// IW6 GSC SOURCE
// Generated by https://github.com/xensik/gsc-tool

stealth_smartstance_friendly_main()
{
    friendly_init();
    thread friendly_stance_handler();
}

friendly_stance_handler()
{
    self endon( "death" );
    self endon( "pain_death" );
    self.old_fixednode = self.fixednode;
    self.old_fixednodesaferadius = self.fixednodesaferadius;

    for (;;)
    {
        maps\_utility::ent_flag_wait( "_stealth_stance_handler" );
        common_scripts\utility::flag_waitopen( "_stealth_spotted" );
        self.fixednode = 1;
        self.fixednodesaferadius = 10;

        while ( maps\_utility::ent_flag( "_stealth_stance_handler" ) && !common_scripts\utility::flag( "_stealth_spotted" ) )
        {
            friendly_stance_handler_set_stance_up();
            var_0 = [];
            var_0 = friendly_stance_handler_check_mightbeseen( var_0 );

            if ( var_0[self._stealth.logic.stance] )
                thread friendly_stance_handler_change_stance_down();
            else if ( maps\_utility::ent_flag( "_stealth_stay_still" ) )
                thread friendly_stance_handler_resume_path();
            else if ( !var_0[self._stealth.behavior.stance_up] && self._stealth.behavior.stance_up != self._stealth.logic.stance )
                thread friendly_stance_handler_change_stance_up();
            else if ( maps\_utility::ent_flag( "_stealth_stance_change" ) )
                self notify( "_stealth_stance_dont_change" );

            wait 0.05;
        }

        self.fixednode = self.old_fixednode;
        self.fixednodesaferadius = self.old_fixednodesaferadius;
        self.moveplaybackrate = 1;
        self allowedstances( "stand", "crouch", "prone" );

        if ( maps\_utility::ent_flag( "_stealth_stay_still" ) )
            thread friendly_stance_handler_resume_path( 0 );
    }
}

friendly_stance_handler_set_stance_up()
{
    switch ( self._stealth.logic.stance )
    {
        case "prone":
            self._stealth.behavior.stance_up = "crouch";
            break;
        case "crouch":
            self._stealth.behavior.stance_up = "stand";
            break;
        case "stand":
            self._stealth.behavior.stance_up = "stand";
            break;
    }
}

friendly_stance_handler_check_mightbeseen( var_0 )
{
    var_1 = getaispeciesarray( "bad_guys", "all" );
    var_0[self._stealth.logic.stance] = 0;
    var_0[self._stealth.behavior.stance_up] = 0;

    foreach ( var_9, var_3 in var_1 )
    {
        var_4 = friendly_stance_handler_return_ai_sight( var_3, self._stealth.logic.stance );
        var_5 = friendly_stance_handler_return_ai_sight( var_3, self._stealth.behavior.stance_up );
        var_6 = maps\_stealth_visibility_friendly::friendly_compute_score() + var_4;
        var_7 = maps\_stealth_visibility_friendly::friendly_compute_score( self._stealth.behavior.stance_up ) + var_5;
        var_8 = distance( var_3.origin, self.origin );

        if ( var_8 < var_6 )
        {
            var_0[self._stealth.logic.stance] = var_6;
            break;
        }

        if ( var_8 < var_7 )
            var_0[self._stealth.behavior.stance_up] = var_7;
    }

    return var_0;
}

friendly_stance_handler_return_ai_sight( var_0, var_1 )
{
    var_2 = anglestoforward( var_0.angles );
    var_3 = vectornormalize( self.origin - var_0.origin );
    var_4 = vectordot( var_2, var_3 );

    if ( var_4 > 0.3 )
        return self._stealth.behavior.stance_handler["looking_towards"][var_1];
    else if ( var_4 < -0.7 )
        return self._stealth.behavior.stance_handler["looking_away"][var_1];
    else
        return self._stealth.behavior.stance_handler["neutral"][var_1];
}

friendly_stance_handler_change_stance_down()
{
    self.moveplaybackrate = 1;
    self notify( "_stealth_stance_down" );

    switch ( self._stealth.logic.stance )
    {
        case "stand":
            self.moveplaybackrate = 0.7;
            self allowedstances( "crouch" );
            break;
        case "crouch":
            if ( self._stealth.behavior.no_prone )
                friendly_stance_handler_stay_still();
            else
                self allowedstances( "prone" );

            break;
        case "prone":
            friendly_stance_handler_stay_still();
            break;
    }
}

friendly_stance_handler_change_stance_up()
{
    self endon( "_stealth_stance_down" );
    self endon( "_stealth_stance_dont_change" );
    self endon( "_stealth_stance_handler" );

    if ( maps\_utility::ent_flag( "_stealth_stance_change" ) )
        return;

    var_0 = 4;
    maps\_utility::ent_flag_set( "_stealth_stance_change" );
    maps\_utility::add_wait( maps\_utility::_wait, var_0 );
    maps\_utility::add_wait( maps\_utility::waittill_msg, "_stealth_stance_down" );
    maps\_utility::add_wait( maps\_utility::waittill_msg, "_stealth_stance_dont_change" );
    maps\_utility::add_wait( maps\_utility::waittill_msg, "_stealth_stance_handler" );
    maps\_utility::add_func( maps\_utility::ent_flag_clear, "_stealth_stance_change" );
    thread maps\_utility::do_wait_any();
    wait( var_0 );
    self.moveplaybackrate = 1;

    switch ( self._stealth.logic.stance )
    {
        case "prone":
            self allowedstances( "crouch" );
            break;
        case "crouch":
            self allowedstances( "stand" );
            break;
        case "stand":
            break;
    }
}

friendly_stance_handler_stay_still()
{
    self notify( "friendly_stance_handler_stay_still" );

    if ( maps\_utility::ent_flag( "_stealth_stay_still" ) )
        return;

    maps\_utility::ent_flag_set( "_stealth_stay_still" );
    badplace_cylinder( "_stealth_" + self.unique_id + "_prone", 0, self.origin, 30, 90, "bad_guys" );
    self.fixednodesaferadius = 5000;
}

friendly_stance_handler_resume_path( var_0 )
{
    self endon( "friendly_stance_handler_stay_still" );

    if ( !isdefined( var_0 ) )
        var_0 = self._stealth.behavior.wait_resume_path;

    wait( var_0 );

    if ( !maps\_utility::ent_flag( "_stealth_stay_still" ) )
        return;

    maps\_utility::ent_flag_clear( "_stealth_stay_still" );
    badplace_delete( "_stealth_" + self.unique_id + "_prone" );
    self.fixednodesaferadius = 10;
}

friendly_init()
{
    maps\_utility::ent_flag_init( "_stealth_stance_handler" );
    maps\_utility::ent_flag_init( "_stealth_stay_still" );
    maps\_utility::ent_flag_init( "_stealth_stance_change" );
    self._stealth.behavior.stance_up = undefined;
    self._stealth.behavior.stance_handler = [];
    friendly_default_stance_handler_distances();
    self._stealth.behavior.no_prone = 0;
    self._stealth.behavior.wait_resume_path = 2;
    self._stealth.plugins.smartstance = 1;
}

friendly_default_stance_handler_distances()
{
    var_0 = [];
    var_0["stand"] = 500;
    var_0["crouch"] = -400;
    var_0["prone"] = 0;
    var_1 = [];
    var_1["stand"] = 500;
    var_1["crouch"] = 200;
    var_1["prone"] = 50;
    var_2 = [];
    var_2["stand"] = 800;
    var_2["crouch"] = 400;
    var_2["prone"] = 100;
    friendly_set_stance_handler_distances( var_0, var_1, var_2 );
}

friendly_set_stance_handler_distances( var_0, var_1, var_2 )
{
    if ( isdefined( var_0 ) )
    {
        foreach ( var_5, var_4 in var_0 )
            self._stealth.behavior.stance_handler["looking_away"][var_5] = var_4;
    }

    if ( isdefined( var_1 ) )
    {
        foreach ( var_5, var_4 in var_1 )
            self._stealth.behavior.stance_handler["neutral"][var_5] = var_4;
    }

    if ( isdefined( var_2 ) )
    {
        foreach ( var_5, var_4 in var_2 )
            self._stealth.behavior.stance_handler["looking_towards"][var_5] = var_4;
    }
}