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settings { main { Description: "SINGLEPLAYER ONLY. by pluzorminuz. Last Update: 2021 Mar 09" Description: "SINGLEPLAYER ONLY. by pluzorminuz. Last Update: 2021 Mar 20" } lobby { Max Team 1 Players: 1 Max Team 2 Players: 1 } modes { Skirmish { enabled maps { King's Row } } General { Hero Limit: Off Limit Roles: 2 Of Each Role Per Team Respawn Time Scalar: 50% } } heroes { General { Ability Cooldown Time: 0% Torbjörn { Infinite Ultimate Duration: On } } } extensions { Beam Effects Play More Effects } } variables { global: 0: data 1: loop_i 2: map_deathplane_y 100: _FX player: 0: hero_index 1: hero_proj_data 2: hero_ability_icon 3: proj_g 4: proj_vel 5: proj_del 6: proj_simtime 7: proj_r 8: proj_castdelay 9: proj_chasedelay 10: proj_fx 11: proj_warning 12: proj_p0 13: proj_p1 14: proj_p2 15: proj_apex_t 16: trajectory_hidden 17: proj_dir 18: using_ability 19: player_hero 20: ray_cast_t 21: ray_cast_start 22: ray_cast_end 23: ray_cast_hit_pos 24: proj_predict_land_pos 25: proj_predict_land_t 26: pos_mem 27: poslock_bool 28: poslock_posfac 29: proj_p0_hidden 30: proj_dir_hidden 31: chasecam_bool 32: chasecam_t 33: chasecam_chasing 34: predictcam_bool 35: predictcam_dist 36: eye_height 37: trajlock_bool 38: proj_override 39: trajectory_hidden_manual } subroutines { 0: load_proj_data 1: calc_proj 2: swap_proj_data 3: init_map_deathplane_y 4: create_trajectory 5: check_ability1 6: hud_final 7: save_trajectory_origin 8: chasecam_start } rule("init") { event { Ongoing - Global; } actions { Disable Inspector Recording; "sphere,shaft 1.053046257,ringout 1.052807897,ringin 1.062128122" Global._FX = Array(10155.377 / 10000, 10530.462 / 10000, 10528.079 / 10000, 10621.281 / 10000); Global.data = Array(Array(Hero(Ana), Hero(Junkrat), Hero(Baptiste), Hero(Orisa), Hero(Zarya), Hero(Sombra), Hero(Ashe), Hero(Tracer), Hero(McCree), Hero(Mei), Hero(Torbjörn), Hero(Hanzo)), Array(Array(Array(Null, Null, Null, Null, Array(-9.840, 30, 0, 7, 0, 0, 0.350, False)), 4, Array(4, 0, 0), False), Array(Array(Array(-12.350, 25, 0.075, 7, 0, 0, 0.100, False), Null, Null, Array(-20.300, 25, 0.090, 7, 0, 0.136, 0.250, False), Array(-20.200, 10, 0.095, 7, 0, 0, 0.250, False)), 0, Array(2, 3, 0), True), Array(Array(Null, Array(-20.100, 60, 0.007, 7, 0, 0, 0.100, False), Null, Null, Array(-20.100, 60, 0.007, 7, 0, 0, 0.100, False)), 1, Array(3, 0, 6.500), True), Array(Array(Null, Null, Null, Null, Array(-9.840, 25, 0, 7, 0, 0, 0.400, False)), 4, Array(0, 0, 0), True), Array(Array(Null, Array(-9.840, 25, 0.100, 7, 0, 0, 0.500, False), Array(-9.840, 25, 0.100, 7, 0, 0, 0.500, False), Null, Null), 1, Array(2.500, 6, 0), False), Array(Array(Null, Null, Null, Null, Array(-20.200, 25, 0.090, 5, 0, 0, 0.200, False)), 4, Array(15, 0, 0), True), Array(Array(Null, Null, Null, Null, Array(-8.030, 25, 0.070, 7, 0, 0.140, 0.400, False)), 4, Array(5, 0, 0), True), Array(Array(Null, Null, Array(-30.800, 15, 0.190, 2, 0, 0, 0.150, False), Null, Null), 2, Array(5, 0, 0), True), Array(Array(Null, Null, Null, Null, Array(-9.840, 30, 0, 7 / 30, 0, 0, 0.100, False)), 4, Array(3, 0, 0), False), Array(Array(Null, Null, Array(-9.900, 20, 0.090, 7, 0, 0.468, 0.600, False), Null, Null), 2, Array(10, 0, 0), True), Array(Array(Array(-9.810, 70, 0.015, 15, 0, 0, 0.100, True), Null, Array(-30.050, 40, 0, 4, 0, 0, 0.100, True), Null, Null), 0, Array(0, 2.500, 0), True), Array(Array(Array(-9.815, 110, 0, 15, 0, 0, 0.032, True), Null, Null, Null, Array(-9.815, 110, 0, 15, 0, 0, 0.032, True)), 0, Array(0, 9, 0), False))); Global.data = Array(Array(Hero(Ana), Hero(Junkrat), Hero(Baptiste), Hero(Orisa), Hero(Zarya), Hero(Sombra), Hero(Ashe), Hero(Tracer), Hero(McCree), Hero(Mei), Hero(Torbjörn), Hero(Hanzo), Hero(Sigma), Hero(Widowmaker)), Array(Array(Array(Null, Null, Null, Null, Array(-9.840, 30, 0, 7, 0, 0, 0.350, False)), 4, Array(4, 0, 0), False), Array(Array(Array(-12.350, 25, 0.075, 7, 0, 0, 0.100, False), Null, Null, Array(-20.300, 25, 0.090, 7, 0, 0.136, 0.250, False), Array(-20.200, 10, 0.095, 7, 0, 0, 0.250, False)), 0, Array(2, 3, 0), True), Array(Array(Null, Array(-20.100, 60, 0.007, 7, 0, 1, 0.100, False), Null, Null, Array(-20.100, 60, 0.007, 7, 0, 0, 0.100, False)), 0, Array(3, 0, 6.500), True), Array(Array(Null, Null, Null, Null, Array(-9.840, 25, 0, 7, 0, 0, 0.400, False)), 4, Array(0, 0, 0), True), Array(Array(Null, Array(-9.840, 25, 0.100, 7, 0, 0, 0.500, False), Array(-9.840, 25, 0.100, 7, 0, 0, 0.500, False), Null, Null), 1, Array(2.500, 6, 0), False), Array(Array(Null, Null, Null, Null, Array(-20.200, 25, 0.090, 5, 0, 0, 0.200, False)), 4, Array(15, 0, 0), True), Array(Array(Null, Null, Null, Null, Array(-8.030, 25, 0.070, 7, 0, 0.140, 0.400, False)), 4, Array(5, 0, 0), True), Array(Array(Null, Null, Array(-30.800, 15, 0.190, 2, 0, 0, 0.150, False), Null, Null), 2, Array(5, 0, 0), True), Array(Array(Null, Null, Null, Null, Array(-9.840, 30, 0, 7 / 30, 0, 0, 0.100, False)), 4, Array(3, 0, 0), False), Array(Array(Null, Null, Array(-9.900, 20, 0.090, 7, 0, 0.468, 0.600, False), Null, Null), 2, Array(10, 0, 0), True), Array(Array(Array(-9.810, 70, 0.015, 15, 0, 0, 0.100, True), Null, Array(-30.050, 40, 0, 5, 0, 0, 0.100, True), Array(-20, 17, 0, 4, 0, 0.048, 0.100, True), Null), 0, Array(2.500, 40, 0), True), Array(Array(Array(-9.815, 110, 0, 15, 0, 0, 0.032, True), Null, Null, Null, Array(-9.815, 110, 0, 15, 0, 0, 0.032, True)), 0, Array(0, 9, 0), False), Array(Array(Array(-5.954, 49.700, 0, 3 / 7, 0, 0, 0.048, False), Null, Null, Null, Array(-18.350, 37.400, 0.100, 6, 0, 0.640, 0.256, False)), 4, Array(2.500, 3, 0), True), Array(Array(Null, Null, Null, Null, Array(-9.840, 20, 0, 7, 0, 0.192, 0.160, False)), 4, Array(3, 0, 0), True))); Call Subroutine(init_map_deathplane_y); Call Subroutine(hud_final); Call Subroutine(create_trajectory); } } rule("init_player") { event { Ongoing - Each Player; All; All; } actions { Set Player Allowed Heroes(Event Player, Global.data[0]); Event Player.trajectory_hidden = False; Teleport(Event Player, Vector(-88.722, 2.425, -27.010)); } } rule("player_calc_proj_loop") { event { Ongoing - Each Player; All; All; } conditions { Event Player.chasecam_chasing != True; Event Player.trajlock_bool != True; } actions { Call Subroutine(save_trajectory_origin); Call Subroutine(calc_proj); Wait(0.064, Abort When False); Loop If Condition Is True; } } rule("player_changed_hero") { event { Ongoing - Each Player; All; All; } conditions { Hero Of(Event Player) != Event Player.player_hero; } actions { Event Player.player_hero = Hero Of(Event Player); Event Player.eye_height = Eye Position(Event Player) - Position Of(Event Player); Call Subroutine(load_proj_data); Event Player.hero_ability_icon = Custom String("{0}{1}{2}", Event Player.hero_proj_data[0] != Null ? Ability Icon String(Hero Of(Event Player), Button(Primary Fire)) : Custom String(""), Event Player.hero_proj_data[1] != Null ? Ability Icon String(Hero Of(Event Player), Button(Secondary Fire)) : Custom String(""), Custom String("{0}{1}{2}", Event Player.hero_proj_data[2] != Null ? Ability Icon String(Hero Of(Event Player), Button(Ultimate)) : Custom String(""), Event Player.hero_proj_data[3] != Null ? Ability Icon String(Hero Of(Event Player), Button(Ability 1)) : Custom String(""), Event Player.hero_proj_data[4] != Null ? Ability Icon String(Hero Of(Event Player), Button(Ability 2)) : Custom String(""))); Set Ultimate Charge(Event Player, 100); If(Event Player.pos_mem != 0); Teleport(Event Player, Event Player.pos_mem[0]); Set Facing(Event Player, Event Player.pos_mem[1], To World); End; Event Player.predictcam_dist = 0.800; Event Player.predictcam_bool = False; Event Player.trajectory_hidden = False; If(Event Player.chasecam_chasing == True); Start Rule(chasecam_start, Restart Rule); End; } } rule("player_action_change_hero (acknowledge)") { event { Ongoing - Each Player; All; All; } conditions { Is Communicating(Event Player, Acknowledge) == True; } actions { Event Player.pos_mem = Array(Position Of(Event Player), Facing Direction Of(Event Player)); Set Player Allowed Heroes(Event Player, Filtered Array(All Heroes, Current Array Element != Hero Of(Event Player))); Set Player Allowed Heroes(Event Player, Global.data[0]); } } rule("player_action_refill_ult") { event { Ongoing - Each Player; All; All; } conditions { Is Button Held(Event Player, Button(Ultimate)) == True; } actions { Set Ultimate Charge(Event Player, 100); } } rule("player_action_zoomout (jump)") { event { Ongoing - Each Player; All; All; } conditions { Event Player.poslock_bool == True; Is Button Held(Event Player, Button(Jump)) == True; } actions { Event Player.predictcam_dist = Max(Event Player.predictcam_dist + -0.003, 0); Wait(0.016, Ignore Condition); Loop If Condition Is True; } } rule("player_action_zoomin (duck)") { event { Ongoing - Each Player; All; All; } conditions { Event Player.poslock_bool == True; Is Button Held(Event Player, Button(Crouch)) == True; } actions { Event Player.predictcam_dist = Min(Event Player.predictcam_dist + 0.003, 1); Wait(0.016, Ignore Condition); Loop If Condition Is True; } } rule("player_action_predictcam (melee)") { event { Ongoing - Each Player; All; All; } conditions { Is Button Held(Event Player, Button(Melee)) == True; } actions { If(Event Player.chasecam_chasing == False); Event Player.predictcam_bool = !Event Player.predictcam_bool; Else; Start Rule(chasecam_start, Restart Rule); End; } } rule("predictcam_toggle_on") { event { Ongoing - Each Player; All; All; } conditions { Event Player.predictcam_bool == True; } actions { "?? cam" disabled Start Camera(Event Player, Min(1, 1 - Event Player.proj_predict_land_t + Event Player.predictcam_dist) ^ 2 * Event Player.proj_p0 + 2 * Min(1, 1 - Event Player.proj_predict_land_t + Event Player.predictcam_dist) * Max(0, Event Player.proj_predict_land_t - Event Player.predictcam_dist) * Event Player.proj_p1 + Max(0, Event Player.proj_predict_land_t - Event Player.predictcam_dist) ^ 2 * Event Player.proj_p2, Event Player.proj_predict_land_pos, 10); "final cam" Start Camera(Event Player, (1 - Event Player.proj_predict_land_t * Event Player.predictcam_dist) ^ 2 * Event Player.proj_p0 + 2 * (1 - Event Player.proj_predict_land_t * Event Player.predictcam_dist) * Event Player.proj_predict_land_t * Event Player.predictcam_dist * Event Player.proj_p1 + (Event Player.proj_predict_land_t * Event Player.predictcam_dist) ^ 2 * Event Player.proj_p2, Event Player.proj_predict_land_pos, 10); "apex cam" disabled Start Camera(Event Player, (1 - Event Player.proj_apex_t) ^ 2 * Event Player.proj_p0 + 2 * (1 - Event Player.proj_apex_t) * Event Player.proj_apex_t * Event Player.proj_p1 + Event Player.proj_apex_t ^ 2 * Event Player.proj_p2 + Vector(0.800, 0, 0), (1 - Event Player.proj_apex_t) ^ 2 * Event Player.proj_p0 + 2 * (1 - Event Player.proj_apex_t) * Event Player.proj_apex_t * Event Player.proj_p1 + Event Player.proj_apex_t ^ 2 * Event Player.proj_p2, 0); disabled Set Slow Motion(10); } } rule("predictcam_toggle_off") { event { Ongoing - Each Player; All; All; } conditions { Event Player.predictcam_bool == False; } actions { Stop Camera(Event Player); disabled Set Slow Motion(100); } } rule("player_action_chasecam (ult status)") { event { Ongoing - Each Player; All; All; } conditions { Is Communicating(Event Player, Ultimate Status) == True; } actions { Event Player.chasecam_bool = !Event Player.chasecam_bool; } } rule("player_action_trajlock (interact)") { event { Ongoing - Each Player; All; All; } conditions { Is Button Held(Event Player, Button(Interact)) == True; } actions { Event Player.trajlock_bool = !Event Player.trajlock_bool; } } rule("player_action_trajhide (group up)") { event { Ongoing - Each Player; All; All; } conditions { Is Communicating(Event Player, Group Up) == True; } actions { Event Player.trajectory_hidden_manual = !Event Player.trajectory_hidden_manual; } } rule("player_action_lockpos (reload)") { event { Ongoing - Each Player; All; All; } conditions { Is Button Held(Event Player, Button(Reload)) == True; } actions { Event Player.poslock_bool = !Event Player.poslock_bool; } } rule("lockpos_toggle_on") { event { Ongoing - Each Player; All; All; } conditions { Event Player.poslock_bool == True; } actions { Disable Movement Collision With Environment(Event Player, True); Event Player.poslock_posfac = Array(Eye Position(Event Player) - Event Player.eye_height, Facing Direction Of(Event Player)); Start Forcing Player Position(Event Player, Event Player.poslock_posfac[0], False); Start Facing(Event Player, Event Player.poslock_posfac[1], 10000, To World, None); } } rule("lockpos_toggle_off") { event { Ongoing - Each Player; All; All; } conditions { Event Player.poslock_bool == False; } actions { Enable Movement Collision With Environment(Event Player); Stop Forcing Player Position(Event Player); Stop Facing(Event Player); } } rule("check_using_primary") { event { Ongoing - Each Player; All; All; } conditions { disabled Is Firing Primary(Event Player) == True; Event Player.proj_override == False; Is Button Held(Event Player, Button(Primary Fire)) == True; } actions { "immediately snap the starting pos and fac" Call Subroutine(save_trajectory_origin); Event Player.using_ability = 0; If(Event Player.hero_proj_data[Event Player.using_ability] != Null); Call Subroutine(swap_proj_data); If(Event Player.chasecam_bool == True && Event Player.chasecam_chasing == False); Start Rule(chasecam_start, Restart Rule); End; End; } } rule("check_using_secondary") { event { Ongoing - Each Player; All; All; } conditions { disabled Is Firing Secondary(Event Player) == True; Event Player.proj_override == False; Is Button Held(Event Player, Button(Secondary Fire)) == True; } actions { "immediately snap the starting pos and fac" Call Subroutine(save_trajectory_origin); Event Player.using_ability = 1; If(Event Player.hero_proj_data[Event Player.using_ability] != Null); Call Subroutine(swap_proj_data); If(Event Player.chasecam_bool == True && Event Player.chasecam_chasing == False); Start Rule(chasecam_start, Restart Rule); End; End; } } rule("check_using_ultimate") { event { Ongoing - Each Player; All; All; } conditions { disabled Is Using Ultimate(Event Player) == True; Event Player.proj_override == False; Is Button Held(Event Player, Button(Ultimate)) == True; } actions { "immediately snap the starting pos and fac" Call Subroutine(save_trajectory_origin); Event Player.using_ability = 2; If(Event Player.hero_proj_data[Event Player.using_ability] != Null); Call Subroutine(swap_proj_data); If(Event Player.chasecam_bool == True && Event Player.chasecam_chasing == False); Start Rule(chasecam_start, Restart Rule); End; End; } } rule("check_using_ability_1") { event { Ongoing - Each Player; All; All; } conditions { disabled Is Using Ability 1(Event Player) == True; Event Player.proj_override == False; Is Button Held(Event Player, Button(Ability 1)) == True; } actions { "immediately snap the starting pos and fac" Call Subroutine(save_trajectory_origin); Event Player.using_ability = 3; If(Event Player.hero_proj_data[Event Player.using_ability] != Null); Call Subroutine(swap_proj_data); If(Event Player.chasecam_bool == True && Event Player.chasecam_chasing == False); Start Rule(chasecam_start, Restart Rule); End; End; } } rule("check_using_ability_2") { event { Ongoing - Each Player; All; All; } conditions { disabled Is Using Ability 2(Event Player) == True; Event Player.proj_override == False; Is Button Held(Event Player, Button(Ability 2)) == True; } actions { "immediately snap the starting pos and fac" Call Subroutine(save_trajectory_origin); Event Player.using_ability = 4; If(Event Player.hero_proj_data[Event Player.using_ability] != Null); Call Subroutine(swap_proj_data); If(Event Player.chasecam_bool == True && Event Player.chasecam_chasing == False); Start Rule(chasecam_start, Restart Rule); End; End; } } rule("Hanzo: Primary Fire Charge") { event { Ongoing - Each Player; All; Hanzo; } conditions { Is Button Held(Event Player, Button(Primary Fire)) == True; Is Using Ability 2(Event Player) != True; } actions { Event Player.proj_vel = 25; Chase Player Variable At Rate(Event Player, proj_vel, 110, 120, None); Wait Until(Is Button Held(Event Player, Button(Primary Fire)) == False, 99999); "immediately snap the starting pos and fac" Call Subroutine(save_trajectory_origin); Stop Chasing Player Variable(Event Player, proj_vel); If(Event Player.chasecam_bool == True && Event Player.chasecam_chasing == False); Start Rule(chasecam_start, Restart Rule); End; } } rule("Hanzo: Using Storm Arrow") { event { Ongoing - Each Player; All; Hanzo; } conditions { Is Using Ability 2(Event Player) == True; } actions { If(Event Player.chasecam_chasing != True); Event Player.proj_vel = 110; End; } } rule("Hanzo: Fire Storm Arrow") { event { Ongoing - Each Player; All; Hanzo; } conditions { Is Using Ability 2(Event Player) == True; Is Button Held(Event Player, Button(Primary Fire)) == True; Event Player.chasecam_bool == True; Event Player.chasecam_chasing == False; } actions { "immediately snap the starting pos and fac" Call Subroutine(save_trajectory_origin); Start Rule(chasecam_start, Restart Rule); } } rule("Torbjorn: Using Ultimate") { event { Ongoing - Each Player; All; Torbjörn; } conditions { Is Using Ultimate(Event Player) == True; } actions { If(Event Player.chasecam_chasing != True); Event Player.using_ability = 2; Call Subroutine(swap_proj_data); End; } } rule("Torbjorn: Rivet") { event { Ongoing - Each Player; All; Torbjörn; } conditions { Is Button Held(Event Player, Button(Primary Fire)) == True; Is Using Ultimate(Event Player) != True; } actions { "immediately snap the starting pos and fac" Call Subroutine(save_trajectory_origin); If(Event Player.chasecam_chasing != True); Event Player.using_ability = 0; Call Subroutine(swap_proj_data); End; If(Event Player.chasecam_bool == True && Event Player.chasecam_chasing == False); Start Rule(chasecam_start, Restart Rule); End; } } rule("Torbjorn: Firing Goo") { event { Ongoing - Each Player; All; Torbjörn; } conditions { Is Using Ultimate(Event Player) == True; Is Button Held(Event Player, Button(Primary Fire)) == True; } actions { "immediately snap the starting pos and fac" Call Subroutine(save_trajectory_origin); If(Event Player.chasecam_bool == True && Event Player.chasecam_chasing == False); Start Rule(chasecam_start, Restart Rule); End; } } rule("Torbjorn: Deploy Turret") { event { Ongoing - Each Player; All; Torbjörn; } conditions { Is Using Ultimate(Event Player) != True; Is Button Held(Event Player, Button(Ability 1)) == True; } actions { "immediately snap the starting pos and fac" Call Subroutine(save_trajectory_origin); If(Event Player.chasecam_chasing != True); Event Player.using_ability = 3; Call Subroutine(swap_proj_data); End; If(Event Player.chasecam_bool == True && Event Player.chasecam_chasing == False); Start Rule(chasecam_start, Restart Rule); End; } } rule("[sub] chasecam_start") { event { Subroutine; chasecam_start; } actions { If(Event Player.chasecam_chasing == False); Event Player.predictcam_bool = False; Event Player.chasecam_chasing = True; "immediately snap the starting pos and fac" disabled Call Subroutine(save_trajectory_origin); Stop Chasing Player Variable(Event Player, chasecam_t); Event Player.chasecam_t = 0; Event Player.trajectory_hidden = True; Set Invisible(Event Player, All); "then wait for the cast time if any" If(Event Player.proj_castdelay > 0); Wait(Event Player.proj_castdelay, Ignore Condition); Call Subroutine(save_trajectory_origin); End; "do calc" Start Rule(calc_proj, Restart Rule); "start chasing immediately after casting" Chase Player Variable At Rate(Event Player, chasecam_t, Event Player.proj_predict_land_t, 1 / Event Player.proj_simtime, Destination and Rate); "ensures projectile correction" Wait(0.016, Ignore Condition); "start camera" Start Camera(Event Player, Min(1 - Event Player.chasecam_t + Event Player.proj_chasedelay / Event Player.proj_simtime, 1) ^ 2 * Event Player.proj_p0 + 2 * Min(1 - Event Player.chasecam_t + Event Player.proj_chasedelay / Event Player.proj_simtime, 1) * Max(Event Player.chasecam_t - Event Player.proj_chasedelay / Event Player.proj_simtime, 0) * Event Player.proj_p1 + Max(Event Player.chasecam_t - Event Player.proj_chasedelay / Event Player.proj_simtime, 0) ^ 2 * Event Player.proj_p2, (1 - Event Player.chasecam_t) ^ 2 * Event Player.proj_p0 + 2 * (1 - Event Player.chasecam_t) * Event Player.chasecam_t * Event Player.proj_p1 + Event Player.chasecam_t ^ 2 * Event Player.proj_p2, 0); "wait for proj to hit" Wait(Event Player.proj_predict_land_t * Event Player.proj_simtime + Event Player.proj_chasedelay + 1.500 - 0.016, Abort When False); End; Stop Camera(Event Player); Set Invisible(Event Player, None); Event Player.trajectory_hidden = False; Stop Chasing Player Variable(Event Player, chasecam_t); Event Player.chasecam_t = 0; Event Player.chasecam_chasing = False; } } rule("[sub] swap_projectile_data") { event { Subroutine; swap_proj_data; } actions { Event Player.proj_g = Event Player.hero_proj_data[Event Player.using_ability][0]; Event Player.proj_vel = Event Player.hero_proj_data[Event Player.using_ability][1]; Event Player.proj_del = Event Player.hero_proj_data[Event Player.using_ability][2]; Event Player.proj_simtime = Event Player.hero_proj_data[Event Player.using_ability][3]; Event Player.proj_r = Event Player.hero_proj_data[Event Player.using_ability][4]; Event Player.proj_castdelay = Event Player.hero_proj_data[Event Player.using_ability][5]; Event Player.proj_chasedelay = Event Player.hero_proj_data[Event Player.using_ability][6]; Event Player.proj_override = Event Player.hero_proj_data[Event Player.using_ability][7]; } } rule("[sub] obsolete") { event { Subroutine; check_ability1; } actions { If(Event Player.hero_proj_data[2] != Null); While(True); Wait Until(!Is Using Ability 1(Event Player), 99999); Wait Until(Is Using Ability 1(Event Player), 99999); Small Message(All Players(All Teams), Custom String("This ability is open for chase")); End; End; } } rule("[sub] map_deathplane") { event { Subroutine; init_map_deathplane_y; } actions { If(Current Map == Map(Blizzard World)); Global.map_deathplane_y = -6.490; Else If(Current Map == Map(Blizzard World Winter)); Global.map_deathplane_y = -6.490; Else If(Current Map == Map(Dorado)); Global.map_deathplane_y = -9.510; Else If(Current Map == Map(Eichenwalde)); Global.map_deathplane_y = -7.720; Else If(Current Map == Map(Eichenwalde Halloween)); Global.map_deathplane_y = -7.710; Else If(Current Map == Map(Hanamura)); Global.map_deathplane_y = -8.510; Else If(Current Map == Map(Hanamura Winter)); Global.map_deathplane_y = -8.500; Else If(Current Map == Map(Havana)); Global.map_deathplane_y = -8.500; Else If(Current Map == Map(Hollywood)); Global.map_deathplane_y = -30.510; Else If(Current Map == Map(Hollywood Halloween)); Global.map_deathplane_y = -30.500; Else If(Current Map == Map(Horizon Lunar Colony)); Global.map_deathplane_y = 0.410; Else If(Current Map == Map(Junkertown)); Global.map_deathplane_y = -5.500; Else If(Current Map == Map(King's Row)); Global.map_deathplane_y = -18.500; Else If(Current Map == Map(King's Row Winter)); Global.map_deathplane_y = -18.500; Else If(Current Map == Map(Numbani)); Global.map_deathplane_y = -10.500; Else If(Current Map == Map(Paris)); Global.map_deathplane_y = 6.150; Else If(Current Map == Map(Rialto)); Global.map_deathplane_y = -15.500; Else If(Current Map == Map(Route 66)); Global.map_deathplane_y = -15.500; Else If(Current Map == Map(Temple of Anubis)); Global.map_deathplane_y = -10.500; Else If(Current Map == Map(Volskaya Industries)); Global.map_deathplane_y = -12.500; Else If(Current Map == Map(Watchpoint: Gibraltar)); Global.map_deathplane_y = -18.500; Else If(Current Map == Map(Busan)); If(Objective Index == 0); Global.map_deathplane_y = 0.410; Else If(Objective Index == 1); Global.map_deathplane_y = 2.020; Else If(Objective Index == 2); Global.map_deathplane_y = -8.500; End; Else If(Current Map == Map(Ilios)); If(Objective Index == 0); Global.map_deathplane_y = -37.450; Else If(Objective Index == 1); Global.map_deathplane_y = -10.190; Else If(Objective Index == 2); Global.map_deathplane_y = 49.360; End; Else If(Current Map == Map(Nepal)); If(Objective Index == 0); Global.map_deathplane_y = -106.180; Else If(Objective Index == 1); Global.map_deathplane_y = 0.840; Else If(Objective Index == 2); Global.map_deathplane_y = 115.150; End; Else If(Current Map == Map(Oasis)); If(Objective Index == 0); Global.map_deathplane_y = -8.990; Else If(Objective Index == 1); Global.map_deathplane_y = -0.510; Else If(Objective Index == 2); Global.map_deathplane_y = 2.080; End; Else If(Current Map == Map(Lijiang Tower)); If(Objective Index == 0); Global.map_deathplane_y = -12.510; Else If(Objective Index == 1); Global.map_deathplane_y = 82.570; Else If(Objective Index == 2); Global.map_deathplane_y = 250.200; End; Else If(Current Map == Map(Lijiang Tower Lunar New Year)); If(Objective Index == 0); Global.map_deathplane_y = -12.510; Else If(Objective Index == 1); Global.map_deathplane_y = 82.570; Else If(Objective Index == 2); Global.map_deathplane_y = 250.200; End; Else If(Current Map == Map(Workshop Chamber)); Global.map_deathplane_y = -25.500; Else If(Current Map == Map(Workshop Expanse)); Global.map_deathplane_y = -27; Else If(Current Map == Map(Workshop Expanse Night)); Global.map_deathplane_y = -27; Else If(Current Map == Map(Workshop Green Screen)); Global.map_deathplane_y = -27; Else If(Current Map == Map(Workshop Island)); Global.map_deathplane_y = -27; Else If(Current Map == Map(Workshop Island Night)); Global.map_deathplane_y = -27; End; } } rule("[sub] create trajectory") { event { Subroutine; create_trajectory; } actions { For Global Variable(loop_i, 0, 1, 0.020); "main trajectory" Create Beam Effect(Filtered Array(All Players(All Teams), Current Array Element.trajectory_hidden != True && Current Array Element.trajectory_hidden_manual != True), Torbjörn Turret Sight Beam, Evaluate Once((0.980 - Global.loop_i) * (0.980 - Global.loop_i)) * Local Player.proj_p0 + Evaluate Once(2 * (Global.loop_i + 0.020) * (0.980 - Global.loop_i)) * Local Player.proj_p1 + Evaluate Once((Global.loop_i + 0.020) * (Global.loop_i + 0.020)) * Local Player.proj_p2, Evaluate Once((1 - Global.loop_i) * (1 - Global.loop_i)) * Local Player.proj_p0 + Evaluate Once(2 * Global.loop_i * (1 - Global.loop_i)) * Local Player.proj_p1 + Evaluate Once(Global.loop_i * Global.loop_i) * Local Player.proj_p2, Color(Team 1), Visible To Position and Radius); Wait(0.016, Ignore Condition); End; "hit position marker" Create Effect(Filtered Array(All Players(All Teams), Current Array Element.trajectory_hidden_manual != True), Sphere, Color(Red), Local Player.proj_predict_land_pos, 0.200 * Evaluate Once(Global._FX[0]), Visible To Position and Radius); "apex" Create Effect(Filtered Array(All Players(All Teams), Current Array Element.trajectory_hidden_manual != True), Sphere, Color(Green), (1 - Local Player.proj_apex_t) ^ 2 * Local Player.proj_p0 + 2 * (1 - Local Player.proj_apex_t) * Local Player.proj_apex_t * Local Player.proj_p1 + Local Player.proj_apex_t ^ 2 * Local Player.proj_p2, 0.200 * Evaluate Once(Global._FX[0]), Visible To Position and Radius); "proj collision size" disabled Create Effect(All Players(All Teams), Sphere, Color(Yellow), Local Player.proj_predict_land_pos, Local Player.proj_r * Evaluate Once(Global._FX[0]), Visible To Position and Radius); "spherecast progress size" disabled Create Effect(All Players(All Teams), Sphere, Color(Yellow), Local Player.ray_cast_start, Local Player.proj_r * Evaluate Once(Global._FX[0]), Visible To Position and Radius); "primary range" Create Effect(Filtered Array(All Players(All Teams), Current Array Element.trajectory_hidden_manual != True), Sphere, Color(Sky Blue), Local Player.proj_predict_land_pos, Local Player.proj_fx[0] * Evaluate Once(Global._FX[0]), Visible To Position and Radius); "secondary range" Create Effect(Filtered Array(All Players(All Teams), Current Array Element.trajectory_hidden_manual != True), Sphere, Color(Blue), Local Player.proj_predict_land_pos, Local Player.proj_fx[1] * Evaluate Once(Global._FX[0]), Visible To Position and Radius); "cylinder range" Create Effect(Filtered Array(All Players(All Teams), Current Array Element.trajectory_hidden_manual != True), Light Shaft, Color(Blue), Local Player.proj_predict_land_pos, Local Player.proj_fx[2] * Evaluate Once(Global._FX[1]), Visible To Position and Radius); "cylinder range (ring)" Create Effect(Filtered Array(All Players(All Teams), Current Array Element.trajectory_hidden_manual != True), Ring, Color(Blue), Local Player.proj_predict_land_pos, Local Player.proj_fx[2] * Evaluate Once(Global._FX[2]), Visible To Position and Radius); } } rule("[sub] final hud") { event { Subroutine; hud_final; } actions { Create HUD Text(All Players(All Teams), Custom String("Code: XWAGN"), Custom String("Improved Nade Tool (v2.0.1.210309)"), Custom String("by pluzorminuz"), Left, -2, Color(Yellow), Color(White), Color(Aqua), Visible To, Default Visibility); Create HUD Text(All Players(All Teams), Null, String("{0} - {1}", Entity Count, Text Count), String("{0} - {1} - {2}", Server Load, Server Load Average, Server Load Peak), Left, -1, Color(White), Color(Gray), Color(Gray), Visible To and String, Default Visibility); Create HUD Text(All Players(All Teams), Custom String("Code: XWAGN"), Custom String("Improved Nade Tool (v2.1.0.210320)"), Custom String("by pluzorminuz"), Left, -2, Color(Yellow), Color(White), Color(Aqua), Visible To, Default Visibility); Create HUD Text(All Players(All Teams), Null, String("{0} - {1}", Entity Count, Text Count), String("{0} - {1} - {2}", Server Load, Server Load Average, Server Load Peak), Right, -1, Color(White), Color(Gray), Color(Gray), Visible To and String, Default Visibility); Create HUD Text(All Players(All Teams), Custom String("Instructions"), Null, Null, Left, 0, Color(White), Color(White), Color(White), Visible To and String, Default Visibility); Create HUD Text(All Players(All Teams), Null, Custom String("Ultimate Status"), Custom String("- toggle chase camera"), Left, 0.050, Color(White), Color(Blue), Color(White), Visible To and String, Default Visibility); Create HUD Text(All Players(All Teams), Null, String("{0} {1}", Button(Melee), String("({0})", Input Binding String(Button(Melee)))), Custom String("- toggle landing spot view / cancel chase cam in-progress"), Left, 0.100, Color(White), Color(Green), Color(White), Visible To and String, Default Visibility); Create HUD Text(All Players(All Teams), Null, String("{0} {1}", Button(Reload), String("({0})", Input Binding String(Button(Reload)))), Custom String("- lock position and view"), Left, 0.200, Color(White), Color(Red), Color(White), Visible To and String, Default Visibility); Create HUD Text(All Players(All Teams), Null, String("{0} and {1}", String("{0} {1}", Button(Jump), String("({0})", Input Binding String(Button(Jump)))), String("{0} {1}", Button(Crouch), String("({0})", Input Binding String(Button(Crouch))))), Custom String("- zoom out or in while locked and in landing spot view"), Left, 0.250, Color(White), Color(Yellow), Color(White), Visible To and String, Default Visibility); Create HUD Text(All Players(All Teams), Null, String("{0} {1}", Button(Interact), String("({0})", Input Binding String(Button(Interact)))), Custom String("- toggle lock trajectory preview"), Left, 0.300, Color(White), Color(Aqua), Color(White), Visible To and String, Default Visibility); Create HUD Text(All Players(All Teams), Null, Custom String("Acknowledge"), Custom String("- change hero"), Left, 0.400, Color(White), Color(Turquoise), Color(White), Visible To and String, Default Visibility); Create HUD Text(All Players(All Teams), Null, Custom String("Group Up"), Custom String("- [{0}] hide trajectory / effects", Local Player.trajectory_hidden_manual ? Custom String("Hidden") : Custom String("Visible")), Left, 0.500, Color(White), Color(Lime Green), Color(White), Visible To and String, Default Visibility); Create HUD Text(All Players(All Teams), Custom String("Stats"), Null, Null, Left, 3, Color(White), Color(White), Color(White), Visible To and String, Default Visibility); Create HUD Text(All Players(All Teams), Null, Custom String("Flight Time (Approx)"), Local Player.proj_simtime * Local Player.proj_predict_land_t, Left, 3.050, Color(White), Color(White), Color(White), Visible To and String, Default Visibility); Create HUD Text(All Players(All Teams), Null, Custom String("Position"), Position Of(Host Player), Left, 3.100, Color(White), Color(White), Color(White), Visible To and String, Default Visibility); Create HUD Text(All Players(All Teams), Null, Custom String("Angles (Horz, Vert)"), String("{0}, {1}", Horizontal Facing Angle Of(Host Player), Vertical Facing Angle Of(Host Player)), Left, 3.200, Color(White), Color(White), Color(White), Visible To and String, Default Visibility); Create HUD Text(All Players(All Teams), Null, Custom String("Position"), Position Of(Local Player), Left, 3.100, Color(White), Color(White), Color(White), Visible To and String, Default Visibility); Create HUD Text(All Players(All Teams), Null, Custom String("Angles (Horz, Vert)"), String("{0}, {1}", Horizontal Facing Angle Of(Local Player), Vertical Facing Angle Of(Local Player)), Left, 3.200, Color(White), Color(White), Color(White), Visible To and String, Default Visibility); Create HUD Text(All Players(All Teams), Null, Custom String("Proj Dir"), Normalize(Vector Towards((1 - Local Player.chasecam_t) * Local Player.proj_p0 + Local Player.chasecam_t * Local Player.proj_p1, (1 - Local Player.chasecam_t) * Local Player.proj_p1 + Local Player.chasecam_t * Local Player.proj_p2)), Left, 100, Color(White), Color(White), Color(White), Visible To and String, Default Visibility); "B'(t) definition" Create HUD Text(All Players(All Teams), Null, Custom String("Proj Speed"), Distance Between(2 * (1 - Local Player.chasecam_t) * (Local Player.proj_p1 - Local Player.proj_p0) + 2 * Local Player.chasecam_t * (Local Player.proj_p2 - Local Player.proj_p1), 0 * Up) / Local Player.proj_simtime, Left, 100.100, Color(White), Color(White), Color(White), Visible To and String, Default Visibility); Create HUD Text(All Players(All Teams), Null, Custom String("land_pos_t / ray_cast_t"), String("{0}, {1}", Local Player.proj_predict_land_t, Local Player.ray_cast_t), Left, 101, Color(White), Color(White), Color(White), Visible To and String, Default Visibility); Create HUD Text(Filtered Array(All Players(All Teams), Current Array Element.trajlock_bool == True), Custom String("Trajectory Preview Locked."), Null, Null, Top, 1, Color(Aqua), Color(White), Color(White), Visible To and String, Default Visibility); Create HUD Text(Filtered Array(All Players(All Teams), Current Array Element.poslock_bool == True), Custom String("LOCK ENGAGED! {0}: Zoom Out, {1}: Zoom In", Input Binding String(Button(Jump)), Input Binding String(Button(Crouch))), Null, Null, Top, 2, Color(Red), Color(White), Color(White), Visible To and String, Default Visibility); Create HUD Text(Filtered Array(All Players(All Teams), Current Array Element.chasecam_bool == True), Custom String("Chase Camera On. Activate Ability ({0}) to start camera.", Local Player.hero_ability_icon), Null, Null, Top, 3, Color(Blue), Color(White), Color(White), Visible To and String, Default Visibility); Create HUD Text(Filtered Array(All Players(All Teams), Current Array Element.proj_warning == True), Custom String("NON-ZERO PROJECTILE RADIUS. TRAJECTORY MAY NOT MATCH"), Null, Null, Top, 4, Color(Red), Color(White), Color(White), Visible To, Default Visibility); disabled Create HUD Text(All Players(All Teams), Local Player.proj_override, Null, Null, Right, 0, Color(White), Color(White), Color(White), Visible To and String, Default Visibility); disabled Create HUD Text(All Players(All Teams), Local Player.proj_override, Null, Null, Right, 0, Color(White), Color(White), Color(White), Visible To and String, Default Visibility); } } rule("[sub] load_proj_data") { event { Subroutine; load_proj_data; } actions { Event Player.hero_index = Index Of Array Value(Global.data[0], Hero Of(Event Player)); Event Player.hero_proj_data = Global.data[1][Event Player.hero_index][0]; Event Player.proj_fx = Global.data[1][Event Player.hero_index][2]; Event Player.proj_warning = Global.data[1][Event Player.hero_index][3]; Event Player.using_ability = Global.data[1][Event Player.hero_index][1]; Call Subroutine(swap_proj_data); disabled Event Player.proj_g = Event Player.hero_proj_data[Global.data[1][Event Player.hero_index][1]][0]; disabled Event Player.proj_vel = Event Player.hero_proj_data[Global.data[1][Event Player.hero_index][1]][1]; disabled Event Player.proj_del = Event Player.hero_proj_data[Global.data[1][Event Player.hero_index][1]][2]; disabled Event Player.proj_simtime = Event Player.hero_proj_data[Global.data[1][Event Player.hero_index][1]][3]; disabled Event Player.proj_r = Event Player.hero_proj_data[Global.data[1][Event Player.hero_index][1]][4]; disabled Event Player.proj_castdelay = Event Player.hero_proj_data[Global.data[1][Event Player.hero_index][1]][5]; disabled Event Player.proj_chasedelay = Event Player.hero_proj_data[Global.data[1][Event Player.hero_index][1]][6]; } } rule("[sub] save_eye_and_fac") { event { Subroutine; save_trajectory_origin; } actions { Event Player.proj_p0_hidden = Eye Position(Event Player); Event Player.proj_dir_hidden = Vertical Facing Angle Of(Event Player) < -89 ? Up : (Vertical Facing Angle Of(Event Player) > 89 ? Down : Normalize(Facing Direction Of(Event Player) + Event Player.proj_del * Up)); } } rule("[sub] calculate_projectile_parameters") { event { Subroutine; calc_proj; } actions { Event Player.proj_p0 = Event Player.proj_p0_hidden; Event Player.proj_dir = Event Player.proj_dir_hidden; Event Player.proj_p1 = Event Player.proj_p0 + 0.500 * Event Player.proj_vel * Event Player.proj_simtime * Event Player.proj_dir; Event Player.proj_p2 = Event Player.proj_p0 + Event Player.proj_vel * Event Player.proj_simtime * Event Player.proj_dir + 0.500 * Event Player.proj_simtime * Event Player.proj_simtime * Event Player.proj_g * Up; Event Player.proj_apex_t = -1 * Y Component Of(Event Player.proj_dir) * Event Player.proj_vel / Event Player.proj_g / Event Player.proj_simtime; If(Host Player == Event Player); If(Event Player.proj_r == 0); For Player Variable(Event Player, ray_cast_t, 0, 1, 0.002); Event Player.ray_cast_start = Evaluate Once((1 - Event Player.ray_cast_t) * (1 - Event Player.ray_cast_t)) * Event Player.proj_p0 + Evaluate Once(2 * (1 - Event Player.ray_cast_t) * Event Player.ray_cast_t) * Event Player.proj_p1 + Evaluate Once(Event Player.ray_cast_t * Event Player.ray_cast_t) * Event Player.proj_p2; If(Y Component Of(Event Player.ray_cast_start) < Global.map_deathplane_y); Break; End; Event Player.ray_cast_end = Evaluate Once((0.998 - Event Player.ray_cast_t) * (0.998 - Event Player.ray_cast_t)) * Event Player.proj_p0 + Evaluate Once(2 * (0.998 - Event Player.ray_cast_t) * (Event Player.ray_cast_t + 0.002)) * Event Player.proj_p1 + Evaluate Once((Event Player.ray_cast_t + 0.002) * (Event Player.ray_cast_t + 0.002)) * Event Player.proj_p2; Event Player.ray_cast_hit_pos = Ray Cast Hit Position(Event Player.ray_cast_start, Event Player.ray_cast_end, Null, Event Player, True); "hit something" If(Event Player.ray_cast_hit_pos != Event Player.ray_cast_end); Break; End; End; "adjustment term" Event Player.proj_predict_land_t = Event Player.ray_cast_t + 0.002 * (Distance Between(Event Player.ray_cast_start, Event Player.ray_cast_hit_pos) / Distance Between(Event Player.ray_cast_start, Event Player.ray_cast_end)); Event Player.proj_predict_land_pos = Event Player.ray_cast_hit_pos; Wait(0.064, Ignore Condition); Else; Wait(0.016, Ignore Condition); End; End; } }
