UGCProjects/AthleticMasters/Script/Blueprint/MiniLevelActor/ShootLevel/BP_ShootingTarget_Move.lua

---@class BP_ShootingTarget_Move_C:AActor
---@field EndTF UStaticMeshComponent
---@field Widget UWidgetComponent
---@field TripleScoreRange USphereComponent
---@field TargetMesh UStaticMeshComponent
---@field DefaultRootComponent USceneComponent
---@field DoubleScoreRange USphereComponent
---@field BaseScoreRange USphereComponent
---@field Center USceneComponent
---@field HitEffectPlayTime float
---@field StartTF FTransform
---@field FinishTF FTransform
---@field ResetTime float
---@field BaseScore int32
---@field CycleTime float
---@field RandomMul float
---@field AutoStart bool
---@field AutoDelayStart float
--Edit Below--
---@type BP_ShootingTarget_Move_C
local ShootingTargetBase = require('Script.Blueprint.MiniLevelActor.ShootLevel.ShootingTargetBase')

local BP_ShootingTarget_Move = setmetatable(
    {
        BeginTFPos = {X = 0., Y = 0., Z = 0.};
        EndTFPos =  {X = 0., Y = 0., Z = 0.};
        Floor_UnitVector = {X = 0., Y = 0., Z = 0.};        -- 单位向量
        PathLength = 0.;
        Direction = 1;
        bIsEnable = false;
    },
    {
        __index = ShootingTargetBase,
        __metatable = ShootingTargetBase
    }
);

function BP_ShootingTarget_Move:ReceiveBeginPlay()
    self.SuperClass.ReceiveBeginPlay(self);
    self.BaseScoreRangeRadius = self.BaseScoreRange:GetScaledSphereRadius()
    self.DoubleScoreRangeRadius = self.DoubleScoreRange:GetScaledSphereRadius()
    self.TripleScoreRangeRadius = self.TripleScoreRange:GetScaledSphereRadius()
    if UGCGameSystem.IsServer() then
        self:InitParam()
        self:InitRandomPos()
        if self.AutoStart then
            UGCEventSystem.SetTimer(self, self.EnableItem, self.AutoDelayStart)
        end
    end
end

function BP_ShootingTarget_Move:ReceiveTick(DeltaTime)
    self.SuperClass.ReceiveTick(self, DeltaTime);
    self:TickSetPos(DeltaTime)
    if UGCGameSystem.IsServer() then
    else
        self:TickPlayEffect()
    end
end

function BP_ShootingTarget_Move:ReceivePointDamage(Damage, DamageType, HitLocation, HitNormal, HitComponent, BoneName, ShotFromDirection, InstigatedBy, DamageCauser, HitInfo)
    ShootingTargetBase.ReceivePointDamage(self, Damage, DamageType, HitLocation, HitNormal, HitComponent, BoneName, ShotFromDirection, InstigatedBy, DamageCauser, HitInfo)
end


function BP_ShootingTarget_Move:InitParam()
    self.BeginTFPos = VectorHelper.ToLuaTable(self:K2_GetActorLocation())
    self.EndTFPos = VectorHelper.ToLuaTable(self.EndTF:K2_GetComponentLocation())
    local PathVector = VectorHelper.Sub(self.EndTFPos, self.BeginTFPos)
    self.Floor_UnitVector = VectorHelper.ToLuaTable(VectorHelper.MulNumber(PathVector, 1. / VectorHelper.Length(PathVector)))
    self.PathLength = VectorHelper.Length(PathVector)
    self:K2_SetActorLocation(self.BeginTFPos)
    UGCLogSystem.Log("[BP_MoveFloor_InitParam] PathLength:%f", self.PathLength)
    --table.print(self.BeginTFPos)
    --table.print(self.EndTFPos)
    --table.print(self.Floor_UnitVector)
end

function BP_ShootingTarget_Move:InitRandomPos()
    local TargetInitLocation = KismetMathLibrary.VLerp(self.BeginTFPos, self.EndTFPos, math.random())
    self.CycleTime = self.CycleTime + (math.random() * 2 - 1) * self.RandomMul
    DOREPONCE(self, "CycleTime")
    self:K2_SetActorLocation(TargetInitLocation)
end

function BP_ShootingTarget_Move:ChangeDirection()
    self.Direction = -self.Direction
end

function BP_ShootingTarget_Move:EnableItem()
    if self:HasAuthority() then
        self.bIsEnable = true
    end
end

function BP_ShootingTarget_Move:DisableItem()
    if self:HasAuthority() then
        self.bIsEnable = false
    end
end

function BP_ShootingTarget_Move:TickSetPos(DeltaTime)
    if self.bIsEnable then
        local MulNum = (DeltaTime / (self.CycleTime / 2.) * self.PathLength) * self.Direction
        local AddVector = VectorHelper.MulNumber(self.Floor_UnitVector, MulNum)
        -- self:K2_AddActorLocalOffset(AddVector)
        self:K2_AddActorWorldOffset(AddVector)
        --local Dis1 = VectorHelper.GetDistance(self:K2_GetActorLocation(),self.BeginTFPos)
        --local Dis2 = VectorHelper.GetDistance(self:K2_GetActorLocation(),self.EndTFPos)
        --UGCLogSystem.Log("[BP_ShootingTarget_Move_ReceiveTick] AddVector:%s", VectorHelper.ToString(AddVector))
        --table.print(Dis1)
        --table.print(Dis2)

        if self.Direction > 0 then
            local DisFromBegin = VectorHelper.GetDistance(self:K2_GetActorLocation(),self.BeginTFPos)
            if self.PathLength <= DisFromBegin then
                self:ChangeDirection()
                local DisDifference = DisFromBegin - self.PathLength
                local AddDifferenceVector = VectorHelper.MulNumber(self.Floor_UnitVector, DisDifference * 2 * self.Direction)
                self:K2_AddActorWorldOffset(AddDifferenceVector)
            end
        else
            local DisFromEnd = VectorHelper.GetDistance(self:K2_GetActorLocation(),self.EndTFPos)
            if self.PathLength <= DisFromEnd then
                self:ChangeDirection()
                local DisDifference = DisFromEnd - self.PathLength
                local AddDifferenceVector = VectorHelper.MulNumber(self.Floor_UnitVector, DisDifference * 2 * self.Direction)
                self:K2_AddActorWorldOffset(AddDifferenceVector)
            end
        end
    end
end

function BP_ShootingTarget_Move:GetReplicatedProperties()
    return
    "Direction",
    "bIsEnable",
    "PathLength",
    "Floor_UnitVector",
    "EndTFPos",
    "BeginTFPos"
end


return BP_ShootingTarget_Move;