game.h File Reference

Interface between game parameters and the rest of Xconq. More...

#include "lisp.h"
#include "utype.def"
#include "mtype.def"
#include "ttype.def"
#include "atype.def"
#include "gvar.def"
#include "table.def"

Include dependency graph for game.h:

This graph shows which files directly or indirectly include this file:

Go to the source code of this file.

Classes

struct propertydefn

Property definition. More...

struct tabledefn

Table definition. More...

struct vardefn

Global Variables definition. More...

struct utype

Unit Type Property Value. More...

struct mtype

Material type properties. More...

struct ttype

Terrain type properties. More...

struct atype

Advance type properties. More...

struct a_globals

Global data structure. More...

Defines

#define NONUTYPE   (-1)

Non unit.

#define NONMTYPE   (-1)

Non Material.

#define NONTTYPE   (-1)

Non terrain.

#define BACKTTYPE   (-2)

Bogus window background terrain.

#define NONATYPE   (-1)

non advance.

#define DONE   (-2)

Advance complete.

#define NOADVANCE   (-3)

No advance.

#define PROPLO   -32768

Low property value limit.

#define PROPHI   32767

High property value limit.

#define TABLO   -32768

Low value in table.

#define TABHI   32767

High value in table.

#define TABINT   0

Integer table.

#define TABDICE1   1

Type 1 dice table.

#define TABDICE2   2

Type 2 dice table.

#define VARLO   -2000000000

Low value for globals.

#define VARHI   2000000000

High value for globals.

#define DEF_UPROP_I(name, fname, doc, SLOT, lo, dflt, hi)   short SLOT; /*!< doc */

#define DEF_UPROP_S(name, fname, doc, SLOT, dflt)   char *SLOT; /*!< doc */

#define DEF_UPROP_L(name, fname, doc, SLOT)   Obj *SLOT; /*!< doc */

#define DEF_MPROP_I(name, fname, doc, SLOT, lo, dflt, hi)   short SLOT;

#define DEF_MPROP_S(name, fname, doc, SLOT, dflt)   char *SLOT;

#define DEF_MPROP_L(name, fname, doc, SLOT)   Obj *SLOT;

#define DEF_TPROP_I(name, fname, doc, SLOT, lo, dflt, hi)   short SLOT;

#define DEF_TPROP_S(name, fname, doc, SLOT, dflt)   char *SLOT;

#define DEF_TPROP_L(name, fname, doc, SLOT)   Obj *SLOT;

#define DEF_APROP_I(name, fname, doc, SLOT, lo, dflt, hi)   short SLOT;

#define DEF_APROP_S(name, fname, doc, SLOT, dflt)   char *SLOT;

#define DEF_APROP_L(name, fname, doc, SLOT)   Obj *SLOT;

#define DEF_VAR_I(name, fname, setfname, doc, VAR, lo, dflt, hi)   int VAR;

#define DEF_VAR_S(name, fname, setfname, doc, VAR, dflt)   char *VAR;

#define DEF_VAR_L(name, fname, setfname, doc, VAR, dflt)   Obj *VAR;

#define DEF_UPROP_I(name, FNAME, doc, slot, lo, dflt, hi)   int FNAME(int u);

#define DEF_UPROP_S(name, FNAME, doc, slot, dflt)   char *FNAME(int u);

#define DEF_UPROP_L(name, FNAME, doc, slot)   Obj *FNAME(int u);

#define DEF_MPROP_I(name, FNAME, doc, slot, lo, dflt, hi)   int FNAME(int m);

#define DEF_MPROP_S(name, FNAME, doc, slot, dflt)   char *FNAME(int m);

#define DEF_MPROP_L(name, FNAME, doc, slot)   Obj *FNAME(int m);

#define DEF_TPROP_I(name, FNAME, doc, slot, lo, dflt, hi)   int FNAME(int t);

#define DEF_TPROP_S(name, FNAME, doc, slot, dflt)   char *FNAME(int t);

#define DEF_TPROP_L(name, FNAME, doc, slot)   Obj *FNAME(int t);

#define DEF_APROP_I(name, FNAME, doc, slot, lo, dflt, hi)   int FNAME(int a);

#define DEF_APROP_S(name, FNAME, doc, slot, dflt)   char *FNAME(int a);

#define DEF_APROP_L(name, FNAME, doc, slot)   Obj *FNAME(int a);

#define DEF_VAR_I(str, FNAME, SETFNAME, doc, var, lo, dflt, hi)   int FNAME(void);

#define DEF_VAR_S(str, FNAME, SETFNAME, doc, var, dflt)   char *FNAME(void);

#define DEF_VAR_L(str, FNAME, SETFNAME, doc, var, dflt)   Obj *FNAME(void);

#define DEF_VAR_I(str, FNAME, SETFNAME, doc, var, lo, dflt, hi)   void SETFNAME(int val);

#define DEF_VAR_S(str, FNAME, SETFNAME, doc, var, dflt)   void SETFNAME(char *val);

#define DEF_VAR_L(str, FNAME, SETFNAME, doc, var, dflt)   void SETFNAME(Obj *val);

#define DEF_UU_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype)   int FNAME(int u1, int u2);

#define DEF_UM_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype)   int FNAME(int u, int m);

#define DEF_UT_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype)   int FNAME(int u, int t);

#define DEF_TM_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype)   int FNAME(int t, int m);

#define DEF_TT_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype)   int FNAME(int t1, int t2);

#define DEF_MM_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype)   int FNAME(int m1, int m2);

#define DEF_UA_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype)   int FNAME(int u, int a);

#define DEF_AM_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype)   int FNAME(int a, int m);

#define DEF_AA_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype)   int FNAME(int a1, int a2);

#define DEF_UU_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype)   extern short *TABLE, CNST;

#define DEF_UM_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype)   extern short *TABLE, CNST;

#define DEF_UT_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype)   extern short *TABLE, CNST;

#define DEF_TM_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype)   extern short *TABLE, CNST;

#define DEF_TT_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype)   extern short *TABLE, CNST;

#define DEF_MM_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype)   extern short *TABLE, CNST;

#define DEF_UA_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype)   extern short *TABLE, CNST;

#define DEF_AM_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype)   extern short *TABLE, CNST;

#define DEF_AA_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype)   extern short *TABLE, CNST;

#define for_all_unit_types(v)   for (v = 0; v < numutypes; ++v)

Iterate all Unit types.

#define for_all_material_types(v)   for (v = 0; v < nummtypes; ++v)

Iterate all Material types.

#define for_all_terrain_types(v)   for (v = 0; v < numttypes; ++v)

Iterate through all Terrain types.

#define for_all_advance_types(v)   for (v = 0; v < numatypes; ++v)

Iterate through all Advance types.

#define for_all_aux_terrain_types(t)   for ((t) = first_auxt_type; (t) >= 0; (t) = next_auxt_type[(t)])

Iterate through aux terrain types.

#define for_all_border_types(t)   for ((t) = first_bord_type; (t) >= 0; (t) = next_bord_type[(t)])

Iterate through borders.

#define for_all_connection_types(t)   for ((t) = first_conn_type; (t) >= 0; (t) = next_conn_type[(t)])

Iterate through connections.

#define checku(x)   if ((x) < 0 || (x) >= numutypes) utype_error(x);

Check Unit type range.

#define checkm(x)   if ((x) < 0 || (x) >= nummtypes) mtype_error(x);

Check Material type range.

#define checkt(x)   if ((x) < 0 || (x) >= numttypes) ttype_error(x);

Check Terrain type range.

#define checka(x)   if ((x) < 0 || (x) >= numatypes) atype_error(x);

Check Advance type range.

#define actor(u)   (u_acp(u) > 0)

Is actor?

#define mobile(u)   (u_speed(u) > 0)

Is mobile?

#define u_mobile(u)   (0 < mp_per_turn_max(u))

Is utype mobile?

#define u_hp(u)   (u_hp_max(u))

Unit hit points.

#define could_live_on(u, t)   (could_be_on(u, t) && !ut_vanishes_on(u, t) && !ut_wrecks_on(u, t))

Can Unit survive on Terrain?

#define could_carry(u1, u2)   (uu_capacity_x(u1, u2) > 0 || uu_size(u2, u1) <= u_capacity(u1))

Unit could carry Unit?

#define could_develop(u1, u2)   (uu_acp_to_develop(u1, u2) > 0)

Unit could develop Unit?

#define impassable(u, x, y)   (!could_be_on((u)->type, terrain_at((x), (y))))

Impassable?

#define isbase(u)   (u_is_base((u)->type))

Is the Unit a base?

#define base_builder(u)   (u_is_base_builder((u)->type))

Is the Unit a base builder?

#define istransport(u)   (u_is_transport((u)->type))

Is the Unit a transport?

#define t_is_cell(t)   (t_subtype(t) == cellsubtype)

Is the Terrain a cell?

#define t_is_border(t)   (t_subtype(t) == bordersubtype)

Is the Terrain a border?

#define t_is_connection(t)   (t_subtype(t) == connectionsubtype)

Is the Terrain a connection?

#define t_is_coating(t)   (t_subtype(t) == coatingsubtype)

Is the Terrain a coating?

#define is_unit_type(u)   ((u) >= 0 && (u) < numutypes)

Is the Unit type valid?

#define is_material_type(m)   ((m) >= 0 && (m) < nummtypes)

Is the Material type valid?

#define is_terrain_type(t)   ((t) >= 0 && (t) < numttypes)

Is the Terrain type valid?

#define is_advance_type(a)   ((a) >= 0 && (a) < numatypes)

Is the Advance type valid?

Typedefs

typedef propertydefn PropertyDefn

Property definition.

typedef tabledefn TableDefn

Table definition.

typedef vardefn VarDefn

Global Variables definition.

typedef utype Utype

Unit Type Property Value.

typedef mtype Mtype

Material type properties.

typedef ttype Ttype

Terrain type properties.

typedef atype Atype

Advance type properties.

typedef a_globals Globals

Global data structure.

Enumerations

enum Typetype { UTYP = 0, MTYP = 1, TTYP = 2, ATYP = 3 }

Type of types. More...

enum terrain_subtype { cellsubtype = 0, bordersubtype = 1, connectionsubtype = 2, coatingsubtype = 3 }

Terrain subtypes. More...

Functions

int could_be_on (int u, int t)

Could u be on t?

void utype_error (int u)

void mtype_error (int m)

void ttype_error (int t)

void atype_error (int s)

void init_types (void)

void init_globals (void)

int create_unit_type (void)

int create_material_type (void)

int create_terrain_type (void)

int create_advance_type (void)

void default_unit_type (int x)

void default_material_type (int x)

void default_terrain_type (int x)

void default_advance_type (int x)

void allocate_table (int tbl, int reset)

int numtypes_from_index_type (int x)

char * index_type_name (int x)

void disallow_more_unit_types (void)

void disallow_more_terrain_types (void)

void disallow_more_material_types (void)

void disallow_more_advance_types (void)

void count_terrain_subtypes (void)

int table_default (int(*getter)(int, int))

Default value for table.

short uprop_i_default (int(*intgetter)(int))

Default value for integer uprop.

char * uprop_s_default (char *(*strgetter)(int))

Default value for string uprop.

Obj * uprop_l_default (Obj *(*objgetter)(int))

Default value for Lisp uprop.

short tprop_i_default (int(*intgetter)(int))

Default value for integer tprop.

char * tprop_s_default (char *(*strgetter)(int))

Default value for string tprop.

Obj * tprop_l_default (Obj *(*objgetter)(int))

Default value for Lisp tprop.

short mprop_i_default (int(*intgetter)(int))

Default value for integer mprop.

char * mprop_s_default (char *(*strgetter)(int))

Default value for string mprop.

Obj * mprop_l_default (Obj *(*objgetter)(int))

Default value for Lisp mprop.

short aprop_i_default (int(*intgetter)(int))

Default value for integer aprop.

char * aprop_s_default (char *(*strgetter)(int))

Default value for string aprop.

Obj * aprop_l_default (Obj *(*objgetter)(int))

Default value for Lisp aprop.

int gvar_i_default (int(*intgetter)(void))

Default value for integer gvar.

char * gvar_s_default (char *(*strgetter)(void))

Default value for string gvar.

Obj * gvar_l_default (Obj *(*objgetter)(void))

Default value for Lisp gvar.

Obj * g_synth_methods_default (void)

Variables

short numutypes

Number of Unit types.

short nummtypes

Number of Material types.

short numttypes

Number of Terrain types.

short numatypes

Number of Advance types.

Globals globals

Global data variable.

Utype * utypes

Unit type properties.

Mtype * mtypes

Material type properties.

Ttype * ttypes

Terrain type properties.

Atype * atypes

Advance type properties.

PropertyDefn utypedefns []

Array of Unit type property definitions.

PropertyDefn mtypedefns []

Array of Material type property definitions.

PropertyDefn ttypedefns []

Array of Terrain type property definitions.

PropertyDefn atypedefns []

Array of Advance type property definitions.

TableDefn tabledefns []

Array of table definitions.

VarDefn vardefns []

Array of variable definitions.

short canaddutype

Can add Unit type flag.

short canaddmtype

Can add Material type flag.

short canaddttype

Can add Terrain type flag.

short canaddatype

Can add Advance type flag.

short tmputype

Temporary Unit type.

short tmpmtype

Temporary Material type.

short tmpttype

Temporary Terrain type.

short tmpatype

Temporary Advance type.

int numcelltypes

Number of cell types.

int numbordtypes

Number of border types.

int numconntypes

Number of connection types.

int numcoattypes

Number of coating types.

short first_auxt_type

Head of aux terrain type list.

short * next_auxt_type

Next aux terrain type in list.

short first_bord_type

Head of border type list.

short * next_bord_type

Next border type in list.

short first_conn_type

Head of connection type list.

short * next_conn_type

Next connection type in list.

int * tmp_u_array

Tempoary Unit type array.

int * tmp_u2_array

More utype scratch space.

int * tmp_t_array

Tempoary Terrain type array.

int * tmp_m_array

Tempoary Material type array.

int * tmp_a_array

Tempoary Advance type array.

int ** tmp_uu_array

Scratch space in the likeness of a TableUU.

Detailed Description

Interface between game parameters and the rest of Xconq.

This file defines the structures that are filled in with type info, one for each type, plus the declarations for all functions and variables.

Define Documentation

#define actor ( u ) (u_acp(u) > 0)

Is actor?
Is the Unit ACP greater than 0?
See also:
u_acp.

Todo:
reanme to u_actor or actor_type?

Parameters:

u is a Unit type.

Returns:

FALSE if the ACP of the is less than 1,
TRUE otherwise.

#define BACKTTYPE (-2)

Bogus window background terrain.
Used in interfaces for bogus terrain outside the map when redrawing the window background.

#define base_builder ( u ) (u_is_base_builder((u)->type))

Is the Unit a base builder?
Check to see the the type of the Unit is a base builder.
See also:
u_is_base_builder.

Parameters:

u is a pointer to a Unit.

Returns:

TRUE if the type of the is a base builder type;
FALSE otherwise.

#define checka ( x ) if ((x) < 0 || (x) >= numatypes) atype_error(x);

Check Advance type range.
If the Advance type is out of range, call atype_error().
See also:
numatypes, atype_error.

Parameters:

x is the Advance type.

#define checkm ( x ) if ((x) < 0 || (x) >= nummtypes) mtype_error(x);

Check Material type range.
If the Material type is out of range, call mtype_error().
See also:
nummtypes, mtype_error.

Parameters:

x is the Terrain type.

#define checkt ( x ) if ((x) < 0 || (x) >= numttypes) ttype_error(x);

Check Terrain type range.
If the Terrain type is out of range, call ttype_error().
See also:
numttypes, ttype_error.

Parameters:

x is the Terrain type.

#define checku ( x ) if ((x) < 0 || (x) >= numutypes) utype_error(x);

Check Unit type range.
If the Unit is out of range, call utype_error().
See also:
numutypes, utype_error.

Parameters:

x is the Unit type.

#define could_carry ( u1,
u2 ) (uu_capacity_x(u1, u2) > 0 || uu_size(u2, u1) <= u_capacity(u1))

Unit could carry Unit?
Check to see if a Unit type may carry another Unit type.
See also:
uu_capacity_x, uu_size, u_capacity.

Parameters:

u1 is the transport Unit type.

u2 is the passenger Unit type.

Returns:

TRUE if

the transport can explictly carry the passenger, or
the size of the passenger on the transport is less than the transport's capacity;

FALSE otherwise.

#define could_develop ( u1,
u2 ) (uu_acp_to_develop(u1, u2) > 0)

Unit could develop Unit?
Check to see a Unit type can develop a Unit type.
See also:
uu_acp_to_develop.

Parameters:

u1 is the developing Unit type.

u2 is the developed Unit type.

Returns:

TRUE if possible;
FALSE otherwise.

#define could_live_on ( u,
t ) (could_be_on(u, t) && !ut_vanishes_on(u, t) && !ut_wrecks_on(u, t))

Can Unit survive on Terrain?
Check to see if a Unit type can live on a Terrain type.
See also:
cold_be_on, ut_vanishes_on, ut_wrecks_on.

Parameters:

u is the Unit type.

t is the Terrain type.

Returns:

TRUE if

the Unit type can be on the Terrain type, and
the Unit type won't vanish on the Terrain type, and
the Unit type won't wreck on the Terrain type;

FALsE otherwise.

#define DEF_AA_TABLE ( name,
FNAME,
doc,
TABLE,
CNST,
lo,
dflt,
hi,
valtype ) extern short *TABLE, CNST;

#define DEF_AA_TABLE ( name,
FNAME,
doc,
TABLE,
CNST,
lo,
dflt,
hi,
valtype ) int FNAME(int a1, int a2);

#define DEF_AM_TABLE ( name,
FNAME,
doc,
TABLE,
CNST,
lo,
dflt,
hi,
valtype ) extern short *TABLE, CNST;

#define DEF_AM_TABLE ( name,
FNAME,
doc,
TABLE,
CNST,
lo,
dflt,
hi,
valtype ) int FNAME(int a, int m);

#define DEF_APROP_I ( name,
FNAME,
doc,
slot,
lo,
dflt,
hi ) int FNAME(int a);

#define DEF_APROP_I ( name,
fname,
doc,
SLOT,
lo,
dflt,
hi ) short SLOT;

#define DEF_APROP_L ( name,
FNAME,
doc,
slot ) Obj *FNAME(int a);

#define DEF_APROP_L ( name,
fname,
doc,
SLOT ) Obj *SLOT;

#define DEF_APROP_S ( name,
FNAME,
doc,
slot,
dflt ) char *FNAME(int a);

#define DEF_APROP_S ( name,
fname,
doc,
SLOT,
dflt ) char *SLOT;

#define DEF_MM_TABLE ( name,
FNAME,
doc,
TABLE,
CNST,
lo,
dflt,
hi,
valtype ) extern short *TABLE, CNST;

#define DEF_MM_TABLE ( name,
FNAME,
doc,
TABLE,
CNST,
lo,
dflt,
hi,
valtype ) int FNAME(int m1, int m2);

#define DEF_MPROP_I ( name,
FNAME,
doc,
slot,
lo,
dflt,
hi ) int FNAME(int m);

#define DEF_MPROP_I ( name,
fname,
doc,
SLOT,
lo,
dflt,
hi ) short SLOT;

#define DEF_MPROP_L ( name,
FNAME,
doc,
slot ) Obj *FNAME(int m);

#define DEF_MPROP_L ( name,
fname,
doc,
SLOT ) Obj *SLOT;

#define DEF_MPROP_S ( name,
FNAME,
doc,
slot,
dflt ) char *FNAME(int m);

#define DEF_MPROP_S ( name,
fname,
doc,
SLOT,
dflt ) char *SLOT;

#define DEF_TM_TABLE ( name,
FNAME,
doc,
TABLE,
CNST,
lo,
dflt,
hi,
valtype ) extern short *TABLE, CNST;

#define DEF_TM_TABLE ( name,
FNAME,
doc,
TABLE,
CNST,
lo,
dflt,
hi,
valtype ) int FNAME(int t, int m);

#define DEF_TPROP_I ( name,
FNAME,
doc,
slot,
lo,
dflt,
hi ) int FNAME(int t);

#define DEF_TPROP_I ( name,
fname,
doc,
SLOT,
lo,
dflt,
hi ) short SLOT;

#define DEF_TPROP_L ( name,
FNAME,
doc,
slot ) Obj *FNAME(int t);

#define DEF_TPROP_L ( name,
fname,
doc,
SLOT ) Obj *SLOT;

#define DEF_TPROP_S ( name,
FNAME,
doc,
slot,
dflt ) char *FNAME(int t);

#define DEF_TPROP_S ( name,
fname,
doc,
SLOT,
dflt ) char *SLOT;

#define DEF_TT_TABLE ( name,
FNAME,
doc,
TABLE,
CNST,
lo,
dflt,
hi,
valtype ) extern short *TABLE, CNST;

#define DEF_TT_TABLE ( name,
FNAME,
doc,
TABLE,
CNST,
lo,
dflt,
hi,
valtype ) int FNAME(int t1, int t2);

#define DEF_UA_TABLE ( name,
FNAME,
doc,
TABLE,
CNST,
lo,
dflt,
hi,
valtype ) extern short *TABLE, CNST;

#define DEF_UA_TABLE ( name,
FNAME,
doc,
TABLE,
CNST,
lo,
dflt,
hi,
valtype ) int FNAME(int u, int a);

#define DEF_UM_TABLE ( name,
FNAME,
doc,
TABLE,
CNST,
lo,
dflt,
hi,
valtype ) extern short *TABLE, CNST;

#define DEF_UM_TABLE ( name,
FNAME,
doc,
TABLE,
CNST,
lo,
dflt,
hi,
valtype ) int FNAME(int u, int m);

#define DEF_UPROP_I ( name,
FNAME,
doc,
slot,
lo,
dflt,
hi ) int FNAME(int u);

doc

#define DEF_UPROP_I ( name,
fname,
doc,
SLOT,
lo,
dflt,
hi ) short SLOT; /*!< doc */

doc

#define DEF_UPROP_L ( name,
FNAME,
doc,
slot ) Obj *FNAME(int u);

doc

#define DEF_UPROP_L ( name,
fname,
doc,
SLOT ) Obj *SLOT; /*!< doc */

doc

#define DEF_UPROP_S ( name,
FNAME,
doc,
slot,
dflt ) char *FNAME(int u);

doc

#define DEF_UPROP_S ( name,
fname,
doc,
SLOT,
dflt ) char *SLOT; /*!< doc */

doc

#define DEF_UT_TABLE ( name,
FNAME,
doc,
TABLE,
CNST,
lo,
dflt,
hi,
valtype ) extern short *TABLE, CNST;

#define DEF_UT_TABLE ( name,
FNAME,
doc,
TABLE,
CNST,
lo,
dflt,
hi,
valtype ) int FNAME(int u, int t);

#define DEF_UU_TABLE ( name,
FNAME,
doc,
TABLE,
CNST,
lo,
dflt,
hi,
valtype ) extern short *TABLE, CNST;

#define DEF_UU_TABLE ( name,
FNAME,
doc,
TABLE,
CNST,
lo,
dflt,
hi,
valtype ) int FNAME(int u1, int u2);

#define DEF_VAR_I ( str,
FNAME,
SETFNAME,
doc,
var,
lo,
dflt,
hi ) void SETFNAME(int val);

#define DEF_VAR_I ( str,
FNAME,
SETFNAME,
doc,
var,
lo,
dflt,
hi ) int FNAME(void);

#define DEF_VAR_I ( name,
fname,
setfname,
doc,
VAR,
lo,
dflt,
hi ) int VAR;

#define DEF_VAR_L ( str,
FNAME,
SETFNAME,
doc,
var,
dflt ) void SETFNAME(Obj *val);

#define DEF_VAR_L ( str,
FNAME,
SETFNAME,
doc,
var,
dflt ) Obj *FNAME(void);

#define DEF_VAR_L ( name,
fname,
setfname,
doc,
VAR,
dflt ) Obj *VAR;

#define DEF_VAR_S ( str,
FNAME,
SETFNAME,
doc,
var,
dflt ) void SETFNAME(char *val);

#define DEF_VAR_S ( str,
FNAME,
SETFNAME,
doc,
var,
dflt ) char *FNAME(void);

#define DEF_VAR_S ( name,
fname,
setfname,
doc,
VAR,
dflt ) char *VAR;

#define DONE (-2)

Advance complete.
Used in advances code, must not overlap with NONATYPE.

#define for_all_advance_types ( v ) for (v = 0; v < numatypes; ++v)

Iterate through all Advance types.
For header to iterate through all Advance types.
Parameters:

v is the Advance iteration variable.

#define for_all_aux_terrain_types ( t ) for ((t) = first_auxt_type; (t) >= 0; (t) = next_auxt_type[(t)])

Iterate through aux terrain types.
Iterate over aux terrain types by using cached array linking each type to the next.
Parameters:

t is the Terrain iteration variable.

#define for_all_border_types ( t ) for ((t) = first_bord_type; (t) >= 0; (t) = next_bord_type[(t)])

Iterate through borders.
Iterate over border types by using a cached array linking each type to the next.
Parameters:

t is the Terrain iteration variable.

#define for_all_connection_types ( t ) for ((t) = first_conn_type; (t) >= 0; (t) = next_conn_type[(t)])

Iterate through connections.
Iterate over connection types by using a cached array linking each type to the next.
Parameters:

t is the Terrain iteration variable.

#define for_all_material_types ( v ) for (v = 0; v < nummtypes; ++v)

Iterate all Material types.
For header to iterate through all Material types.
Parameters:

v is the Material type iteration variable.

#define for_all_terrain_types ( v ) for (v = 0; v < numttypes; ++v)

Iterate through all Terrain types.
For header to iterate through all Terrain types.
Parameters:

v is the Terran iteration variable.

#define for_all_unit_types ( v ) for (v = 0; v < numutypes; ++v)

Iterate all Unit types.
For header to iterate through all Unit types defined.
Parameters:

v is the Unit type iteration variable.

#define impassable ( u,
x,
y ) (!could_be_on((u)->type, terrain_at((x), (y))))

Impassable?
Can unit pass the Terrain at the cell?
See also:
could_be_on, terrain_at.

Parameters:

u is a pointer to a Unit.

x is the x-coordinate of the cell.

y is the y-coordinate of the cell.

Returns:

TRUE if the Unit type could not be on the Terrain type at (x,y);
FALSE otherwise.

#define is_advance_type ( a ) ((a) >= 0 && (a) < numatypes)

Is the Advance type valid?
Check to see if the Advance type is within the range of Advance types.
See also:
numatypes.

Parameters:

a is the Advance type.

Returns:

TRUE if the Advance type is within range;
FALSE, otherwise.

#define is_material_type ( m ) ((m) >= 0 && (m) < nummtypes)

Is the Material type valid?
Check to see if the Material type is within the range of Material types.
See also:
nummtypes.

Parameters:

m is the Material type.

Returns:

TRUE if the Material type is within range;
FALSE, otherwise.

#define is_terrain_type ( t ) ((t) >= 0 && (t) < numttypes)

Is the Terrain type valid?
Check to see if the Terrain type is within the range of Terrain types.
See also:
numttypes.

Parameters:

t is the Terrain type.

Returns:

TRUE if the Terrain type is within range;
FALSE, otherwise.

#define is_unit_type ( u ) ((u) >= 0 && (u) < numutypes)

Is the Unit type valid?
Check to see if the Unit type is within the range of Unit types.
See also:
numutypes.

Parameters:

u is the Unit type.

Returns:

TRUE if the Unit type is withing range;
FALSE, otherwise.

#define isbase ( u ) (u_is_base((u)->type))

Is the Unit a base?
Check to see the the type of the Unit is a base.
See also:
u_is_base.

Parameters:

u is a pointer to a Unit.

Returns:

TRUE if the type of the is a base type;
FALSE otherwise.

#define istransport ( u ) (u_is_transport((u)->type))

Is the Unit a transport?
Check to see the the type of the Unit is a transport.
See also:
u_is_transport.

Parameters:

u is a pointer to a Unit.

Returns:

TRUE if the type of the is a transport type;
FALSE otherwise.

#define mobile ( u ) (u_speed(u) > 0)

Is mobile?
Is the Unit capable of moving?
See also:
u_speed.

Todo:
rename to u_mobile or moble_type?

Parameters:

u is a Unit type.

Returns:

TRUE if the Unit type's speed is greater than 0;
FALSE otherwise.

#define NOADVANCE (-3)

No advance.
Used in advances code, must not overlap with NONATYPE, and presumably with DONE, as well.

#define NONATYPE (-1)

non advance.
Guaranteed not to be an Advance type.

#define NONMTYPE (-1)

Non Material.
Guaranteed not to be a Material type.

#define NONTTYPE (-1)

Non terrain.
Guaranteed not to be a Terrain type. Used in interfaces for unseen terrain.

#define NONUTYPE (-1)

Non unit.
Guaranteed not to be a Unit type.

#define PROPHI 32767

High property value limit.

#define PROPLO -32768

Low property value limit.

#define t_is_border ( t ) (t_subtype(t) == bordersubtype)

Is the Terrain a border?
Check to see the Terrain subtype is a border.
See also:
t_subtype, bordersubtype.

Parameters:

t is a Terrain type.

Returns:

TRUE if the Terrain's subtype is border.
FALSE otherwise.

#define t_is_cell ( t ) (t_subtype(t) == cellsubtype)

Is the Terrain a cell?
Check to see the Terrain subtype is a cell.
See also:
t_subtype, cellsubtype.

Parameters:

t is a Terrain type.

Returns:

TRUE if the Terrain's subtype is cell.
FALSE otherwise.

#define t_is_coating ( t ) (t_subtype(t) == coatingsubtype)

Is the Terrain a coating?
Check to see the Terrain subtype is a coating.
See also:
t_subtype, coatingsubtype.

Parameters:

t is a Terrain type.

Returns:

TRUE if the Terrain's subtype is coating.
FALSE otherwise.

#define t_is_connection ( t ) (t_subtype(t) == connectionsubtype)

Is the Terrain a connection?
Check to see the Terrain subtype is a connection.
See also:
t_subtype, connectionsubtype.

Parameters:

t is a Terrain type.

Returns:

TRUE if the Terrain's subtype is connection.
FALSE otherwise.

#define TABDICE1 1

Type 1 dice table.

#define TABDICE2 2

Type 2 dice table.

#define TABHI 32767

High value in table.

#define TABINT 0

Integer table.

#define TABLO -32768

Low value in table.

#define u_hp ( u ) (u_hp_max(u))

Unit hit points.
Get the Unit type's maximum hit points.
See also:
u_hp_max.

Parameters:

u is unit type.

Returns:
the maximum hit points for the unit.

#define u_mobile ( u ) (0 < mp_per_turn_max(u))

Is utype mobile?

Todo:
Consider ACP-less or ACP-indep movement. Materials are then the limiting factor and so this macro will no longer suffice.

#define VARHI 2000000000

High value for globals.

#define VARLO -2000000000

Low value for globals.

Typedef Documentation

typedef struct atype Atype

Advance type properties.
Definition of Advance type properties. Each Advance type property may be a short, a string, or a lisp object.

typedef struct a_globals Globals

Global data structure.
The global data can be an int, a string, or a lisp object.

typedef struct mtype Mtype

Material type properties.
Definition of Material type properties. Each material type property may be a short, a string, or a lisp object.

typedef struct propertydefn PropertyDefn

Property definition.
This is the structure representing info about a property of a type, such as a unit type's maximum speed.

typedef struct tabledefn TableDefn

Table definition.
This is the structure with info about a table.

typedef struct ttype Ttype

Terrain type properties.
Definition of Terrain type properties. Each terrain type property can be a short, a string, or a lisp object.

typedef struct utype Utype

Unit Type Property Value.
Define Unit type structure. Each unit type property may be a short, a string, or a lisp object which is repeated for each unit type. It is used to return GDL property values.

typedef struct vardefn VarDefn

Global Variables definition.
This is the structure with that contains global access definitions and variables.

Enumeration Type Documentation

enum terrain_subtype

Terrain subtypes.
The four roles for Terrain.
Enumeration values:

cellsubtype Cell

bordersubtype Border

connectionsubtype Connection

coatingsubtype Coating

enum Typetype

Type of types.
Indices for each category of types.
Enumeration values:

UTYP Unit

MTYP Material

TTYP Terrain

ATYP Advance

Function Documentation

void allocate_table ( int tbl,

int reset

)

short aprop_i_default ( int(* intgetter)(int) )

Default value for integer aprop.

Obj* aprop_l_default ( Obj *(* objgetter)(int) )

Default value for Lisp aprop.

char* aprop_s_default ( char *(* strgetter)(int) )

Default value for string aprop.

void atype_error ( int s )

int could_be_on ( int u,

int t

)

Could u be on t?

void count_terrain_subtypes ( void )

int create_advance_type ( void )

int create_material_type ( void )

int create_terrain_type ( void )

int create_unit_type ( void )

void default_advance_type ( int x )

void default_material_type ( int x )

void default_terrain_type ( int x )

void default_unit_type ( int x )

void disallow_more_advance_types ( void )

void disallow_more_material_types ( void )

void disallow_more_terrain_types ( void )

void disallow_more_unit_types ( void )

Obj* g_synth_methods_default ( void )

int gvar_i_default ( int(* intgetter)(void) )

Default value for integer gvar.

Obj* gvar_l_default ( Obj *(* objgetter)(void) )

Default value for Lisp gvar.

char* gvar_s_default ( char *(* strgetter)(void) )

Default value for string gvar.

char* index_type_name ( int x )

void init_globals ( void )

void init_types ( void )

short mprop_i_default ( int(* intgetter)(int) )

Default value for integer mprop.

Obj* mprop_l_default ( Obj *(* objgetter)(int) )

Default value for Lisp mprop.

char* mprop_s_default ( char *(* strgetter)(int) )

Default value for string mprop.

void mtype_error ( int m )

int numtypes_from_index_type ( int x )

int table_default ( int(* getter)(int, int) )

Default value for table.

short tprop_i_default ( int(* intgetter)(int) )

Default value for integer tprop.

Obj* tprop_l_default ( Obj *(* objgetter)(int) )

Default value for Lisp tprop.

char* tprop_s_default ( char *(* strgetter)(int) )

Default value for string tprop.

void ttype_error ( int t )

short uprop_i_default ( int(* intgetter)(int) )

Default value for integer uprop.

Obj* uprop_l_default ( Obj *(* objgetter)(int) )

Default value for Lisp uprop.

char* uprop_s_default ( char *(* strgetter)(int) )

Default value for string uprop.

void utype_error ( int u )

Variable Documentation

PropertyDefn atypedefns[]

Array of Advance type property definitions.

Atype* atypes

Advance type properties.

short canaddatype

Can add Advance type flag.

short canaddmtype

Can add Material type flag.

short canaddttype

Can add Terrain type flag.

short canaddutype

Can add Unit type flag.

short first_auxt_type

Head of aux terrain type list.

short first_bord_type

Head of border type list.

short first_conn_type

Head of connection type list.

Globals globals

Global data variable.

PropertyDefn mtypedefns[]

Array of Material type property definitions.

Mtype* mtypes

Material type properties.

short* next_auxt_type

Next aux terrain type in list.

short* next_bord_type

Next border type in list.

short* next_conn_type

Next connection type in list.

short numatypes

Number of Advance types.

int numbordtypes

Number of border types.

int numcelltypes

Number of cell types.

int numcoattypes

Number of coating types.

int numconntypes

Number of connection types.

short nummtypes

Number of Material types.

short numttypes

Number of Terrain types.

short numutypes

Number of Unit types.

TableDefn tabledefns[]

Array of table definitions.

int* tmp_a_array

Tempoary Advance type array.

int* tmp_m_array

Tempoary Material type array.

int* tmp_t_array

Tempoary Terrain type array.

int* tmp_u2_array

More utype scratch space.

int* tmp_u_array

Tempoary Unit type array.

int** tmp_uu_array

Scratch space in the likeness of a TableUU.

short tmpatype

Temporary Advance type.

short tmpmtype

Temporary Material type.

short tmpttype

Temporary Terrain type.

short tmputype

Temporary Unit type.

PropertyDefn ttypedefns[]

Array of Terrain type property definitions.

Ttype* ttypes

Terrain type properties.

PropertyDefn utypedefns[]

Array of Unit type property definitions.

Utype* utypes

Unit type properties.

VarDefn vardefns[]

Array of variable definitions.

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

1.3.6


Classes
struct	propertydefn
	Property definition. More...
struct	tabledefn
	Table definition. More...
struct	vardefn
	Global Variables definition. More...
struct	utype
	Unit Type Property Value. More...
struct	mtype
	Material type properties. More...
struct	ttype
	Terrain type properties. More...
struct	atype
	Advance type properties. More...
struct	a_globals
	Global data structure. More...
Defines
#define	NONUTYPE (-1)
	Non unit.
#define	NONMTYPE (-1)
	Non Material.
#define	NONTTYPE (-1)
	Non terrain.
#define	BACKTTYPE (-2)
	Bogus window background terrain.
#define	NONATYPE (-1)
	non advance.
#define	DONE (-2)
	Advance complete.
#define	NOADVANCE (-3)
	No advance.
#define	PROPLO -32768
	Low property value limit.
#define	PROPHI 32767
	High property value limit.
#define	TABLO -32768
	Low value in table.
#define	TABHI 32767
	High value in table.
#define	TABINT 0
	Integer table.
#define	TABDICE1 1
	Type 1 dice table.
#define	TABDICE2 2
	Type 2 dice table.
#define	VARLO -2000000000
	Low value for globals.
#define	VARHI 2000000000
	High value for globals.
#define	DEF_UPROP_I(name, fname, doc, SLOT, lo, dflt, hi) short SLOT; /!< doc /
#define	DEF_UPROP_S(name, fname, doc, SLOT, dflt) char SLOT; /!< doc */
#define	DEF_UPROP_L(name, fname, doc, SLOT) Obj SLOT; /!< doc */
#define	DEF_MPROP_I(name, fname, doc, SLOT, lo, dflt, hi) short SLOT;
#define	DEF_MPROP_S(name, fname, doc, SLOT, dflt) char *SLOT;
#define	DEF_MPROP_L(name, fname, doc, SLOT) Obj *SLOT;
#define	DEF_TPROP_I(name, fname, doc, SLOT, lo, dflt, hi) short SLOT;
#define	DEF_TPROP_S(name, fname, doc, SLOT, dflt) char *SLOT;
#define	DEF_TPROP_L(name, fname, doc, SLOT) Obj *SLOT;
#define	DEF_APROP_I(name, fname, doc, SLOT, lo, dflt, hi) short SLOT;
#define	DEF_APROP_S(name, fname, doc, SLOT, dflt) char *SLOT;
#define	DEF_APROP_L(name, fname, doc, SLOT) Obj *SLOT;
#define	DEF_VAR_I(name, fname, setfname, doc, VAR, lo, dflt, hi) int VAR;
#define	DEF_VAR_S(name, fname, setfname, doc, VAR, dflt) char *VAR;
#define	DEF_VAR_L(name, fname, setfname, doc, VAR, dflt) Obj *VAR;
#define	DEF_UPROP_I(name, FNAME, doc, slot, lo, dflt, hi) int FNAME(int u);
#define	DEF_UPROP_S(name, FNAME, doc, slot, dflt) char *FNAME(int u);
#define	DEF_UPROP_L(name, FNAME, doc, slot) Obj *FNAME(int u);
#define	DEF_MPROP_I(name, FNAME, doc, slot, lo, dflt, hi) int FNAME(int m);
#define	DEF_MPROP_S(name, FNAME, doc, slot, dflt) char *FNAME(int m);
#define	DEF_MPROP_L(name, FNAME, doc, slot) Obj *FNAME(int m);
#define	DEF_TPROP_I(name, FNAME, doc, slot, lo, dflt, hi) int FNAME(int t);
#define	DEF_TPROP_S(name, FNAME, doc, slot, dflt) char *FNAME(int t);
#define	DEF_TPROP_L(name, FNAME, doc, slot) Obj *FNAME(int t);
#define	DEF_APROP_I(name, FNAME, doc, slot, lo, dflt, hi) int FNAME(int a);
#define	DEF_APROP_S(name, FNAME, doc, slot, dflt) char *FNAME(int a);
#define	DEF_APROP_L(name, FNAME, doc, slot) Obj *FNAME(int a);
#define	DEF_VAR_I(str, FNAME, SETFNAME, doc, var, lo, dflt, hi) int FNAME(void);
#define	DEF_VAR_S(str, FNAME, SETFNAME, doc, var, dflt) char *FNAME(void);
#define	DEF_VAR_L(str, FNAME, SETFNAME, doc, var, dflt) Obj *FNAME(void);
#define	DEF_VAR_I(str, FNAME, SETFNAME, doc, var, lo, dflt, hi) void SETFNAME(int val);
#define	DEF_VAR_S(str, FNAME, SETFNAME, doc, var, dflt) void SETFNAME(char *val);
#define	DEF_VAR_L(str, FNAME, SETFNAME, doc, var, dflt) void SETFNAME(Obj *val);
#define	DEF_UU_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype) int FNAME(int u1, int u2);
#define	DEF_UM_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype) int FNAME(int u, int m);
#define	DEF_UT_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype) int FNAME(int u, int t);
#define	DEF_TM_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype) int FNAME(int t, int m);
#define	DEF_TT_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype) int FNAME(int t1, int t2);
#define	DEF_MM_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype) int FNAME(int m1, int m2);
#define	DEF_UA_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype) int FNAME(int u, int a);
#define	DEF_AM_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype) int FNAME(int a, int m);
#define	DEF_AA_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype) int FNAME(int a1, int a2);
#define	DEF_UU_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype) extern short *TABLE, CNST;
#define	DEF_UM_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype) extern short *TABLE, CNST;
#define	DEF_UT_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype) extern short *TABLE, CNST;
#define	DEF_TM_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype) extern short *TABLE, CNST;
#define	DEF_TT_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype) extern short *TABLE, CNST;
#define	DEF_MM_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype) extern short *TABLE, CNST;
#define	DEF_UA_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype) extern short *TABLE, CNST;
#define	DEF_AM_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype) extern short *TABLE, CNST;
#define	DEF_AA_TABLE(name, FNAME, doc, TABLE, CNST, lo, dflt, hi, valtype) extern short *TABLE, CNST;
#define	for_all_unit_types(v) for (v = 0; v < numutypes; ++v)
	Iterate all Unit types.
#define	for_all_material_types(v) for (v = 0; v < nummtypes; ++v)
	Iterate all Material types.
#define	for_all_terrain_types(v) for (v = 0; v < numttypes; ++v)
	Iterate through all Terrain types.
#define	for_all_advance_types(v) for (v = 0; v < numatypes; ++v)
	Iterate through all Advance types.
#define	for_all_aux_terrain_types(t) for ((t) = first_auxt_type; (t) >= 0; (t) = next_auxt_type[(t)])
	Iterate through aux terrain types.
#define	for_all_border_types(t) for ((t) = first_bord_type; (t) >= 0; (t) = next_bord_type[(t)])
	Iterate through borders.
#define	for_all_connection_types(t) for ((t) = first_conn_type; (t) >= 0; (t) = next_conn_type[(t)])
	Iterate through connections.
#define	checku(x) if ((x) < 0 \|\| (x) >= numutypes) utype_error(x);
	Check Unit type range.
#define	checkm(x) if ((x) < 0 \|\| (x) >= nummtypes) mtype_error(x);
	Check Material type range.
#define	checkt(x) if ((x) < 0 \|\| (x) >= numttypes) ttype_error(x);
	Check Terrain type range.
#define	checka(x) if ((x) < 0 \|\| (x) >= numatypes) atype_error(x);
	Check Advance type range.
#define	actor(u) (u_acp(u) > 0)
	Is actor?
#define	mobile(u) (u_speed(u) > 0)
	Is mobile?
#define	u_mobile(u) (0 < mp_per_turn_max(u))
	Is utype mobile?
#define	u_hp(u) (u_hp_max(u))
	Unit hit points.
#define	could_live_on(u, t) (could_be_on(u, t) && !ut_vanishes_on(u, t) && !ut_wrecks_on(u, t))
	Can Unit survive on Terrain?
#define	could_carry(u1, u2) (uu_capacity_x(u1, u2) > 0 \|\| uu_size(u2, u1) <= u_capacity(u1))
	Unit could carry Unit?
#define	could_develop(u1, u2) (uu_acp_to_develop(u1, u2) > 0)
	Unit could develop Unit?
#define	impassable(u, x, y) (!could_be_on((u)->type, terrain_at((x), (y))))
	Impassable?
#define	isbase(u) (u_is_base((u)->type))
	Is the Unit a base?
#define	base_builder(u) (u_is_base_builder((u)->type))
	Is the Unit a base builder?
#define	istransport(u) (u_is_transport((u)->type))
	Is the Unit a transport?
#define	t_is_cell(t) (t_subtype(t) == cellsubtype)
	Is the Terrain a cell?
#define	t_is_border(t) (t_subtype(t) == bordersubtype)
	Is the Terrain a border?
#define	t_is_connection(t) (t_subtype(t) == connectionsubtype)
	Is the Terrain a connection?
#define	t_is_coating(t) (t_subtype(t) == coatingsubtype)
	Is the Terrain a coating?
#define	is_unit_type(u) ((u) >= 0 && (u) < numutypes)
	Is the Unit type valid?
#define	is_material_type(m) ((m) >= 0 && (m) < nummtypes)
	Is the Material type valid?
#define	is_terrain_type(t) ((t) >= 0 && (t) < numttypes)
	Is the Terrain type valid?
#define	is_advance_type(a) ((a) >= 0 && (a) < numatypes)
	Is the Advance type valid?
Typedefs
typedef propertydefn	PropertyDefn
	Property definition.
typedef tabledefn	TableDefn
	Table definition.
typedef vardefn	VarDefn
	Global Variables definition.
typedef utype	Utype
	Unit Type Property Value.
typedef mtype	Mtype
	Material type properties.
typedef ttype	Ttype
	Terrain type properties.
typedef atype	Atype
	Advance type properties.
typedef a_globals	Globals
	Global data structure.
Enumerations
enum	Typetype { UTYP = 0, MTYP = 1, TTYP = 2, ATYP = 3 }
	Type of types. More...
enum	terrain_subtype { cellsubtype = 0, bordersubtype = 1, connectionsubtype = 2, coatingsubtype = 3 }
	Terrain subtypes. More...
Functions
int	could_be_on (int u, int t)
	Could u be on t?
void	utype_error (int u)
void	mtype_error (int m)
void	ttype_error (int t)
void	atype_error (int s)
void	init_types (void)
void	init_globals (void)
int	create_unit_type (void)
int	create_material_type (void)
int	create_terrain_type (void)
int	create_advance_type (void)
void	default_unit_type (int x)
void	default_material_type (int x)
void	default_terrain_type (int x)
void	default_advance_type (int x)
void	allocate_table (int tbl, int reset)
int	numtypes_from_index_type (int x)
char *	index_type_name (int x)
void	disallow_more_unit_types (void)
void	disallow_more_terrain_types (void)
void	disallow_more_material_types (void)
void	disallow_more_advance_types (void)
void	count_terrain_subtypes (void)
int	table_default (int(*getter)(int, int))
	Default value for table.
short	uprop_i_default (int(*intgetter)(int))
	Default value for integer uprop.
char *	uprop_s_default (char (strgetter)(int))
	Default value for string uprop.
Obj *	uprop_l_default (Obj (objgetter)(int))
	Default value for Lisp uprop.
short	tprop_i_default (int(*intgetter)(int))
	Default value for integer tprop.
char *	tprop_s_default (char (strgetter)(int))
	Default value for string tprop.
Obj *	tprop_l_default (Obj (objgetter)(int))
	Default value for Lisp tprop.
short	mprop_i_default (int(*intgetter)(int))
	Default value for integer mprop.
char *	mprop_s_default (char (strgetter)(int))
	Default value for string mprop.
Obj *	mprop_l_default (Obj (objgetter)(int))
	Default value for Lisp mprop.
short	aprop_i_default (int(*intgetter)(int))
	Default value for integer aprop.
char *	aprop_s_default (char (strgetter)(int))
	Default value for string aprop.
Obj *	aprop_l_default (Obj (objgetter)(int))
	Default value for Lisp aprop.
int	gvar_i_default (int(*intgetter)(void))
	Default value for integer gvar.
char *	gvar_s_default (char (strgetter)(void))
	Default value for string gvar.
Obj *	gvar_l_default (Obj (objgetter)(void))
	Default value for Lisp gvar.
Obj *	g_synth_methods_default (void)
Variables
short	numutypes
	Number of Unit types.
short	nummtypes
	Number of Material types.
short	numttypes
	Number of Terrain types.
short	numatypes
	Number of Advance types.
Globals	globals
	Global data variable.
Utype *	utypes
	Unit type properties.
Mtype *	mtypes
	Material type properties.
Ttype *	ttypes
	Terrain type properties.
Atype *	atypes
	Advance type properties.
PropertyDefn	utypedefns []
	Array of Unit type property definitions.
PropertyDefn	mtypedefns []
	Array of Material type property definitions.
PropertyDefn	ttypedefns []
	Array of Terrain type property definitions.
PropertyDefn	atypedefns []
	Array of Advance type property definitions.
TableDefn	tabledefns []
	Array of table definitions.
VarDefn	vardefns []
	Array of variable definitions.
short	canaddutype
	Can add Unit type flag.
short	canaddmtype
	Can add Material type flag.
short	canaddttype
	Can add Terrain type flag.
short	canaddatype
	Can add Advance type flag.
short	tmputype
	Temporary Unit type.
short	tmpmtype
	Temporary Material type.
short	tmpttype
	Temporary Terrain type.
short	tmpatype
	Temporary Advance type.
int	numcelltypes
	Number of cell types.
int	numbordtypes
	Number of border types.
int	numconntypes
	Number of connection types.
int	numcoattypes
	Number of coating types.
short	first_auxt_type
	Head of aux terrain type list.
short *	next_auxt_type
	Next aux terrain type in list.
short	first_bord_type
	Head of border type list.
short *	next_bord_type
	Next border type in list.
short	first_conn_type
	Head of connection type list.
short *	next_conn_type
	Next connection type in list.
int *	tmp_u_array
	Tempoary Unit type array.
int *	tmp_u2_array
	More utype scratch space.
int *	tmp_t_array
	Tempoary Terrain type array.
int *	tmp_m_array
	Tempoary Material type array.
int *	tmp_a_array
	Tempoary Advance type array.
int **	tmp_uu_array
	Scratch space in the likeness of a TableUU.