Random

: ValueType : Object

Unity.Mathematics.Random, Unity.Mathematics 0x0004 (4 B) Unity.Mathematics.dll

0x00x0004

Members 1

Show inherited members

Offset	Size	Name	Type	Flags
	0x04	state	uint	Public

Functions 68

Signature	Flags	Params
void .ctor(uint seed)	Public+1 flags	0x04
Random CreateFromIndex(uint index)	PublicStatic	0x04
uint WangHash(uint n)	Static+1 flags	0x04
void InitState(uint seed)	Public	0x04
bool NextBool()	Public	0x01
bool2 NextBool2()	Public	0x02
bool3 NextBool3()	Public	0x03
bool4 NextBool4()	Public	0x04
int NextInt()	Public	0x04
int2 NextInt2()	Public	0x08
int3 NextInt3()	Public	0x0C
int4 NextInt4()	Public	0x10
int NextInt(int max)	Public	0x04
int2 NextInt2(const int2& max)	Public	0x08
int3 NextInt3(const int3& max)	Public	0x0C
int4 NextInt4(const int4& max)	Public	0x10
int NextInt(int min, int max)	Public	0x04
int2 NextInt2(const int2& min, const int2& max)	Public	0x08
int3 NextInt3(const int3& min, const int3& max)	Public	0x0C
int4 NextInt4(const int4& min, const int4& max)	Public	0x10
uint NextUInt()	Public	0x04
uint2 NextUInt2()	Public	0x08
uint3 NextUInt3()	Public	0x0C
uint4 NextUInt4()	Public	0x10
uint NextUInt(uint max)	Public	0x04
uint2 NextUInt2(const uint2& max)	Public	0x08
uint3 NextUInt3(const uint3& max)	Public	0x0C
uint4 NextUInt4(const uint4& max)	Public	0x10
uint NextUInt(uint min, uint max)	Public	0x04
uint2 NextUInt2(const uint2& min, const uint2& max)	Public	0x08
uint3 NextUInt3(const uint3& min, const uint3& max)	Public	0x0C
uint4 NextUInt4(const uint4& min, const uint4& max)	Public	0x10
float NextFloat()	Public	0x04
float2 NextFloat2()	Public	0x08
float3 NextFloat3()	Public	0x0C
float4 NextFloat4()	Public	0x10
float NextFloat(float max)	Public	0x04
float2 NextFloat2(const float2& max)	Public	0x08
float3 NextFloat3(const float3& max)	Public	0x0C
float4 NextFloat4(const float4& max)	Public	0x10
float NextFloat(float min, float max)	Public	0x04
float2 NextFloat2(const float2& min, const float2& max)	Public	0x08
float3 NextFloat3(const float3& min, const float3& max)	Public	0x0C
float4 NextFloat4(const float4& min, const float4& max)	Public	0x10
double NextDouble()	Public	0x08
double2 NextDouble2()	Public	0x10
double3 NextDouble3()	Public	0x18
double4 NextDouble4()	Public	0x20
double NextDouble(double max)	Public	0x08
double2 NextDouble2(const double2& max)	Public	0x10
double3 NextDouble3(const double3& max)	Public	0x18
double4 NextDouble4(const double4& max)	Public	0x20
double NextDouble(double min, double max)	Public	0x08
double2 NextDouble2(const double2& min, const double2& max)	Public	0x10
double3 NextDouble3(const double3& min, const double3& max)	Public	0x18
double4 NextDouble4(const double4& min, const double4& max)	Public	0x20
float2 NextFloat2Direction()	Public	0x08
double2 NextDouble2Direction()	Public	0x10
float3 NextFloat3Direction()	Public	0x0C
double3 NextDouble3Direction()	Public	0x18
quaternion NextQuaternionRotation()	Public	0x10
uint NextState()	Private	0x04
void CheckInitState()	Private	0x00
void CheckIndexForHash(uint index)	PrivateStatic	0x04
void CheckState()	Private	0x00
void CheckNextIntMax(int max)	Private	0x04
void CheckNextIntMinMax(int min, int max)	Private	0x04
void CheckNextUIntMinMax(uint min, uint max)	Private	0x04

// Unity.Mathematics.Random, Unity.Mathematics
// size 0x0004 (4)
struct Random : public ValueType
{
public:
    uint state;                                        // 0x0000(0x04) Public

    void .ctor(uint seed); // 0x2806270 [Public SpecialName]
    Random CreateFromIndex(uint index); // 0x2806230 [Public Static]
    uint WangHash(uint n); // 0x2807fb0 [Assembly Static]
    void InitState(uint seed); // 0x2806270 [Public]
    bool NextBool(); // 0x2806380 [Public]
    bool2 NextBool2(); // 0x2806290 [Public]
    bool3 NextBool3(); // 0x28062d0 [Public]
    bool4 NextBool4(); // 0x2806320 [Public]
    int NextInt(); // 0x2807b30 [Public]
    int2 NextInt2(); // 0x28075c0 [Public]
    int3 NextInt3(); // 0x2807750 [Public]
    int4 NextInt4(); // 0x2807a20 [Public]
    int NextInt(int max); // 0x2807b00 [Public]
    int2 NextInt2(int2 max); // 0x2807550 [Public]
    int3 NextInt3(int3 max); // 0x28076b0 [Public]
    int4 NextInt4(int4 max); // 0x2807960 [Public]
    int NextInt(int min, int max); // 0x2807ad0 [Public]
    int2 NextInt2(int2 min, int2 max); // 0x2807620 [Public]
    int3 NextInt3(int3 min, int3 max); // 0x28077e0 [Public]
    int4 NextInt4(int4 min, int4 max); // 0x2807880 [Public]
    uint NextUInt(); // 0x2807f80 [Public]
    uint2 NextUInt2(); // 0x2807c80 [Public]
    uint3 NextUInt3(); // 0x2807d70 [Public]
    uint4 NextUInt4(); // 0x2807df0 [Public]
    uint NextUInt(uint max); // 0x2807f50 [Public]
    uint2 NextUInt2(uint2 max); // 0x2807b80 [Public]
    uint3 NextUInt3(uint3 max); // 0x2807cd0 [Public]
    uint4 NextUInt4(uint4 max); // 0x2807e90 [Public]
    uint NextUInt(uint min, uint max); // 0x2807ad0 [Public]
    uint2 NextUInt2(uint2 min, uint2 max); // 0x2807bf0 [Public]
    uint3 NextUInt3(uint3 min, uint3 max); // 0x28077e0 [Public]
    uint4 NextUInt4(uint4 min, uint4 max); // 0x2807880 [Public]
    float NextFloat(); // 0x2807510 [Public]
    float2 NextFloat2(); // 0x2806cd0 [Public]
    float3 NextFloat3(); // 0x2806ee0 [Public]
    float4 NextFloat4(); // 0x2807290 [Public]
    float NextFloat(float max); // 0x2807480 [Public]
    float2 NextFloat2(float2 max); // 0x2806c40 [Public]
    float3 NextFloat3(float3 max); // 0x2806fa0 [Public]
    float4 NextFloat4(float4 max); // 0x2807380 [Public]
    float NextFloat(float min, float max); // 0x28074c0 [Public]
    float2 NextFloat2(float2 min, float2 max); // 0x2806b80 [Public]
    float3 NextFloat3(float3 min, float3 max); // 0x2807070 [Public]
    float4 NextFloat4(float4 min, float4 max); // 0x2807160 [Public]
    double NextDouble(); // 0x28069c0 [Public]
    double2 NextDouble2(); // 0x28065a0 [Public]
    double3 NextDouble3(); // 0x2803710 [Public]
    double4 NextDouble4(); // 0x2803830 [Public]
    double NextDouble(double max); // 0x2806a20 [Public]
    double2 NextDouble2(double2 max); // 0x28064c0 [Public]
    double3 NextDouble3(double3 max); // 0x2806760 [Public]
    double4 NextDouble4(double4 max); // 0x28068e0 [Public]
    double NextDouble(double min, double max); // 0x2806950 [Public]
    double2 NextDouble2(double2 min, double2 max); // 0x2806670 [Public]
    double3 NextDouble3(double3 min, double3 max); // 0x28067c0 [Public]
    double4 NextDouble4(double4 min, double4 max); // 0x2806840 [Public]
    float2 NextFloat2Direction(); // 0x2806a90 [Public]
    double2 NextDouble2Direction(); // 0x28063b0 [Public]
    float3 NextFloat3Direction(); // 0x2806d50 [Public]
    double3 NextDouble3Direction(); // 0x28034f0 [Public]
    quaternion NextQuaternionRotation(); // 0x2803990 [Public]
    uint NextState(); // 0x2807b60 [Private]
    void CheckInitState(); // 0x43eec0 [Private]
    void CheckIndexForHash(uint index); // 0x28061d0 [Private Static]
    void CheckState(); // 0x43eec0 [Private]
    void CheckNextIntMax(int max); // 0x43eec0 [Private]
    void CheckNextIntMinMax(int min, int max); // 0x43eec0 [Private]
    void CheckNextUIntMinMax(uint min, uint max); // 0x43eec0 [Private]
};