@ -528,23 +528,6 @@ struct dwarf_info_t
{
{
}
}
void set_labor ( df : : unit_labor labor )
{
if ( labor > = 0 & & labor < = ENUM_LAST_ITEM ( unit_labor ) )
{
dwarf - > status . labors [ labor ] = true ;
}
}
void clear_labor ( df : : unit_labor labor )
{
if ( labor > = 0 & & labor < = ENUM_LAST_ITEM ( unit_labor ) )
{
dwarf - > status . labors [ labor ] = false ;
}
}
} ;
} ;
/*
/*
@ -1621,6 +1604,8 @@ private:
int plant_count ;
int plant_count ;
int detail_count ;
int detail_count ;
bool labors_changed ;
int tool_count [ TOOLS_MAX ] ;
int tool_count [ TOOLS_MAX ] ;
bool reequip_needed [ TOOLS_MAX ] ;
bool reequip_needed [ TOOLS_MAX ] ;
@ -1647,11 +1632,23 @@ private:
std : : list < dwarf_info_t * > busy_dwarfs ;
std : : list < dwarf_info_t * > busy_dwarfs ;
private :
private :
void set_labor ( dwarf_info_t * dwarf , df : : unit_labor labor , bool value )
{
if ( labor > = 0 & & labor < = ENUM_LAST_ITEM ( unit_labor ) )
{
bool old = dwarf - > dwarf - > status . labors [ labor ] ;
dwarf - > dwarf - > status . labors [ labor ] = value ;
if ( old ! = value )
labors_changed = true ;
}
}
void scan_buildings ( )
void scan_buildings ( )
{
{
has_butchers = false ;
has_butchers = false ;
has_fishery = false ;
has_fishery = false ;
trader_requested = false ;
trader_requested = false ;
labors_changed = false ;
for ( auto b = world - > buildings . all . begin ( ) ; b ! = world - > buildings . all . end ( ) ; b + + )
for ( auto b = world - > buildings . all . begin ( ) ; b ! = world - > buildings . all . end ( ) ; b + + )
{
{
@ -1821,10 +1818,10 @@ private:
}
}
df : : unit_labor labor = labor_mapper - > find_job_labor ( j ) ;
df : : unit_labor labor = labor_mapper - > find_job_labor ( j ) ;
labor_needed [ labor ] + + ;
if ( labor ! = df : : unit_labor : : NONE )
if ( labor ! = df : : unit_labor : : NONE )
{
{
labor_needed [ labor ] + + ;
if ( worker = = - 1 )
if ( worker = = - 1 )
{
{
if ( j - > pos . isValid ( ) )
if ( j - > pos . isValid ( ) )
@ -2088,7 +2085,7 @@ private:
if ( labor = = unit_labor : : NONE )
if ( labor = = unit_labor : : NONE )
continue ;
continue ;
dwarf- > clear_labor ( labor ) ;
set_labor( dwarf , labor , false ) ;
}
}
} else {
} else {
if ( state = = IDLE )
if ( state = = IDLE )
@ -2152,6 +2149,9 @@ private:
public :
public :
void process ( )
void process ( )
{
{
if ( * df : : global : : process_dig | | * df : : global : : process_jobs )
return ;
release_dwarf_list ( ) ;
release_dwarf_list ( ) ;
dig_count = tree_count = plant_count = detail_count = 0 ;
dig_count = tree_count = plant_count = detail_count = 0 ;
@ -2266,6 +2266,9 @@ public:
/* set requirements to zero for labors with currently idle dwarfs, and remove from requirement dwarfs actually working */
/* set requirements to zero for labors with currently idle dwarfs, and remove from requirement dwarfs actually working */
FOR_ENUM_ITEMS ( unit_labor , l ) {
FOR_ENUM_ITEMS ( unit_labor , l ) {
if ( l = = df : : unit_labor : : NONE )
continue ;
if ( labor_infos [ l ] . idle_dwarfs > 0 )
if ( labor_infos [ l ] . idle_dwarfs > 0 )
labor_needed [ l ] = 0 ;
labor_needed [ l ] = 0 ;
else
else
@ -2309,10 +2312,7 @@ public:
if ( l = = df : : unit_labor : : NONE )
if ( l = = df : : unit_labor : : NONE )
continue ;
continue ;
if ( l = = df : : unit_labor : : HAUL_FOOD )
set_labor ( * bestdwarf , l , l = = df : : unit_labor : : HAUL_FOOD ) ;
( * bestdwarf ) - > set_labor ( l ) ;
else
( * bestdwarf ) - > clear_labor ( l ) ;
}
}
available_dwarfs . erase ( bestdwarf ) ;
available_dwarfs . erase ( bestdwarf ) ;
@ -2394,7 +2394,7 @@ public:
std : : list < dwarf_info_t * > : : iterator bestdwarf = available_dwarfs . begin ( ) ;
std : : list < dwarf_info_t * > : : iterator bestdwarf = available_dwarfs . begin ( ) ;
int best_score = INT_MIN ;
int best_score = INT_MIN ;
df : : unit_labor best_labor = df : : unit_labor : : CLEAN ;
df : : unit_labor best_labor = df : : unit_labor : : NONE ;
for ( auto j = to_assign . begin ( ) ; j ! = to_assign . end ( ) ; j + + )
for ( auto j = to_assign . begin ( ) ; j ! = to_assign . end ( ) ; j + + )
{
{
@ -2416,6 +2416,9 @@ public:
}
}
}
}
if ( best_labor = = df : : unit_labor : : NONE )
break ;
if ( print_debug )
if ( print_debug )
out . print ( " assign \" %s \" labor %s score=%d \n " , ( * bestdwarf ) - > dwarf - > name . first_name . c_str ( ) , ENUM_KEY_STR ( unit_labor , best_labor ) . c_str ( ) , best_score ) ;
out . print ( " assign \" %s \" labor %s score=%d \n " , ( * bestdwarf ) - > dwarf - > name . first_name . c_str ( ) , ENUM_KEY_STR ( unit_labor , best_labor ) . c_str ( ) , best_score ) ;
@ -2426,7 +2429,7 @@ public:
if ( l = = best_labor )
if ( l = = best_labor )
{
{
( * bestdwarf ) - > set_labor ( l ) ;
set_labor ( * bestdwarf , l , true ) ;
tools_enum t = default_labor_infos [ l ] . tool ;
tools_enum t = default_labor_infos [ l ] . tool ;
if ( t ! = TOOL_NONE )
if ( t ! = TOOL_NONE )
{
{
@ -2436,7 +2439,7 @@ public:
}
}
}
}
else if ( ( * bestdwarf ) - > state = = IDLE )
else if ( ( * bestdwarf ) - > state = = IDLE )
( * bestdwarf ) - > clear_labor ( l ) ;
set_labor ( * bestdwarf , l , false ) ;
}
}
if ( best_labor = = df : : unit_labor : : HAUL_FOOD & & priority_food > 0 )
if ( best_labor = = df : : unit_labor : : HAUL_FOOD & & priority_food > 0 )
@ -2479,7 +2482,7 @@ public:
tools_enum t = default_labor_infos [ l ] . tool ;
tools_enum t = default_labor_infos [ l ] . tool ;
if ( t = = TOOL_NONE | | ( * d ) - > has_tool [ t ] )
if ( t = = TOOL_NONE | | ( * d ) - > has_tool [ t ] )
{
{
( * d ) - > set_labor ( l ) ;
set_labor ( * d , l , true ) ;
if ( print_debug )
if ( print_debug )
out . print ( " assign \" %s \" extra labor %s score=%d current %s score=%d \n " ,
out . print ( " assign \" %s \" extra labor %s score=%d current %s score=%d \n " ,
( * d ) - > dwarf - > name . first_name . c_str ( ) ,
( * d ) - > dwarf - > name . first_name . c_str ( ) ,
@ -2507,12 +2510,12 @@ public:
{
{
if ( l > = df : : unit_labor : : HAUL_STONE & & l < = df : : unit_labor : : HAUL_ANIMALS & &
if ( l > = df : : unit_labor : : HAUL_STONE & & l < = df : : unit_labor : : HAUL_ANIMALS & &
canary & ( 1 < < l ) )
canary & ( 1 < < l ) )
canary_dwarf- > set_labor ( l ) ;
set_labor( canary_dwarf , l , true ) ;
}
}
/* Also set the canary to remove constructions, because we have no way yet to tell if there are constructions needing removal */
/* Also set the canary to remove constructions, because we have no way yet to tell if there are constructions needing removal */
canary_dwarf- > set_labor ( df : : unit_labor : : REMOVE_CONSTRUCTION ) ;
set_labor( canary_dwarf , df : : unit_labor : : REMOVE_CONSTRUCTION , true ) ;
if ( print_debug )
if ( print_debug )
out . print ( " Setting %s as the hauling canary \n " , canary_dwarf - > dwarf - > name . first_name . c_str ( ) ) ;
out . print ( " Setting %s as the hauling canary \n " , canary_dwarf - > dwarf - > name . first_name . c_str ( ) ) ;
@ -2531,11 +2534,12 @@ public:
{
{
if ( l > = df : : unit_labor : : HAUL_STONE & & l < = df : : unit_labor : : HAUL_ANIMALS & &
if ( l > = df : : unit_labor : : HAUL_STONE & & l < = df : : unit_labor : : HAUL_ANIMALS & &
canary & ( 1 < < l ) )
canary & ( 1 < < l ) )
( * d ) - > set_labor ( l ) ;
set_labor ( * d , l , true ) ;
else if ( l = = df : : unit_labor : : CLEAN | | l = = df : : unit_labor : : REMOVE_CONSTRUCTION )
set_labor ( * d , l , true ) ;
else
set_labor ( * d , l , false ) ;
}
}
( * d ) - > set_labor ( df : : unit_labor : : CLEAN ) ;
( * d ) - > set_labor ( df : : unit_labor : : REMOVE_CONSTRUCTION ) ;
}
}
/* set reequip on any dwarfs who are carrying tools needed by others */
/* set reequip on any dwarfs who are carrying tools needed by others */
@ -2558,7 +2562,11 @@ public:
release_dwarf_list ( ) ;
release_dwarf_list ( ) ;
if ( labors_changed )
{
* df : : global : : process_dig = true ;
* df : : global : : process_jobs = true ;
* df : : global : : process_jobs = true ;
}
print_debug = 0 ;
print_debug = 0 ;