iw6-scripts-dev/maps/mp/mp_ca_red_river_bridge_device.gsc

#include maps\mp\_utility;
#include common_scripts\utility;
#include maps\mp\gametypes\_hud_util;

#using_animtree("mp_ca_red_river_animtree");

REDRIVER_NUKE_WEIGHT = 85;
redriverCustomCrateFunc()
{
	if(!IsDefined(game["player_holding_level_killstrek"]))
		game["player_holding_level_killstrek"] = false;
		
	level.allow_level_killstreak = allowLevelKillstreaks();
	if(!level.allow_level_killstreak || game["player_holding_level_killstrek"])
		return;
	
	maps\mp\killstreaks\_airdrop::addCrateType(	"airdrop_assault",	"warhawk_mortars",	REDRIVER_NUKE_WEIGHT,	maps\mp\killstreaks\_airdrop::killstreakCrateThink,	maps\mp\killstreaks\_airdrop::get_friendly_crate_model(), maps\mp\killstreaks\_airdrop::get_enemy_crate_model(), &"KILLSTREAKS_HINTS_WARHAWK_MORTARS" );
	level thread watch_for_redriver_nuke_crate();
}

watch_for_redriver_nuke_crate()
{
	while(1)
	{
		level waittill("createAirDropCrate", dropCrate);
		if(IsDefined(dropCrate) && IsDefined(dropCrate.crateType) && dropCrate.crateType=="warhawk_mortars")
		{	
			disable_redriver_nuke();
			captured = wait_for_capture(dropCrate);
			if(!captured)
			{
				enable_redriver_nuke();
			}
			else
			{
				game["player_holding_level_killstrek"] = true;
				break;
			}
		}
	}
}

wait_for_capture(dropCrate)
{
	result = watch_for_air_drop_death(dropCrate);
	return !IsDefined(result);
}

watch_for_air_drop_death(dropCrate)
{
	dropCrate endon("captured");
	
	dropCrate waittill("death");
	waittillframeend;
	
	return true;
}

enable_redriver_nuke()
{
	maps\mp\killstreaks\_airdrop::changeCrateWeight("airdrop_assault", "warhawk_mortars", REDRIVER_NUKE_WEIGHT);
}

disable_redriver_nuke()
{
	maps\mp\killstreaks\_airdrop::changeCrateWeight("airdrop_assault", "warhawk_mortars", 0);
}

bridge_device_init()
{	
	self.device_model = GetEnt( "bridge_device_model", "targetname" );
	if ( !IsDefined( self.device_model ) )
	{
		PrintLn( "ERROR: No bridge_device_model available." );
		return;
	} 

	self.mortar_delay_range = 3.0;
	self.end_of_match_volley = false;
	self.device_det_radius = 600;
	self.device_det_splash = 200;
	
	// killcamPos = self.device_model.origin + (0, 0, 800);
	killcamPos = ( -1191, -1126, 394 );	// a position in space looking at the truck. I should have used a struct, but not enough time.
	self.device_model.killCamEnt = Spawn( "script_model", killcamPos );
	self.device_model.killCamEnt SetScriptMoverKillCam( "explosive" );

	self thread bridge_device_sequence_waitforhit();
}

bridge_extras_init( bridge_device )
{
	thread bridge_event_handle_glass( bridge_device );
	thread bridge_event_handle_churchbells( bridge_device.device_model.origin );
	thread bridge_event_handle_bell_sounds();
	
	vehicles = get_bridge_vehicles();
	if ( vehicles.size > 0 )
	{
		thread bridge_event_handle_vehicles( vehicles, bridge_device );
		thread bridge_event_handle_caralarms( vehicles );
	}

	thread bridge_device_scramble_radar( bridge_device );
}
	
bridge_device_scramble_radar( bridge_device )
{
	level endon( "bridge_fully_exploded" );
	
	device_scrambler = GetStruct( "device_scrambler", "targetname" );
	if ( !IsDefined( device_scrambler ) )
	{
		PrintLn( "No Device Radar Scrambler" );
		return;
	}
	
	thread bridge_device_radioactive_sound( device_scrambler.origin + (-5, 0, -155) );
	
	level.device_scrambler_active = true;
	while ( 1 )
	{
		level waittill( "connected", player );
		if ( !IsBot( player ) )
			player thread run_func_after_spawn( ::bridge_device_static, device_scrambler.origin, bridge_device.device_det_radius );
	}
}

bridge_device_radioactive_sound( position )
{
	soundEnt = play_loopsound_in_space( "emt_geiger_level1", position );
	
	level waittill( "bridge_fully_exploded" );
	
	soundEnt StopLoopSound();
	soundEnt Delete();
}

run_func_after_spawn( func, device_origin, det_radius )
{
	self endon( "disconnect" );
	self endon( "death" );
	
	self waittill( "spawned_player" );
	
	self thread [[ func ]]( device_origin, det_radius );
}

bridge_device_sequence_waitforhit()
{
	self.device_model PlayLoopSound( "device_stage1_loop" );
	
	wait 2.0;
	
	curObjID = maps\mp\gametypes\_gameobjects::getNextObjID();
	Objective_Add( curObjID, "active", self.device_model.origin, "waypoint_radioactive" );
	Objective_OnEntity( curObjID, self.device_model );
	self.curObjID = curObjID;

	self thread bridge_device_activate_at_end_of_match();
	level waittill( "bridge_device_activate", player );
	
	disable_redriver_nuke();

	wait 2.0;
	//self.device_model PlaySound( "device_stage1_start" );
	wait 2.0;
	self bridge_device_sequence_volley( player );
}

bridge_device_sequence_volley( player )
{
	start_org = GetStruct( "mortar_launch_start", "targetname" );
	target_org = GetStruct( start_org.target, "targetname" );
	while ( 1 )
	{
		self thread bridge_device_mortar_attack( start_org, target_org, player );
		if ( !IsDefined( target_org.target ) )
			break;
		target_org = GetStruct( target_org.target, "targetname" );
	}
}
	
bridge_device_activate_at_end_of_match()
{
	level endon( "bridge_device_activate" );
	level waittill ( "spawning_intermission" );
	self.mortar_delay_range = 0.5;
	self.end_of_match_volley = true;
	self bridge_device_sequence_volley( level.players[0] );
}

random_mortars_incoming_sound(org)
{
	PlaySoundAtPos( org, "mortar_incoming" );
}

bridge_device_mortar_attack( start_org, end_org, owner )
{
	wait RandomFloatRange( 0.0, self.mortar_delay_range );
	
	air_time = RandomFloatRange( 4.0, 5.0 );
	if ( self.end_of_match_volley )
		air_time = 2.5;
	
	gravity = (0,0,-800);
	launch_dir = TrajectoryCalculateInitialVelocity(start_org.origin, end_org.origin, gravity, air_time);
	play_fx = true;
		
	dirt_effect_radius = 350;
	
	mortar_model = random_mortars_get_model(start_org.origin);
	mortar_model.origin = start_org.origin;
	mortar_model.in_use = true;

	waitframe();
	PlayFXOnTag( getfx("random_mortars_trail"), mortar_model, "tag_fx");
	
	mortar_model.angles = VectorToAngles(launch_dir) * (-1,1,1);
	
	PlaySoundAtPos( start_org.origin, "mortar_launch" );
	delayThread(air_time-2.0, ::random_mortars_incoming_sound, end_org.origin);
	
	mortar_model MoveGravity(launch_dir, air_time);
	mortar_model waittill("movedone");

	if(level.createFX_enabled && !IsDefined(level.players))
		level.players = [];
	
	// RadiusDamage doesn't like removed entities, which can happen if the owner quits
	if ( !IsDefined( owner ) )
		owner = undefined;
	
	mortar_model RadiusDamage( end_org.origin, 350, 750, 500, owner, "MOD_EXPLOSIVE", "warhawk_mortar_mp" );
	PlayRumbleOnPosition("artillery_rumble", end_org.origin);
	
	dirt_effect_radiusSq = dirt_effect_radius * dirt_effect_radius;
	foreach ( player in level.participants )
	{
		if ( player isUsingRemote() )
			continue;
		
		if ( DistanceSquared( end_org.origin, player.origin ) > dirt_effect_radiusSq )
			continue;
		
		if ( player DamageConeTrace( end_org.origin ) )
			player thread maps\mp\gametypes\_shellshock::dirtEffect( end_org.origin );
	}
	
	if( play_fx )
		PlayFX( getfx("mortar_impact_00"), end_org.origin);
	
	StopFXOnTag( getfx("random_mortars_trail"), mortar_model, "tag_fx");
	
	if ( IsDefined( end_org.script_noteworthy ) && (end_org.script_noteworthy == "device_target" ) )
		self thread bridge_device_mortar_hit_nuke( owner, mortar_model );
	wait 0.05;
	mortar_model Delete();
}

bridge_device_mortar_hit_nuke( owner, mortar_model )
{
	level notify( "bridge_trigger_explode" );

	Objective_Delete( self.curObjID );
	Earthquake( 0.85, .5, self.device_model.origin, 2500 );
	
	det_radius = self.device_det_radius;
	splash_radius = det_radius + self.device_det_splash;
	oversplash_radius = det_radius + 3.0 * self.device_det_splash;

	foreach ( agent in level.participants )
	{
		if ( IsPlayer( agent ) && ( agent.sessionstate != "playing" ))
			continue;
				
		agent thread update_bridge_event_player_effects( self.device_model.origin, det_radius, oversplash_radius, self.end_of_match_volley );
		
		agent_distanceSq = DistanceSquared( self.device_model.origin, agent.origin );
		if ( agent_distanceSq > splash_radius * splash_radius )
			continue;

		damage_owner = owner;
		if ( !IsDefined( damage_owner ) )
		{
			// damage_owner might be a removed entity, so clear it out so that the later DoDamage calls will still function
			damage_owner = undefined;
		}
		else if ( IsDefined( damage_owner.team ) && IsDefined( agent.team ) && damage_owner.team == agent.team )
		{
			damage_owner = mortar_model;
		}
		
		if ( agent_distanceSq > det_radius * det_radius )
		{
			// 2014-01-13 wallace: event should do flat damage and kill wounded enemies outside of det radius
			agent DoDamage( agent.maxhealth * 0.9, self.device_model.origin, damage_owner, self.device_model, "MOD_EXPLOSIVE" );
		}
		else
		{
			// 2014-01-13 wallace: should do enough damage to kill prone juggernauts
			agent DoDamage( 1000, self.device_model.origin, damage_owner, self.device_model, "MOD_EXPLOSIVE" );
		}
	}
	
	splashRadiusSq = splash_radius * splash_radius;
	dogs = maps\mp\agents\_agent_utility::getActiveAgentsOfType( "dog" );
	foreach ( dog in dogs )
	{
		dog_distanceSq = DistanceSquared( self.device_model.origin, dog.origin );
		if ( dog_distanceSq <= splashRadiusSq )
		{
			dog maps\mp\agents\_agent_utility::killDog();	
		}
	}
	
	destroyTargetArray( self.device_model.origin, splashRadiusSq, level.remote_uav );
	
	// it would be nicer to just give each killstreak a test function and an outcome function, and let it figure out how to handle each instance
	foreach ( boxType in level.deployable_box )
	{
		destroyTargetArray( self.device_model.origin, splashRadiusSq, boxtype );
	}
	
	destroyTargetArray( self.device_model.origin, splashRadiusSq, level.turrets );
	destroyTargetArray( self.device_model.origin, splashRadiusSq, level.uplinks );
	destroyTargetArray( self.device_model.origin, splashRadiusSq, level.placedIMS );
	destroyTargetArray( self.device_model.origin, splashRadiusSq, level.mines );
	
	self.device_model StopLoopSound( "device_stage1_loop" );
	self.device_model NotSolid();
	self.device_model Hide();
	self.device_model maps\mp\_movers::notify_moving_platform_invalid();
	if ( !self.end_of_match_volley )
		VisionSetNaked( "mp_ca_red_river_exploding", 0.5 );
	
	PhysicsExplosionSphere( self.device_model.origin, splash_radius, det_radius, 1.0 );
	
	wait 0.5;

	level notify( "bridge_fully_exploded" );
	maps\mp\_compass::setupMiniMap( "compass_map_mp_ca_red_river_exploded" );
	SetExpFog(6.6, 5530, 0.78, 0.81, 0.75, 0.87, 0.77);
	if ( !self.end_of_match_volley )
	{
		if( IsDefined( level.nukeDetonated ) )
		{
			VisionSetNaked( "", 3.0 );
			maps\mp\killstreaks\_nuke::setNukeAftermathVision( 0 );
		}
		else
		{
			VisionSetNaked( "mp_ca_red_river_exploded", 3.0 );
		}
	}
	
	// self.device_model.killCamEnt Delete();
	// self.device_model.killCamEnt = undefined;
}

destroyTargetArray( refPos, explosionRadiusSq, targetList )
{
	foreach ( target in targetList )
	{
		distSq = DistanceSquared( refPos, target.origin );
		if ( distSq < explosionRadiusSq )
		{
			target notify( "death" );
		}
	}
}

update_bridge_event_player_effects( refPoint, det_distance, splash_distance, skip_shock )
{
	self PlayRumbleOnEntity( "artillery_rumble" );
	wait 0.3;
	
	// 2014-01-14 wallace: we need to calculate this instead of passing in, because the player may have been killed in the last 0.3 seconds
	if ( !skip_shock && !( self isUsingRemote() ))
	{
		shock_time = 0.0;	// needs to be 0; players respawning should not be shocked
		playerDistSq = DistanceSquared( self.origin, refPoint );
		if ( playerDistSq < splash_distance * splash_distance )
		{
			shock_time = 8.0;
			if ( playerDistSq > det_distance * det_distance )
			{
				// not thrilled about the sqrt
				shock_time = shock_time * (1 - ( (sqrt(playerDistSq) - det_distance) / (splash_distance - det_distance)) );
			}
		}
		if ( shock_time > 0.0 )
			self shellshock( "mp_ca_red_river_event", shock_time );
	}
	
	wait 1.0;
	self PlayRumbleOnEntity( "artillery_rumble" );
	wait 1.3;
	self PlayRumbleOnEntity( "artillery_rumble" );
}

bridge_device_static( static_center, static_dist )
{
	self endon( "disconnect" );

	wait RandomFloat( 0.5 );
	
	self maps\mp\killstreaks\_emp_common::staticFieldInit();
	self childthread bridge_device_static_update( static_center, static_dist );
	
	level waittill( "bridge_fully_exploded" );
	
	self maps\mp\killstreaks\_emp_common::staticFieldSetStrength( 0 );
}

bridge_device_static_update( static_center, static_dist )
{
	level endon( "bridge_trigger_explode" );

	static_dist_squared = static_dist * static_dist;
	while ( 1 )
	{
		in_range = Length2DSquared( self.origin - static_center ) < static_dist_squared;
		
		self maps\mp\killstreaks\_emp_common::staticFieldSetStrength( in_range );
		
		wait( 0.5 );
	}
}

random_mortars_get_model(origin)
{
	mortar_model = spawn("script_model", origin);
	mortar_model SetModel("projectile_rpg7");
	return mortar_model;
}

get_bridge_vehicles()
{
	vehicles = GetScriptableArray( "vehicle_pickup_destructible_mp_rr", "targetname" );
							 
	if ( vehicles.size <= 0 )
		PrintLn( "No destructable vehicles found." );
	
	return vehicles;
}

bridge_event_handle_vehicles( vehicles, bridge_device )
{
	blow_distanceSq = bridge_device.device_det_radius + (bridge_device.device_det_splash * 2.0);
	blow_distanceSq = blow_distanceSq * blow_distanceSq;
	device_origin = bridge_device.device_model.origin;
	
	foreach ( vehicle in vehicles )
	{
		if ( DistanceSquared( vehicle.origin, device_origin ) <= blow_distanceSq )
			vehicle thread bridge_event_handle_vehicle();
	}
}

bridge_event_handle_vehicle()
{
	self endon( "death" );

	level waittill( "bridge_fully_exploded" );
	
	// self SetScriptablePartState( "vehicle", "damaged" );	// vehicle_pickup_truck_destructible_dlc has states named
	self SetScriptablePartState( 0, 3 );	// vehicle_pickup_truck_destructible does not have states named
}

bridge_event_handle_caralarms( vehicles )
{
	array_thread( vehicles, ::bridge_event_update_caralarm );
}

bridge_event_update_caralarm()
{
	self endon( "death" );
	
	level waittill ( "bridge_fully_exploded" );

	wait RandomFloatRange( 0.75, 1.25 );
	
	self thread bridge_event_play_caralarm();
}

bridge_event_play_caralarm()
{
	sound_ent = play_loopsound_in_space( "rr_car_alarm", self GetTagOrigin( "tag_engine" ) );
	
	alarm_time = RandomFloatRange( 12.0, 16.0 );
	self waittill_any_timeout( alarm_time, "death" );
	
	sound_ent StoploopSound( "rr_car_alarm" );
	sound_ent PlaySound( "rr_car_alarm_off" );
	
	wait (5);
	sound_ent Delete();
}

bridge_event_handle_glass( bridge_device )
{
	windows = GetGlassArray( "bridge_event_glass" );
	if ( windows.size <= 0 )
	{
		PrintLn( "No Windows found" );
		return;
	}

	blast_origin = bridge_device.device_model.origin;
	level waittill ( "bridge_fully_exploded" );
	foreach ( window in windows )
		DestroyGlass( window, GetGlassOrigin( window ) - blast_origin );
}

bridge_event_handle_churchbells( device_origin )
{
	// level endon( "game_ended" );
	
	bells = GetEntArray( "church_bell", "targetname" );
	if (bells.size <= 0 )
	{
		PrintLn( "No church bells found." );
		return;
	}	
	
	level.small_bells = 0;	
	array_thread( bells, ::redriver_detecthit_churchbell );
	array_thread( bells, ::bridge_event_update_churchbell, device_origin );
}

redriver_detecthit_churchbell()
{
	self SetCanDamage( true );
	self.is_swaying = false;
	sound_alias = bell_sound_alias( self.script_noteworthy );
	while ( 1 )
	{
		self waittill( "damage", amount, attacker, direction_vec, hit_point, type );
		if ( !IsDefined( attacker ) || !IsPlayer( attacker ) )	// somehow, the heli sniper helicopter will trigger this.
			continue;
		current_weapon = attacker GetCurrentWeapon();
		if ( !IsDefined( current_weapon ) || (WeaponClass( current_weapon ) != "sniper") )
			continue;
		self PlaySOund( sound_alias );
		self thread redriver_update_hitsway_churchbell( attacker );
		wait 0.5;
	}
}

redriver_update_hitsway_churchbell( attacker )
{
	level endon( "bridge_fully_exploded" );
	
	if ( self.is_swaying )
		return;

	vec = AnglesToRight( self.angles );
	vec2 = VectorNormalize( attacker.origin - self.origin );
	swing_dir = vectordot( vec, vec2 )  * 2.0;
	if ( swing_dir > 0.0 )
		swing_dir = Max( 0.3, swing_dir );
	else
		swing_dir = Min( -0.3, swing_dir );
	
	self.is_swaying = true;
	self RotateRoll( 15 * swing_dir, 1.0, 0, 0.5 );
	wait 1;
	self RotateRoll( -25 * swing_dir, 2.0, 0.5, 0.5 );
	wait 2;
	self RotateRoll( 15 * swing_dir, 1.5, 0.5, 0.5 );
	wait 1.5;
	self RotateRoll( -5 * swing_dir, 1.0, 0.5, 0.5 );
	wait 1.0;
	self.is_swaying = false;
}

bridge_event_handle_bell_sounds()
{
	level waittill( "bridge_device_activate" );	// on event start

	//DR 01-13-2014: playing two sounds in space here
	PlaySoundAtPos( (-510, -1617, 556), "scn_church_bells_long_large" );
	PlaySoundAtPos( (-480, -1986, 423), "scn_church_bells_long_small" );
	//DR 01-13-2014: end of fix for bells for level killstreak		
}

bridge_event_update_churchbell( blast_origin )
{
	sound_alias = bell_sound_alias( self.script_noteworthy );
	
	level waittill( "bridge_device_activate" );	// on event start
	// level waittill ( "bridge_fully_exploded" );	// on event end
	
	//DR 01/13/2014: playing sounds at only the two bell positions we want - commenting out others...
	
//	// 2014-01-10 wallace: this is hacky and should probably be built into the script_noteworthy
//	if ( sound_alias == "rr_church_bell" )
//	{
//		self PlaySound( "scn_church_bells_long_large" );
//	}
//	else if ( sound_alias == "rr_church_bell_smaller" )	// this assumes small/smaller/smallest bells are always grouped together
//	{
//		self PlaySound( "scn_church_bells_long_small" );
//	}
	
	//DR 01/13/2014: done with fix for bells during killstreak
	
	vec = AnglesToRight( self.angles );
	vec2 = VectorNormalize( blast_origin - self.origin );
	swing_dir = vectordot( vec, vec2 )  * 2.0;
	if ( swing_dir > 0.0 )
		swing_dir = Max( 0.7, swing_dir );
	else
		swing_dir = Min( -0.7, swing_dir );
	
	ring_offset = RandomFloatRange( 0.1, 0.8 );

	self.is_swaying = true;
	self.angles = (self.angles[0], self.angles[1], 0);
	self RotateRoll( 40 * swing_dir, ring_offset, 0, ring_offset );
	wait ring_offset;
	
	self RotateRoll( -70 * swing_dir, 2.0, 0.5, 0.5 );
	wait 1.75;
	wait 0.25;
	
	self RotateRoll( 60 * swing_dir, 2.0, 0.5, 0.5 );
	wait 1.75;
	wait 0.25;
	
	self RotateRoll( -50 * swing_dir, 2.0, 0.5, 0.5 );
	wait 1.75;
	wait 0.25;
	
	self RotateRoll( 40 * swing_dir, 2.0, 0.5, 0.5 );
	wait 1.75;
	wait 0.25;

	self RotateRoll( -30 * swing_dir, 2.0, 0.5, 0.5 );
	wait 1.75;
	wait 0.25;

	self RotateRoll( 20 * swing_dir, 1.5, 0.5, 0.5 );
	wait 1.5;
	self RotateRoll( -15 * swing_dir, 1.3, 0.5, 0.5 );
	wait 1.3;
	self RotateRoll( 5 * swing_dir, 1.0, 0.5, 0.5 );
	wait 1.0;

	self.is_swaying = false;
}

bell_sound_alias( bell_info )
{
	sound_alias = "rr_church_bell";
	if ( IsDefined( bell_info ) && (bell_info == "small") )
	{
		if ( !IsDefined( level.small_bells ) )
			level.small_bells = 0;
		
		level.small_bells++;
		if ( level.small_bells == 1 )
			sound_alias = "rr_church_bell_smallest";
		else if ( level.small_bells == 2 )
			sound_alias = "rr_church_bell_smaller";
		else
			sound_alias = "rr_church_bell_small";
	}
	return sound_alias;
}