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CMPLOGIC.C
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/****************************************************
* *
* *
* Competition logic functions *
* *
* *
****************************************************/
#include "incs.h"
#ifdef PSX
#include "\global\striker.def" // defs for PSX striker
#include "\global\s01.h"
#include "general.h"
#include "text.h"
#include "teamsel.h"
#include "frontend.h"
#include "title.h"
#include "mem.h"
//#include "sprite.h"
//#include "shell.h"
#include "teams.h"
#endif
/****************************************************************************
* *
* Prototypes *
* *
****************************************************************************/
void get_euro_teams_to_exclude();
void calc_ko_draws_to_do();
void get_least_played_teams( WORD *w1, WORD *w2 );
void sort_league_stats();
void ko_insert_winner();
void distribute_team_points();
void reset_top_team_scorers();
void set_top_team_scorers();
void reset_competition_data();
WORD set_human_team_pos( WORD team_num );
/****************************************************************************
* *
* *
* LEAGUE logic functions *
* *
* *
****************************************************************************/
void init_league_draw()
{
WORD x,y,group;
for(group=0;group<TOTAL_GROUPS;group++)
{
for(y=0;y<TOTAL_LEAGUE_TEAMS;y++)
{
for(x=0;x<TOTAL_LEAGUE_TEAMS;x++)
{
if( x==y )
comp->league_draw_array[group][y][x]=1;
else
comp->league_draw_array[group][y][x]=0;
}
}
}
}
WORD do_league_draw()
{
WORD x,y, team1, team2, all_teams_played;
WORD wp1, wp2;
//printf("Doing league draw %d teams playing....\n",share->teams_in_competition);
all_teams_played=YES;
for(y=0;y<share->teams_in_competition;y++)
{
for(x=0;x<share->teams_in_competition;x++)
{
if ( comp->league_draw_array[share->current_group][y][x] == 0 )
all_teams_played=NO;
}
}
if ( all_teams_played )
return all_teams_played;
while( 1 )
{
// x = make_random_number( share->teams_in_competition-1 );
// y = make_random_number( share->teams_in_competition-1 );
get_least_played_teams( &x, &y );
while ( comp->league_draw_array[share->current_group][y][x] != 0 )
{
x = make_random_number( share->teams_in_competition-1 );
y = make_random_number( share->teams_in_competition-1 );
}
if ( comp->league_draw_array[share->current_group][y][x] == 0 )
{
share->team1_list_pos = x; // set position within list of teams to play
share->team2_list_pos = y;
share->team1 = share->selected_teams_list[ x ];
share->team2 = share->selected_teams_list[ y ];
share->team1 = share->group_teams[ share->current_group ][ x ];
share->team2 = share->group_teams[ share->current_group ][ y ];
share->team1_cpu = share->cpu_teams_index_list[ share->team1 ];
share->team2_cpu = share->cpu_teams_index_list[ share->team2 ];
comp->league_draw_array[share->current_group][ share->team2_list_pos ][ share->team1_list_pos ] = 1;
//printf("(%d)%s will play (%d)%s\n", share->team1,get_team_name( share->team1 ), share->team2,get_team_name( share->team2 ) );
break;
}
}
return all_teams_played;
}
void set_league_draw_array()
{
// share->league_draw_array[share->current_group][ share->team2_list_pos ][ share->team1_list_pos ] = 1;
}
void get_least_played_teams( WORD *w1, WORD *w2 )
{
WORD cnt;
WORD x,y;
x = y = 200;
*w1 = x;
for( cnt=0;cnt< share->teams_in_competition; cnt++ )
{
if ( (comp->league_data[ share->current_group ][ cnt ].played <= x ) )
{
x = comp->league_data[ share->current_group ][ cnt ].played;
*w1 = cnt;
}
}
*w2 = y;
for( cnt=0;cnt< share->teams_in_competition; cnt++ )
{
if ( (comp->league_data[ share->current_group ][ cnt ].played <= y) && (cnt!= *w1 ) )
{
y = comp->league_data[ share->current_group ][ cnt ].played;
*w2 = cnt;
}
}
// printf("t1=%d t2=%d\n", *w1, *w2 );
}
void sort_league_stats()
{
BYTE *cptr;
WORD *index_list, index_y, group, team_num, x, cnt, teams;
ULONG *l1, *l2;
LONG64 sort_list[ TOTAL_LEAGUE_TEAMS ];
LONG64 al, gs, gd, pt;
WORD base_group;
/**************************************
* *
* Sort all groups, setting win_pos *
* with team's new position *
* *
**************************************/
if ( (share->game_type == LEAGUE) || ( share->game_type == EURO2000 ) || (share->game_type == TERRITORY) || ( share->game_type == WORLDCUP ) || ( share->game_type == EURO2000_CALC ) || ( share->game_type == EUROFINAL ) )
{
if ( share->game_type == EURO2000_CALC )
{
base_group = 9;
}
else
base_group = 0;
for( group=base_group; group<share->total_groups; group++ )
{
//printf("group %d contains teams...\n", group );
teams = share->teams_in_group[ group ];
for( cnt=0; cnt<teams; cnt++ )
{
team_num = share->group_teams[ group ][ cnt ];
cptr = (BYTE *)get_team_name( team_num );
pt = comp->league_data[ group ][cnt].points;
gd = 500 + comp->league_data[ group ][cnt].goal_diff; // + or - 500
gs = comp->league_data[ group ][cnt].goals_for;
al = *cptr;
//printf("%s gd=%d pts=%d\n",cptr,gd,pt);
/** Ensure upper and lower case are treated equally **/
if ( (al >='a') && (al <='z') )
al -= 'a'-'A';
al = 127-al;
sort_list[cnt] = (pt<<40) + ( gd<<25 ) + ( gs<<10 ) + al;
}
index_list = bubble_sort64( sort_list, teams, DESCENDING );
for( x=0; x<teams; x++ )
{
comp->league_data[ group ][ *index_list ].win_pos = x;
index_list++;
}
}
}
}
/****************************************************************************
* *
* *
* KNOCKOUT logic functions *
* *
* *
****************************************************************************/
void init_knockout_data()
{
WORD cnt,round, group, x;
WORD list[]={ 3,2,1,0,0 };
WORD flip;
/*** Initialise Knockout data for first time ***/
if ( (share->game_type == EURO2000_KO) || ( share->game_type == EUROFINAL_KO) )
{
share->teams_in_competition = 8;
}
if ( share->game_type == WORLDCUP )
{
share->teams_in_competition = 16;
}
comp->ko_data.current_round = list[share->teams_in_competition/4];
calc_ko_draws_to_do();
comp->ko_data.winning_list_pos = 0;
for( round=0;round<5;round++)
{
for(cnt=0;cnt<16;cnt++)
comp->ko_data.played[round][cnt] = NO;
for(cnt=0; cnt<16; cnt++)
comp->ko_data.teams[round][cnt] = -1;
}
for(cnt=0;cnt<16;cnt++)
comp->ko_data.teams[ comp->ko_data.current_round ][cnt] = share->selected_teams_list[cnt];
if ( share->game_type == EURO2000_KO )
{
/*** Copy 8 runner up teams into knockout data ***/
for( cnt=0; cnt<8; cnt++ )
{
comp->ko_data.teams[1][cnt] = comp->euro_final_data.runner_teams[ cnt ]; // start in 2nd round
}
}
if ( share->game_type == EUROFINAL_KO )
{
/*** Copy top 2 winners from each group and place in knockout ***/
cnt=0;
for( group=0; group<4; group++ )
{
for(x=0;x<4;x++ )
{
if ( (comp->league_data[ group ][ x ].win_pos == 0) || (comp->league_data[ group ][ x ].win_pos == 1) )
{
comp->ko_data.teams[1][cnt] = share->group_teams[ group ][ x ];
cnt++;
}
}
}
}
if ( share->game_type == WORLDCUP )
{
/*** Copy top 2 winners from each group and place in knockout ***/
/** These go group A 1st plays Group B 2nd, Group B 1st plays Group A 2nd, Group C 1st etc **/
comp->worldcup_data.game=0;
cnt=0;
for( group=0; group<8; group++ )
{
for(x=0;x<4;x++ )
{
if ( comp->league_data[ group ][ x ].win_pos == 0 )
{
comp->ko_data.teams[0][cnt+0] = share->group_teams[ group ][ x ];
cnt+=2;
}
}
}
cnt=0;
flip=0;
for( group=0; group<8; group++ )
{
for(x=0;x<4;x++ )
{
if ( comp->league_data[ group ][ x ].win_pos == 1 )
{
flip = 2-flip;
comp->ko_data.teams[0][cnt+1 + flip ] = share->group_teams[ group ][ x ];
if ( flip == 0 )
cnt+=4;
}
}
}
}
}
WORD do_knockout_draw()
{
WORD round;
WORD list[]={3,2,1,0,0};
WORD team;
WORD teams_in_round;
WORD count;
WORD hums,x;
round = comp->ko_data.current_round;
teams_in_round = 16;
count = comp->ko_data.current_round;
while(count--)
{
teams_in_round >>= 1;
}
//printf("Doing draw on round %d with %d draws to do and %d teams in this round\n",comp->ko_data.current_round, comp->ko_data.draws_to_do, teams_in_round );
/*** Choose 1st team to play *****/
while(1)
{
team = make_random_number( teams_in_round-1 );
if ( comp->ko_data.played[ round ][ team ] == NO )
{
share->team1_list_pos = team;
share->team1 = comp->ko_data.teams[ comp->ko_data.current_round ][ team ];
share->team1_cpu = share->cpu_teams_index_list[ share->team1 ];
break;
}
}
/*** Choose 2nd team to play *****/
while(1)
{
team = make_random_number( teams_in_round-1 );
if ( (comp->ko_data.played[ round ][ team ] == NO) && ( team != share->team1_list_pos ) )
{
share->team2_list_pos = team;
share->team2 = comp->ko_data.teams[ comp->ko_data.current_round ][ team ];
share->team2_cpu = share->cpu_teams_index_list[ share->team2 ];
break;
}
}
if ( share->game_type == EURO2000_KO )
{
/** Euro2000 knockout can be played without humans **/
}
else
{
hums=NO;
for(x=0;x<teams_in_round;x++)
{
team = comp->ko_data.teams[ round ][ x ];
if ( share->cpu_teams_index_list[ team ] == NO )
hums=YES;
}
if ( hums == NO )
share->game_stat = GAME_OVER;
}
}
void do_worldcup_knockout_draw()
{
WORD round;
WORD list[]={3,2,1,0,0};
WORD team;
WORD teams_in_round;
WORD count;
WORD hums,x;
round = comp->ko_data.current_round;
teams_in_round = 16;
count = comp->ko_data.current_round;
while(count--)
{
teams_in_round >>= 1;
}
//printf("Doing draw on round %d with %d draws to do and %d teams in this round\n",comp->ko_data.current_round, comp->ko_data.draws_to_do, teams_in_round );
share->team1_list_pos = (( comp->ko_data.total_draws - comp->ko_data.draws_to_do ) * 2 ) + 0;
share->team2_list_pos = (( comp->ko_data.total_draws - comp->ko_data.draws_to_do ) * 2 ) + 1;
share->team1 = comp->ko_data.teams[ comp->ko_data.current_round ][ share->team1_list_pos ];
share->team2 = comp->ko_data.teams[ comp->ko_data.current_round ][ share->team2_list_pos ];
share->team1_cpu = share->cpu_teams_index_list[ share->team1 ];
share->team2_cpu = share->cpu_teams_index_list[ share->team2 ];
hums=NO;
for(x=0;x<teams_in_round;x++)
{
team = comp->ko_data.teams[ round ][ x ];
if ( share->cpu_teams_index_list[ team ] == NO )
hums=YES;
}
if ( hums == NO )
share->game_stat = GAME_OVER;
}
void ko_calc_results()
{
ko_insert_winner();
comp->ko_data.played[ comp->ko_data.current_round ][ share->team1_list_pos ] = YES;
comp->ko_data.played[ comp->ko_data.current_round ][ share->team2_list_pos ] = YES;
comp->ko_data.draws_to_do--;
if ( comp->ko_data.draws_to_do == 0 )
{
if ( share->game_type == EURO2000_KO )
share->game_stat = GAME_OVER;
else
{
comp->ko_data.current_round++;
calc_ko_draws_to_do(); // get num of draws for next round
comp->ko_data.winning_list_pos = 0; // reset position at which to add winning teams
if ( comp->ko_data.current_round == 4 )
{
share->game_stat = GAME_OVER;
}
}
}
}
void calc_ko_draws_to_do()
{
WORD cnt = comp->ko_data.current_round;
comp->ko_data.draws_to_do = 8;
while( cnt-- )
{
comp->ko_data.draws_to_do >>= 1;
}
comp->ko_data.total_draws = comp->ko_data.draws_to_do; // draws_to_do is decremented after every game
}
void ko_insert_winner()
{
WORD list_pos;
WORD winning_team;
if ( share->team1_pts > share->team2_pts )
winning_team = share->team1;
else
winning_team = share->team2;
list_pos = comp->ko_data.winning_list_pos;
comp->ko_data.teams[ comp->ko_data.current_round + 1 ][ list_pos ] = winning_team;
comp->ko_data.winning_list_pos++;
}
void do_winner_simulation()
{
WORD pts1,pts2;
/*** Work out teams points based on their stats ( to be properly implemented ) ***/
pts1=pts2=0;
while( pts1 == pts2 ) /** Ensure both teams never have same points **/
{
pts1=make_random_number(5);
pts2=make_random_number(5);
}
share->team1_pts = pts1;
share->team2_pts = pts2;
}
void distribute_team_points()
{
WORD index, pos;
Database_team *db_teams = (Database_team *)&ability_file_addr;
WORD team_num, team, pts;
for(team=0;team<2;team++)
{
if ( team==0 )
{
team_num = share->team1;
pts = share->team1_pts;
}
else
{
team_num = share->team2;
pts = share->team2_pts;
}
/*** When Game is present, simulation will always be on two cpu teams ***/
while( pts>0 )
{
pos=0;
while(pos == 0 ) /** Ensure goalie never scores a goal **/
{
index = make_random_number( 21 );
pos = db_teams[ team_num ].player[ index ].position; /** Database position 0 is goalkeeper **/
}
share->goals_scored[ team_num ][ index ]++;
pts--;
}
}
}
WORD calculate_winner()
{
WORD pos, cnt;
/*** If team1 and team2 are both cpu, calculates the winner
in 'share->winning_team'
***/
/** Returns YES if a winner was calculated ***/
if ( share->team1_cpu == NO )
{
printf("Clearing %s red cards\n",get_team_name( share->team1 ) );
/** Clear team1 red cards **/
pos = set_human_team_pos( share->team1 );
for( cnt=0; cnt<23; cnt++ )
share->red_cards_awarded[ pos ][cnt]=0;
}
if ( share->team2_cpu == NO )
{
printf("Clearing %s red cards\n",get_team_name( share->team2 ) );
/** Clear team2 red cards **/
pos = set_human_team_pos( share->team2 );
for( cnt=0; cnt<23; cnt++ )
share->red_cards_awarded[ pos ][cnt]=0;
}
if ( (share->team1_cpu==YES) && (share->team2_cpu==YES) )
{
/*** Both Teams are Cpu, Choose a winner ***/
do_winner_simulation(); // get random points for two teams
distribute_team_points();
return YES;
}
if ( stub_present )
{
/** Stub is present, so exit frontend to play the game **/
abort_frontend=YES;
abort_title=YES;
return NO;
}
else
{
/** Stub is not present, so manually choose a winner **/
do_winner_simulation(); // get random points for two teams
debug_choose_winner();
distribute_team_points();
abort_frontend=YES;
return YES;
}
}
void calc_league_stats()
{
WORD wt_pos;
// calc played, won drawn etc
//printf("calculating stats for group %d\n",share->current_group );
/** Calc team 1 and 2 played **/
comp->league_data[ share->current_group ][ share->team1_list_pos ].played++;
comp->league_data[ share->current_group ][ share->team2_list_pos ].played++;
/** Calc team 1 and 2 WON, LOST, POINTS **/
if ( share->team1_pts > share->team2_pts )
{
/** Team 1 WON **/
comp->league_data[ share->current_group ][ share->team1_list_pos ].won++;
comp->league_data[ share->current_group ][ share->team2_list_pos ].lost++;
comp->league_data[ share->current_group ][ share->team1_list_pos ].points+=3;
}
else
{
/** Team 2 WON **/
if ( share->team1_pts < share->team2_pts )
{
comp->league_data[ share->current_group ][ share->team2_list_pos ].won++;
comp->league_data[ share->current_group ][ share->team1_list_pos ].lost++;
comp->league_data[ share->current_group ][ share->team2_list_pos ].points+=3;
}
else
{
/** Team 1 and 2 drawn **/
if ( share->team1_pts == share->team2_pts )
{
comp->league_data[ share->current_group ][ share->team1_list_pos ].drawn++;
comp->league_data[ share->current_group ][ share->team2_list_pos ].drawn++;
comp->league_data[ share->current_group ][ share->team1_list_pos ].points+=1;
comp->league_data[ share->current_group ][ share->team2_list_pos ].points+=1;
}
}
}
/** Calc team 1 goals for and against **/
comp->league_data[ share->current_group ][ share->team1_list_pos ].goals_for += share->team1_pts;
comp->league_data[ share->current_group ][ share->team1_list_pos ].goals_against += share->team2_pts;
/** Calc team 2 goals for and against **/
comp->league_data[ share->current_group ][ share->team2_list_pos ].goals_for += share->team2_pts;
comp->league_data[ share->current_group ][ share->team2_list_pos ].goals_against += share->team1_pts;
/** Calc goal difference **/
comp->league_data[ share->current_group ][ share->team1_list_pos ].goal_diff = comp->league_data[ share->current_group ][ share->team1_list_pos ].goals_for - comp->league_data[ share->current_group ][ share->team1_list_pos ].goals_against;
comp->league_data[ share->current_group ][ share->team2_list_pos ].goal_diff = comp->league_data[ share->current_group ][ share->team2_list_pos ].goals_for - comp->league_data[ share->current_group ][ share->team2_list_pos ].goals_against;
/*** Sort the stats **/
if ( share->game_type != EURO2000_CALC )
sort_league_stats();
if ( share->game_type == EURO2000 )
{
/** Store teams who played and their results **/
comp->euro2000_data.result[ comp->euro2000_data.games_played ].team1 = share->team1;
comp->euro2000_data.result[ comp->euro2000_data.games_played ].team2 = share->team2;
comp->euro2000_data.result[ comp->euro2000_data.games_played ].team1_score = share->team1_pts;
comp->euro2000_data.result[ comp->euro2000_data.games_played ].team2_score = share->team2_pts;
comp->euro2000_data.games_played++;
// printf("%s %d-%d %s\n",get_team_name( share->team1 ), share->team1_pts, share->team2_pts, get_team_name( share->team2 ) );
}
}
void init_eurofinal_draw()
{
WORD x,y, group, rand_team, teams_to_generate, index;
WORD team, teams_to_add;
printf("doing init final draw...\n");
comp->euro2000_data.games_played=0;
for(group=0;group<TOTAL_GROUPS;group++)
{
for(y=0;y<4;y++)
{
for(x=0;x<4;x++)
{
if( x<=y )
comp->league_draw_array[group][y][x]=1; // this allows each team to play each team only once.
else
comp->league_draw_array[group][y][x]=0;
}
}
}
/*** Put all teams into 4 groups ***/
for(group=0; group<4; group++ )
for( x=0;x<4;x++)
share->group_teams[ group ][x]=-1;
/** groups 1,2 must contain Neth, Belg **/
share->group_teams[1][0] = Netherlands;
share->group_teams[3][0] = Belgium;
for( group=0; group<4; group++ )
{
comp->euro2000_data.group_over[ group ] = NO;
share->teams_in_group[group] = 4;
}
if ( share->game_stat != GAME_IN_PROGRESS ) // only generate remaining teams for a NEW EUROFINAL, not one started automatically after a euro qualifier
{
share->teams_in_competition+=2;
/*** Add Belgium, Neth if not picked
If they are picked, add another unpicked team instead **/
teams_to_add=0;
if ( check_ts_team_exists( Belgium ) == NO )
{
add_team_to_ts_list( Belgium );
}
else
teams_to_add++;
if ( check_ts_team_exists( Netherlands ) == NO )
{
add_team_to_ts_list( Netherlands );
}
else
teams_to_add++;
for(x=0;x<share->teams_selection_size;x++)
{
team = *(ts_source_team_list+x);
if ( check_ts_team_exists( team ) == NO )
{
add_team_to_ts_list( team );
teams_to_add--;
if ( teams_to_add == 0 )
break;
}
}
create_cpu_teams_index_list();
/** Belgium and Netherlands will be added at this point **/
for(x=0;x<ts_total_teams;x++)
{
if ( (share->selected_teams_list[ x ] == Belgium) || (share->selected_teams_list[ x ] == Netherlands ) )
{
share->selected_teams_list[x]=-1;
}
}
}
else
{
for( x=0; x<16; x++ )
{
share->selected_teams_list[ x ] = comp->euro_final_data.teams[ x ];
if ( (share->selected_teams_list[x] == Netherlands) || (share->selected_teams_list[x] == Belgium) )
{
/*** Remove neth and belg, cause they've been added to group teams at the top ***/
share->selected_teams_list[x]=-1;
}
}
}
/** Group 3 should have Germany, if they were selected. We won the war you know, but the Germans are better off..mutter.. **/
for(y=0;y<16;y++)
{
if ( share->selected_teams_list[y] == Germany )
{
share->selected_teams_list[y]=-1;
share->group_teams[2][0] = Germany;
}
}
#if 1
/* Randomly choose a team from selected_teams_list and add to group_teams */
for( group=0; group< 4; group++ )
{
for( x=0; x<4; x++ )
{
if ( share->group_teams[ group ][ x ] == -1 )
{
while( 1 )
{
index = make_random_number( 16-1 ); /* Get num between 0-15 */
rand_team = share->selected_teams_list[ index ];
if ( rand_team != -1 )
{
share->group_teams[ group ][ x ] = rand_team;
share->selected_teams_list[ index ] = -1;
break;
}
}
}
}
}
#endif
}
void init_euro2000_draw()
{
WORD x,y, group;
comp->euro2000_data.games_played=0;
for(group=0;group<TOTAL_GROUPS;group++)
{
for(y=0;y<MAX_TEAMS_IN_EURO2000_GROUP;y++)
{
for(x=0;x<MAX_TEAMS_IN_EURO2000_GROUP;x++)
{
if( x==y )
comp->league_draw_array[group][y][x]=1;
else
comp->league_draw_array[group][y][x]=0;
}
}
}
for( group=0; group< TOTAL_GROUPS; group++ )
{
comp->euro2000_data.group_over[ group ] = NO;
for( x=0; x< MAX_TEAMS_IN_EURO2000_GROUP; x++ )
{
if ( euro2000_teams[group][x] == -1 )
share->teams_in_group[group] = 5;
else
share->teams_in_group[group] = 6;
}
}
}
WORD drawcnt=0;
WORD do_euro2000_draw()
{
WORD x,y, team1, team2, all_teams_played , wp1, wp2 ,team_cnt , cnt,group;
if ( comp->euro2000_data.group_over[ share->current_group ] == YES )
{
while ( comp->euro2000_data.group_over[ share->current_group ] == YES )
{
share->current_group++;
if ( share->current_group == share->total_groups )
share->current_group = 0;
for( cnt=0;cnt<share->total_groups;cnt++)
{
if ( comp->euro2000_data.group_over[ cnt ] == NO )
{
share->current_group = cnt;
break;
}
}
if ( cnt == share->total_groups )
{
/** Checked all groups and they've all been completed **/
return YES;
}
}
}
team_cnt = share->teams_in_group [ share->current_group ];
share->teams_in_competition = team_cnt;
all_teams_played=YES;
for(y=0;y<team_cnt;y++)
for(x=0;x<team_cnt;x++)
if ( comp->league_draw_array[share->current_group][y][x] == 0 )
all_teams_played=NO;
if ( all_teams_played )
comp->euro2000_data.group_over[ share->current_group ] = YES;
if ( share->game_type != EUROFINAL )
{
for(y=0;y<4;y++)
share->selected_teams_list[y] = comp->euro_final_data.teams[ (share->current_group * 4) + y ];
}
else
{
for(y=0;y<team_cnt;y++)
share->selected_teams_list[y] = euro2000_teams[ share->current_group ][y];
}
/** Don't do a draw on this group if a game in this group have been played **/
//printf("draw=%d for group %d\n",drawcnt, share->current_group);
drawcnt++;
while( 1 )
{
// x = make_random_number( share->teams_in_competition-1 );
// y = make_random_number( share->teams_in_competition-1 );
get_least_played_teams( &x, &y );
while ( comp->league_draw_array[share->current_group][y][x] != 0 )
{
x = make_random_number( team_cnt-1 );
y = make_random_number( team_cnt-1 );
}