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task.c File Reference

#include "conq.h"
#include "kernel.h"
#include "aiutil.h"
#include "aiunit.h"
#include "aiunit2.h"
#include "task.def"

Include dependency graph for task.c:

Include dependency graph

Defines

#define INITMAXTASKS   100
#define DEF_TASK(name, dname, code, argtypes, DOFN, createfn, setfn, netsetfn, pushfn, netpushfn, argdecl)   static TaskOutcome DOFN(Unit *unit, Task *task);
#define DEF_TASK(NAME, DNAME, code, ARGTYPES, DOFN, createfn, setfn, netsetfn, pushfn, netpushfn, argdecl)   { NAME, DNAME, ARGTYPES, DOFN },

Enumerations

enum  choicestate {
  eitherway, leftthenright, rightthenleft, leftonly,
  rightonly
}

Functions

void init_tasks (void)
Task * create_task (TaskType type)
Task * clone_task (Task *oldtask)
Unit * find_unit_to_complete (Unit *unit, Task *task)
int target_visible (Unit *unit, Task *task)
int direct_access_to (int x, int y)
int can_resupply_from_here (int x, int y)
int can_auto_resupply_self (Unit *unit, int *materials, int numtypes)
TaskOutcome execute_task (Unit *unit)
int choose_move_direction (Unit *unit, int x, int y, int range)
int choose_move_dirs (Unit *unit, int tx, int ty, int shortest, int(*dirtest)(Unit *, int), void(*dirsort)(Unit *, int *, int), int *dirs)
int plausible_move_dir (Unit *unit, int dir)
void sort_directions (Unit *unit, int *dirs, int numdirs)
void free_task (Task *task)
void add_task (Unit *unit, int pos, Task *task)
Task * create_build_task (Unit *unit, int id, int cp)
void set_build_task (Unit *unit, int id, int cp)
void push_build_task (Unit *unit, int id, int cp)
Task * create_capture_task (Unit *unit, int id, int capmethod, int n)
void set_capture_task (Unit *unit, int id, int capmethod, int n)
void push_capture_task (Unit *unit, int id, int capmethod, int n)
Task * create_collect_task (Unit *unit, int m, int x, int y)
void set_collect_task (Unit *unit, int m, int x, int y)
Task * create_disband_task (Unit *unit)
void set_disband_task (Unit *unit)
Task * create_hit_unit_task (Unit *unit, int id, int hitmethod, int n)
void set_hit_unit_task (Unit *unit, int id, int hitmethod, int n)
void push_hit_unit_task (Unit *unit, int id, int hitmethod, int n)
Task * create_move_dir_task (Unit *unit, int dir, int n)
void set_move_dir_task (Unit *unit, int dir, int n)
void push_move_dir_task (Unit *unit, int dir, int n)
Task * create_move_to_task (Unit *unit, int x, int y, int dist)
void set_move_to_task (Unit *unit, int x, int y, int dist)
void push_move_to_task (Unit *unit, int x, int y, int dist)
Task * create_occupy_task (Unit *unit, Unit *transport)
void set_occupy_task (Unit *unit, Unit *transport)
void push_occupy_task (Unit *unit, Unit *transport)
Task * create_pickup_task (Unit *unit, Unit *occ)
void push_pickup_task (Unit *unit, Unit *occ)
Task * create_produce_task (Unit *unit, int m, int n)
void push_produce_task (Unit *unit, int m, int n)
Task * create_construct_task (Unit *unit, int u, int run, int transid, int x, int y)
void set_construct_task (Unit *unit, int u, int run, int transid, int x, int y)
void push_construct_task (Unit *unit, int u, int run, int transid, int x, int y)
Task * create_repair_task (Unit *unit, int id, int hp)
void set_repair_task (Unit *unit, int id, int hp)
void push_repair_task (Unit *unit, int id, int hp)
Task * create_develop_task (Unit *unit, int u2, int n)
void set_develop_task (Unit *unit, int u2, int techgoal)
void push_develop_task (Unit *unit, int u2, int techgoal)
Task * create_resupply_task (Unit *unit, int m)
void set_resupply_task (Unit *unit, int m)
Task * create_sentry_task (Unit *unit, int n)
void set_sentry_task (Unit *unit, int n)
void push_sentry_task (Unit *unit, int n)
int parse_location (Side *side, char *arg, int *xp, int *yp)
Unit * parse_unit (Side *side, char *arg)
char * parse_task (Side *side, char *str, Task **taskp)
char * task_desig (Task *task)

Variables

TaskDefn taskdefns []
 Task definition array.

Task * freetasks
char * taskbuf
int * lowm = NULL
int numlow = 0
int xs [NUMDIRS]
int ys [NUMDIRS]
int terrs [NUMDIRS]

Define Documentation

#define DEF_TASK (  NAME,
DNAME,
code,
ARGTYPES,
DOFN,
createfn,
setfn,
netsetfn,
pushfn,
netpushfn,
argdecl   )     { NAME, DNAME, ARGTYPES, DOFN },
 

#define DEF_TASK (  name,
dname,
code,
argtypes,
DOFN,
createfn,
setfn,
netsetfn,
pushfn,
netpushfn,
argdecl   )     static TaskOutcome DOFN(Unit *unit, Task *task);
 

#define INITMAXTASKS   100
 

Enumeration Type Documentation

enum choicestate
 

Enumeration values:
eitherway 
leftthenright 
rightthenleft 
leftonly 
rightonly 

Function Documentation

void add_task (  Unit *  unit,
int  pos,
Task *  task
) 
 

int can_auto_resupply_self (  Unit *  unit,
int *  materials,
int  numtypes
) 
 

int can_resupply_from_here (  int  x,
int  y
) 
 

int choose_move_direction (  Unit *  unit,
int  x,
int  y,
int  range
) 
 

int choose_move_dirs (  Unit *  unit,
int  tx,
int  ty,
int  shortest,
int(*  dirtest)(Unit *, int),
void(*  dirsort)(Unit *, int *, int),
int *  dirs
) 
 

Task* clone_task (  Task *  oldtask  ) 
 

Task* create_build_task (  Unit *  unit,
int  id,
int  cp
) 
 

Task* create_capture_task (  Unit *  unit,
int  id,
int  capmethod,
int  n
) 
 

Task* create_collect_task (  Unit *  unit,
int  m,
int  x,
int  y
) 
 

Task* create_construct_task (  Unit *  unit,
int  u,
int  run,
int  transid,
int  x,
int  y
) 
 

Task* create_develop_task (  Unit *  unit,
int  u2,
int  n
) 
 

Task* create_disband_task (  Unit *  unit  ) 
 

Task* create_hit_unit_task (  Unit *  unit,
int  id,
int  hitmethod,
int  n
) 
 

Task* create_move_dir_task (  Unit *  unit,
int  dir,
int  n
) 
 

Task* create_move_to_task (  Unit *  unit,
int  x,
int  y,
int  dist
) 
 

Task* create_occupy_task (  Unit *  unit,
Unit *  transport
) 
 

Task* create_pickup_task (  Unit *  unit,
Unit *  occ
) 
 

Task* create_produce_task (  Unit *  unit,
int  m,
int  n
) 
 

Task* create_repair_task (  Unit *  unit,
int  id,
int  hp
) 
 

Task* create_resupply_task (  Unit *  unit,
int  m
) 
 

Task* create_sentry_task (  Unit *  unit,
int  n
) 
 

Task* create_task (  TaskType  type  ) 
 

int direct_access_to (  int  x,
int  y
) 
 

TaskOutcome execute_task (  Unit *  unit  ) 
 

Unit* find_unit_to_complete (  Unit *  unit,
Task *  task
) 
 

void free_task (  Task *  task  ) 
 

void init_tasks (  void   ) 
 

int parse_location (  Side *  side,
char *  arg,
int *  xp,
int *  yp
) 
 

char* parse_task (  Side *  side,
char *  str,
Task **  taskp
) 
 

Unit * parse_unit (  Side *  side,
char *  arg
) 
 

int plausible_move_dir (  Unit *  unit,
int  dir
) 
 

void push_build_task (  Unit *  unit,
int  id,
int  cp
) 
 

void push_capture_task (  Unit *  unit,
int  id,
int  capmethod,
int  n
) 
 

void push_construct_task (  Unit *  unit,
int  u,
int  run,
int  transid,
int  x,
int  y
) 
 

void push_develop_task (  Unit *  unit,
int  u2,
int  techgoal
) 
 

void push_hit_unit_task (  Unit *  unit,
int  id,
int  hitmethod,
int  n
) 
 

void push_move_dir_task (  Unit *  unit,
int  dir,
int  n
) 
 

void push_move_to_task (  Unit *  unit,
int  x,
int  y,
int  dist
) 
 

void push_occupy_task (  Unit *  unit,
Unit *  transport
) 
 

void push_pickup_task (  Unit *  unit,
Unit *  occ
) 
 

void push_produce_task (  Unit *  unit,
int  m,
int  n
) 
 

void push_repair_task (  Unit *  unit,
int  id,
int  hp
) 
 

void push_sentry_task (  Unit *  unit,
int  n
) 
 

void set_build_task (  Unit *  unit,
int  id,
int  cp
) 
 

void set_capture_task (  Unit *  unit,
int  id,
int  capmethod,
int  n
) 
 

void set_collect_task (  Unit *  unit,
int  m,
int  x,
int  y
) 
 

void set_construct_task (  Unit *  unit,
int  u,
int  run,
int  transid,
int  x,
int  y
) 
 

void set_develop_task (  Unit *  unit,
int  u2,
int  techgoal
) 
 

void set_disband_task (  Unit *  unit  ) 
 

void set_hit_unit_task (  Unit *  unit,
int  id,
int  hitmethod,
int  n
) 
 

void set_move_dir_task (  Unit *  unit,
int  dir,
int  n
) 
 

void set_move_to_task (  Unit *  unit,
int  x,
int  y,
int  dist
) 
 

void set_occupy_task (  Unit *  unit,
Unit *  transport
) 
 

void set_repair_task (  Unit *  unit,
int  id,
int  hp
) 
 

void set_resupply_task (  Unit *  unit,
int  m
) 
 

void set_sentry_task (  Unit *  unit,
int  n
) 
 

void sort_directions (  Unit *  unit,
int *  dirs,
int  numdirs
) 
 

int target_visible (  Unit *  unit,
Task *  task
) 
 

char* task_desig (  Task *  task  ) 
 

Variable Documentation

Task* freetasks
 

int* lowm = NULL
 

int numlow = 0
 

char* taskbuf
 

TaskDefn taskdefns[]
 

Task definition array.

int terrs[NUMDIRS]
 

int xs[NUMDIRS]
 

int ys[NUMDIRS]
 

Generated on Sat Sep 17 10:29:38 2005 for XconqKernel by doxygen 1.3.6