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Knock-Back 3D - MMS 3D V. 3.2.1
- Author(s)
- T. D. W.
- Size
- 110.14 KB
- Rating
- Downloads
- 2135
- Created
- Sep 29, 2013
- Updated
- Mar 9, 2015
- Resources
- 1
- State
Approved
This bundle is marked as recommended. It works and satisfies the submission rules.
Knock-Back 3D
Multi-Movement System
Multi-Movement System
System Description:
This, Incredible, System makes you able to move units, bounce them, make them fly, damage them with whatsoever technique you can think of, add effects on stages, and OUTRAGEOUS number of other features all smoothly joined together in one system
System Usage:
The MMS system itself has 60+ features, giving it outrageous possible usages, of which:
- Jump
- Line Damage
- AoE Damage
- Loop Damage
- Unit DPS
- Destructable Destroyer (intelligent)
- Bouncing Ball
- Missile
- Attack Missile
- Cyclone Movement
- Black Hole Simulation
- Homing Movement
- Acceleration to a Unit
- Realistic Missile
- And more depending on your imagination
System Features: (60+)
|
JASS:
// Those Values are Required for the KB
// ------------------------------------------------
// ------------------------
// Knock-Backed Unit, the Knock-Backed Unit who all actions orbit around
set udg_KB3D_Unit = null
// Requires: NONE
// ------------------------
// Max Range, Maximum Range possible of the Knock-Back
set udg_KB3D_Range = 0.00
// Requires: NONE
// ------------------------
// Base KB Speed, Base Speed when starting the Knock-Back
set udg_KB3D_Speed = 0.00
// Requires: NONE
// ------------------------
// Angle, The KB's line angle, this will be useless if KB3D_Targeted_Unit is not null
set udg_KB3D_Angle = 0.00
// Requires: NONE
// ------------------------
// ------------------------------------------------
// Those Values are Optional for the KB
// NOTE: some values may depend on other to function, like LineDamage that needs "Damager, AttackType, DamageType, AoE" to function
// ------------------------------------------------
// ------------------------
// Targets Allowed
// ------------------------
// Filter Damages and AoEKB with those values, if true, each one will allow filtering of Structures, Mechanicals, Magic Imminues, Allies
// ------------------------
set udg_KB3D_D_MAGIC_IMMINUE = false
set udg_KB3D_D_ALLY = false
set udg_KB3D_D_MECHANICAL = false
set udg_KB3D_D_STRUCTURE = false
set udg_KB3D_D_ENEMY = true
set udg_KB3D_D_FLYING = false
set udg_KB3D_D_RESISTANT = false
// Requires: AoEKB, or, Damagers, or, BounceTarget
// ------------------------
// Speed Changer, makes the unit move forward with a bonus speed equal to the KB speed, negative speed also works
set udg_KB3D_Speed_Changer = false
// Requires: NONE, Disables Angle
// ------------------------
// Homing Missile, automatically sets needed features of KB3D for a homing missile
set udg_KB3D_HomingMissile = true
// Requires: NONE, Disables Angle
// ------------------------
// Bounce Unit, Makes the KBed unit bounce on unpathable areas and units
set udg_KB3D_Bounce_Unit = false
// Requires: NONE
// ------------------------
// Bounce Targets, Bounces units that encounter the KBed unit
set udg_KB3D_Bounce_Target = false
// Requires: AoE
// ------------------------
// End on Target Bounce, when hits a unit, ends the KB
set udg_KB3D_EndOnTargetBounce = false
// Requires: Bounce_Target
// ------------------------
// Bounce Power, intensity of the Bounce
set udg_KB3D_Bounce_Power = 1.00
// Requires: Bounce
// ------------------------
// Bounce Effect, Effect created on units that get Bounced
set udg_KB3D_Bounce_Fx = ""
// Requires: Bounce
// ------------------------
// Destroy Destructibles, Destroys any destructibles on the path of the KB, does not destroy platforms, bridges, elevators
set udg_KB3D_DestroyDestructables = false
// Requires: Line Damage
// ------------------------
// Line Effect, Effect created on units damaged by Line Damage
set udg_KB3D_Line_Fx = ""
// Requires: Line Damage
// ------------------------
// End Trigger, This trigger will be excecuted at the end of the KB, you can use KB3D_Unit and KB3D_Targeted_Unit variables in the trigger
set udg_KB3D_EndTrigger = udg_KB3D_EndTrigger
// Requires: NONE
// ------------------------
// End on Obstacle, Immediatly Ends the KB if the KBed unit encounters an unpathable area
set udg_KB3D_EndOnObstacle = false
// Requires: NONE
// ------------------------
// Arc, Arc of the Angle of the KB, does not work with homing KB
set udg_KB3D_Arc = 0.00
// Requires: Angle
// ------------------------
// Ending Effect, an Effect created at the End of the KB on the KBed Unit
set udg_KB3D_EndFx = ""
// Requires: AoE
// ------------------------
// AoE End Damage, Damage dealt to enemy units in the AoE at the End of the KB
set udg_KB3D_AoEEndDamage = 0.00
// Requires: AoE, Damager, AType, DType
// ------------------------
// AoE KB, if true, KBs Enemy units within the AoE, Range, Speed, Angle, are automatic
set udg_KB3D_AoEKB = false
// Requires: AoE
// ------------------------
// AoE KB Power, The Power of the AoE KB, default value is 1.00 (normal), Min value: 0.01, Max value: 3.00
set udg_KB3D_AoEKB_Power = 0.00
// Requires: AoEKB
// ------------------------
// End when Dead, if true, the KB will end if the KBed unit is dead, TRUE by default
set udg_KB3D_EndwhenDead = true
// Requires: NONE
// ------------------------
// Ground Damage, Damages the Unit When it hits the Ground, Damage dealt is KB3D_ImpactDamage
set udg_KB3D_GroundDamage = false
// Requires: Damager, ImpactDamage, AType, DType
// ------------------------
// KB the Target, When the Targeted Unit is hit, it will be KBed depending on the speed of the original KB
set udg_KB3D_KBTarget = false
// Requires: Targeted_Unit
// ------------------------
// Stop Time, Maximum Time the KB will last, Note that if the KBed unit is flying at this time, it will be stuck
set udg_KB3D_StopTime = 0.00
// Requires: NONE
// ------------------------
// Kill at End, Kills the KBed Unit at the End of the KB
set udg_KB3D_KillatEnd = false
// Requires: NONE
// ------------------------
// Kill at Time, When this time is reached, the KBed unit will be killed, if this number is higher than KB3D_StopTime, EndWhenDead will be automatically turned on no matter what
set udg_KB3D_KillatTime = 0.00
// Requires: NONE
// ------------------------
// Acceleration, Speed Added/s to the KB speed
set udg_KB3D_Accel = 0.00
// Requires: NONE
// ------------------------
// Allow going outside playable bounds, Allows the KBed unit to go out of the Playable Bounds, SAFETY notice: this will not crash the game
set udg_KB3D_AllowOutSiding = false
// Requires: NONE
// ------------------------
// Area of Effect, Range where the Line Damage is applied to units
set udg_KB3D_AoE = 0.00
// Requires: NONE
// ------------------------
// Area of Effect Damage, Makes the KB3D_Damager, damage enemy units within KB3D_AoE by this value as a DPS
set udg_KB3D_AoEDamage = 0.00
// Requires: AoE, Damager, DType, AType
// ------------------------
// Attack Type, Attack type of ALL damagings in the Instance
set udg_KB3D_AttackType = ATTACK_TYPE_MELEE
// Requires: NONE
// ------------------------
// Damage Type, Damage type of ALL damagings in the Instance
set udg_KB3D_DamageType = DAMAGE_TYPE_MAGIC
// Requires: NONE
// ------------------------
// Damager, Source of ALL damagings in the Instance
set udg_KB3D_Damager = null
// Requires: NONE
// ------------------------
// Destroy Trees?, Destroy Trees around the KBed unit while he is KBed?
set udg_KB3D_DestroyTree = true
// Requires: NONE
// ------------------------
// Disable Unit?, Disable the KBed Unit's Movement and Turning?
set udg_KB3D_DisableUnit = false
// Requires: NONE
// ------------------------
// End When Hit?, Ends the KB if the KBed Unit hits the Targeted Unit
set udg_KB3D_EndWhenHit = false
// Requires: Targeted_Unit
// ------------------------
// Face KB Anlge, makes the KBed Unit Face the Anlge of the KB during the KB
set udg_KB3D_FaceAngle = false
// Requires: NONE
// ------------------------
// Effect, Effect created on the Unit's Location if he is not flying, and applied on the Unit if he is flying on the Attach Point
set udg_KB3D_Fx = ""
// Requires: Attach
// ------------------------
// Attachment Point, location on the KBed unit where Effects are attached
set udg_KB3D_Attach = ""
// Requires: NONE
// ------------------------
// AoE End Effect, Effect Created on target units in the AoE at the End of the KB
set udg_KB3D_AoEEndFx = ""
// Requires: AoE, Attach
// ------------------------
// Impact Damage, Damaged dealt to the KBed Unit if he hits an obstacle
set udg_KB3D_ImpactDamage = 0.00
// Requires: Damager
// ------------------------
// intelligent KB, Enables the intelligent features of KB3D, see Main Code Comments for more info
set udg_KB3D_iKB = true
// Requires: NONE
// ------------------------
// Kill When Hit?, Kills the KBed Unit if he hits the Targeted Unit, Automatically set EndWhenHit to true
set udg_KB3D_KillWhenHit = false
// Requires: Targeted_Unit
// ------------------------
// Kill if Out of Playable Bounds, Kills the KBed Unit if he gets out of Playable Bounds, this automatically sets KB3D_AllowOutSiding to TRUE
set udg_KB3D_KillifOutSider = false
// Requires: AllowOutSiding
// ------------------------
// Line Damage, Damage dealt to enemy units in the AoE around the KBed Unit
set udg_KB3D_LineDamage = 0.00
// Requires: Damager, AoE
// ------------------------
// Loop Damage, DPS dealt to the KBed Unit
set udg_KB3D_LoopDamage = 0.00
// Requires: Damager, AoE
// ------------------------
// Jump over Cliff, Allows the KBed unit to go over cliffs if he has more than 150 fly height and IF there is a possible location where he can land in a pathable point, not recommended with >0 Acceleration
set udg_KB3D_JumpOverCliff = false
// Requires: NONE
// ------------------------
// Target Damage, Damage dealt to the Targeted Unit when both KBed Unit and Targeted Unit hit each other, only happens once
set udg_KB3D_TargetDamage = 0.00
// Requires: Targeted_Unit, Damager
// ------------------------
// Targeted Unit, if not null, makes the KBed Unit act like a homing missile targeting this unit, it also used for other functions
set udg_KB3D_Targeted_Unit = null
// Requires: NONE
// ------------------------
// Trail Effect, Effect Attached on the KBed Unit all along the Knock-Back and Destroyed at the end of the KB
set udg_KB3D_TrailFx = ""
// Requires: Attach
// ------------------------
// Stop at Unpathable, Makes it impossible for the KBed Unit to path throught Unpathable Terrain
set udg_KB3D_UnpathableStop = true
// Requires: NONE
// ------------------------
// Z Offset, Max Flying Height reached while Knockbacking
set udg_KB3D_Zoffset = 0.00
// Requires: NONE
// ------------------------
// ------------------------------------------------
// Registed All of the Settings
call ExecuteFunc( "KB3D_Registration" )
// You can use the following to know how much the knock-back will last -- this can vary if the KB is homed on a moving unit
set udg_KB3D_Time = udg_KB3D_TimeSystem CODE:
JASS:
/////////////////////////////////////////////////////////////////////////////
// //
// Knock-Back 3D [JASS - GUI] V. 3.2.1 //
// Multi-Movement System 3D //
// by Jad aka DotCa and T.D.W. //
// //
/////////////////////////////////////////////////////////////////////////////
// //
// System's Hidden Features: //
// //
// 1. To know if a unit is being KBed by the System, Use: //
// - LoadBoolean(udg_KB3D_HA, GetHandleId(Unit), GetHandleId(Unit)) //
// True means that the unit is being KBed, also works in GUI //
// 2. Use udg_KB3D_Time variable after registring the KB to actually //
// know how much the KB will last, NOTE that this the time may //
// varry if you have a Homing KB (using KB3D_Targeted_Unit) //
// 3. Some Variables in the System has default values, but useful; //
// in Example, "udg_KB3D_Attach" is "origin" even without setting //
// it, so you won't need to change it before Registering a KB //
// 4. You can get the ID of a Knockback after registrating it by //
// using the value of KB3D_Counter //
// 5. You can remove any KB on a specific unit by setting KB3D_Remove //
// KB3D_RemoveUnit to this Unit, and then calling the function: //
// "KB3D_RemoveUnit() //
// 6. You can know what caused the end of a KB in the EndTrigger by //
// checking those variables: KB3D_EndisUnit / KB3D_EndisUnpathable //
// KB3D_EndisNormal //
// 7. You can use the following Pause/Resume functions on a specific //
// KB instance or on all the system //
// - KB3D_Pause( ID ) Applies on a single KB //
// - KB3D_Resume( ID ) Applies on a single KB //
// - KB3D_PauseAll() Applies on a All KB Instances //
// - KB3D_ResumeAll() Applies on a All KB Instances //
// - KB3D_PauseRegistration() Applies on a All KB Instances //
// - KB3D_ResumeRegistration() Applies on a All KB Instances //
// //
/////////////////////////////////////////////////////////////////////////////
// //
// System Informations: //
// //
// The System is a well performing, ultra-purpose knockback (see uses //
// below ) Coded in JASS making it possible for all users to take //
// advantage of it, and GUI friendly to use, see Examples in the triggers //
// above //
// Configurations that have default values: //
// //
// - KB3D_EndWhenDead ==> TRUE by default //
// - KB3D_UnpathableStop ==> TRUE by default //
// - KB3D_iKB ==> TRUE by default //
// - KB3D_D_ENEMY ==> TRUE by default //
// - KB3D_DestroyTree ==> TRUE by default //
// - KB3D_AttackType ==> ATTACK_TYPE_NORMAL by default //
// - KB3D_DamageType ==> DAMAGE_TYPE_MAGIC by default //
// - KB3D_AoEKB_Power ==> 1.00 by default //
// - KB3D_Attach ==> "origin" by default //
// - Other Booleans ==> FALSE by default //
// //
// The System also uses Always positive values for some configurations //
// to not make the knockback go wrong, those configurations are: //
// //
// "KB3D_Range" - "KB3D_Speed" - "KB3D_ZOffset" - "KB3D_AoE" //
// //
/////////////////////////////////////////////////////////////////////////////
// //
// HomingMissile, Accessibility feature //
// //
// When true, there will be no need to set the range and some other //
// features, since they will be automatically set to fit a homing //
// missile: //
// - KB3D_Zoffset - KB3D_Range - KB3D_KillatEnd - KB3D_EndWhenHit - //
// - KB3D_FaceAngle - KB3D_UnpathableStop - KB3D_KillWhenHit - //
// //
// This feature allows to skip the configurations of some features //
// needed for a homing missile, Note that Targeted_Unit needs to be set //
// //
/////////////////////////////////////////////////////////////////////////////
// //
// iKB, intelligent KB informations: //
// //
// iKB, makes some features in KB3D act intelligently, those features: //
// //
// -Range: usually always positive, it will be available in negative //
// values, it will, if negative, flip the Angle (+180 d) //
// -Speed: usually always positive, it will be available in negative //
// values, it will act normally, just the KBed unit will //
// move backward if the current speed is negative //
// -Height: usually always positive, it will be available in negative//
// values, it will, if negative, make the unit go down //
// instead of up //
// -Damages: //
// AoEEndDamage, AoEDamage, LineDamage, ImpactDamage, TargetDamage //
// //
// All those values ^ will turn intelligent, by this, it means //
// that if the Target of the Damage is not in approximated //
// height (Z) of the KBed Unit, the damage won't occur //
// -AoEKB, usually KBs all units in the AoE, it will choose only //
// Units that are close to it by the height, Z offset //
// //
/////////////////////////////////////////////////////////////////////////////
// //
// System Requirements: Basic WE - (NONE) //
// //
// The System uses implemented CheckWalkability System by PurgeandFire //
// You "can" remove the initialization trigger of PnF's System since //
// it is directly implemented in the System, all will work fine with or //
// without removing your Initializer trigger //
// //
/////////////////////////////////////////////////////////////////////////////
// //
// Credits: //
// //
// *WEHZ & TS Helpers Group for helping in Script Fixes //
// *Barry the Moose for helping in main codes and fixes //
// *PurgeandFire for his CheckWalkability System //
// *Vexorian / Nestharus for the GetCollision function //
// //
/////////////////////////////////////////////////////////////////////////////
// //
// How to Import? //
// //
// 1. Check that Create Unknown Variables is ticked in your WE Settings //
// 2. Copy the Paste the Knock-Back 3D Folder //
// 3. Delete the Variable Creator Trigger and learn how to use the System //
// by reading the documentation in the 2 Features Triggers (GUI - JASS)//
// Congratulations, the System is now implemented in your map //
// //
/////////////////////////////////////////////////////////////////////////////
// //
// How to Use? //
// //
// 1. There are many Examples of use in the KB3D Example Folder //
// 2. Documentations are there in the Features Triggers to help you //
// 3. The KB3D System is an Ultra-Purpose System where you can use it for://
// -Projectiles, the system supports homing so a projectile is easy //
// -Jump, the System's smoothness in the fly is useful for a jump spell//
// -And of course, a 2D Knock-Back //
// -And More depending on your imagination //
// //
/////////////////////////////////////////////////////////////////////////////
// //
// Bug Reports - Feedbacks //
// //
// * We count on you to report bugs in the system, also telling the source//
// * Feedbacks about the system are much appreciated //
// * We mostly hope suggestions about enhancements for the System //
// //
/////////////////////////////////////////////////////////////////////////////
function KB3D_AlwaysNeg takes real R returns real
if R > 0 then
return -R
endif
return R
endfunction
function KB3D_InBetween takes real Min, real R, real Max returns real
return RMaxBJ(RMinBJ(R, Max), Min)
endfunction
function KB3D_IsInBetween takes real Min, real R, real Max returns boolean
return R > Min and R < Max
endfunction
function KB3D_CW_Loop takes nothing returns nothing
if IsItemVisible(GetEnumItem()) then
set udg_CP_HiddenItems[udg_CP_HiddenItemsIndex] = GetEnumItem()
call SetItemVisible(udg_CP_HiddenItems[udg_CP_HiddenItemsIndex], false)
set udg_CP_HiddenItemsIndex = ( udg_CP_HiddenItemsIndex + 1 )
endif
endfunction
function KB3D_CW takes real x, real y returns boolean
local real x2 = 0
local real y2 = 0
//---------------------------
call MoveRectTo(udg_CP_Rect, x, y)
call EnumItemsInRect(udg_CP_Rect, null, function KB3D_CW_Loop )
call SetItemPosition(udg_CP_Item, x, y)
set x2 = GetItemX(udg_CP_Item)
set y2 = GetItemY(udg_CP_Item)
call SetItemVisible(udg_CP_Item, false)
//---------------------------
loop
exitwhen udg_CP_HiddenItemsIndex == 0
set udg_CP_HiddenItemsIndex = udg_CP_HiddenItemsIndex - 1
call SetItemVisible(udg_CP_HiddenItems[udg_CP_HiddenItemsIndex], true)
set udg_CP_HiddenItems[udg_CP_HiddenItemsIndex] = null
endloop
//---------------------------
return (((x2-x)*(x2-x) + (y2-y)*(y2-y) <= 75) and (not IsTerrainPathable(x, y, PATHING_TYPE_WALKABILITY)))
endfunction
function KB3D_GetCoordinatesZ takes real x, real y returns real
local location L = Location(x,y)
local real r = 0
local integer I = 0
local integer t = 12
local boolean B = true
loop
exitwhen I == 12
if GetPlayerSlotState(Player(I)) != ConvertPlayerSlotState(1) then
set t = t - 1
else
if IsLocationFoggedToPlayer( L , Player(I)) then
set B = false
set t = t - 1
endif
endif
set I = I + 1
endloop
if B or t == 0 then
set r = GetLocationZ(L)
endif
call RemoveLocation(L)
set L = null
return r
endfunction
function KB3D_Approx takes unit U, unit U2, integer Loop returns boolean
local real r = KB3D_InBetween(50, LoadReal(udg_KB3D_HA, 29, Loop) / 2, 1000)
local real r1 = GetUnitFlyHeight(U2)
//---------------------------
return KB3D_IsInBetween(r1-r, GetUnitFlyHeight(U), r1+r)
endfunction
function KB3D_Filter takes unit U, unit U1, integer Loop returns boolean
if not IsUnitType(U, UNIT_TYPE_DEAD) then
//---------------------------
if not(LoadBoolean(udg_KB3D_HA, 48, Loop)) and ( IsUnitType(U, UNIT_TYPE_STRUCTURE)) then
return false
elseif not((LoadBoolean(udg_KB3D_HA, 48, Loop)) and ( IsUnitType(U, UNIT_TYPE_STRUCTURE))) then
if not(LoadBoolean(udg_KB3D_HA, 49, Loop)) and ( IsUnitType(U, UNIT_TYPE_MECHANICAL)) then
return false
endif
endif
//---------------------------
if not(LoadBoolean(udg_KB3D_HA, 50, Loop)) and ( IsUnitType(U, UNIT_TYPE_MAGIC_IMMUNE)) then
return false
endif
//---------------------------
if not(LoadBoolean(udg_KB3D_HA, 51, Loop)) and ( IsUnitAlly(U, GetOwningPlayer(U1))) then
return false
endif
//---------------------------
if not(LoadBoolean(udg_KB3D_HA, 63, Loop)) and ( IsUnitEnemy(U, GetOwningPlayer(U1))) then
return false
endif
//---------------------------
if not(LoadBoolean(udg_KB3D_HA, 64, Loop)) and ( IsUnitType(U, UNIT_TYPE_RESISTANT)) then
return false
endif
//---------------------------
if not(LoadBoolean(udg_KB3D_HA, 65, Loop)) and ( IsUnitType(U, UNIT_TYPE_FLYING)) then
return false
endif
//---------------------------
return true
endif
//---------------------------
return false
endfunction
function KB3D_RegisterUnitCollision takes unit u, real x, real y, integer i returns real
local real l = 0
local real h = 300
local real m = 150
local real nm
//---------------------------
loop
if (IsUnitInRangeXY(u, x+m, y, 0)) then
set l = m
else
set h = m
endif
set nm = (l+h)/2
exitwhen nm+.001 > m and nm-.001 < m
set m = nm
endloop
//---------------------------
set m = R2I(m*10)/10.
call SaveReal( udg_KB3D_HA, 16, GetUnitTypeId(u), m )
//---------------------------
return m
endfunction
function KB3D_GetUnitCollision takes unit u returns real
local integer i = GetUnitTypeId(u)
//---------------------------
if HaveSavedReal( udg_KB3D_HA, 16, i) then
return LoadReal(udg_KB3D_HA, 16, i)
endif
//---------------------------
return KB3D_RegisterUnitCollision(u, GetUnitX(u), GetUnitY(u), i)
endfunction
function KB3D_Tree_Check takes destructable D returns boolean
return IssueTargetOrderById( udg_KB3D_Harvester, 852018, D ) and IssueImmediateOrderById(udg_KB3D_Harvester, 851972)
endfunction
function KB3D_KillEnumDest takes nothing returns nothing
local destructable D = GetEnumDestructable()
//---------------------------
if GetDestructableLife(D)>0 and ( KB3D_Tree_Check(D) ) and (GetUnitFlyHeight(LoadUnitHandle(udg_KB3D_HA, 0, R2I(udg_KB3D_Reals[0]))) < GetDestructableOccluderHeight(D)) and LoadBoolean(udg_KB3D_HA, 8, R2I(udg_KB3D_Reals[0])) then
call KillDestructable(D)
elseif /*not(KB3D_CW(GetDestructableX(D),GetDestructableY(D))) and*/ GetDestructableLife(D)>0 and not(KB3D_Tree_Check(D)) and LoadBoolean(udg_KB3D_HA, 56, R2I(udg_KB3D_Reals[0])) then
call KillDestructable(D)
endif
set D = null
endfunction
function KB3D_CircleTreeKill takes real radius, real x, real y returns nothing
local rect r = Rect(x-radius, y-radius, x+radius, y+radius)
//---------------------------
call EnumDestructablesInRect(r, null, function KB3D_KillEnumDest)
//---------------------------
call RemoveRect(r)
set r = null
endfunction
function KB3D_BounceOnUnit takes unit u, unit U, integer Loop returns nothing
set udg_KB3D_Angle = (Atan2(GetUnitY(u) - GetUnitY(U), GetUnitX(u) - GetUnitX(U)) *57.29578) + GetRandomReal(-15,15)
set udg_KB3D_Speed = LoadReal(udg_KB3D_HA, 2, Loop) / .03125 * .25 * LoadReal(udg_KB3D_HA, 59, Loop)
set udg_KB3D_DestroyTree = LoadBoolean(udg_KB3D_HA, 8, Loop)
set udg_KB3D_Fx = LoadStr(udg_KB3D_HA, 9, Loop)
set udg_KB3D_Attach = LoadStr(udg_KB3D_HA, 10, Loop)
set udg_KB3D_Range = 1.5*udg_KB3D_Speed*udg_KB3D_Bounce_Power
set udg_KB3D_Unit = u
set udg_KB3D_Bounce_Fx = LoadStr(udg_KB3D_HA, 62, Loop)
set udg_KB3D_Accel = -udg_KB3D_Speed*.6
set udg_KB3D_Bounce_Unit = true
call TriggerEvaluate(udg_KB3D_Registration)
call SaveEffectHandle(udg_KB3D_HA, 14, udg_KB3D_Counter, LoadEffectHandle(udg_KB3D_HA, 14, Loop))
endfunction
function KB3D_Bounce_Filter takes nothing returns boolean
local boolean b = not(IsUnitInGroup(GetFilterUnit(), LoadGroupHandle(udg_KB3D_HA, 68, R2I(udg_KB3D_Reals[0])))) or KB3D_Filter(LoadUnitHandle(udg_KB3D_HA, 0, R2I(udg_KB3D_Reals[0])),LoadUnitHandle(udg_KB3D_HA, 0, R2I(udg_KB3D_Reals[0])),R2I(udg_KB3D_Reals[0]))
if b then
call GroupAddUnit(LoadGroupHandle(udg_KB3D_HA, 68, R2I(udg_KB3D_Reals[0])), GetFilterUnit())
endif
return b
endfunction
function KB3D_FilterGrp takes nothing returns boolean
return KB3D_Filter(GetFilterUnit(), LoadUnitHandle(udg_KB3D_HA, 0, R2I(udg_KB3D_Reals[0])),R2I(udg_KB3D_Reals[0]))
endfunction
function KB3D_ClearInstance takes integer i returns nothing
local integer x = 0
//---------------------------
call DestroyGroup(LoadGroupHandle(udg_KB3D_HA, 27, i))
call DestroyGroup(LoadGroupHandle(udg_KB3D_HA, 67, i))
//---------------------------
loop
exitwhen x > 100
call RemoveSavedHandle(udg_KB3D_HA, x, i)
call SaveReal(udg_KB3D_HA, x, i, 0)
set x = x +1
endloop
endfunction
function KB3D_isPossiblePathability takes real x, real y, real RADangle, real MaxDist returns boolean
local real X = x
local real Y = y
local real max = RAbsBJ(MaxDist)
local real dist = max
//---------------------------
loop
exitwhen (dist <= 0)
set dist = dist - max/300
set X = x + ( dist * Cos(RADangle) )
set Y = y + ( dist * Sin(RADangle) )
if KB3D_CW(X,Y) then
return true
endif
endloop
//---------------------------
return false
endfunction
function MoveUnit_3D takes unit U, real x, real y, real z, real MaxZ, boolean P, boolean OS, boolean KiOS, real Angle, real S, real time, integer Loop returns boolean
local boolean B = false
local boolean b = true
local real tz
// CREEPY FUNCTION ALERT
if LoadBoolean(udg_KB3D_HA, 57, Loop) then
if LoadBoolean(udg_KB3D_HA, 44, Loop) then
set tz = KB3D_GetCoordinatesZ(x,y) - LoadReal(udg_KB3D_HA, 68, Loop)
set z = z - tz
call SaveReal(udg_KB3D_HA, 68, Loop, KB3D_GetCoordinatesZ(x,y))
if LoadReal(udg_KB3D_HA, 3, Loop)<0 and GetUnitDefaultFlyHeight(U)<z then
call SetUnitFlyHeight(U, KB3D_InBetween(-999,z,GetUnitDefaultFlyHeight(U)), 0)
else
call SetUnitFlyHeight(U, z, 0)
endif
else
call SetUnitFlyHeight(U, KB3D_InBetween(GetUnitDefaultFlyHeight(U), z, 9999), 0)
endif
endif
//---------------------------
if ( not(P) or ( KB3D_CW(x, y) ) ) then
set B = true
if (OS) then
call SetUnitX(U, KB3D_InBetween(udg_KB3D_Reals[6], x, udg_KB3D_Reals[5]))
call SetUnitY(U, KB3D_InBetween(udg_KB3D_Reals[8], y, udg_KB3D_Reals[7]))
set b = false
if (KiOS) and (not(KB3D_IsInBetween(udg_KB3D_Reals[2], x, udg_KB3D_Reals[1])) or not(KB3D_IsInBetween(udg_KB3D_Reals[4], x, udg_KB3D_Reals[3]))) then
call KillUnit(U)
endif
else
call SetUnitX(U, KB3D_InBetween(udg_KB3D_Reals[2], x, udg_KB3D_Reals[1]))
call SetUnitY(U, KB3D_InBetween(udg_KB3D_Reals[4], y, udg_KB3D_Reals[3]))
set b = false
endif
elseif LoadBoolean(udg_KB3D_HA, 52, Loop) and P and not(KB3D_CW(x, y)) then
if GetUnitFlyHeight(U) != 0 then
if KB3D_isPossiblePathability(GetUnitX(U),GetUnitY(U), Angle, S*time/0.03125) and LoadBoolean(udg_KB3D_HA, 44, Loop) then
set B = true
//call SaveBoolean(udg_KB3D_HA, 53, Loop, true)
if (OS) then
call SetUnitX(U, KB3D_InBetween(udg_KB3D_Reals[6], x, udg_KB3D_Reals[5]))
call SetUnitY(U, KB3D_InBetween(udg_KB3D_Reals[8], y, udg_KB3D_Reals[7]))
set b = false
if (KiOS) and (not(KB3D_IsInBetween(udg_KB3D_Reals[2], x, udg_KB3D_Reals[1])) or not(KB3D_IsInBetween(udg_KB3D_Reals[4], x, udg_KB3D_Reals[3]))) then
call KillUnit(U)
endif
else
call SetUnitX(U, KB3D_InBetween(udg_KB3D_Reals[2], x, udg_KB3D_Reals[1]))
call SetUnitY(U, KB3D_InBetween(udg_KB3D_Reals[4], y, udg_KB3D_Reals[3]))
set b = false
endif
else
call SaveBoolean(udg_KB3D_HA, 52, Loop, false)
endif
else
endif
endif
if b then
set udg_KB3D_B = true
if LoadBoolean(udg_KB3D_HA, 66, Loop) then
set udg_KB3D_EndisUnpathable = true
set udg_KB3D_EndisNormal = false
return true
endif
endif
return false
endfunction
function KB3D_LineDamageLoop takes unit U, group g returns nothing
local integer Loop = R2I(udg_KB3D_Reals[0])
local unit Damager = LoadUnitHandle(udg_KB3D_HA, 22, Loop)
local attacktype AType = ConvertAttackType(LoadInteger(udg_KB3D_HA, 20, Loop))
local damagetype DType = ConvertDamageType(LoadInteger(udg_KB3D_HA, 21, Loop))
local real LineD = LoadReal(udg_KB3D_HA, 28, Loop)
local unit U1 = LoadUnitHandle(udg_KB3D_HA, 0, Loop)
local group G = LoadGroupHandle(udg_KB3D_HA, 27, Loop)
//---------------------------
if KB3D_Filter(U, U1, Loop) and not ( IsUnitInGroup(U, G) ) then
call GroupAddUnit(G, U)
if not(LoadBoolean(udg_KB3D_HA, 44, Loop)) then
call UnitDamageTarget(Damager, U, LineD, true, false, AType, DType, null)
call DestroyEffect(AddSpecialEffectTarget(LoadStr(udg_KB3D_HA, 58, Loop), U, LoadStr(udg_KB3D_HA, 10, Loop)))
elseif KB3D_Approx(U, U1, Loop) then
call UnitDamageTarget(Damager, U, LineD, true, false, AType, DType, null)
call DestroyEffect(AddSpecialEffectTarget(LoadStr(udg_KB3D_HA, 58, Loop), U, LoadStr(udg_KB3D_HA, 10, Loop)))
endif
endif
//---------------------------
set G = null
set U1 = null
set Damager = null
set AType = null
set DType = null
endfunction
function KB3D_AoEDamageLoop takes unit U, group g returns nothing
local integer Loop = R2I(udg_KB3D_Reals[0])
local unit Damager = LoadUnitHandle(udg_KB3D_HA, 22, Loop)
local attacktype AType = ConvertAttackType(LoadInteger(udg_KB3D_HA, 20, Loop))
local damagetype DType = ConvertDamageType(LoadInteger(udg_KB3D_HA, 21, Loop))
local real AoED = LoadReal(udg_KB3D_HA, 32, Loop)
local unit U1 = LoadUnitHandle(udg_KB3D_HA, 0, Loop)
//---------------------------
if KB3D_Filter(U, U1, Loop) then
if not(LoadBoolean(udg_KB3D_HA, 44, Loop)) then
call UnitDamageTarget(Damager, U, AoED * 0.031250000, true, false, AType, DType, null)
elseif KB3D_Approx(U, U1, Loop) then
call UnitDamageTarget(Damager, U, AoED * 0.031250000, true, false, AType, DType, null)
endif
endif
//---------------------------
set U1 = null
set Damager = null
set AType = null
set DType = null
endfunction
function KB3D_AoEEndDamage takes unit U, group g returns nothing
local integer Loop = R2I(udg_KB3D_Reals[0])
local unit Damager = LoadUnitHandle(udg_KB3D_HA, 22, Loop)
local attacktype AType = ConvertAttackType(LoadInteger(udg_KB3D_HA, 20, Loop))
local damagetype DType = ConvertDamageType(LoadInteger(udg_KB3D_HA, 21, Loop))
local real D = LoadReal(udg_KB3D_HA, 38, Loop)
local unit U1 = LoadUnitHandle(udg_KB3D_HA, 0, Loop)
//---------------------------
if KB3D_Filter(U, U1, Loop) then
if not(LoadBoolean(udg_KB3D_HA, 44, Loop)) then
call UnitDamageTarget(Damager, U, D, true, false, AType, DType, null)
elseif KB3D_Approx(U, U1, Loop) then
call UnitDamageTarget(Damager, U, D, true, false, AType, DType, null)
endif
endif
//---------------------------
call GroupRemoveUnit(g, U)
//---------------------------
set U1 = null
set Damager = null
set AType = null
set DType = null
endfunction
function KB3D_GiveKBto takes unit U1, unit U2, integer Loop returns nothing
set udg_KB3D_AoEEndDamage = LoadReal(udg_KB3D_HA, 38, Loop)
set udg_KB3D_EndwhenDead = LoadBoolean(udg_KB3D_HA, 35, Loop)
set udg_KB3D_Speed = LoadReal(udg_KB3D_HA, 2, Loop)/0.031250000*.5
set udg_KB3D_Accel = -udg_KB3D_Speed
set udg_KB3D_AllowOutSiding = LoadBoolean(udg_KB3D_HA, 34, Loop)
set udg_KB3D_Angle = (LoadReal(udg_KB3D_HA, 5, Loop)*180/3.14159)
set udg_KB3D_AoE = LoadReal(udg_KB3D_HA, 29, Loop)
set udg_KB3D_AoEDamage = LoadReal(udg_KB3D_HA, 32, Loop)
set udg_KB3D_AttackType = ConvertAttackType(LoadInteger(udg_KB3D_HA, 20, Loop))
set udg_KB3D_DamageType = ConvertDamageType(LoadInteger(udg_KB3D_HA, 21, Loop))
set udg_KB3D_Damager = LoadUnitHandle(udg_KB3D_HA, 22, Loop)
set udg_KB3D_DestroyTree = LoadBoolean(udg_KB3D_HA, 8, Loop)
set udg_KB3D_DisableUnit = LoadBoolean(udg_KB3D_HA, 6, Loop)
set udg_KB3D_FaceAngle = LoadBoolean(udg_KB3D_HA, 31, Loop)
set udg_KB3D_Fx = LoadStr(udg_KB3D_HA, 9, Loop)
set udg_KB3D_Attach = LoadStr(udg_KB3D_HA, 10, Loop)
set udg_KB3D_ImpactDamage = LoadReal(udg_KB3D_HA, 17, Loop)
set udg_KB3D_LineDamage = LoadReal(udg_KB3D_HA, 28, Loop)
set udg_KB3D_LoopDamage = LoadReal(udg_KB3D_HA, 18, Loop)/0.031250000
set udg_KB3D_Range = 99999
set udg_KB3D_Unit = U1
if LoadBoolean(udg_KB3D_HA, 57, Loop) then
set udg_KB3D_Zoffset = LoadReal(udg_KB3D_HA, 3, Loop)/1.85 - GetUnitDefaultFlyHeight(U2)
endif
//---------------------------
call TriggerEvaluate( udg_KB3D_Registration )
endfunction
function KB3D_AoEGiveKBto takes unit U1, unit U2, integer Loop returns nothing
local real x1 = GetUnitX(U1)
local real y1 = GetUnitY(U1)
local real x2 = GetUnitX(U2)
local real y2 = GetUnitY(U2)
local real P = LoadReal(udg_KB3D_HA, 43, Loop)
//---------------------------
set udg_KB3D_AoE = LoadReal(udg_KB3D_HA, 29, Loop)
set udg_KB3D_EndwhenDead = LoadBoolean(udg_KB3D_HA, 35, Loop)
set udg_KB3D_Accel = -550*P
set udg_KB3D_AllowOutSiding = LoadBoolean(udg_KB3D_HA, 34, Loop)
set udg_KB3D_Angle = Atan2(y1 - y2, x1 - x2)*180/3.14159
set udg_KB3D_AoEDamage = LoadReal(udg_KB3D_HA, 32, Loop)
set udg_KB3D_AttackType = ConvertAttackType(LoadInteger(udg_KB3D_HA, 20, Loop))
set udg_KB3D_DamageType = ConvertDamageType(LoadInteger(udg_KB3D_HA, 21, Loop))
set udg_KB3D_Damager = LoadUnitHandle(udg_KB3D_HA, 22, Loop)
set udg_KB3D_DestroyTree = LoadBoolean(udg_KB3D_HA, 8, Loop)
set udg_KB3D_DisableUnit = LoadBoolean(udg_KB3D_HA, 6, Loop)
set udg_KB3D_FaceAngle = LoadBoolean(udg_KB3D_HA, 31, Loop)
set udg_KB3D_Fx = LoadStr(udg_KB3D_HA, 9, Loop)
set udg_KB3D_Attach = LoadStr(udg_KB3D_HA, 10, Loop)
set udg_KB3D_ImpactDamage = LoadReal(udg_KB3D_HA, 17, Loop)
set udg_KB3D_LineDamage = LoadReal(udg_KB3D_HA, 28, Loop)
set udg_KB3D_LoopDamage = LoadReal(udg_KB3D_HA, 18, Loop)/0.031250000
set udg_KB3D_Speed = udg_KB3D_AoE*2*P
set udg_KB3D_Range = udg_KB3D_Speed*2
set udg_KB3D_Unit = U1
if LoadBoolean(udg_KB3D_HA, 57, Loop) then
set udg_KB3D_Zoffset = (udg_KB3D_AoE - SquareRoot(x2 * x1 + y2 * y1)*3.14159/180)*P
endif
//---------------------------
call TriggerEvaluate( udg_KB3D_Registration )
endfunction
function KB3D_AoEKB takes unit U, group g returns nothing
local integer Loop = R2I(udg_KB3D_Reals[0])
local unit U1 = LoadUnitHandle(udg_KB3D_HA, 0, Loop)
local real r
//---------------------------
if KB3D_Filter(U, U1, Loop) then
if not(LoadBoolean(udg_KB3D_HA, 44, Loop)) then
call KB3D_AoEGiveKBto(U, U1, Loop)
elseif KB3D_Approx(U, U1, Loop) then
call KB3D_AoEGiveKBto(U, U1, Loop)
endif
endif
//---------------------------
call GroupRemoveUnit(g, U)
//---------------------------
set U1 = null
endfunction
function KB3D_AoEEndFx takes unit U, string A, string F, group g returns nothing
local integer Loop = R2I(udg_KB3D_Reals[0])
local unit U1 = LoadUnitHandle(udg_KB3D_HA, 0, Loop)
local real x
local real y
//---------------------------
if KB3D_Filter(U, U1, Loop) and (U != null) then
if not(LoadBoolean(udg_KB3D_HA, 44, Loop)) then
if ( GetUnitFlyHeight(U) > 20 ) then
call DestroyEffect(AddSpecialEffectTarget(F, U, A))
else
set x = GetUnitX(U)
set y = GetUnitY(U)
call DestroyEffect(AddSpecialEffect(F, x, y))
endif
elseif KB3D_Approx(U, U1, Loop) then
if ( GetUnitFlyHeight(U) > 20 ) then
call DestroyEffect(AddSpecialEffectTarget(F, U, A))
else
set x = GetUnitX(U)
set y = GetUnitY(U)
call DestroyEffect(AddSpecialEffect(F, x, y))
endif
endif
endif
//---------------------------
call GroupRemoveUnit(g, U)
//---------------------------
set U1 = null
endfunction
function KB3D_Grpto takes nothing returns nothing
call GroupAddUnit(udg_KB3D_g, GetEnumUnit())
endfunction
function KB3D_PointBounce takes real BAngle, real x, real y returns real
local real BAngle1 //bounce angle 1
local real BAngle2 //bounce angle 2
local real q //quadrant
set BAngle = BAngle*0.01745329251994329576923690768489
if 0<BAngle and BAngle<90 then
set q = 1
elseif 90<BAngle and BAngle<180 then
set q = 2
elseif 180<BAngle and BAngle<270 then
set q = 3
elseif 270<BAngle and BAngle<360 then
set q = 4
else
set q = BAngle/90 + 2
endif
set BAngle1 = q*90 - BAngle
set BAngle2 = - q*90 + BAngle + 90
if KB3D_isPossiblePathability(x, y, (BAngle - 2*BAngle2), 40) then
set BAngle = BAngle - 2*BAngle2
elseif KB3D_isPossiblePathability(x, y, (BAngle + 2*BAngle1), 40) then
set BAngle = BAngle + 2*BAngle1
endif
return BAngle
endfunction
function KB3D_Flyover takes real Zi, real Zf, real Yi, real Yf, real Xi, real Xf, real Speed, real dur, integer Loop returns nothing
local location Li = Location(Xi, Yi)
local location Lf = Location(Xf, Yf)
local real Xmax = Speed/0.03125*dur
local real Ymax = (GetLocationZ(Lf) - GetLocationZ(Li))*GetLocationZ(Lf)/Speed*Xmax ////BEWARE LOCATIONZ
if (GetLocationZ(Lf) - GetLocationZ(Li)) > 0.5 then
call SaveReal( udg_KB3D_HA, 74, Loop, GetLocationZ(Li) )
call BJDebugMsg("Sup")
elseif (GetLocationZ(Lf) - GetLocationZ(Li)) < -0.5 then
set Ymax = -(GetLocationZ(Lf) - LoadReal( udg_KB3D_HA, 74, Loop))*GetLocationZ(Lf)/Speed*Xmax
call SaveBoolean( udg_KB3D_HA, 75, Loop, false)
call BJDebugMsg(R2S(Ymax))
endif
endfunction
function KB3D_Loop takes integer Loop returns nothing
//Create all the nessesary locals
local unit U = LoadUnitHandle(udg_KB3D_HA, 0, Loop)
local real X = GetUnitX(U)
local real Y = GetUnitY(U)
local real Z = GetUnitFlyHeight(U)
local real x = X
local real y = Y
local real z = Z
local real Range = LoadReal(udg_KB3D_HA, 1, Loop)
local real Speed = LoadReal(udg_KB3D_HA, 2, Loop)
local real Zoffset = LoadReal(udg_KB3D_HA, 3, Loop)
local real Accel = LoadReal(udg_KB3D_HA, 4, Loop)
local real Angle
local real ZSpeed = LoadReal(udg_KB3D_HA, 12, Loop)
local real ZAccel = LoadReal(udg_KB3D_HA, 13, Loop)
local real ImpactD = LoadReal(udg_KB3D_HA, 17, Loop)
local real LoopD = LoadReal(udg_KB3D_HA, 18, Loop)
local real TargetD = LoadReal(udg_KB3D_HA, 19, Loop)
local real LineD = LoadReal(udg_KB3D_HA, 28, Loop)
local real AoE = LoadReal(udg_KB3D_HA, 29, Loop)
local real ZT = LoadReal(udg_KB3D_HA, 26, Loop)
local real AoED = LoadReal(udg_KB3D_HA, 32, Loop)
local real Time = LoadReal(udg_KB3D_HA, 41, Loop) + 0.031250000
local real KillatTime = LoadReal(udg_KB3D_HA, 36, Loop)
local real StopTime = LoadReal(udg_KB3D_HA, 37, Loop)
local real AoEEndDamage = LoadReal(udg_KB3D_HA, 38, Loop)
local real Flyover_dur = LoadReal(udg_KB3D_HA, 73, Loop)
local unit Target = LoadUnitHandle(udg_KB3D_HA, 5, Loop)
local unit Damager = LoadUnitHandle(udg_KB3D_HA, 22, Loop)
local unit u
local boolean DisableUnit = LoadBoolean(udg_KB3D_HA, 6, Loop)
local boolean UnpathableStop = LoadBoolean(udg_KB3D_HA, 7, Loop)
local boolean DestroyTree = LoadBoolean(udg_KB3D_HA, 8, Loop)
local boolean KillWhenHit = LoadBoolean(udg_KB3D_HA, 24, Loop)
local boolean EndWhenHit = LoadBoolean(udg_KB3D_HA, 25, Loop)
local boolean KiOS = LoadBoolean(udg_KB3D_HA, 33, Loop)
local boolean OS = LoadBoolean(udg_KB3D_HA, 34, Loop)
local boolean b = true
local boolean EndwhenDead = LoadBoolean(udg_KB3D_HA, 35, Loop)
local boolean KBTarget = LoadBoolean(udg_KB3D_HA, 39, Loop)
local boolean AoEKB = LoadBoolean(udg_KB3D_HA, 40, Loop)
local boolean KillatEnd = LoadBoolean(udg_KB3D_HA, 46, Loop)
local boolean GroundDamage = LoadBoolean(udg_KB3D_HA, 47, Loop)
local boolean EndB = false
local boolean EndOnObstacle = false
local boolean Flyover = LoadBoolean(udg_KB3D_HA, 72, Loop)
local string Fx = LoadStr(udg_KB3D_HA, 9, Loop)
local string Attach = LoadStr(udg_KB3D_HA, 10, Loop)
local string EndFx = LoadStr(udg_KB3D_HA, 42, Loop)
local string AoEEndFx = LoadStr(udg_KB3D_HA, 54, Loop)
local attacktype AType = ConvertAttackType(LoadInteger(udg_KB3D_HA, 20, Loop))
local damagetype DType = ConvertDamageType(LoadInteger(udg_KB3D_HA, 21, Loop))
local trigger EndT = LoadTriggerHandle(udg_KB3D_HA, 55, Loop)
//end of locals
//Loop Damage Execution
if LoopD != 0 and Damager != null then
call UnitDamageTarget(Damager, U, LoopD, true, false, AType, DType, null)
endif
//Calculate the Angle
if ( Target == null ) then
set Angle = LoadReal(udg_KB3D_HA, 5, Loop) + LoadReal(udg_KB3D_HA, 30, Loop)//if there is no unit target
else
set Angle = Atan2(GetUnitY(Target) - Y, GetUnitX(Target) - X)//if there is a unit target
endif
//
if LoadBoolean(udg_KB3D_HA, 16, Loop) then
set Angle = GetUnitFacing(U)*0.0174533
if LoadBoolean(udg_KB3D_HA, 44, Loop) then
if GetUnitCurrentOrder(U) != 851986 and GetUnitCurrentOrder(U) != 851971 then
set b = false
endif
else
set b = false
endif
endif
//Make Unit Face Angle
if LoadBoolean(udg_KB3D_HA, 31, Loop) then
call SetUnitFacing(U, Angle * 3.141592)
endif
//Calculate 3D coordinates
if b then
set Speed = Speed + ( Accel )//Increase the KB speed depending on the Acceleration
set Range = Range - ( RAbsBJ(Speed) )//Decrease distance traveled
set x = X + ( Speed * Cos(Angle) )//new X location of the KBed unit
set y = Y + ( Speed * Sin(Angle) )//new Y location of the KBed unit
set ZSpeed = ZSpeed + ( ZAccel )//change the fly changing rate //Acceleration is for smoothness
set z = Z + ( ZSpeed * 0.031250000 )//new Z Offset of the KBed unit
set ZT = ZT + ( ZSpeed * 0.031250000 )//Total Height Changings
endif
set b = false
if z >= Zoffset then
call SaveReal(udg_KB3D_HA, 12, Loop, -ZSpeed)
endif
//Flyover Feature
//if Flyover then
// if LoadBoolean(udg_KB3D_HA, 75, Loop) then
// if z-LoadReal(udg_KB3D_HA, 71, Loop) <= 0 and (Speed/0.03125*Flyover_dur) <= Range then
// call KB3D_Flyover(Z, z, Y, y, X, x, Speed, Flyover_dur, Loop)
// endif
// endif
//endif
//Destroy Trees around the Unit depending on the unit's Collision Size
if (DestroyTree) or (LoadBoolean(udg_KB3D_HA, 56, Loop)) then
set udg_KB3D_Reals[0] = I2R(Loop)
call KB3D_CircleTreeKill( KB3D_InBetween(2*Speed, 5 * KB3D_GetUnitCollision(U), Speed*4), x, y )
endif
//Move the unit according to the X, Y, Z
set EndOnObstacle = MoveUnit_3D(U, x, y, z, Zoffset, UnpathableStop, OS, KiOS, Angle, Speed, LoadReal(udg_KB3D_HA, 11, Loop)-Time, Loop)
//Bounce on Point
if udg_KB3D_B and LoadBoolean(udg_KB3D_HA, 60, Loop) then
set udg_KB3D_B = false
set Speed=Speed*.85
set Angle = KB3D_PointBounce(Angle,x,y)
if LoadReal(udg_KB3D_HA, 76, Loop) <= 0 then
call DestroyEffect(AddSpecialEffect(LoadStr(udg_KB3D_HA, 62, Loop), GetUnitX(U), GetUnitY(U)))
call SaveReal(udg_KB3D_HA, 76, Loop, 10)
endif
endif
//Create the Effect on the unit
if (Fx != "") then
if ( z > 20 ) then
if (Attach != "") then
call DestroyEffect(AddSpecialEffectTarget(Fx, U, Attach))//attach the effect on the unit if he is flying
endif
else
call DestroyEffect(AddSpecialEffect(Fx, x, y))//create the effect on his location if he is not flying
endif
endif
//Initiate Impact Damage
if ( (UnpathableStop) and not ( KB3D_CW(x, y) ) ) and ( (ImpactD != 0) and (Damager != null ) ) then//if the terrain is unpathable or if unpathable stop is disabled then..
if ( KB3D_CW(x, y) ) then
call SaveBoolean(udg_KB3D_HA, 23, Loop, true)
endif
if ( LoadBoolean(udg_KB3D_HA, 23, Loop) ) then
call UnitDamageTarget(Damager, U, ImpactD, true, false, AType, DType, null)//Apply Impact Damage to the unit
call SaveBoolean(udg_KB3D_HA, 23, Loop, false)
endif
endif
//Create AoE Grp
if (AoE != 0) and ((LineD != 0) or (AoED != 0) or LoadBoolean(udg_KB3D_HA, 61, Loop) or LoadBoolean(udg_KB3D_HA, 60, Loop)) then
set udg_KB3D_g = CreateGroup()
set udg_KB3D_Reals[0] = I2R(Loop)
call GroupEnumUnitsInRange(udg_KB3D_g, x, y, RAbsBJ(AoE), Filter(function KB3D_FilterGrp))
//----------------------------------
loop
set u = FirstOfGroup(udg_KB3D_g)
exitwhen (u == null)
if (Damager != null) then
if (LineD != 0) then
call KB3D_LineDamageLoop(u, udg_KB3D_g)
endif
if (AoED != 0) then
call KB3D_AoEDamageLoop(u, udg_KB3D_g)
endif
endif
if not IsUnitInGroup(u, LoadGroupHandle(udg_KB3D_HA, 67, Loop)) and RAbsBJ(AoE)>SquareRoot((GetUnitX(u) - GetUnitX(U)) * (GetUnitX(u) - GetUnitX(U)) + (GetUnitY(u) - GetUnitY(U)) * (GetUnitY(u) - GetUnitY(U))) then
if LoadBoolean(udg_KB3D_HA, 61, Loop) then
call KB3D_BounceOnUnit(u, U, Loop)
call GroupAddUnit(LoadGroupHandle(udg_KB3D_HA, 67, Loop),u)
call DestroyEffect(AddSpecialEffect(LoadStr(udg_KB3D_HA, 62, Loop), GetUnitX(u), GetUnitY(u)))
if LoadBoolean(udg_KB3D_HA, 70, Loop) then
set b = true
set udg_KB3D_EndisUnit = true
set udg_KB3D_EndisNormal = false
set udg_KB3D_EndUnit = u
endif
endif
if LoadBoolean(udg_KB3D_HA, 60, Loop) then
set Angle = (Atan2(GetUnitY(u) - GetUnitY(U), GetUnitX(u) - GetUnitX(U))) + Deg2Rad(GetRandomReal(-15,15) + 180)
set Speed = Speed*.85
call DestroyEffect(AddSpecialEffect(LoadStr(udg_KB3D_HA, 62, Loop), GetUnitX(U), GetUnitY(U)))
endif
endif
call GroupRemoveUnit(udg_KB3D_g,u)
endloop
//----------------------------------
call DestroyGroup(udg_KB3D_g)
set udg_KB3D_g = null
endif
//Disable the unit partially
if ( DisableUnit ) then
call SetUnitPropWindow(U, 0)
call SetUnitTurnSpeed(U, 0)
endif
//Initiate Target-Related Actions
if (Target != null) then
if (SquareRoot ( ( GetUnitX(Target) - x ) * ( GetUnitX(Target) - x ) + ( GetUnitY(Target) - y ) * ( GetUnitY(Target) - y ) ) < Speed+2) then//when the target and the unit are close
if not (TargetD == 0) and not(Damager == null) then//Damage the Target
call UnitDamageTarget(Damager, Target, TargetD, true, false, AType, DType, null)
call SaveReal(udg_KB3D_HA, 19, Loop, 0)
endif
if KBTarget then//KB the Target
call KB3D_GiveKBto(Target, U, Loop)
call SaveBoolean( udg_KB3D_HA, 39, udg_KB3D_Counter, false )
endif
if (KillWhenHit) then//Kill the Unit
call KillUnit(U)
endif
if (EndWhenHit) then//End the KB
call SaveReal(udg_KB3D_HA, 4, Loop, KB3D_AlwaysNeg(Speed))
call SaveReal(udg_KB3D_HA, 3, Loop, GetUnitFlyHeight(U) - ZT)
endif
set udg_KB3D_EndisUnit = true
set udg_KB3D_EndisNormal = false
endif
endif
//Kill the Unit at the time
if (KillatTime != 0) and ( Time > KillatTime ) then
call KillUnit(U)
endif
//Save Changes in the Hashtable
call SaveReal(udg_KB3D_HA, 1, Loop, Range)
call SaveReal(udg_KB3D_HA, 2, Loop, Speed)
call SaveReal(udg_KB3D_HA, 5, Loop, Angle)
call SaveReal(udg_KB3D_HA, 12, Loop, ZSpeed)
call SaveReal(udg_KB3D_HA, 26, Loop, ZT)
call SaveReal(udg_KB3D_HA, 41, Loop, Time)
call SaveReal(udg_KB3D_HA, 76, Loop, LoadReal(udg_KB3D_HA, 76, Loop)-1)
//Inititate End of the KB
if ( b or (LoadBoolean(udg_KB3D_HA, 45, Loop) and (Speed <= 2.34)) or ( Range <= 0 ) or ( (StopTime != 0) and ( Time > StopTime ) ) or EndOnObstacle ) then
call SaveBoolean(udg_KB3D_HA, 100, Loop, false)
set udg_KB3D_Instances = udg_KB3D_Instances - 1
if IsUnitType(U, UNIT_TYPE_DEAD) then
call SetUnitFlyHeight(U, GetUnitDefaultFlyHeight(U), 750 )
endif
call SetUnitPropWindow(U, LoadReal(udg_KB3D_HA, 15, Loop)*3.14159/180)
call SetUnitTurnSpeed(U, GetUnitDefaultTurnSpeed(U))
if HaveSavedHandle(udg_KB3D_HA, 14, Loop) and not EndB then
call DestroyEffect(LoadEffectHandle(udg_KB3D_HA, 14, Loop))
endif
set b = true
elseif IsUnitType(U, UNIT_TYPE_DEAD) and (EndwhenDead) then
call SaveBoolean(udg_KB3D_HA, 100, Loop, false)
set udg_KB3D_Instances = udg_KB3D_Instances - 1
if IsUnitType(U, UNIT_TYPE_DEAD) then
call SetUnitFlyHeight(U, GetUnitDefaultFlyHeight(U), 750 )
endif
call SetUnitPropWindow(U, LoadReal(udg_KB3D_HA, 15, Loop)*3.14159/180)
call SetUnitTurnSpeed(U, GetUnitDefaultTurnSpeed(U))
if HaveSavedHandle(udg_KB3D_HA, 14, Loop) and not EndB then
call DestroyEffect(LoadEffectHandle(udg_KB3D_HA, 14, Loop))
endif
set b = true
endif
//variable b refers to if the KB has ended
if b then
call SetUnitFlyHeight(U, GetUnitFlyHeight(U)-KB3D_InBetween(0,ZT-LoadReal(udg_KB3D_HA, 71, Loop),999), 500)
if LoadBoolean(udg_KB3D_HA, 44, Loop) then
call SetUnitFlyHeight(U, GetUnitFlyHeight(U)-KB3D_InBetween(0,(LoadReal(udg_KB3D_HA, 69, Loop)-KB3D_GetCoordinatesZ(x,y)),9999), RAbsBJ(ZSpeed))
endif
//----------
call SaveInteger(udg_KB3D_HA, -5, GetHandleId(U), LoadInteger(udg_KB3D_HA, -5, GetHandleId(U))-1)
if LoadInteger(udg_KB3D_HA, -5, GetHandleId(udg_KB3D_Unit)) == 0 then
call SaveBoolean(udg_KB3D_HA, GetHandleId(U), GetHandleId(U), false)
endif
//----------
if (AoEEndDamage != 0) and (Damager != null) and (AoE != 0) then
set udg_KB3D_g = CreateGroup()
set udg_KB3D_Reals[0] = I2R(Loop)
call GroupEnumUnitsInRange(udg_KB3D_g, x, y, RAbsBJ(AoE), null)
loop
set u = FirstOfGroup(udg_KB3D_g)
call KB3D_AoEEndDamage(u, udg_KB3D_g)
exitwhen (u == null)
endloop
call DestroyGroup(udg_KB3D_g)
set udg_KB3D_g = null
endif
//----------
if (AoEKB) and (AoE != 0) then
set udg_KB3D_g = CreateGroup()
set udg_KB3D_Reals[0] = I2R(Loop)
call GroupEnumUnitsInRange(udg_KB3D_g, x, y, RAbsBJ(AoE), null)
loop
set u = FirstOfGroup(udg_KB3D_g)
call KB3D_AoEKB(u, udg_KB3D_g)
exitwhen (u == null)
endloop
call DestroyGroup(udg_KB3D_g)
set udg_KB3D_g = null
endif
//----------
if (EndFx != "") then
if ( z > 20 ) and (Attach != "") then
call DestroyEffect(AddSpecialEffectTarget(EndFx, U, Attach))//attach the effect on the unit if he is flying
else
call DestroyEffect(AddSpecialEffect(EndFx, x, y))//create the effect on his location if he is not flying
endif
endif
//----------
if (AoEEndFx != "") and (Attach != "") and (AoE > 0) then
set udg_KB3D_g = CreateGroup()
set udg_KB3D_Reals[0] = I2R(Loop)
call GroupEnumUnitsInRange(udg_KB3D_g, x, y, RAbsBJ(AoE), null)
loop
set u = FirstOfGroup(udg_KB3D_g)
call KB3D_AoEEndFx(u, Attach, AoEEndFx, udg_KB3D_g)
exitwhen (u == null)
endloop
call DestroyGroup(udg_KB3D_g)
set udg_KB3D_g = null
endif
//----------
if (AoEEndFx != "") and (Attach != "") and (AoE > 0) then
set udg_KB3D_g = CreateGroup()
set udg_KB3D_Reals[0] = I2R(Loop)
call GroupEnumUnitsInRange(udg_KB3D_g, x, y, RAbsBJ(AoE), null)
loop
set u = FirstOfGroup(udg_KB3D_g)
call KB3D_AoEEndFx(u, Attach, AoEEndFx, udg_KB3D_g)
exitwhen (u == null)
endloop
call DestroyGroup(udg_KB3D_g)
set udg_KB3D_g = null
endif
//----------
if GroundDamage and (ImpactD != 0) and z < 75 and (Damager != null) then
call UnitDamageTarget(Damager, U, ImpactD, true, false, AType, DType, null)
endif
//----------
if (KillatEnd) and not EndB then
call KillUnit(U)
endif
//----------
if (EndT != null) then
set udg_KB3D_Unit = U
set udg_KB3D_Targeted_Unit = Target
call ConditionalTriggerExecute(EndT)
set udg_KB3D_Unit = null
set udg_KB3D_Targeted_Unit = null
set udg_KB3D_EndUnit = null
set udg_KB3D_EndisUnpathable = false
set udg_KB3D_EndisUnit = false
set udg_KB3D_EndisNormal = true
endif
endif
//Function to know if the unit is being KBed by the system
call SaveInteger(udg_KB3D_HA, -2, GetHandleId(udg_KB3D_Unit), LoadInteger(udg_KB3D_HA, -2, GetHandleId(udg_KB3D_Unit))-1)
call SaveBoolean(udg_KB3D_HA, -1, GetHandleId(udg_KB3D_Unit), LoadInteger(udg_KB3D_HA, -2, GetHandleId(udg_KB3D_Unit))!=0)
//Clear Instance
if b then
call KB3D_ClearInstance(Loop)
endif
//Clear locals
set udg_KB3D_B = false
set U = null
set Target = null
set Damager = null
endfunction
function KB3D_Loop_Actions takes nothing returns nothing
local integer x = 0
if udg_KB3D_Paused then
else
loop
exitwhen x >= udg_KB3D_Counter
set x = x + 1
if ( LoadBoolean(udg_KB3D_HA, 100, x) and not(LoadBoolean(udg_KB3D_HA, 77, x))) then
call KB3D_Loop(x)
endif
endloop
if ( udg_KB3D_Instances == 0 ) then
set udg_KB3D_Counter = 0
call PauseTimer(udg_KB3D_Timer)
endif
endif
endfunction
function KB3D_ClearVar takes nothing returns nothing
set udg_KB3D_HomingMissile = false
set udg_KB3D_EndOnTargetBounce = false
set udg_KB3D_Speed_Changer = false
set udg_KB3D_AoEEndFx = ""
set udg_KB3D_D_STRUCTURE = false
set udg_KB3D_D_MECHANICAL = false
set udg_KB3D_D_ALLY = false
set udg_KB3D_D_MAGIC_IMMINUE = false
set udg_KB3D_D_ENEMY = true
set udg_KB3D_D_RESISTANT = false
set udg_KB3D_D_FLYING = false
set udg_KB3D_Accel = 0.00
set udg_KB3D_AllowOutSiding = false
set udg_KB3D_Flyover = false
set udg_KB3D_Flyover_Duration = 0.00
set udg_KB3D_Angle = 0.00
set udg_KB3D_AoE = 0.00
set udg_KB3D_Arc = 0.00
set udg_KB3D_AoEDamage = 0.00
set udg_KB3D_AttackType = ATTACK_TYPE_NORMAL
set udg_KB3D_DamageType = DAMAGE_TYPE_MAGIC
set udg_KB3D_Damager = null
set udg_KB3D_DestroyTree = true
set udg_KB3D_DisableUnit = false
set udg_KB3D_EndWhenHit = false
set udg_KB3D_Fx = ""
set udg_KB3D_Fx_Attach = ""
set udg_KB3D_EndFx = ""
set udg_KB3D_Attach = "origin"
set udg_KB3D_ImpactDamage = 0.00
set udg_KB3D_KillWhenHit = false
set udg_KB3D_FaceAngle = false
set udg_KB3D_KillifOutSider = false
set udg_KB3D_LineDamage = 0.00
set udg_KB3D_LoopDamage = 0.00
set udg_KB3D_Range = 0.00
set udg_KB3D_Speed = 0.00
set udg_KB3D_TargetDamage = 0.00
set udg_KB3D_Targeted_Unit = null
set udg_KB3D_TrailFx = ""
set udg_KB3D_Unit = null
set udg_KB3D_UnpathableStop = true
set udg_KB3D_Zoffset = 0.00
set udg_KB3D_AoEEndDamage = 0.00
set udg_KB3D_AoEKB = false
set udg_KB3D_EndwhenDead = true
set udg_KB3D_KBTarget = false
set udg_KB3D_StopTime = 0.00
set udg_KB3D_KillatTime = 0.00
set udg_KB3D_AoEKB_Power = 1.00
set udg_KB3D_iKB = true
set udg_KB3D_KillatEnd = false
set udg_KB3D_GroundDamage = false
set udg_KB3D_EndTrigger = null
set udg_KB3D_JumpOverCliff = false
set udg_KB3D_DestroyDestructables = false
set udg_KB3D_Line_Fx = ""
set udg_KB3D_Bounce_Target = false
set udg_KB3D_Bounce_Unit = false
set udg_KB3D_Bounce_Power = 1.00
set udg_KB3D_Bounce_Fx = ""
set udg_KB3D_EndOnObstacle = false
set udg_KB3D_EndUnit = null
set udg_KB3D_RemoveUnit = null
set udg_KB3D_EndisUnpathable = false
set udg_KB3D_EndisUnit = false
set udg_KB3D_EndisNormal = true
endfunction
function KB3D_Registration takes nothing returns boolean
local real Time
local real R
local real R1
local real dx
local real dy
if udg_KB3D_PausedReg then
return false
endif
//------------------------
if udg_KB3D_Unit == null then
return false
endif
//------------------------
if udg_KB3D_Fx_Attach != "" then
set udg_KB3D_Fx = udg_KB3D_Fx_Attach
endif
//------------------------
if udg_KB3D_HomingMissile and udg_KB3D_Targeted_Unit != null then
set udg_KB3D_Zoffset = GetUnitFlyHeight(udg_KB3D_Targeted_Unit)
set dx = GetUnitX(udg_KB3D_Unit)-GetUnitX(udg_KB3D_Targeted_Unit)
set dy = GetUnitY(udg_KB3D_Unit)-GetUnitY(udg_KB3D_Targeted_Unit)
if udg_KB3D_Zoffset == 0 then
set udg_KB3D_Zoffset = 100
set udg_KB3D_Range = SquareRoot( dx * dx + dy * dy)*1.25
else
set udg_KB3D_Range = SquareRoot( dx * dx + dy * dy)*2
endif
set udg_KB3D_KillatEnd = true
set udg_KB3D_KillWhenHit = true
set udg_KB3D_EndWhenHit = true
set udg_KB3D_FaceAngle = true
set udg_KB3D_UnpathableStop = false
endif
//------------------------
set udg_KB3D_Arc = KB3D_InBetween(-10, udg_KB3D_Arc, 10)
set udg_KB3D_AoEKB_Power = KB3D_InBetween(0.01, udg_KB3D_AoEKB_Power, 3)
//------------------------
if IsUnitType(udg_KB3D_Unit, UNIT_TYPE_FLYING) then
set udg_KB3D_UnpathableStop = false
endif
//------------------------
if (udg_KB3D_iKB) and udg_KB3D_Range < 0 then
if ( udg_KB3D_Targeted_Unit == null ) then
set udg_KB3D_Angle = udg_KB3D_Angle + 180
else
set udg_KB3D_Speed = -1*(udg_KB3D_Speed)
endif
endif
//------------------------
set udg_KB3D_Range = KB3D_InBetween(0.0000001, RAbsBJ(udg_KB3D_Range), RAbsBJ(udg_KB3D_Range))
//------------------------
if (udg_KB3D_iKB) and udg_KB3D_Speed < 0 then
set udg_KB3D_Speed = KB3D_InBetween(udg_KB3D_Speed, udg_KB3D_Speed, 0)
else
set udg_KB3D_Speed = KB3D_InBetween(0.0, RAbsBJ(udg_KB3D_Speed), RAbsBJ(udg_KB3D_Speed))
endif
//------------------------
set udg_KB3D_Counter = udg_KB3D_Counter + 1
set udg_KB3D_Instances = udg_KB3D_Instances + 1
call SaveBoolean(udg_KB3D_HA, -1, GetHandleId(udg_KB3D_Unit), true)
call SaveBoolean(udg_KB3D_HA, 57, udg_KB3D_Counter, (udg_KB3D_Zoffset != 0))
//------------------------
if not udg_KB3D_iKB then
set udg_KB3D_Zoffset = RAbsBJ(udg_KB3D_Zoffset)
elseif GetUnitFlyHeight(udg_KB3D_Unit)+udg_KB3D_Zoffset < 0 then
set udg_KB3D_Zoffset = -GetUnitFlyHeight(udg_KB3D_Unit)
endif
//------------------------
set udg_KB3D_StopTime = RAbsBJ(udg_KB3D_StopTime)
set udg_KB3D_KillatTime = RAbsBJ(udg_KB3D_KillatTime)
set udg_KB3D_AoE = RAbsBJ(udg_KB3D_AoE)
//------------------------
//------------------------
call SaveUnitHandle( udg_KB3D_HA, 0, udg_KB3D_Counter, udg_KB3D_Unit )
call SaveReal( udg_KB3D_HA, 1, udg_KB3D_Counter, udg_KB3D_Range )
call SaveReal( udg_KB3D_HA, 2, udg_KB3D_Counter, udg_KB3D_Speed * 0.031250000 )
call SaveReal( udg_KB3D_HA, 4, udg_KB3D_Counter, udg_KB3D_Accel * 0.031250000 * 0.031250000 )
//------------------------
if ( udg_KB3D_Targeted_Unit == null ) then
call SaveReal( udg_KB3D_HA, 5, udg_KB3D_Counter, udg_KB3D_Angle * 3.14159 / 180 )
else
call SaveUnitHandle( udg_KB3D_HA, 5, udg_KB3D_Counter, udg_KB3D_Targeted_Unit )
set udg_KB3D_JumpOverCliff = false
endif
//------------------------
call SaveBoolean( udg_KB3D_HA, 6, udg_KB3D_Counter, udg_KB3D_DisableUnit )
call SaveBoolean( udg_KB3D_HA, 7, udg_KB3D_Counter, udg_KB3D_UnpathableStop )
call SaveBoolean( udg_KB3D_HA, 8, udg_KB3D_Counter, udg_KB3D_DestroyTree )
call SaveStr( udg_KB3D_HA, 9, udg_KB3D_Counter, udg_KB3D_Fx )
call SaveStr( udg_KB3D_HA, 10, udg_KB3D_Counter, udg_KB3D_Attach )
call SaveBoolean( udg_KB3D_HA, 45, udg_KB3D_Counter, udg_KB3D_Speed>0 )
//------------------------
//------------------------
set udg_KB3D_Speed = KB3D_InBetween(0.01, RAbsBJ(udg_KB3D_Speed), RAbsBJ(udg_KB3D_Speed))
//------------------------
if ( udg_KB3D_Accel == 0.00 ) then
set Time = udg_KB3D_Range / (udg_KB3D_Speed)//calculating time for the knockback if Acceleration = 0
else
if ( udg_KB3D_Accel > 0 ) then
set Time = (-udg_KB3D_Speed-SquareRoot(udg_KB3D_Speed*udg_KB3D_Speed + 2*udg_KB3D_Accel*udg_KB3D_Range))/-udg_KB3D_Accel//calculating time for the knockback if Acceleration > 0*/
endif
if ( udg_KB3D_Accel < 0 ) then
set Time = (-udg_KB3D_Speed+SquareRoot(udg_KB3D_Speed*udg_KB3D_Speed + 2*udg_KB3D_Accel*udg_KB3D_Range))/udg_KB3D_Accel
endif
endif
//------------------------
call SaveReal( udg_KB3D_HA, 11, udg_KB3D_Counter, Time )
call SaveBoolean( udg_KB3D_HA, 100, udg_KB3D_Counter, true )
//------------------------
if UnitAddAbility(udg_KB3D_Unit, 'Amrf') then
call UnitRemoveAbility(udg_KB3D_Unit, 'Amrf')
endif
//------------------------
call SaveReal( udg_KB3D_HA, 3, udg_KB3D_Counter, udg_KB3D_Zoffset )
call SaveReal( udg_KB3D_HA, 12, udg_KB3D_Counter, (2*udg_KB3D_Zoffset / ( Time / 2)) )
call SaveReal( udg_KB3D_HA, 13, udg_KB3D_Counter, ( -2 * udg_KB3D_Zoffset / ( Time / 2) ) / ( Time / 2) * 0.031250000 )
//------------------------
if not (udg_KB3D_TrailFx == "") and not (udg_KB3D_Attach == "") then
call SaveEffectHandle(udg_KB3D_HA, 14, udg_KB3D_Counter, AddSpecialEffectTarget(udg_KB3D_TrailFx, udg_KB3D_Unit, udg_KB3D_Attach))
endif
//------------------------
call SaveReal( udg_KB3D_HA, 15, udg_KB3D_Counter, GetUnitDefaultPropWindow(udg_KB3D_Unit) )
call SaveBoolean(udg_KB3D_HA, 16, udg_KB3D_Counter, udg_KB3D_Speed_Changer)
call SaveReal( udg_KB3D_HA, 17, udg_KB3D_Counter, udg_KB3D_ImpactDamage )
call SaveReal( udg_KB3D_HA, 18, udg_KB3D_Counter, udg_KB3D_LoopDamage * 0.031250000 )
call SaveReal( udg_KB3D_HA, 19, udg_KB3D_Counter, udg_KB3D_TargetDamage )
call SaveInteger( udg_KB3D_HA, 20, udg_KB3D_Counter, GetHandleId(udg_KB3D_AttackType))
call SaveInteger( udg_KB3D_HA, 21, udg_KB3D_Counter, GetHandleId(udg_KB3D_DamageType))
call SaveUnitHandle( udg_KB3D_HA, 22, udg_KB3D_Counter, udg_KB3D_Damager )
call SaveBoolean( udg_KB3D_HA, 23, udg_KB3D_Counter, true )
call SaveBoolean( udg_KB3D_HA, 24, udg_KB3D_Counter, udg_KB3D_KillWhenHit )
call SaveBoolean( udg_KB3D_HA, 25, udg_KB3D_Counter, udg_KB3D_EndWhenHit )
// 26 used
call SaveGroupHandle(udg_KB3D_HA, 27, udg_KB3D_Counter, CreateGroup() )
call SaveReal( udg_KB3D_HA, 28, udg_KB3D_Counter, udg_KB3D_LineDamage )
call SaveReal( udg_KB3D_HA, 29, udg_KB3D_Counter, RAbsBJ(udg_KB3D_AoE) )
call SaveReal( udg_KB3D_HA, 30, udg_KB3D_Counter, udg_KB3D_Arc * (3.14159/180) )
call SaveBoolean( udg_KB3D_HA, 31, udg_KB3D_Counter, udg_KB3D_FaceAngle )
call SaveReal( udg_KB3D_HA, 32, udg_KB3D_Counter, udg_KB3D_AoEDamage )
call SaveBoolean( udg_KB3D_HA, 33, udg_KB3D_Counter, udg_KB3D_KillifOutSider )
//------------------------
set udg_KB3D_AllowOutSiding = udg_KB3D_KillifOutSider
//------------------------
call SaveBoolean( udg_KB3D_HA, 34, udg_KB3D_Counter, udg_KB3D_AllowOutSiding )
//------------------------
if not udg_KB3D_EndwhenDead then
set udg_KB3D_EndwhenDead = udg_KB3D_KillatTime > udg_KB3D_StopTime
endif
//------------------------
call SaveBoolean( udg_KB3D_HA, 35, udg_KB3D_Counter, udg_KB3D_EndwhenDead )
call SaveReal( udg_KB3D_HA, 36, udg_KB3D_Counter, udg_KB3D_KillatTime )
call SaveReal( udg_KB3D_HA, 37, udg_KB3D_Counter, udg_KB3D_StopTime )
call SaveReal( udg_KB3D_HA, 38, udg_KB3D_Counter, udg_KB3D_AoEEndDamage )
call SaveBoolean( udg_KB3D_HA, 39, udg_KB3D_Counter, udg_KB3D_KBTarget )
call SaveBoolean( udg_KB3D_HA, 40, udg_KB3D_Counter, udg_KB3D_AoEKB )
//41 used
call SaveStr(udg_KB3D_HA, 42, udg_KB3D_Counter, udg_KB3D_EndFx )
call SaveReal( udg_KB3D_HA, 43, udg_KB3D_Counter, udg_KB3D_AoEKB_Power )
call SaveBoolean( udg_KB3D_HA, 44, udg_KB3D_Counter, udg_KB3D_iKB )
call SaveBoolean( udg_KB3D_HA, 46, udg_KB3D_Counter, udg_KB3D_KillatEnd )
call SaveBoolean( udg_KB3D_HA, 47, udg_KB3D_Counter, udg_KB3D_GroundDamage )
call SaveBoolean( udg_KB3D_HA, 48, udg_KB3D_Counter, udg_KB3D_D_STRUCTURE )
call SaveBoolean( udg_KB3D_HA, 49, udg_KB3D_Counter, udg_KB3D_D_MECHANICAL )
call SaveBoolean( udg_KB3D_HA, 50, udg_KB3D_Counter, udg_KB3D_D_MAGIC_IMMINUE )
call SaveBoolean( udg_KB3D_HA, 51, udg_KB3D_Counter, udg_KB3D_D_ALLY )
call SaveBoolean( udg_KB3D_HA, 52, udg_KB3D_Counter, udg_KB3D_JumpOverCliff )
//call SaveBoolean( udg_KB3D_HA, 53, udg_KB3D_Counter, false )
call SaveStr( udg_KB3D_HA, 54, udg_KB3D_Counter, udg_KB3D_AoEEndFx )
call SaveTriggerHandle( udg_KB3D_HA, 55, udg_KB3D_Counter, udg_KB3D_EndTrigger )
call SaveBoolean( udg_KB3D_HA, 56, udg_KB3D_Counter, udg_KB3D_DestroyDestructables )
//57 used
call SaveStr( udg_KB3D_HA, 58, udg_KB3D_Counter, udg_KB3D_Line_Fx )
call SaveReal( udg_KB3D_HA, 59, udg_KB3D_Counter, udg_KB3D_Bounce_Power )
call SaveBoolean( udg_KB3D_HA, 60, udg_KB3D_Counter, udg_KB3D_Bounce_Unit )
call SaveBoolean( udg_KB3D_HA, 61, udg_KB3D_Counter, udg_KB3D_Bounce_Target )
call SaveStr( udg_KB3D_HA, 62, udg_KB3D_Counter, udg_KB3D_Bounce_Fx )
call SaveBoolean( udg_KB3D_HA, 63, udg_KB3D_Counter, udg_KB3D_D_ENEMY )
call SaveBoolean( udg_KB3D_HA, 64, udg_KB3D_Counter, udg_KB3D_D_RESISTANT )
call SaveBoolean( udg_KB3D_HA, 65, udg_KB3D_Counter, udg_KB3D_D_FLYING )
call SaveBoolean( udg_KB3D_HA, 66, udg_KB3D_Counter, udg_KB3D_EndOnObstacle )
//------------------------
if udg_KB3D_Bounce_Target then
call SaveGroupHandle(udg_KB3D_HA, 67, udg_KB3D_Counter, CreateGroup())
endif
//------------------------
call SaveReal( udg_KB3D_HA, 68, udg_KB3D_Counter, KB3D_GetCoordinatesZ(GetUnitX(udg_KB3D_Unit), GetUnitY(udg_KB3D_Unit)) )
call SaveReal( udg_KB3D_HA, 69, udg_KB3D_Counter, KB3D_GetCoordinatesZ(GetUnitX(udg_KB3D_Unit), GetUnitY(udg_KB3D_Unit)) )
call SaveBoolean( udg_KB3D_HA, 70, udg_KB3D_Counter, udg_KB3D_EndOnTargetBounce )
call SaveReal(udg_KB3D_HA, 71, udg_KB3D_Counter, GetUnitFlyHeight(udg_KB3D_Unit))
call SaveBoolean(udg_KB3D_HA, 72, udg_KB3D_Counter, udg_KB3D_Flyover)
call SaveReal(udg_KB3D_HA, 73, udg_KB3D_Counter, udg_KB3D_Flyover_Duration)
//74 used
call SaveBoolean(udg_KB3D_HA, 75, udg_KB3D_Counter, udg_KB3D_Flyover)
call SaveReal(udg_KB3D_HA, 76, udg_KB3D_Counter, 0)
call SaveBoolean(udg_KB3D_HA, 77, udg_KB3D_Counter, false)
//------------------------
if ( udg_KB3D_Counter == 1 ) then
call TimerStart(udg_KB3D_Timer, 0.031250000, true, function KB3D_Loop_Actions )
endif
//------------------------
set udg_KB3D_Time = Time
//------------------------
//------------------------
call SaveInteger(udg_KB3D_HA, -5, GetHandleId(udg_KB3D_Unit), LoadInteger(udg_KB3D_HA, -5, GetHandleId(udg_KB3D_Unit))+1)
call SaveBoolean(udg_KB3D_HA, GetHandleId(udg_KB3D_Unit), GetHandleId(udg_KB3D_Unit), true)
//------------------------
//------------------------
//------------------------
call KB3D_ClearVar()
return false
endfunction
function KB3D_RemoveUnit takes nothing returns nothing
local integer x = 1
loop
exitwhen x > udg_KB3D_Counter
if LoadUnitHandle(udg_KB3D_HA, 0, x) == udg_KB3D_RemoveUnit then
call SaveReal(udg_KB3D_HA, 1, x, 0)
endif
set x = x + 1
endloop
endfunction
function KB3D_Pause takes nothing returns nothing
call SaveBoolean(udg_KB3D_HA, 77, udg_KB3D_PauseID, true)
set udg_KB3D_PauseID = -1
endfunction
function KB3D_Resume takes nothing returns nothing
call SaveBoolean(udg_KB3D_HA, 77, udg_KB3D_PauseID, false)
set udg_KB3D_PauseID = -1
endfunction
function KB3D_PauseAll takes nothing returns nothing
set udg_KB3D_Paused = true
endfunction
function KB3D_ResumeAll takes nothing returns nothing
set udg_KB3D_Paused = false
endfunction
function KB3D_PauseRegistration takes nothing returns nothing
set udg_KB3D_PausedReg = true
endfunction
function KB3D_ResumeRegistration takes nothing returns nothing
set udg_KB3D_PausedReg = false
endfunction
//===========================================================================
function InitTrig_KB3D takes nothing returns nothing
////////REGISTRATION
set udg_KB3D_Registration = CreateTrigger( )
call TriggerAddCondition( udg_KB3D_Registration, Condition(function KB3D_Registration) )
set udg_KB3D_Harvester = CreateUnit(Player(15), 'hpea', 0, 0, 0)
call ShowUnit(udg_KB3D_Harvester, false)
call UnitAddAbility(udg_KB3D_Harvester, 'Aloc')
call UnitAddAbility(udg_KB3D_Harvester, 'Ahar')
call UnitRemoveAbility(udg_KB3D_Harvester, 'Amov')
set udg_KB3D_HA = InitHashtable()
////////Check Walkability System by PnF
set udg_CP_Rect = Rect(0, 0, 128.00, 128.00)
set udg_CP_Item = CreateItem('wtlg', 0, 0)
call SetItemVisible( udg_CP_Item, false )
////////InitReals
set udg_KB3D_Reals[1] = GetRectMaxX(bj_mapInitialPlayableArea)
set udg_KB3D_Reals[2] = GetRectMinX(bj_mapInitialPlayableArea)
set udg_KB3D_Reals[3] = GetRectMaxY(bj_mapInitialPlayableArea)
set udg_KB3D_Reals[4] = GetRectMinY(bj_mapInitialPlayableArea)
set udg_KB3D_Reals[5] = GetRectMaxX(GetWorldBounds())
set udg_KB3D_Reals[6] = GetRectMinX(GetWorldBounds())
set udg_KB3D_Reals[7] = GetRectMaxY(GetWorldBounds())
set udg_KB3D_Reals[8] = GetRectMinY(GetWorldBounds())
//Initiate Default Values
call KB3D_ClearVar()
endfunctionV. 3.2.1 Update Changelog:
- New Function: KB3D_RemoveUnit After setting the variable KB3D_RemoveUnit to the unit of your choice, executing the function KB3D_RemoveUnit will automatically cancel all KB instances on that specific unit
- You can Know what caused the End of a KB in the EndTrigger by checking the following Booleans: "KB3D_EndisNormal" "KB3D_EndisUnit" "KB3D_EndisUnpathable" EndisUnit refers to an End related to a TargetBounce or the KBed Unit hitting the Target Unit, the Target Unit or TargetBounce Unit can be known by using the variable: "KB3D_EndUnit"
EndisNormal refers to a normal, MaxRange reached, or 0 Speed End
EndisUnpathable refers to any unpathable terrain, which can be a tree, a destructable or cliff, or any other path changer - New Functions: "KB3D_Pause" "KB3D_Resume" After getting the ID of the KB you want to pause/resume, setting the variable KB3D_PauseID to the ID you have and then calling one of the functions above will either pause the KB or resume it, careful using it while having DisableUnit ON
- New Functions: "KB3D_PauseAll" "KB3D_ResueAll" Executing either function will Pause/Resume ALL Knockbacks, including newly registered ones
- New Functions: "KB3D_PauseRegistration" "KB3D_ResumeRegistration" Executing either function will disable/enable registrating any new KB
Keywords:
Knockback, knock back, knock-back, 3D, Z, System, Fly, Jump, Projectile, wave, 5/5, JASS, GUI, Multi, Movement, MMS, KB3D
Contents
Reviews
- Joined
- Feb 27, 2007
- Messages
- 4,992
I read through and I don't really see how this system supports this either. The closest is setting an arc angle (I presume this is an xy-plane angle not an elevation angle but the system does not specify) which you could presumably do over and over. Maybe something with a homing knockback on a target that you keep moving around in a circle but at that point just do your own circular motion.
- Joined
- Dec 30, 2019
- Messages
- 55
Is it possible to make while KBing destroy trees and don't KB into unpathable? I was trying all of combinations and gets only 2 results - Dont destroying trees and destroing trees but gets on cliffs.
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kbtest3
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Events
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Player - Player 1 (Red) types a chat message containing 3 as An exact match
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Conditions
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Actions
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Set VariableSet KB3D_Unit = KB_unit <gen>
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Set VariableSet KB3D_Range = 500.00
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Set VariableSet KB3D_Speed = 500.00
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Set VariableSet KB3D_Angle = (Angle from (Center of (Playable map area)) to (Position of KB_unit))
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Set VariableSet KB3D_DestroyTree = Yes
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Set VariableSet KB3D_UnpathableStop = Yes
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Set VariableSet KB3D_EndOnObstacle = No
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Set VariableSet KB3D_TrailFx = Objects\Spawnmodels\Undead\ImpaleTargetDust\ImpaleTargetDust.mdl
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Custom script: call ExecuteFunc( "KB3D_Registration" )
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- Joined
- Oct 19, 2014
- Messages
- 187
May i know what warcraft version you had? Because this system is very outdated,Is it possible to make while KBing destroy trees and don't KB into unpathable? I was trying all of combinations and gets only 2 results - Dont destroying trees and destroing trees but gets on cliffs.
By the way the angle has two leak.
- Joined
- Dec 30, 2019
- Messages
- 55
Im using Reforged. If that system outdated which can you recommend? Thanks. I know points are leaks
- Joined
- Aug 13, 2013
- Messages
- 1,696
I don't think the system is bugged in terms of pathable detection (not sure with the latest patches thrown at it). Have you tried to setup ALL the variables required by the system? (even the unnecessary ones as it maybe needed for some sort of calculations) Or atleast provide us with some test map. (I can't debug it if it is a reforged map then as I'm using 1.30)
Yes, this system is pretty much outdated but I can guarantee that it's the most versatile one and works stable enough in classic patches. Perhaps, you can try to use this one: GUI Knockback 2.5D v4.2.5.0
Yes, this system is pretty much outdated but I can guarantee that it's the most versatile one and works stable enough in classic patches. Perhaps, you can try to use this one: GUI Knockback 2.5D v4.2.5.0
- Joined
- Dec 30, 2019
- Messages
- 55
Thanks. Yes i was trying all of variables and their combinations i have waste a day for it... As you said if i upload reforged map you wont be able to open it. If you have some time can you paste my trigger into threat test map and check it it would be awesome. Your spells are so good and im using that system because it used in rev hammers and i have it in my map. As i think trees are unpathable and it checks before tree destroy.
- Joined
- Aug 13, 2013
- Messages
- 1,696
Ok I'll test it later. Glad you're using my resource made years ago 
As you can see I'm still coping with my consciousness on modding. It might take a few weeks to be back on track and finally regain my knowledge in creating spells. It's been years of inactivity 
As you can see I'm still coping with my consciousness on modding. It might take a few weeks to be back on track and finally regain my knowledge in creating spells. It's been years of inactivity
- Joined
- Aug 13, 2013
- Messages
- 1,696
Is it possible to make while KBing destroy trees and don't KB into unpathable? I was trying all of combinations and gets only 2 results - Dont destroying trees and destroing trees but gets on cliffs.
Done testing on my end, same setup of your variables and values as I'm even using the system's test map. I can confirm that the system have no issues regarding on its pathability detection and worked perfectly as intended. However, note that my version is 1.30.4. In this case, the problem might be on your map or the newer patches. I think it's best to leave it to someone who can further confirm or clarify that this resource is broken or not recommended on latest patches especially for those who are using Reforged.
- Joined
- Dec 30, 2019
- Messages
- 55
Thanks. Does it able to destroy trees and stop if unpathability terrain in your test? If it so i think i need to blame reforged
- Joined
- Aug 13, 2013
- Messages
- 1,696
^Yes it works as it should be. The system is massively coded due to its versatility so one hardcoded change by the recent patches can obviously break some calculations or things.
- Joined
- Oct 19, 2014
- Messages
- 187
I already solve the homing's angle arc missle its impossible that you cant,, even a unit uses blink or what ever move that could change a chain numbers
- Joined
- Dec 30, 2019
- Messages
- 55
Can you attach the map i would like to try it in reforged
- Joined
- Sep 25, 2013
- Messages
- 521
Thanks for this very useful system. Even a simple simmon such as myself can work out how to use it!
- Joined
- Jan 10, 2023
- Messages
- 191
Any known bugs to this system?
I'm asking because I have a system for knockback that I made and like, but I am having trouble with units passing through objects (destructables and structures) that have the pathing map of a barrel or canopy tree (2x2 tga).
Wasn't sure if this system had the same problem or if there was a solution I might find here..
I'm asking because I have a system for knockback that I made and like, but I am having trouble with units passing through objects (destructables and structures) that have the pathing map of a barrel or canopy tree (2x2 tga).
Wasn't sure if this system had the same problem or if there was a solution I might find here..
Code Moderator
- Joined
- Sep 26, 2009
- Messages
- 9,464
This is not using dynamic collision to detect the ground path-ability of units. It uses the vanilla item check. Knockback2.5D is the only system I know of that implements dynamic unit collision without using SetUnitPosition.
- Joined
- Jan 10, 2023
- Messages
- 191
Thanks! I'll check that system out. I'm not 100% sure what dynamic unit collision checking would look like, but I think I have any idea, someone mentioned an item-based system (that system I think) to me before that checks a dummy item location against the moving unit.
The reference was everything though, I'll check that out and see if my system is at all worth keeping.
It's weird though, I'm able to detect if they aren't where they should be, and I use SetUnitX/Y which seem to ignore pathing collision at least, but when several units are all in a corner, it's like they push one another over the wall, whether they have ghost or collision turned off or both. Only one or two out of sometimes over a hundred ever slip through, but that's enough to ruin a game..
My last resort is to just place a pathing blocker temporarily, but if this system just beats mine out right, which seems likely lol, I'll probably just use it.
Thanks again!
Edit: I figure it's worth saying, since I didn't realize that was your system you mentioned @Bribe, my only aversion to using yours is that I'm not really making a final map or anything, I've been trying to learn JASS so finding things to make and troubleshoot has been my MO lately.
Last edited:
- Joined
- Apr 3, 2012
- Messages
- 31
I know this is probably a bit of a long shot, given this comment was made 6 years ago, and there's not been many comments on this system since, but does anyone have a solution to this issue? The projectile-unit faces the correct way initially, thanks to the facing angle in the spawn unit action; but faces 0/360 degrees over half a second or so while travelling.
Edit: it seems to (perhaps obviously) be this section of the code that's faulty:
JASS:
//Make Unit Face Angle
if LoadBoolean(udg_KB3D_HA, 31, Loop) then
call SetUnitFacing(U, Angle * 3.141592)
endifRemoving this section entirely causes the projectile to always face the direction it was spawned with, which I guess could work if you had a very fast travelling projectile with short range. The angle is calculated just above this part of the code, which seems to work fine, as messing with it causes the projectile to go the wrong direction entirely. Presumably, the math used for the SetUnitFacing is simply wrong, but I'm not great at maths, so I don't know exactly what to change - reducing the number does nothing, while multipying causes it to actually change facing direction, although I'm unsure what exactly it should be, to get the correct angle.
Last edited:
- Joined
- Aug 6, 2015
- Messages
- 635
Upon Using Storm Bolt on the Rifleman it bugs their movement height, sometimes it does - sometimes it doesn't , any way to fix that?
Also players get desync while a unit on my map uses a spell that is tied to the system.
The spell is based on a default slam ability.
Also players get desync while a unit on my map uses a spell that is tied to the system.
The spell is based on a default slam ability.
Last edited:
- Joined
- Feb 27, 2007
- Messages
- 4,992
I expect that one of the abilities involved creates a terrain deformation right where GetLocationZ is used for the 3D knockback.
Could be related: the KB3D_GetCoordinatesZ function has some logic for testing location visibility for players 1-12, which of course was not updated for 24 players because this resource is old.
I’m generally skeptical of this method as well because it seems to return 0 instead of the actual Z value anywhere that any player can currently see.
