// T6 GSC SOURCE
// Decompiled by https://github.com/xensik/gsc-tool

init_session_mode_flags()
{
    level.gamemode_public_match = 0;
    level.gamemode_private_match = 1;
    level.gamemode_local_splitscreen = 2;
    level.gamemode_wager_match = 3;
    level.gamemode_theater = 5;
    level.gamemode_league_match = 6;
    level.gamemode_rts = 7;
    level.language = getdvar( "language" );
}

empty( a, b, c, d, e )
{

}

add_to_array( array, item, allow_dupes )
{
    if ( !isdefined( item ) )
        return array;

    if ( !isdefined( allow_dupes ) )
        allow_dupes = 1;

    if ( !isdefined( array ) )
        array[0] = item;
    else if ( allow_dupes || !isinarray( array, item ) )
        array[array.size] = item;

    return array;
}

array_copy( array )
{
    a_copy = [];

    foreach ( elem in array )
        a_copy[a_copy.size] = elem;

    return a_copy;
}

array_delete( array, is_struct )
{
    foreach ( ent in array )
    {
        if ( isdefined( is_struct ) && is_struct )
        {
            ent structdelete();
            ent = undefined;
            continue;
        }

        if ( isdefined( ent ) )
            ent delete();
    }
}

array_randomize( array )
{
    for ( i = 0; i < array.size; i++ )
    {
        j = randomint( array.size );
        temp = array[i];
        array[i] = array[j];
        array[j] = temp;
    }

    return array;
}

array_reverse( array )
{
    array2 = [];

    for ( i = array.size - 1; i >= 0; i-- )
        array2[array2.size] = array[i];

    return array2;
}

array_exclude( array, arrayexclude )
{
    newarray = array;

    if ( isarray( arrayexclude ) )
    {
        for ( i = 0; i < arrayexclude.size; i++ )
            arrayremovevalue( newarray, arrayexclude[i] );
    }
    else
        arrayremovevalue( newarray, arrayexclude );

    return newarray;
}

array_notify( ents, notifier )
{
    for ( i = 0; i < ents.size; i++ )
        ents[i] notify( notifier );
}

array_wait( array, msg, timeout )
{
    keys = getarraykeys( array );
    structs = [];

    for ( i = 0; i < keys.size; i++ )
    {
        key = keys[i];
        structs[key] = spawnstruct();
        structs[key]._array_wait = 1;
        structs[key] thread array_waitlogic1( array[key], msg, timeout );
    }

    for ( i = 0; i < keys.size; i++ )
    {
        key = keys[i];

        if ( isdefined( array[key] ) && structs[key]._array_wait )
            structs[key] waittill( "_array_wait" );
    }
}

array_wait_any( array, msg, timeout )
{
    if ( array.size == 0 )
        return undefined;

    keys = getarraykeys( array );
    structs = [];
    internal_msg = msg + "array_wait";

    for ( i = 0; i < keys.size; i++ )
    {
        key = keys[i];
        structs[key] = spawnstruct();
        structs[key]._array_wait = 1;
        structs[key] thread array_waitlogic3( array[key], msg, internal_msg, timeout );
    }

    level waittill( internal_msg, ent );

    return ent;
}

array_waitlogic1( ent, msg, timeout )
{
    self array_waitlogic2( ent, msg, timeout );
    self._array_wait = 0;
    self notify( "_array_wait" );
}

array_waitlogic2( ent, msg, timeout )
{
    ent endon( msg );
    ent endon( "death" );

    if ( isdefined( timeout ) )
        wait( timeout );
    else
        ent waittill( msg );
}

array_waitlogic3( ent, msg, internal_msg, timeout )
{
    if ( msg != "death" )
        ent endon( "death" );

    level endon( internal_msg );
    self array_waitlogic2( ent, msg, timeout );
    level notify( internal_msg, ent );
}

array_check_for_dupes( array, single )
{
    for ( i = 0; i < array.size; i++ )
    {
        if ( array[i] == single )
            return false;
    }

    return true;
}

array_swap( array, index1, index2 )
{
    assert( index1 < array.size, "index1 to swap out of range" );
    assert( index2 < array.size, "index2 to swap out of range" );
    temp = array[index1];
    array[index1] = array[index2];
    array[index2] = temp;
    return array;
}

array_average( array )
{
    assert( isarray( array ) );
    assert( array.size > 0 );
    total = 0;

    for ( i = 0; i < array.size; i++ )
        total += array[i];

    return total / array.size;
}

array_std_deviation( array, mean )
{
    assert( isarray( array ) );
    assert( array.size > 0 );
    tmp = [];

    for ( i = 0; i < array.size; i++ )
        tmp[i] = ( array[i] - mean ) * ( array[i] - mean );

    total = 0;

    for ( i = 0; i < tmp.size; i++ )
        total += tmp[i];

    return sqrt( total / array.size );
}

random_normal_distribution( mean, std_deviation, lower_bound, upper_bound )
{
    x1 = 0;
    x2 = 0;
    w = 1;
    y1 = 0;

    while ( w >= 1 )
    {
        x1 = 2 * randomfloatrange( 0, 1 ) - 1;
        x2 = 2 * randomfloatrange( 0, 1 ) - 1;
        w = x1 * x1 + x2 * x2;
    }

    w = sqrt( -2.0 * log( w ) / w );
    y1 = x1 * w;
    number = mean + y1 * std_deviation;

    if ( isdefined( lower_bound ) && number < lower_bound )
        number = lower_bound;

    if ( isdefined( upper_bound ) && number > upper_bound )
        number = upper_bound;

    return number;
}

random( array )
{
    keys = getarraykeys( array );
    return array[keys[randomint( keys.size )]];
}

get_players( str_team )
{
    if ( isdefined( str_team ) )
        return getplayers( str_team );
    else
        return getplayers();
}

is_prefix( msg, prefix )
{
    if ( prefix.size > msg.size )
        return false;

    for ( i = 0; i < prefix.size; i++ )
    {
        if ( msg[i] != prefix[i] )
            return false;
    }

    return true;
}

is_suffix( msg, suffix )
{
    if ( suffix.size > msg.size )
        return false;

    for ( i = 0; i < suffix.size; i++ )
    {
        if ( msg[msg.size - 1 - i] != suffix[suffix.size - 1 - i] )
            return false;
    }

    return true;
}

vector_compare( vec1, vec2 )
{
    return abs( vec1[0] - vec2[0] ) < 0.001 && abs( vec1[1] - vec2[1] ) < 0.001 && abs( vec1[2] - vec2[2] ) < 0.001;
}

draw_debug_line( start, end, timer )
{
/#
    for ( i = 0; i < timer * 20; i++ )
    {
        line( start, end, ( 1, 1, 0.5 ) );
        wait 0.05;
    }
#/
}

waittillend( msg )
{
    self waittillmatch( msg, "end" );
}

random_vector( max_length )
{
    return ( randomfloatrange( -1 * max_length, max_length ), randomfloatrange( -1 * max_length, max_length ), randomfloatrange( -1 * max_length, max_length ) );
}

angle_dif( oldangle, newangle )
{
    outvalue = ( oldangle - newangle ) % 360;

    if ( outvalue < 0 )
        outvalue += 360;

    if ( outvalue > 180 )
        outvalue = ( outvalue - 360 ) * -1;

    return outvalue;
}

sign( x )
{
    if ( x >= 0 )
        return 1;

    return -1;
}

track( spot_to_track )
{
    if ( isdefined( self.current_target ) )
    {
        if ( spot_to_track == self.current_target )
            return;
    }

    self.current_target = spot_to_track;
}

clear_exception( type )
{
    assert( isdefined( self.exception[type] ) );
    self.exception[type] = anim.defaultexception;
}

set_exception( type, func )
{
    assert( isdefined( self.exception[type] ) );
    self.exception[type] = func;
}

set_all_exceptions( exceptionfunc )
{
    keys = getarraykeys( self.exception );

    for ( i = 0; i < keys.size; i++ )
        self.exception[keys[i]] = exceptionfunc;
}

cointoss()
{
    return randomint( 100 ) >= 50;
}

waittill_string( msg, ent )
{
    if ( msg != "death" )
        self endon( "death" );

    ent endon( "die" );

    self waittill( msg );

    ent notify( "returned", msg );
}

waittill_multiple( string1, string2, string3, string4, string5 )
{
    self endon( "death" );
    ent = spawnstruct();
    ent.threads = 0;

    if ( isdefined( string1 ) )
    {
        self thread waittill_string( string1, ent );
        ent.threads++;
    }

    if ( isdefined( string2 ) )
    {
        self thread waittill_string( string2, ent );
        ent.threads++;
    }

    if ( isdefined( string3 ) )
    {
        self thread waittill_string( string3, ent );
        ent.threads++;
    }

    if ( isdefined( string4 ) )
    {
        self thread waittill_string( string4, ent );
        ent.threads++;
    }

    if ( isdefined( string5 ) )
    {
        self thread waittill_string( string5, ent );
        ent.threads++;
    }

    while ( ent.threads )
    {
        ent waittill( "returned" );

        ent.threads--;
    }

    ent notify( "die" );
}

waittill_multiple_ents( ent1, string1, ent2, string2, ent3, string3, ent4, string4 )
{
    self endon( "death" );
    ent = spawnstruct();
    ent.threads = 0;

    if ( isdefined( ent1 ) )
    {
        assert( isdefined( string1 ) );
        ent1 thread waittill_string( string1, ent );
        ent.threads++;
    }

    if ( isdefined( ent2 ) )
    {
        assert( isdefined( string2 ) );
        ent2 thread waittill_string( string2, ent );
        ent.threads++;
    }

    if ( isdefined( ent3 ) )
    {
        assert( isdefined( string3 ) );
        ent3 thread waittill_string( string3, ent );
        ent.threads++;
    }

    if ( isdefined( ent4 ) )
    {
        assert( isdefined( string4 ) );
        ent4 thread waittill_string( string4, ent );
        ent.threads++;
    }

    while ( ent.threads )
    {
        ent waittill( "returned" );

        ent.threads--;
    }

    ent notify( "die" );
}

waittill_any_return( string1, string2, string3, string4, string5, string6, string7 )
{
    if ( ( !isdefined( string1 ) || string1 != "death" ) && ( !isdefined( string2 ) || string2 != "death" ) && ( !isdefined( string3 ) || string3 != "death" ) && ( !isdefined( string4 ) || string4 != "death" ) && ( !isdefined( string5 ) || string5 != "death" ) && ( !isdefined( string6 ) || string6 != "death" ) && ( !isdefined( string7 ) || string7 != "death" ) )
        self endon( "death" );

    ent = spawnstruct();

    if ( isdefined( string1 ) )
        self thread waittill_string( string1, ent );

    if ( isdefined( string2 ) )
        self thread waittill_string( string2, ent );

    if ( isdefined( string3 ) )
        self thread waittill_string( string3, ent );

    if ( isdefined( string4 ) )
        self thread waittill_string( string4, ent );

    if ( isdefined( string5 ) )
        self thread waittill_string( string5, ent );

    if ( isdefined( string6 ) )
        self thread waittill_string( string6, ent );

    if ( isdefined( string7 ) )
        self thread waittill_string( string7, ent );

    ent waittill( "returned", msg );

    ent notify( "die" );
    return msg;
}

waittill_any_array_return( a_notifies )
{
    if ( isinarray( a_notifies, "death" ) )
        self endon( "death" );

    s_tracker = spawnstruct();

    foreach ( str_notify in a_notifies )
    {
        if ( isdefined( str_notify ) )
            self thread waittill_string( str_notify, s_tracker );
    }

    s_tracker waittill( "returned", msg );

    s_tracker notify( "die" );
    return msg;
}

waittill_any( str_notify1, str_notify2, str_notify3, str_notify4, str_notify5 )
{
    assert( isdefined( str_notify1 ) );
    waittill_any_array( array( str_notify1, str_notify2, str_notify3, str_notify4, str_notify5 ) );
}

waittill_any_array( a_notifies )
{
    assert( isdefined( a_notifies[0] ), "At least the first element has to be defined for waittill_any_array." );

    for ( i = 1; i < a_notifies.size; i++ )
    {
        if ( isdefined( a_notifies[i] ) )
            self endon( a_notifies[i] );
    }

    self waittill( a_notifies[0] );
}

waittill_any_timeout( n_timeout, string1, string2, string3, string4, string5 )
{
    if ( ( !isdefined( string1 ) || string1 != "death" ) && ( !isdefined( string2 ) || string2 != "death" ) && ( !isdefined( string3 ) || string3 != "death" ) && ( !isdefined( string4 ) || string4 != "death" ) && ( !isdefined( string5 ) || string5 != "death" ) )
        self endon( "death" );

    ent = spawnstruct();

    if ( isdefined( string1 ) )
        self thread waittill_string( string1, ent );

    if ( isdefined( string2 ) )
        self thread waittill_string( string2, ent );

    if ( isdefined( string3 ) )
        self thread waittill_string( string3, ent );

    if ( isdefined( string4 ) )
        self thread waittill_string( string4, ent );

    if ( isdefined( string5 ) )
        self thread waittill_string( string5, ent );

    ent thread _timeout( n_timeout );

    ent waittill( "returned", msg );

    ent notify( "die" );
    return msg;
}

_timeout( delay )
{
    self endon( "die" );
    wait( delay );
    self notify( "returned", "timeout" );
}

waittill_any_ents( ent1, string1, ent2, string2, ent3, string3, ent4, string4, ent5, string5, ent6, string6, ent7, string7 )
{
    assert( isdefined( ent1 ) );
    assert( isdefined( string1 ) );

    if ( isdefined( ent2 ) && isdefined( string2 ) )
        ent2 endon( string2 );

    if ( isdefined( ent3 ) && isdefined( string3 ) )
        ent3 endon( string3 );

    if ( isdefined( ent4 ) && isdefined( string4 ) )
        ent4 endon( string4 );

    if ( isdefined( ent5 ) && isdefined( string5 ) )
        ent5 endon( string5 );

    if ( isdefined( ent6 ) && isdefined( string6 ) )
        ent6 endon( string6 );

    if ( isdefined( ent7 ) && isdefined( string7 ) )
        ent7 endon( string7 );

    ent1 waittill( string1 );
}

waittill_any_ents_two( ent1, string1, ent2, string2 )
{
    assert( isdefined( ent1 ) );
    assert( isdefined( string1 ) );

    if ( isdefined( ent2 ) && isdefined( string2 ) )
        ent2 endon( string2 );

    ent1 waittill( string1 );
}

waittill_flag_exists( msg )
{
    while ( !flag_exists( msg ) )
    {
        waittillframeend;

        if ( flag_exists( msg ) )
            break;

        wait 0.05;
    }
}

isflashed()
{
    if ( !isdefined( self.flashendtime ) )
        return 0;

    return gettime() < self.flashendtime;
}

isstunned()
{
    if ( !isdefined( self.flashendtime ) )
        return 0;

    return gettime() < self.flashendtime;
}

flag( flagname )
{
    assert( isdefined( flagname ), "Tried to check flag but the flag was not defined." );
    assert( isdefined( level.flag[flagname] ), "Tried to check flag " + flagname + " but the flag was not initialized." );

    if ( !level.flag[flagname] )
        return false;

    return true;
}

flag_delete( flagname )
{
    if ( isdefined( level.flag[flagname] ) )
        level.flag[flagname] = undefined;
    else
    {
/#
        println( "flag_delete() called on flag that does not exist: " + flagname );
#/
    }
}

flag_init( flagname, val, b_is_trigger = 0 )
{
    if ( !isdefined( level.flag ) )
        level.flag = [];

    if ( !isdefined( level.sp_stat_tracking_func ) )
        level.sp_stat_tracking_func = ::empty;

    if ( !isdefined( level.first_frame ) )
        assert( !isdefined( level.flag[flagname] ), "Attempt to reinitialize existing flag: " + flagname );

    if ( isdefined( val ) && val )
        level.flag[flagname] = 1;
    else
        level.flag[flagname] = 0;

    if ( b_is_trigger )
    {
        if ( !isdefined( level.trigger_flags ) )
        {
            init_trigger_flags();
            level.trigger_flags[flagname] = [];
        }
        else if ( !isdefined( level.trigger_flags[flagname] ) )
            level.trigger_flags[flagname] = [];
    }

    if ( is_suffix( flagname, "aa_" ) )
        thread [[ level.sp_stat_tracking_func ]]( flagname );
}

flag_set( flagname )
{
    assert( isdefined( level.flag[flagname] ), "Attempt to set a flag before calling flag_init: " + flagname );
    level.flag[flagname] = 1;
    level notify( flagname );
    set_trigger_flag_permissions( flagname );
}

flag_set_for_time( n_time, str_flag )
{
    level notify( "set_flag_for_time:" + str_flag );
    flag_set( str_flag );
    level endon( "set_flag_for_time:" + str_flag );
    wait( n_time );
    flag_clear( str_flag );
}

flag_toggle( flagname )
{
    if ( flag( flagname ) )
        flag_clear( flagname );
    else
        flag_set( flagname );
}

flag_wait( flagname )
{
    level waittill_flag_exists( flagname );

    while ( !level.flag[flagname] )
        level waittill( flagname );
}

flag_wait_any( str_flag1, str_flag2, str_flag3, str_flag4, str_flag5 )
{
    level flag_wait_any_array( array( str_flag1, str_flag2, str_flag3, str_flag4, str_flag5 ) );
}

flag_wait_any_array( a_flags )
{
    while ( true )
    {
        for ( i = 0; i < a_flags.size; i++ )
        {
            if ( flag( a_flags[i] ) )
                return a_flags[i];
        }

        level waittill_any_array( a_flags );
    }
}

flag_clear( flagname )
{
    assert( isdefined( level.flag[flagname] ), "Attempt to set a flag before calling flag_init: " + flagname );

    if ( level.flag[flagname] )
    {
        level.flag[flagname] = 0;
        level notify( flagname );
        set_trigger_flag_permissions( flagname );
    }
}

flag_waitopen( flagname )
{
    while ( level.flag[flagname] )
        level waittill( flagname );
}

flag_waitopen_array( a_flags )
{
    foreach ( str_flag in a_flags )
    {
        if ( flag( str_flag ) )
        {
            flag_waitopen( str_flag );
            continue;
        }
    }
}

flag_exists( flagname )
{
    if ( self == level )
    {
        if ( !isdefined( level.flag ) )
            return false;

        if ( isdefined( level.flag[flagname] ) )
            return true;
    }
    else
    {
        if ( !isdefined( self.ent_flag ) )
            return false;

        if ( isdefined( self.ent_flag[flagname] ) )
            return true;
    }

    return false;
}

script_gen_dump_addline( string = "nowrite", signature )
{
    if ( !isdefined( level._loadstarted ) )
    {
        if ( !isdefined( level.script_gen_dump_preload ) )
            level.script_gen_dump_preload = [];

        struct = spawnstruct();
        struct.string = string;
        struct.signature = signature;
        level.script_gen_dump_preload[level.script_gen_dump_preload.size] = struct;
        return;
    }

    if ( !isdefined( level.script_gen_dump[signature] ) )
        level.script_gen_dump_reasons[level.script_gen_dump_reasons.size] = "Added: " + string;

    level.script_gen_dump[signature] = string;
    level.script_gen_dump2[signature] = string;
}

array_func( entities, func, arg1, arg2, arg3, arg4, arg5, arg6 )
{
    if ( !isdefined( entities ) )
        return;

    if ( isarray( entities ) )
    {
        if ( entities.size )
        {
            keys = getarraykeys( entities );

            for ( i = 0; i < keys.size; i++ )
                single_func( entities[keys[i]], func, arg1, arg2, arg3, arg4, arg5, arg6 );
        }
    }
    else
        single_func( entities, func, arg1, arg2, arg3, arg4, arg5, arg6 );
}

single_func( entity = level, func, arg1, arg2, arg3, arg4, arg5, arg6 )
{
    if ( isdefined( arg6 ) )
        return entity [[ func ]]( arg1, arg2, arg3, arg4, arg5, arg6 );
    else if ( isdefined( arg5 ) )
        return entity [[ func ]]( arg1, arg2, arg3, arg4, arg5 );
    else if ( isdefined( arg4 ) )
        return entity [[ func ]]( arg1, arg2, arg3, arg4 );
    else if ( isdefined( arg3 ) )
        return entity [[ func ]]( arg1, arg2, arg3 );
    else if ( isdefined( arg2 ) )
        return entity [[ func ]]( arg1, arg2 );
    else if ( isdefined( arg1 ) )
        return entity [[ func ]]( arg1 );
    else
        return entity [[ func ]]();
}

new_func( func, arg1, arg2, arg3, arg4, arg5, arg6 )
{
    s_func = spawnstruct();
    s_func.func = func;
    s_func.arg1 = arg1;
    s_func.arg2 = arg2;
    s_func.arg3 = arg3;
    s_func.arg4 = arg4;
    s_func.arg5 = arg5;
    s_func.arg6 = arg6;
    return s_func;
}

call_func( s_func )
{
    return single_func( self, s_func.func, s_func.arg1, s_func.arg2, s_func.arg3, s_func.arg4, s_func.arg5, s_func.arg6 );
}

array_thread( entities, func, arg1, arg2, arg3, arg4, arg5, arg6 )
{
    assert( isdefined( entities ), "Undefined entity array passed to common_scriptsutility::array_thread" );
    assert( isdefined( func ), "Undefined function passed to common_scriptsutility::array_thread" );

    if ( isarray( entities ) )
    {
        if ( isdefined( arg6 ) )
        {
            foreach ( ent in entities )
                ent thread [[ func ]]( arg1, arg2, arg3, arg4, arg5, arg6 );
        }
        else if ( isdefined( arg5 ) )
        {
            foreach ( ent in entities )
                ent thread [[ func ]]( arg1, arg2, arg3, arg4, arg5 );
        }
        else if ( isdefined( arg4 ) )
        {
            foreach ( ent in entities )
                ent thread [[ func ]]( arg1, arg2, arg3, arg4 );
        }
        else if ( isdefined( arg3 ) )
        {
            foreach ( ent in entities )
                ent thread [[ func ]]( arg1, arg2, arg3 );
        }
        else if ( isdefined( arg2 ) )
        {
            foreach ( ent in entities )
                ent thread [[ func ]]( arg1, arg2 );
        }
        else if ( isdefined( arg1 ) )
        {
            foreach ( ent in entities )
                ent thread [[ func ]]( arg1 );
        }
        else
        {
            foreach ( ent in entities )
                ent thread [[ func ]]();
        }
    }
    else
        single_thread( entities, func, arg1, arg2, arg3, arg4, arg5, arg6 );
}

array_ent_thread( entities, func, arg1, arg2, arg3, arg4, arg5 )
{
    assert( isdefined( entities ), "Undefined entity array passed to common_scriptsutility::array_ent_thread" );
    assert( isdefined( func ), "Undefined function passed to common_scriptsutility::array_ent_thread" );

    if ( isarray( entities ) )
    {
        if ( entities.size )
        {
            keys = getarraykeys( entities );

            for ( i = 0; i < keys.size; i++ )
                single_thread( self, func, entities[keys[i]], arg1, arg2, arg3, arg4, arg5 );
        }
    }
    else
        single_thread( self, func, entities, arg1, arg2, arg3, arg4, arg5 );
}

single_thread( entity, func, arg1, arg2, arg3, arg4, arg5, arg6 )
{
    assert( isdefined( entity ), "Undefined entity passed to common_scriptsutility::single_thread()" );

    if ( isdefined( arg6 ) )
        entity thread [[ func ]]( arg1, arg2, arg3, arg4, arg5, arg6 );
    else if ( isdefined( arg5 ) )
        entity thread [[ func ]]( arg1, arg2, arg3, arg4, arg5 );
    else if ( isdefined( arg4 ) )
        entity thread [[ func ]]( arg1, arg2, arg3, arg4 );
    else if ( isdefined( arg3 ) )
        entity thread [[ func ]]( arg1, arg2, arg3 );
    else if ( isdefined( arg2 ) )
        entity thread [[ func ]]( arg1, arg2 );
    else if ( isdefined( arg1 ) )
        entity thread [[ func ]]( arg1 );
    else
        entity thread [[ func ]]();
}

remove_undefined_from_array( array )
{
    newarray = [];

    for ( i = 0; i < array.size; i++ )
    {
        if ( !isdefined( array[i] ) )
            continue;

        newarray[newarray.size] = array[i];
    }

    return newarray;
}

trigger_on( name, type )
{
    if ( isdefined( name ) )
    {
        if ( !isdefined( type ) )
            type = "targetname";

        ents = getentarray( name, type );
        array_thread( ents, ::trigger_on_proc );
    }
    else
        self trigger_on_proc();
}

trigger_on_proc()
{
    if ( isdefined( self.realorigin ) )
        self.origin = self.realorigin;

    self.trigger_off = undefined;
}

trigger_off( name, type )
{
    if ( isdefined( name ) )
    {
        if ( !isdefined( type ) )
            type = "targetname";

        ents = getentarray( name, type );
        array_thread( ents, ::trigger_off_proc );
    }
    else
        self trigger_off_proc();
}

trigger_off_proc()
{
    if ( !isdefined( self.trigger_off ) || !self.trigger_off )
    {
        self.realorigin = self.origin;
        self.origin += vectorscale( ( 0, 0, -1 ), 10000.0 );
        self.trigger_off = 1;
    }
}

trigger_wait( str_name, str_key = "targetname", e_entity )
{
    if ( isdefined( str_name ) )
    {
        triggers = getentarray( str_name, str_key );
        assert( triggers.size > 0, "trigger not found: " + str_name + " key: " + str_key );

        if ( triggers.size == 1 )
        {
            trigger_hit = triggers[0];
            trigger_hit _trigger_wait( e_entity );
        }
        else
        {
            s_tracker = spawnstruct();
            array_thread( triggers, ::_trigger_wait_think, s_tracker, e_entity );

            s_tracker waittill( "trigger", e_other, trigger_hit );

            trigger_hit.who = e_other;
        }

        level notify( str_name, trigger_hit.who );
        return trigger_hit;
    }
    else
        return _trigger_wait( e_entity );
}

_trigger_wait( e_entity )
{
    do
    {
        if ( is_look_trigger( self ) )
        {
            self waittill( "trigger_look", e_other );

            continue;
        }

        self waittill( "trigger", e_other );
    }
    while ( isdefined( e_entity ) && e_other != e_entity );

    self.who = e_other;
    return self;
}

_trigger_wait_think( s_tracker, e_entity )
{
    self endon( "death" );
    s_tracker endon( "trigger" );
    e_other = _trigger_wait( e_entity );
    s_tracker notify( "trigger", e_other, self );
}

trigger_use( str_name, str_key = "targetname", ent = get_players()[0], b_assert = 1 )
{
    if ( isdefined( str_name ) )
    {
        e_trig = getent( str_name, str_key );

        if ( !isdefined( e_trig ) )
        {
            if ( b_assert )
            {
/#
                assertmsg( "trigger not found: " + str_name + " key: " + str_key );
#/
            }

            return;
        }
    }
    else
    {
        e_trig = self;
        str_name = self.targetname;
    }

    e_trig useby( ent );
    level notify( str_name, ent );

    if ( is_look_trigger( e_trig ) )
        e_trig notify( "trigger_look" );

    return e_trig;
}

set_trigger_flag_permissions( msg )
{
    if ( !isdefined( level.trigger_flags ) || !isdefined( level.trigger_flags[msg] ) )
        return;

    level.trigger_flags[msg] = remove_undefined_from_array( level.trigger_flags[msg] );
    array_thread( level.trigger_flags[msg], ::update_trigger_based_on_flags );
}

update_trigger_based_on_flags()
{
    true_on = 1;

    if ( isdefined( self.script_flag_true ) )
    {
        true_on = 0;
        tokens = create_flags_and_return_tokens( self.script_flag_true );

        for ( i = 0; i < tokens.size; i++ )
        {
            if ( flag( tokens[i] ) )
            {
                true_on = 1;
                break;
            }
        }
    }

    false_on = 1;

    if ( isdefined( self.script_flag_false ) )
    {
        tokens = create_flags_and_return_tokens( self.script_flag_false );

        for ( i = 0; i < tokens.size; i++ )
        {
            if ( flag( tokens[i] ) )
            {
                false_on = 0;
                break;
            }
        }
    }

    [[ level.trigger_func[true_on && false_on] ]]();
}

create_flags_and_return_tokens( flags )
{
    tokens = strtok( flags, " " );

    for ( i = 0; i < tokens.size; i++ )
    {
        if ( !isdefined( level.flag[tokens[i]] ) )
            flag_init( tokens[i], undefined, 1 );
    }

    return tokens;
}

init_trigger_flags()
{
    level.trigger_flags = [];
    level.trigger_func[1] = ::trigger_on;
    level.trigger_func[0] = ::trigger_off;
}

is_look_trigger( trig )
{
    return isdefined( trig ) ? trig has_spawnflag( 256 ) && !( !isdefined( trig.classname ) && !isdefined( "trigger_damage" ) || isdefined( trig.classname ) && isdefined( "trigger_damage" ) && trig.classname == "trigger_damage" ) : 0;
}

is_trigger_once( trig )
{
    return isdefined( trig ) ? trig has_spawnflag( 1024 ) || !isdefined( self.classname ) && !isdefined( "trigger_once" ) || isdefined( self.classname ) && isdefined( "trigger_once" ) && self.classname == "trigger_once" : 0;
}

getstruct( name, type = "targetname" )
{
    assert( isdefined( level.struct_class_names ), "Tried to getstruct before the structs were init" );
    array = level.struct_class_names[type][name];

    if ( !isdefined( array ) )
        return undefined;

    if ( array.size > 1 )
    {
/#
        assertmsg( "getstruct used for more than one struct of type " + type + " called " + name + "." );
#/
        return undefined;
    }

    return array[0];
}

getstructarray( name, type = "targetname" )
{
    assert( isdefined( level.struct_class_names ), "Tried to getstruct before the structs were init" );
    array = level.struct_class_names[type][name];

    if ( !isdefined( array ) )
        return [];

    return array;
}

structdelete()
{
    if ( isdefined( self.target ) && isdefined( level.struct_class_names["target"][self.target] ) )
        level.struct_class_names["target"][self.target] = undefined;

    if ( isdefined( self.targetname ) && isdefined( level.struct_class_names["targetname"][self.targetname] ) )
        level.struct_class_names["targetname"][self.targetname] = undefined;

    if ( isdefined( self.script_noteworthy ) && isdefined( level.struct_class_names["script_noteworthy"][self.script_noteworthy] ) )
        level.struct_class_names["script_noteworthy"][self.script_noteworthy] = undefined;

    if ( isdefined( self.script_linkname ) && isdefined( level.struct_class_names["script_linkname"][self.script_linkname] ) )
        level.struct_class_names["script_linkname"][self.script_linkname] = undefined;
}

struct_class_init()
{
    assert( !isdefined( level.struct_class_names ), "level.struct_class_names is being initialized in the wrong place! It shouldn't be initialized yet." );
    level.struct_class_names = [];
    level.struct_class_names["target"] = [];
    level.struct_class_names["targetname"] = [];
    level.struct_class_names["script_noteworthy"] = [];
    level.struct_class_names["script_linkname"] = [];
    level.struct_class_names["script_unitrigger_type"] = [];

    foreach ( s_struct in level.struct )
    {
        if ( isdefined( s_struct.targetname ) )
        {
            if ( !isdefined( level.struct_class_names["targetname"][s_struct.targetname] ) )
                level.struct_class_names["targetname"][s_struct.targetname] = [];

            size = level.struct_class_names["targetname"][s_struct.targetname].size;
            level.struct_class_names["targetname"][s_struct.targetname][size] = s_struct;
        }

        if ( isdefined( s_struct.target ) )
        {
            if ( !isdefined( level.struct_class_names["target"][s_struct.target] ) )
                level.struct_class_names["target"][s_struct.target] = [];

            size = level.struct_class_names["target"][s_struct.target].size;
            level.struct_class_names["target"][s_struct.target][size] = s_struct;
        }

        if ( isdefined( s_struct.script_noteworthy ) )
        {
            if ( !isdefined( level.struct_class_names["script_noteworthy"][s_struct.script_noteworthy] ) )
                level.struct_class_names["script_noteworthy"][s_struct.script_noteworthy] = [];

            size = level.struct_class_names["script_noteworthy"][s_struct.script_noteworthy].size;
            level.struct_class_names["script_noteworthy"][s_struct.script_noteworthy][size] = s_struct;
        }

        if ( isdefined( s_struct.script_linkname ) )
        {
            assert( !isdefined( level.struct_class_names["script_linkname"][s_struct.script_linkname] ), "Two structs have the same linkname" );
            level.struct_class_names["script_linkname"][s_struct.script_linkname][0] = s_struct;
        }

        if ( isdefined( s_struct.script_unitrigger_type ) )
        {
            if ( !isdefined( level.struct_class_names["script_unitrigger_type"][s_struct.script_unitrigger_type] ) )
                level.struct_class_names["script_unitrigger_type"][s_struct.script_unitrigger_type] = [];

            size = level.struct_class_names["script_unitrigger_type"][s_struct.script_unitrigger_type].size;
            level.struct_class_names["script_unitrigger_type"][s_struct.script_unitrigger_type][size] = s_struct;
        }
    }
}

fileprint_start( file )
{
/#
    filename = file;
    file = openfile( filename, "write" );
    level.fileprint = file;
    level.fileprintlinecount = 0;
    level.fileprint_filename = filename;
#/
}

fileprint_map_start( file )
{
/#
    file = "map_source/" + file + ".map";
    fileprint_start( file );
    level.fileprint_mapentcount = 0;
    fileprint_map_header( 1 );
#/
}

fileprint_chk( file, str )
{
/#
    level.fileprintlinecount++;

    if ( level.fileprintlinecount > 400 )
    {
        wait 0.05;
        level.fileprintlinecount++;
        level.fileprintlinecount = 0;
    }

    fprintln( file, str );
#/
}

fileprint_map_header( binclude_blank_worldspawn = 0 )
{
    assert( isdefined( level.fileprint ) );
/#
    fileprint_chk( level.fileprint, "iwmap 4" );
    fileprint_chk( level.fileprint, "\"000_Global\" flags  active" );
    fileprint_chk( level.fileprint, "\"The Map\" flags" );

    if ( !binclude_blank_worldspawn )
        return;

    fileprint_map_entity_start();
    fileprint_map_keypairprint( "classname", "worldspawn" );
    fileprint_map_entity_end();
#/
}

fileprint_map_keypairprint( key1, key2 )
{
/#
    assert( isdefined( level.fileprint ) );
    fileprint_chk( level.fileprint, "\"" + key1 + "\" \"" + key2 + "\"" );
#/
}

fileprint_map_entity_start()
{
/#
    assert( !isdefined( level.fileprint_entitystart ) );
    level.fileprint_entitystart = 1;
    assert( isdefined( level.fileprint ) );
    fileprint_chk( level.fileprint, "// entity " + level.fileprint_mapentcount );
    fileprint_chk( level.fileprint, "{" );
    level.fileprint_mapentcount++;
#/
}

fileprint_map_entity_end()
{
/#
    assert( isdefined( level.fileprint_entitystart ) );
    assert( isdefined( level.fileprint ) );
    level.fileprint_entitystart = undefined;
    fileprint_chk( level.fileprint, "}" );
#/
}

fileprint_end()
{
/#
    assert( !isdefined( level.fileprint_entitystart ) );
    saved = closefile( level.fileprint );

    if ( saved != 1 )
    {
        println( "-----------------------------------" );
        println( " " );
        println( "file write failure" );
        println( "file with name: " + level.fileprint_filename );
        println( "make sure you checkout the file you are trying to save" );
        println( "note: USE P4 Search to find the file and check that one out" );
        println( "      Do not checkin files in from the xenonoutput folder, " );
        println( "      this is junctioned to the proper directory where you need to go" );
        println( "junctions looks like this" );
        println( " " );
        println( "..\\xenonOutput\\scriptdata\\createfx      ..\\share\\raw\\maps\\createfx" );
        println( "..\\xenonOutput\\scriptdata\\createart     ..\\share\\raw\\maps\\createart" );
        println( "..\\xenonOutput\\scriptdata\\vision        ..\\share\\raw\\vision" );
        println( "..\\xenonOutput\\scriptdata\\scriptgen     ..\\share\\raw\\maps\\scriptgen" );
        println( "..\\xenonOutput\\scriptdata\\zone_source   ..\\xenon\\zone_source" );
        println( "..\\xenonOutput\\accuracy                  ..\\share\\raw\\accuracy" );
        println( "..\\xenonOutput\\scriptdata\\map_source    ..\\map_source\\xenon_export" );
        println( " " );
        println( "-----------------------------------" );
        println( "File not saved( see console.log for info ) " );
    }

    level.fileprint = undefined;
    level.fileprint_filename = undefined;
#/
}

fileprint_radiant_vec( vector )
{
/#
    string = "" + vector[0] + " " + vector[1] + " " + vector[2] + "";
    return string;
#/
}

is_mature()
{
    if ( level.onlinegame )
        return 1;

    return getlocalprofileint( "cg_mature" );
}

is_german_build()
{
    if ( level.language == "german" )
        return true;

    return false;
}

is_gib_restricted_build()
{
    if ( getdvar( "language" ) == "japanese" )
        return true;

    return false;
}

is_true( check )
{
    return isdefined( check ) && check;
}

is_false( check )
{
    return isdefined( check ) && !check;
}

has_spawnflag( spawnflags )
{
    if ( isdefined( self.spawnflags ) )
        return ( self.spawnflags & spawnflags ) == spawnflags;

    return 0;
}

clamp( val, val_min, val_max )
{
    if ( val < val_min )
        val = val_min;
    else if ( val > val_max )
        val = val_max;

    return val;
}

linear_map( num, min_a, max_a, min_b, max_b )
{
    return clamp( ( num - min_a ) / ( max_a - min_a ) * ( max_b - min_b ) + min_b, min_b, max_b );
}

lag( desired, curr, k, dt )
{
    r = 0.0;

    if ( k * dt >= 1.0 || k <= 0.0 )
        r = desired;
    else
    {
        err = desired - curr;
        r = curr + k * err * dt;
    }

    return r;
}

death_notify_wrapper( attacker, damagetype )
{
    level notify( "face", "death", self );
    self notify( "death", attacker, damagetype );
}

damage_notify_wrapper( damage, attacker, direction_vec, point, type, modelname, tagname, partname, idflags )
{
    level notify( "face", "damage", self );
    self notify( "damage", damage, attacker, direction_vec, point, type, modelname, tagname, partname, idflags );
}

explode_notify_wrapper()
{
    level notify( "face", "explode", self );
    self notify( "explode" );
}

alert_notify_wrapper()
{
    level notify( "face", "alert", self );
    self notify( "alert" );
}

shoot_notify_wrapper()
{
    level notify( "face", "shoot", self );
    self notify( "shoot" );
}

melee_notify_wrapper()
{
    level notify( "face", "melee", self );
    self notify( "melee" );
}

isusabilityenabled()
{
    return !self.disabledusability;
}

_disableusability()
{
    self.disabledusability++;
    self disableusability();
}

_enableusability()
{
    self.disabledusability--;
    assert( self.disabledusability >= 0 );

    if ( !self.disabledusability )
        self enableusability();
}

resetusability()
{
    self.disabledusability = 0;
    self enableusability();
}

_disableweapon()
{
    if ( !isdefined( self.disabledweapon ) )
        self.disabledweapon = 0;

    self.disabledweapon++;
    self disableweapons();
}

_enableweapon()
{
    self.disabledweapon--;
    assert( self.disabledweapon >= 0 );

    if ( !self.disabledweapon )
        self enableweapons();
}

isweaponenabled()
{
    return !self.disabledweapon;
}

delay_thread( timer, func, param1, param2, param3, param4, param5, param6 )
{
    self thread _delay_thread_proc( func, timer, param1, param2, param3, param4, param5, param6 );
}

_delay_thread_proc( func, timer, param1, param2, param3, param4, param5, param6 )
{
    self endon( "death" );
    self endon( "disconnect" );
    wait( timer );
    single_thread( self, func, param1, param2, param3, param4, param5, param6 );
}

delay_notify( str_notify, n_delay, str_endon )
{
    assert( isdefined( str_notify ) );
    assert( isdefined( n_delay ) );
    self thread _delay_notify_proc( str_notify, n_delay, str_endon );
}

_delay_notify_proc( str_notify, n_delay, str_endon )
{
    self endon( "death" );

    if ( isdefined( str_endon ) )
        self endon( str_endon );

    if ( n_delay > 0 )
        wait( n_delay );

    self notify( str_notify );
}

notify_delay_with_ender( snotifystring, fdelay, ender )
{
    if ( isdefined( ender ) )
        level endon( ender );

    assert( isdefined( self ) );
    assert( isdefined( snotifystring ) );
    assert( isdefined( fdelay ) );
    self endon( "death" );

    if ( fdelay > 0 )
        wait( fdelay );

    if ( !isdefined( self ) )
        return;

    self notify( snotifystring );
}