UFSDMath

: UBlueprintFunctionLibrary : UObject

/Script/FSD.FSDMath 0x0028 (40 B) align 8 inherited 0x0028 vtable /Script/FSD

0x00x0028

Members 0

Show inherited members

Offset	Size	Name	Type	Flags	Default
No reflected members.

Functions 11

Signature	Flags	Params
FVector SphericalToCartesian(float Radius, float azimuth, float elecation)	FinalNative+2 flags	0x18
float SignedAngleBetweenVectorsZUp(const FVector& v1, const FVector& v2)	FinalNative+2 flags	0x1C
float RoundToDecimalPlace(float Number, int32 decimalPlaces)	FinalNative+2 flags	0x0C
void RotateActorAroundOffset(AActor* Actor, const FVector& localSpaceOffset, const FRotator& Rotator)	FinalNative+2 flags	0x20
bool PercentageCheck(float percentage)	FinalNative+2 flags	0x05
void GetAzimuthAndElevation(const FVector& Direction, FTransform& coordinateSystem, const float& azimuth, const float& elevation)	FinalNative+2 flags	0x48
float CubicSegmentLength(const FVector& p0, const FVector& tangent1, const FVector& p1, const FVector& tangent2)	FinalNative+2 flags	0x34
FVector CubicInterpBlueprint(const FVector& p0, const FVector& tangent1, const FVector& p1, const FVector& tangent2, float alpha)	FinalNative+2 flags	0x40
FVector ClampVectorToCone(const FVector& ToConstrain, const FVector& ConeDirection, float ConeAngle)	FinalNative+2 flags	0x28
void CartesianToSpherical(const FVector& Location, const float& outAzimuth, const float& outElevation, const float& OutRadius)	FinalNative+2 flags	0x18
float AngleBetweenVectors(const FVector& v1, const FVector& v2)	FinalNative+2 flags	0x1C

// /Script/FSD.FSDMath
// size 0x0028 (40), inherited 0x0028, align 8
class UFSDMath : public UBlueprintFunctionLibrary
{
public:

    FVector SphericalToCartesian(float Radius, float azimuth, float elecation); // 0x1abb510 [Final Native Static Public]
    float SignedAngleBetweenVectorsZUp(const FVector& v1, const FVector& v2); // 0x1abb420 [Final Native Static Public]
    float RoundToDecimalPlace(float Number, int32 decimalPlaces); // 0x1abb080 [Final Native Static Public]
    void RotateActorAroundOffset(AActor* Actor, const FVector& localSpaceOffset, const FRotator& Rotator); // 0x1abaf60 [Final Native Static Public]
    bool PercentageCheck(float percentage); // 0x1abad40 [Final Native Static Public]
    void GetAzimuthAndElevation(const FVector& Direction, FTransform& coordinateSystem, const float& azimuth, const float& elevation); // 0x1ab9ed0 [Final Native Static Public]
    float CubicSegmentLength(const FVector& p0, const FVector& tangent1, const FVector& p1, const FVector& tangent2); // 0x1ab9950 [Final Native Static Public]
    FVector CubicInterpBlueprint(const FVector& p0, const FVector& tangent1, const FVector& p1, const FVector& tangent2, float alpha); // 0x1ab9760 [Final Native Static Public]
    FVector ClampVectorToCone(const FVector& ToConstrain, const FVector& ConeDirection, float ConeAngle); // 0x1ab9610 [Final Native Static Public]
    void CartesianToSpherical(const FVector& Location, const float& outAzimuth, const float& outElevation, const float& OutRadius); // 0x1ab9480 [Final Native Static Public]
    float AngleBetweenVectors(const FVector& v1, const FVector& v2); // 0x1ab90b0 [Final Native Static Public]
};