : : tiletype_shape shape = paint . shape ;
if ( shape = = tiletype_shape : : NONE )
{
shape = tileShape ( source ) ;
}
df : : tiletype_material material = paint . material ;
if ( material = = tiletype_material : : NONE )
{
material = tileMaterial ( source ) ;
}
df : : tiletype_special special = paint . special ;
if ( special = = tiletype_special : : NONE )
{
special = tileSpecial ( source ) ;
}
df : : tiletype_variant variant = paint . variant ;
/*
* FIXME : variant should be :
* 1. If user variant :
* 2. If user variant \ belongs target variants
* 3. use user variant
* 4. Else
* 5. use variant 0
* 6. If the source variant \ belongs target variants
* 7 use source variant
* 8 ElseIf num target shape / material variants > 1
* 9. pick one randomly
* 10. Else
* 11. use variant 0
*
* The following variant check has been disabled because it ' s severely limiting
* the usefullness of the tool .
*/
/*
if ( variant = = tiletype_variant : : NONE )
{
variant = tileVariant ( source ) ;
}
*/
// Remove direction from directionless tiles
DFHack : : TileDirection direction = tileDirection ( source ) ;
if ( ! ( material = = tiletype_material : : RIVER | | shape = = tiletype_shape : : BROOK_BED | | special = = tiletype_special : : TRACK | | ( shape = = tiletype_shape : : WALL & & ( material = = tiletype_material : : CONSTRUCTION | | special = = tiletype_special : : SMOOTH ) ) ) )
{
direction . whole = 0 ;
}
df : : tiletype type = DFHack : : findTileType ( shape , material , variant , special , direction ) ;
// hack for empty space
if ( shape = = tiletype_shape : : EMPTY & & material = = tiletype_material : : AIR & & variant = = tiletype_variant : : VAR_1 & & special = = tiletype_special : : NORMAL & & direction . whole = = 0 )
{
type = tiletype : : OpenSpace ;
}
// make sure it's not invalid
if ( type ! = tiletype : : Void )
{
if ( paint . stone_material > = 0 )
{
if ( ! blk - > setStoneAt ( * iter , type , paint . stone_material , paint . vein_type , true , true ) )
failures + + ;
}
else
map . setTiletypeAt ( * iter , type ) ;
}
if ( paint . hidden > - 1 )
{
des . bits . hidden = paint . hidden ;
}
if ( paint . light > - 1 )
{
des . bits . light = paint . light ;
}
if ( paint . subterranean > - 1 )
{
des . bits . subterranean = paint . subterranean ;
}
if ( paint . skyview > - 1 )
{
des . bits . outside = paint . skyview ;
}
if ( paint . aquifer > - 1 )
{
des . bits . water_table = paint . aquifer ;
}
// Remove liquid from walls, etc
if ( type ! = ( df : : tiletype ) - 1 & & ! DFHack : : FlowPassable ( type ) )
{
des . bits . flow_size = 0 ;
//des.bits.liquid_type = DFHack::liquid_water;
//des.bits.water_table = 0;
des . bits . flow_forbid = 0 ;
//des.bits.liquid_static = 0;
//des.bits.water_stagnant = 0;
//des.bits.water_salt = 0;
}
map . setDesignationAt ( * iter , des ) ;
if ( ! paintTile ( map , * iter , paint , filter ) )
+ + failures ;
}
if ( failures > 0 )
@ -1135,3 +1120,59 @@ command_result df_tiletypes_here_point (color_ostream &out, vector <string> & pa
brush = old ;
return rv ;
}
static bool setTile ( color_ostream & out , df : : coord pos , df : : tiletype_shape shape ,
df : : tiletype_material material , df : : tiletype_special special ,
df : : tiletype_variant variant ) {
if ( ! Maps : : isValidTilePos ( pos ) ) {
out . printerr ( " Invalid map position: %d, %d, %d \n " , pos . x , pos . y , pos . z ) ;
return false ;
}
if ( ! is_valid_enum_item ( shape ) ) {
out . printerr ( " Invalid shape type: %d \n " , shape ) ;
return false ;
}
if ( ! is_valid_enum_item ( material ) ) {
out . printerr ( " Invalid material type: %d \n " , material ) ;
return false ;
}
if ( ! is_valid_enum_item ( special ) ) {
out . printerr ( " Invalid special type: %d \n " , special ) ;
return false ;
}
if ( ! is_valid_enum_item ( variant ) ) {
out . printerr ( " Invalid variant type: %d \n " , variant ) ;
return false ;
}
TileType target ;
target . shape = shape ;
target . material = material ;
target . special = special ;
target . variant = variant ;
MapExtras : : MapCache map ;
return paintTile ( map , pos , target ) & & map . WriteAll ( ) ;
}
static int tiletypes_setTile ( lua_State * L ) {
color_ostream * out = Lua : : GetOutput ( L ) ;
if ( ! out )
out = & Core : : getInstance ( ) . getConsole ( ) ;
df : : coord pos ;
Lua : : CheckDFAssign ( L , & pos , 1 ) ;
df : : tiletype_shape shape = ( df : : tiletype_shape ) lua_tointeger ( L , 2 ) ;
df : : tiletype_material material = ( df : : tiletype_material ) lua_tointeger ( L , 3 ) ;
df : : tiletype_special special = ( df : : tiletype_special ) lua_tointeger ( L , 4 ) ;
df : : tiletype_variant variant = ( df : : tiletype_variant ) lua_tointeger ( L , 5 ) ;
Lua : : Push ( L , setTile ( * out , pos , shape , material , special , variant ) ) ;
return 1 ;
}
DFHACK_PLUGIN_LUA_COMMANDS {
DFHACK_LUA_COMMAND ( tiletypes_setTile ) ,
DFHACK_LUA_END
} ;
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