TemperatureTrend

: Object

UnityEngine.AdaptivePerformance.TemperatureTrend, UnityEngine.AdaptivePerformanceModule 0x0058 (88 B) inherited 0x0010 UnityEngine.AdaptivePerformanceModule.dll

0x00x0058

Members 15

Show inherited members

Offset	Size	Name	Type	Flags	Default
	0x01	m_UseProviderTrend	bool	Private	—
0x0011	0x07	padding / unreflected
	0x08	m_SumX	double	Private	—
	0x08	m_SumY	double	Private	—
	0x08	m_SumXY	double	Private	—
	0x08	m_SumXX	double	Private	—
—	0x04	MeasurementTimeframeSeconds	int	PrivateStatic+1 flags	20
—	0x04	UpdateFrequency	int	PrivateStatic+1 flags	10
—	0x04	SamplesCapacity	int	PrivateStatic+1 flags	200
—	0x08	SlopeAtMaxTrend	double	PrivateStatic+1 flags	4572414629676717179
	0x08	m_TimeStamps	float[]	Private	—
	0x08	m_Temperature	float[]	Private	—
	0x04	m_NumValues	int	Private	—
	0x04	m_NextValueIndex	int	Private	—
	0x04	m_OldestValueIndex	int	Private	—
	0x04	<ThermalTrend>k__BackingField	float	Private	—

Functions 8

Signature	Flags	Params
void PopOldestValue()	Private	0x00
void PushNewValue(float tempLevel, float timestamp)	Private	0x04
void .ctor(bool useProviderTrend)	Public+1 flags	0x01
void Reset()	Public	0x00
float get_ThermalTrend()	Public+1 flags	0x04
void set_ThermalTrend(float value)	Private+1 flags	0x04
void UpdateTrend()	Private	0x00
void Update(float temperatureTrendFromProvider, float newTemperatureLevel, bool changed, float newTemperatureTimestamp)	Public	0x04

Used by 1

types with a member, parameter or interface of this type

AdaptivePerformanceManager

// UnityEngine.AdaptivePerformance.TemperatureTrend, UnityEngine.AdaptivePerformanceModule
// size 0x0058 (88), inherited 0x0010
class TemperatureTrend : public Object
{
public:
    bool m_UseProviderTrend;                           // 0x0010(0x01) Private
    uint8 pad_0[0x07];                             // 0x0011(0x07)
    double m_SumX;                                     // 0x0018(0x08) Private
    double m_SumY;                                     // 0x0020(0x08) Private
    double m_SumXY;                                    // 0x0028(0x08) Private
    double m_SumXX;                                    // 0x0030(0x08) Private
    int MeasurementTimeframeSeconds;                   // ????(0x04) Private Static Literal = 20
    int UpdateFrequency;                               // ????(0x04) Private Static Literal = 10
    int SamplesCapacity;                               // ????(0x04) Private Static Literal = 200
    double SlopeAtMaxTrend;                            // ????(0x08) Private Static Literal = 4572414629676717179
    float[] m_TimeStamps;                              // 0x0038(0x08) Private
    float[] m_Temperature;                             // 0x0040(0x08) Private
    int m_NumValues;                                   // 0x0048(0x04) Private
    int m_NextValueIndex;                              // 0x004C(0x04) Private
    int m_OldestValueIndex;                            // 0x0050(0x04) Private
    float _ThermalTrend_k__BackingField;               // 0x0054(0x04) Private

    void PopOldestValue(); // 0x1cd3740 [Private]
    void PushNewValue(float tempLevel, float timestamp); // 0x1cd3810 [Private]
    void .ctor(bool useProviderTrend); // 0x1cd3ba0 [Public SpecialName]
    void Reset(); // 0x1cd38e0 [Public]
    float get_ThermalTrend(); // 0x55e8b0 [Public SpecialName]
    void set_ThermalTrend(float value); // 0x1c40d50 [Private SpecialName]
    void UpdateTrend(); // 0x1cd3900 [Private]
    void Update(float temperatureTrendFromProvider, float newTemperatureLevel, bool changed, float newTemperatureTimestamp); // 0x1cd3a40 [Public]
};