UEndBlueprintUtility

: UObject

/Script/EndGame.EndBlueprintUtility 0x0028 (40 B) align 8 inherited 0x0028 vtable /Script/EndGame

0x00x0028

Members 0

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Offset	Size	Name	Type	Flags	Default
No reflected members.

Functions 31

Signature	Flags	Params
float VecToYaw(const FVector& InVec)	FinalNative+2 flags	0x10
float VecToPitch(const FVector& InVec)	FinalNative+2 flags	0x10
void RatioBranch8(int32 Case1, int32 Case2, int32 Case3, int32 Case4, int32 Case5, int32 Case6, int32 Case7, int32 Case8, const uint8& OutSignal)	FinalNative+2 flags	0x21
void RatioBranch7(int32 Case1, int32 Case2, int32 Case3, int32 Case4, int32 Case5, int32 Case6, int32 Case7, const uint8& OutSignal)	FinalNative+2 flags	0x1D
void RatioBranch6(int32 Case1, int32 Case2, int32 Case3, int32 Case4, int32 Case5, int32 Case6, const uint8& OutSignal)	FinalNative+2 flags	0x19
void RatioBranch5(int32 Case1, int32 Case2, int32 Case3, int32 Case4, int32 Case5, const uint8& OutSignal)	FinalNative+2 flags	0x15
void RatioBranch4(int32 Case1, int32 Case2, int32 Case3, int32 Case4, const uint8& OutSignal)	FinalNative+2 flags	0x11
void RatioBranch3(int32 Case1, int32 Case2, int32 Case3, const uint8& OutSignal)	FinalNative+2 flags	0x0D
void RatioBranch2(int32 Case1, int32 Case2, const uint8& OutSignal)	FinalNative+2 flags	0x09
void RangeSwitch4(float Value, float Min1, float Max1, float Min2, float Max2, float Min3, float Max3, float Min4, float Max4, bool bContainEqual, const uint8& OutSignal)	FinalNative+2 flags	0x26
void RangeSwitch3(float Value, float Min1, float Max1, float Min2, float Max2, float Min3, float Max3, bool bContainEqual, const uint8& OutSignal)	FinalNative+2 flags	0x1E
void RangeSwitch2(float Value, float Min1, float Max1, float Min2, float Max2, bool bContainEqual, const uint8& OutSignal)	FinalNative+2 flags	0x16
int32 PlusEqualInterger(const int32& ValueA, int32 ValueB)	FinalNative+2 flags	0x0C
float PlusEqualFloat(const float& ValueA, float ValueB)	FinalNative+2 flags	0x0C
int32 MulEqualInterger(const int32& ValueA, int32 ValueB)	FinalNative+2 flags	0x0C
float MulEqualFloat(const float& ValueA, float ValueB)	FinalNative+2 flags	0x0C
int32 MinusEqualInterger(const int32& ValueA, int32 ValueB)	FinalNative+2 flags	0x0C
float MinusEqualFloat(const float& ValueA, float ValueB)	FinalNative+2 flags	0x0C
void IntCmpBranch(int32 ValueA, int32 ValueB, const EEndAiMathCmp& Cmp, const uint8& OutSignal)	FinalNative+2 flags	0x0A
FVector GetVectorRange(float X, float Y, float Z, float IgnoreX, float IgnoreY, float IgnoreZ)	FinalNative+2 flags	0x24
int32 GetRatioSwitch3(int32 Switch0, int32 Switch1, int32 Switch2)	FinalNative+2 flags	0x10
int32 GetRatioSwitch2(int32 Switch0, int32 Switch1)	FinalNative+2 flags	0x0C
int32 GetRatioSwitch(const TArray<int32>& inArray)	FinalNative+2 flags	0x14
void FloatCmpBranch(float ValueA, float ValueB, const EEndAiMathCmp& Cmp, const uint8& OutSignal)	FinalNative+2 flags	0x0A
void EnableInputDebug(AActor* Target)	FinalNative+2 flags	0x08
int32 DivEqualInterger(const int32& ValueA, int32 ValueB)	FinalNative+2 flags	0x0C
float DivEqualFloat(const float& ValueA, float ValueB)	FinalNative+2 flags	0x0C
void DisableInputDebug(AActor* Target)	FinalNative+2 flags	0x08
void BranchXOR(bool Flag1, bool Flag2, const uint8& OutSignal)	FinalNative+2 flags	0x03
void BranchOR(bool Flag1, bool Flag2, const uint8& OutSignal)	FinalNative+2 flags	0x03
void BranchAnd(bool Flag1, bool Flag2, const uint8& OutSignal)	FinalNative+2 flags	0x03

// /Script/EndGame.EndBlueprintUtility
// size 0x0028 (40), inherited 0x0028, align 8
class UEndBlueprintUtility : public UObject
{
public:

    float VecToYaw(const FVector& InVec); // 0x3bf40d8 [Final Native Static Public]
    float VecToPitch(const FVector& InVec); // 0x3bf4028 [Final Native Static Public]
    void RatioBranch8(int32 Case1, int32 Case2, int32 Case3, int32 Case4, int32 Case5, int32 Case6, int32 Case7, int32 Case8, const uint8& OutSignal); // 0x3bf3264 [Final Native Static Public]
    void RatioBranch7(int32 Case1, int32 Case2, int32 Case3, int32 Case4, int32 Case5, int32 Case6, int32 Case7, const uint8& OutSignal); // 0x3bf2ad0 [Final Native Static Public]
    void RatioBranch6(int32 Case1, int32 Case2, int32 Case3, int32 Case4, int32 Case5, int32 Case6, const uint8& OutSignal); // 0x3bf2438 [Final Native Static Public]
    void RatioBranch5(int32 Case1, int32 Case2, int32 Case3, int32 Case4, int32 Case5, const uint8& OutSignal); // 0x182ac38 [Final Native Static Public]
    void RatioBranch4(int32 Case1, int32 Case2, int32 Case3, int32 Case4, const uint8& OutSignal); // 0x182b0f0 [Final Native Static Public]
    void RatioBranch3(int32 Case1, int32 Case2, int32 Case3, const uint8& OutSignal); // 0x182b27c [Final Native Static Public]
    void RatioBranch2(int32 Case1, int32 Case2, const uint8& OutSignal); // 0x182b3bc [Final Native Static Public]
    void RangeSwitch4(float Value, float Min1, float Max1, float Min2, float Max2, float Min3, float Max3, float Min4, float Max4, bool bContainEqual, const uint8& OutSignal); // 0x3bf20dc [Final Native Static Public]
    void RangeSwitch3(float Value, float Min1, float Max1, float Min2, float Max2, float Min3, float Max3, bool bContainEqual, const uint8& OutSignal); // 0x182ae0c [Final Native Static Public]
    void RangeSwitch2(float Value, float Min1, float Max1, float Min2, float Max2, bool bContainEqual, const uint8& OutSignal); // 0x182a9f4 [Final Native Static Public]
    int32 PlusEqualInterger(const int32& ValueA, int32 ValueB); // 0x18b4e64 [Final Native Static Public]
    float PlusEqualFloat(const float& ValueA, float ValueB); // 0x3bf1f54 [Final Native Static Public]
    int32 MulEqualInterger(const int32& ValueA, int32 ValueB); // 0x3bf180c [Final Native Static Public]
    float MulEqualFloat(const float& ValueA, float ValueB); // 0x3bf1684 [Final Native Static Public]
    int32 MinusEqualInterger(const int32& ValueA, int32 ValueB); // 0x3bf14ec [Final Native Static Public]
    float MinusEqualFloat(const float& ValueA, float ValueB); // 0x3bf1364 [Final Native Static Public]
    void IntCmpBranch(int32 ValueA, int32 ValueB, const EEndAiMathCmp& Cmp, const uint8& OutSignal); // 0x3bf0e6c [Final Native Static Public]
    FVector GetVectorRange(float X, float Y, float Z, float IgnoreX, float IgnoreY, float IgnoreZ); // 0x3bf0c68 [Final Native Static Public]
    int32 GetRatioSwitch3(int32 Switch0, int32 Switch1, int32 Switch2); // 0x3bf075c [Final Native Static Public]
    int32 GetRatioSwitch2(int32 Switch0, int32 Switch1); // 0x3bf04f0 [Final Native Static Public]
    int32 GetRatioSwitch(const TArray<int32>& inArray); // 0x3bf0ac0 [Final Native Static Public]
    void FloatCmpBranch(float ValueA, float ValueB, const EEndAiMathCmp& Cmp, const uint8& OutSignal); // 0x3bf038c [Final Native Static Public]
    void EnableInputDebug(AActor* Target); // 0x18b549c [Final Native Static Public]
    int32 DivEqualInterger(const int32& ValueA, int32 ValueB); // 0x3bf01f4 [Final Native Static Public]
    float DivEqualFloat(const float& ValueA, float ValueB); // 0x3bf006c [Final Native Static Public]
    void DisableInputDebug(AActor* Target); // 0x18b549c [Final Native Static Public]
    void BranchXOR(bool Flag1, bool Flag2, const uint8& OutSignal); // 0x3beff58 [Final Native Static Public]
    void BranchOR(bool Flag1, bool Flag2, const uint8& OutSignal); // 0x3befe44 [Final Native Static Public]
    void BranchAnd(bool Flag1, bool Flag2, const uint8& OutSignal); // 0x3befd2c [Final Native Static Public]
};