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1823 lines (1628 loc) · 38.4 KB
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/*
* FILE: m4.cpp
* PURPOSE: 4D maze class
* AUTHOR: Geoffrey Card
* DATE: ????-??-?? -
* NOTES:
*/
#include "engine.h"
using namespace std;
////////////////////////////////////////////////////////////////
//////////////// CLASS ////////////////
////////////////////////////////////////////////////////////////
engine_c::engine_c (void)
{
}
engine_c::~engine_c (void)
{
}
////////////////////////////////////////////////////////////////
//////////////// META ////////////////
////////////////////////////////////////////////////////////////
void engine_c::play (void)
{
print_title_screen();
while (true) {
print_clr();
if (!get_size_and_make()) {
break;
}
control();
}
}
void engine_c::play (unsigned int lxs, unsigned int lys, unsigned int lzs, unsigned int lws, alg_t algs, disc_t sights, goal_t goal)
{
while (true) {
print_clr();
make_maze(lxs, lys, lzs, lws, algs, sights, goal);
control();
}
}
void engine_c::test (void)
{
}
void engine_c::tutorial (void)
{
printf("You are %s.\n", USER);
printf("Your goal is to get to %s.\n", GOAL);
printf("\n");
printf("%s is walls.\n", WALL);
printf("%s is empty space.\n", SPACE);
printf("%s is unknown territory.\n", UNDISC);
printf("\n");
printf("To move, type %c, %c, %c, %c, %c, %c, %c, %c.\n", XM, XP, YM, YP, ZM, ZP, WM, WP);
printf("To give up, type %c.\n", RESET);
printf("To rotate your view, type %c, %c, %c, %c.\n", DSWAPX, DSWAPY, DSWAPZ, DSWAPW);
printf("You must hit enter to execute a command.\n");
printf("\n");
}
////////////////////////////////////////////////////////////////
//////////////// CONTROLS ////////////////
////////////////////////////////////////////////////////////////
/*
* Get dimensions and size.
*/
bool engine_c::get_size_and_make (void)
{
unsigned int n = 0;
unsigned int lxs = 1;
unsigned int lys = 1;
unsigned int lzs = 1;
unsigned int lws = 1;
alg_t alg = ALG_DEFAULT;
goal_t goal = G_DEFAULT;
disc_t sights = S_DEFAULT;
// get number of dimensions
printf("dimensions (1-4) (0 to quit):\n");
scanf("%u", &n);
if (n == 0) {
return false;
} else if ( !(n <= 4) ) { // written this way to deal with NaN issues
n = 1;
}
// get size
if (n >= 1) {
printf("x size (<=%u):\n", LEN_MAX);
scanf("%u", &lxs);
if (n >= 2) {
printf("y size (<=%u):\n", LEN_MAX);
scanf("%u", &lys);
if (n >= 3) {
printf("z size (<=%u):\n", LEN_MAX);
scanf("%u", &lzs);
if (n >= 4) {
printf("w size (<=%u):\n", LEN_MAX);
scanf("%u", &lws);
}
}
}
}
printf(
"Maze algorithm:\n"
"0 = Hunt-and-kill\n"
"1 = Depth-first\n"
"2 = Breadth-first (Prim)\n"
"3 = Random\n"
"4 = No maze\n"
);
scanf("%u", &n);
switch (n) {
case 0:
alg = ALG_HUNT;
goal = G_LONGEST;
break;
case 1:
alg = ALG_DEPTH;
goal = G_LONGEST;
break;
case 2:
alg = ALG_BREAD;
goal = G_LONGEST;
break;
case 3:
alg = ALG_RAND;
goal = G_LONGEST;
break;
case 4:
alg = ALG_BOX;
goal = G_SIMPLE;
break;
case 5:
alg = ALG_CAGE;
goal = G_LONGEST;
break;
default:
alg = ALG_DEFAULT;
goal = G_DEFAULT;
break;
}
printf(
"Sight algorithm:\n"
"0 = Full sight\n"
"1 = Line-of-sight with memory\n"
"2 = Line-of-sight\n"
"3 = Line-of-sight ranged with memory\n"
"4 = Line-of-sight ranged\n"
"5 = Ranged sight with memory\n"
"6 = Ranged sight\n"
);
scanf("%u", &n);
switch (n) {
case 0:
sights = S_FULL;
break;
case 1:
sights = S_LOS_DISC;
break;
case 2:
sights = S_LOS;
break;
case 3:
sights = S_LOS_RANGE_DISC;
break;
case 4:
sights = S_LOS_RANGE;
break;
case 5:
sights = S_RANGE_DISC;
break;
case 6:
sights = S_RANGE;
break;
default:
sights = S_DEFAULT;
break;
}
make_maze(lxs, lys, lzs, lws, alg, sights, goal);
return true;
}
/*
* Main control loop.
*/
bool engine_c::control (void)
{
bool cont;
char comm;
const node_t awd[] = {XD, YD, ZD, WD};
const node_t awu[] = {XU, YU, ZU, WU};
cont = true;
while (cont) {
// draw
print_clr();
print_man();
print_sight();
// interpret
scanf("%c", &comm);
switch (comm) {
case RESET:
cont = false;
break;
case XM:
move(awd[get_a0()]);
break;
case XP:
move(awu[get_a0()]);
break;
case YM:
move(awd[get_a1()]);
break;
case YP:
move(awu[get_a1()]);
break;
case ZM:
move(awd[get_a2()]);
break;
case ZP:
move(awu[get_a2()]);
break;
case WM:
move(awd[get_a3()]);
break;
case WP:
move(awu[get_a3()]);
break;
/*
case XM:
move(XD);
break;
case XP:
move(XU);
break;
case YM:
move(YD);
break;
case YP:
move(YU);
break;
case ZM:
move(ZD);
break;
case ZP:
move(ZU);
break;
case WM:
move(WD);
break;
case WP:
move(WU);
break;
*/
case DSWAPX:
d_swap_rel(DIMX, DIMX);
break;
case DSWAPY:
d_swap_rel(DIMX, DIMY);
break;
case DSWAPZ:
d_swap_rel(DIMX, DIMZ);
break;
case DSWAPW:
d_swap_rel(DIMX, DIMW);
break;
default:
break;
/*
case DSWAPX:
d_swap_abs(DIMX, DIMX);
break;
case DSWAPY:
d_swap_abs(DIMX, DIMY);
break;
case DSWAPZ:
d_swap_abs(DIMX, DIMZ);
break;
case DSWAPW:
d_swap_abs(DIMX, DIMW);
break;
default:
break;
*/
}
if (get_flag(F_GOAL)) {
// draw
print_clr();
print_man();
print_sight();
// victory!
printf("YOU WON!\n\a");
// delete remaining commands
while (getchar() != '\n');
// pause
do {
comm = getchar();
} while (comm != '\n');
return true;
}
}
return false;
}
////////////////////////////////////////////////////////////////
//////////////// GRAPHICS ////////////////
////////////////////////////////////////////////////////////////
/*
* Print based on sight algorithm.
*/
void engine_c::print_sight (void)
{
discover();
print_disc();
}
/*
* Clear screen.
*/
void engine_c::print_clr (void)
{
for (int i = 0; i < CLR_LEN; i++) {
printf("\n");
}
}
void engine_c::print_title_screen (void)
{
char c;
// clear screen
print_clr();
// title screen
printf(
" 2D Terminal nD Maze Game\n"
" \n"
" By Geoffrey Card \n"
" \n"
" press enter \n"
" \n"
);
do {
c = getchar();
} while (c != '\n');
print_clr();
printf(
" \n"
" . \n"
" \n"
" press enter \n"
" \n"
);
do {
c = getchar();
} while (c != '\n');
print_clr();
printf(
" ---------- \n"
" \n"
" press enter \n"
" \n"
);
do {
c = getchar();
} while (c != '\n');
print_clr();
printf(
" +--------+ \n"
" | | \n"
" | | \n"
" | | \n"
" | | \n"
" +--------+ \n"
" \n"
" press enter \n"
" \n"
);
do {
c = getchar();
} while (c != '\n');
print_clr();
printf(
" +--------+ \n"
" / | / | \n"
" / | / | \n"
" +-----+--+ | \n"
" | | | | \n"
" | +--+-----+ \n"
" | / | / \n"
" | / | / \n"
" +--------+ \n"
" \n"
" press enter \n"
" \n"
);
do {
c = getchar();
} while (c != '\n');
print_clr();
printf(
" +--------+ \n"
" / | \\ / | \\ \n"
" / | \\/ | \\ \n"
" +-----+--+ +--+-----+ \n"
" | \\ | |/\\| | / | \n"
" | \\ +-*+--+*-+ / | \n"
" | / +-*+--+*-+ \\ | \n"
" | / | |/\\| | \\ | \n"
" +-----+--+ +--+-----+ \n"
" \\ | /\\ | / \n"
" \\ | / \\ | / \n"
" +--------+ \n"
" \n"
" press enter \n"
" \n"
);
do {
c = getchar();
} while (c != '\n');
}
void engine_c::print_man (void)
{
unsigned int a0s = get_a0();
unsigned int a1s = get_a1();
unsigned int a2s = get_a2();
unsigned int a3s = get_a3();
char alet[] = {'X', 'Y', 'Z', 'W'};
printf(
" axes: \n"
" +---------------------%c \n"
" | \n"
" | +----%c +----%c \n"
" | | | \n"
" | | | \n"
" | %c %c \n"
" | \n"
" | +----%c +----%c \n"
" | | | \n"
" | | | \n"
" | %c %c \n"
" | \n"
" %c \n"
" \n",
alet[a2s],
alet[a0s], alet[a0s],
alet[a1s], alet[a1s],
alet[a0s], alet[a0s],
alet[a1s], alet[a1s],
alet[a3s]);
/*
printf(
" controls: \n"
" X+ %c \n"
" X- %c \n"
" Y+ %c \n"
" Y- %c \n"
" Z+ %c \n"
" Z- %c \n"
" W+ %c \n"
" W- %c \n"
" new %c \n"
" d-swap: (all swap with %c) \n"
" X %c \n"
" Y %c \n"
" Z %c \n"
" W %c \n"
" type it then hit enter \n"
" \n"
" USER: %s \n"
" GOAL: %s \n"
" \n",
XP, XM, YP, YM, ZP, ZM, WP, WM, RESET,
DSWAPX, DSWAPX, DSWAPY, DSWAPZ, DSWAPW,
USER, GOAL);
*/
printf("You are %s.\n", USER);
printf("Your goal is to get to %s.\n", GOAL);
printf("\n");
printf("%s is walls.\n", WALL);
printf("%s is empty space.\n", SPACE);
printf("%s is unknown territory.\n", UNDISC);
printf("\n");
printf("To move, type %c, %c, %c, %c, %c, %c, %c, %c.\n", XM, XP, YM, YP, ZM, ZP, WM, WP);
printf("To give up, type %c.\n", RESET);
printf("To rotate your view, type %c, %c, %c, %c.\n", DSWAPX, DSWAPY, DSWAPZ, DSWAPW);
printf("You must hit enter to execute a command.\n");
printf("\n");
}
/*
::YD:: ::::::
XD XU ::ZU::
::YU:: ::::::
:::::: ......
::WU:: ......
:::::: ......
*/
void engine_c::print_all (void)
{
// debug
//printf("address %0X\nlenx %i\nleny %i\nlenz %i\nlenw %i\n", arry, lenx, leny, lenz, lenw);
//printf("a1 = %i, a2 = %i, a3 = %i, a4 = %i\n", a1, a2,a3, a4);
unsigned int aint[] = {0, 0, 0, 0};
const node_t awd[] = {XD, YD, ZD, WD};
const node_t awu[] = {XU, YU, ZU, WU};
const unsigned int alen[] = {get_lenx(), get_leny(), get_lenz(), get_lenw()};
for (aint[get_a3()]=0; aint[get_a3()]<alen[get_a3()]; aint[get_a3()]++) {
for (aint[get_a1()]=0; aint[get_a1()]<alen[get_a1()]; aint[get_a1()]++) {
for (aint[get_a2()]=0; aint[get_a2()]<alen[get_a2()]; aint[get_a2()]++) {
// SECTION 1
// ROW 1
// COL 1
for (aint[get_a0()]=0; aint[get_a0()]<alen[get_a0()]; aint[get_a0()]++) {
// BLOCK 1
printf("%s", WALL);
// BLOCK 2
printf("%s", get_flag(aint[0],aint[1],aint[2],aint[3],awd[get_a1()]) ? WALL : SPACE);
}
// BLOCK 3
printf("%s", WALL);
// SECTION 1
// ROW 1
// COL 2
if (aint[get_a2()]<alen[get_a2()]-1) {
printf("%s", HSKIP);
for (aint[get_a0()]=0; aint[get_a0()]<alen[get_a0()]; aint[get_a0()]++) {
// BLOCK 1
printf("%s", WALL);
// BLOCK 2
printf("%s", WALL);
}
// BLOCK 3
printf("%s", WALL);
printf("%s", HSKIP);
}
}
printf("\n");
for (aint[get_a2()]=0; aint[get_a2()]<alen[get_a2()]; aint[get_a2()]++) {
// SECTION 1
// ROW 2
// COL 1
for (aint[get_a0()]=0; aint[get_a0()]<alen[get_a0()]; aint[get_a0()]++) {
// BLOCK 1
printf("%s", get_flag(aint[0],aint[1],aint[2],aint[3],awd[get_a0()]) ? WALL : SPACE);
// BLOCK 2
// USER/GOAL/ETC
if (get_x() == aint[0] && get_y() == aint[1] && get_z() == aint[2] && get_w() == aint[3]) {
printf("%s", USER);
} else if (get_flag(aint[0],aint[1],aint[2],aint[3],F_GOAL)) {
printf("%s", GOAL);
} else {
printf("%s", SPACE);
}
}
aint[get_a0()] = alen[get_a0()]-1;
// BLOCK 3
printf("%s", get_flag(aint[0],aint[1],aint[2],aint[3],awu[get_a0()]) ? WALL : SPACE);
// SECTION 1
// ROW 2
// COL 2
if (aint[get_a2()]<alen[get_a2()]-1) {
printf("%s", HSKIP);
for (aint[get_a0()]=0; aint[get_a0()]<alen[get_a0()]; aint[get_a0()]++) {
// BLOCK 1
printf("%s", WALL);
// BLOCK 2
printf("%s", get_flag(aint[0],aint[1],aint[2],aint[3],awu[get_a2()]) ? WALL : SPACE);
}
// BLOCK 3
printf("%s", WALL);
printf("%s", HSKIP);
}
}
printf("\n");
}
aint[get_a1()] = alen[get_a1()]-1;
for (aint[get_a2()]=0; aint[get_a2()]<alen[get_a2()]; aint[get_a2()]++) {
// SECTION 1
// ROW 3
// COL 1
for (aint[get_a0()]=0; aint[get_a0()]<alen[get_a0()]; aint[get_a0()]++) {
// BLOCK 1
printf("%s", WALL);
// BLOCK 2
printf("%s", get_flag(aint[0],aint[1],aint[2],aint[3],awu[get_a1()]) ? WALL : SPACE);
}
// BLOCK 3
printf("%s", WALL);
// SECTION 1
// ROW 3
// COL 2
if (aint[get_a2()]<alen[get_a2()]-1) {
printf("%s", HSKIP);
for (aint[get_a0()]=0; aint[get_a0()]<alen[get_a0()]; aint[get_a0()]++) {
// BLOCK 1
printf("%s", WALL);
// BLOCK 2
printf("%s", WALL);
}
// BLOCK 3
printf("%s", WALL);
printf("%s", HSKIP);
}
}
printf("\n");
if (aint[get_a3()]<alen[get_a3()]-1) {
printf("%s", VSKIP);
for (aint[get_a1()]=0; aint[get_a1()]<alen[get_a1()]; aint[get_a1()]++) {
for (aint[get_a2()]=0; aint[get_a2()]<alen[get_a2()]; aint[get_a2()]++) {
// SECTION 2
// ROW 1
// COL 1
for (aint[get_a0()]=0; aint[get_a0()]<alen[get_a0()]; aint[get_a0()]++) {
// BLOCK 1
printf("%s", WALL);
// BLOCK 2
printf("%s", WALL);
}
// BLOCK 3
printf("%s", WALL);
// SECTION 2
// ROW 1
// COL 2
if (aint[get_a2()]<alen[get_a2()]-1) {
printf("%s", HSKIP);
for (aint[get_a0()]=0; aint[get_a0()]<alen[get_a0()]; aint[get_a0()]++) {
// BLOCK 1
printf("%s", SPACE);
// BLOCK 2
printf("%s", SPACE);
}
// BLOCK 3
printf("%s", SPACE);
printf("%s", HSKIP);
}
}
printf("\n");
for (aint[get_a2()]=0; aint[get_a2()]<alen[get_a2()]; aint[get_a2()]++) {
// SECTION 2
// ROW 2
// COL 1
for (aint[get_a0()]=0; aint[get_a0()]<alen[get_a0()]; aint[get_a0()]++) {
// BLOCK 1
printf("%s", WALL);
// BLOCK 2
printf("%s", get_flag(aint[0],aint[1],aint[2],aint[3],awu[get_a3()]) ? WALL : SPACE);
}
// BLOCK 3
printf("%s", WALL);
// SECTION 2
// ROW 2
// COL 2
if (aint[get_a2()]<alen[get_a2()]-1) {
printf("%s", HSKIP);
for (aint[get_a0()]=0; aint[get_a0()]<alen[get_a0()]; aint[get_a0()]++) {
// BLOCK 1
printf("%s", SPACE);
// BLOCK 2
printf("%s", SPACE);
}
// BLOCK 3
printf("%s", SPACE);
printf("%s", HSKIP);
}
}
printf("\n");
}
for (aint[get_a2()]=0; aint[get_a2()]<alen[get_a2()]; aint[get_a2()]++) {
// SECTION 2
// ROW 3
// COL 1
for (aint[get_a0()]=0; aint[get_a0()]<alen[get_a0()]; aint[get_a0()]++) {
// BLOCK 1
printf("%s", WALL);
// BLOCK 2
printf("%s", WALL);
}
// BLOCK 3
printf("%s", WALL);
// SECTION 2
// ROW 3
// COL 2
if (aint[get_a2()]<alen[get_a2()]-1) {
printf("%s", HSKIP);
for (aint[get_a0()]=0; aint[get_a0()]<alen[get_a0()]; aint[get_a0()]++) {
// BLOCK 1
printf("%s", SPACE);
// BLOCK 2
printf("%s", SPACE);
}
// BLOCK 3
printf("%s", SPACE);
printf("%s", HSKIP);
}
}
printf("\n");
printf("%s", VSKIP);
}
}
}
/*
.............. :::::::::::::: ..............
.............. ::WU::WU::WU:: ..............
.............. :::::::::::::: ..............
.............. ::WU::WU::WU:: ..............
.............. :::::::::::::: ..............
.............. ::WU::WU::WU:: ..............
.............. :::::::::::::: ..............
:::::::::::::: ::YD::YD::YD:: ::::::::::::::
::ZU::ZU::ZU:: XD XD XD XU ::ZU::ZU::ZU::
:::::::::::::: ::YD::YD::YD:: ::::::::::::::
::ZU::ZU::ZU:: XD XD XD XU ::ZU::ZU::ZU::
:::::::::::::: ::YD::YD::YD:: ::::::::::::::
::ZU::ZU::ZU:: XD XD XD XU ::ZU::ZU::ZU::
:::::::::::::: ::YU::YU::YU:: ::::::::::::::
.............. :::::::::::::: ..............
.............. ::WU::WU::WU:: ..............
.............. :::::::::::::: ..............
.............. ::WU::WU::WU:: ..............
.............. :::::::::::::: ..............
.............. ::WU::WU::WU:: ..............
.............. :::::::::::::: ..............
::YD:: ::::::
XD XU ::ZU::
::YU:: ::::::
:::::: ......
::WU:: ......
:::::: ......
*/
/*
* Not implemented. Prints discovered areas only.
*/
bool engine_c::disc_s1r1c1b1 (unsigned int aint[4])
{
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
return true;
}
aint[get_a1()]--;
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
aint[get_a1()]++;
return true;
}
aint[get_a0()]--;
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
aint[get_a1()]++;
aint[get_a0()]++;
return true;
}
aint[get_a1()]++;
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
aint[get_a0()]++;
return true;
}
aint[get_a0()]++;
return false;
}
bool engine_c::disc_s1r1c1b2 (unsigned int aint[4])
{
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
return true;
}
aint[get_a1()]--;
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
aint[get_a1()]++;
return true;
}
aint[get_a1()]++;
return false;
}
bool engine_c::disc_s1r1c1b3 (unsigned int aint[4])
{
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
return true;
}
aint[get_a1()]--;
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
aint[get_a1()]++;
return true;
}
aint[get_a1()]++;
return false;
}
bool engine_c::disc_s1r2c1b1 (unsigned int aint[4])
{
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
return true;
}
aint[get_a0()]--;
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
aint[get_a0()]++;
return true;
}
aint[get_a0()]++;
return false;
}
bool engine_c::disc_s1r2c1b2 (unsigned int aint[4])
{
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
return true;
}
return false;
}
bool engine_c::disc_s1r2c1b3 (unsigned int aint[4])
{
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
return true;
}
return false;
}
bool engine_c::disc_s1r3c1b1 (unsigned int aint[4])
{
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
return true;
}
aint[get_a0()]--;
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
aint[get_a0()]++;
return true;
}
aint[get_a0()]++;
return false;
}
bool engine_c::disc_s1r3c1b2 (unsigned int aint[4])
{
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
return true;
}
return false;
}
bool engine_c::disc_s1r3c1b3 (unsigned int aint[4])
{
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
return true;
}
return false;
}
bool engine_c::disc_s1r1c2b1 (unsigned int aint[4])
{
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
return true;
}
aint[get_a1()]--;
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
aint[get_a1()]++;
return true;
}
aint[get_a0()]--;
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
aint[get_a1()]++;
aint[get_a0()]++;
return true;
}
aint[get_a1()]++;
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
aint[get_a0()]++;
return true;
}
aint[get_a2()]++;
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
aint[get_a0()]++;
aint[get_a2()]--;
return true;
}
aint[get_a1()]--;
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
aint[get_a0()]++;
aint[get_a2()]--;
aint[get_a1()]++;
return true;
}
aint[get_a0()]++;
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
aint[get_a2()]--;
aint[get_a1()]++;
return true;
}
aint[get_a1()]++;
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
aint[get_a2()]--;
return true;
}
aint[get_a2()]--;
return false;
}
bool engine_c::disc_s1r1c2b2 (unsigned int aint[4])
{
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
return true;
}
aint[get_a1()]--;
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
aint[get_a1()]++;
return true;
}
aint[get_a2()]++;
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
aint[get_a1()]++;
aint[get_a2()]--;
return true;
}
aint[get_a1()]++;
if ( get_flag(aint[0],aint[1],aint[2],aint[3],F_DISC) ) {
aint[get_a2()]--;
return true;
}
aint[get_a2()]--;
return false;
}
bool engine_c::disc_s1r1c2b3 (unsigned int aint[4])