GrpcPrint/PrintS/SystemInfo.h

#pragma once
#include <windows.h>
#include <time.h>
#include <string>
#include <queue>
#include "PLC/EnvState.h"
using namespace std;

struct LaserParam
{
	double laserPower;
	double laserDefocus;
	double laserSpeed;
	LaserParam() {
		laserPower = 0.0;
		laserDefocus = 0.0;
		laserSpeed = 0.0;
	}
};

struct MStatue {
	int64_t m_MoldPos;						//脉冲数
	int64_t m_PowderPos;					//脉冲数
	int64_t m_ArmPos;						//脉冲数
	int64_t m_TotalPrintTime;				//打印时间 毫秒
	//int64_t m_TotalLaserUsedTime;			//出光时间 毫秒

	MStatue() {
		m_MoldPos=0;
		m_PowderPos = 0;
		m_ArmPos = 0;
		//m_TotalLaserUsedTime = 0;
		m_TotalPrintTime = 0;
	}
};

struct StateBean
{
	unsigned int layerIndex;
	unsigned int maxLayerIndex;
	float jobProgress;
	vector<LaserParam*> laserParams;
	double layerThick;
	string systemState;
	unsigned int jobCostMil;
	unsigned int remainMil;
	double realCostSeconds;
	time_t currentTime;
	explicit StateBean() {
		jobProgress = 0.0f;
		layerIndex = 0;
		maxLayerIndex = 0;
		remainMil = 0;
		layerThick = 0;
		jobCostMil = 0;
		realCostSeconds = 0;
		systemState = u8"停止";
		time(&currentTime);
	}
};

enum AutoPrintCtrlState {
	NoAuto=0,
	AutoPrint,
	AutoPause
};

struct EnvInfo {
	float m_OxygenRealTimeValue1;
	float m_OxygenRealTimeValue2;
	float m_WindValue;
	float m_AnaWindValue;
	float m_AmbientTemp;
	float m_InnerTemp;
	float m_PlatformTemp;
	float m_PlatformTempSettingValue;
	float m_WaterTemp;
	float m_PrintPressure;
	float m_AvgPrintPressure;
	float m_MoldPos;
	float m_LinearEncoderPos;
	float m_PowderPos;
	float m_ArmPos;
	float m_SupplyPos;
	float m_MoldLoadTorque;
	float m_PowderLoadTorque;
	float m_ArmLoadTorque;
	float m_SupplyLoadTorque;
	float m_PipeWaterTemp;
	float m_FanVoltage;
	float m_FanFrequency;

	bool m_IsUpDownLimit;  //升降限位
	bool m_IsDedustingStopAlarm;
	float m_PowderQty;
	float m_ProtectGasPressure;
	float m_PrintPowderPressureDif;
	float m_PowderJarPressureDif;

	bool m_IsOxygenSensorConnect;
	bool m_IsChillerComConnect;
	bool m_IsCameraConnect;
	bool m_IsHeatingConnect;

	bool m_IsFreqAlarm;
	bool m_IsPurifierConnectAlarm;

	float m_RemainPowder;

	unsigned int jobCostMil;
	unsigned int remainMil;
	double realCostSeconds;
	string m_CurrentAlarmInfo;
	EnvState m_EnvState;
};

class SystemInfo
{
public:
	SystemInfo();
	~SystemInfo();

	void LockInfo();
	void UnlockInfo();
	void GetEnvInfo(EnvInfo& envInfo);

	void SetDedustingStopAlarm(bool bvalue);
	bool IsDedustingStopAlarm();

	float GetComPrintOxygen1() {
		float rel = 0.0f;
		LockInfo();
		rel = m_ComPrintOxygen1;
		UnlockInfo();
		return rel;
	}

	float GetComPrintOxygen2() {
		float rel = 0.0f;
		LockInfo();
		rel = m_ComPrintOxygen2;
		UnlockInfo();
		return rel;
	}

	float GetComOutsideOxygen() {
		float rel = 0.0f;
		LockInfo();
		rel = m_ComOutsideOxygen;
		UnlockInfo();
		return rel;
	}
	float GetPowderQty();

	float GetPrintPressure() {
		float rel = 0.0f;
		LockInfo();
		rel = m_EnvState.m_PrintPressureAnalog;
		UnlockInfo();
		return rel;
	}

	float GetOxygenRealTimeMaxValue()
	{
		float value = 0.0f;
		LockInfo();
		value = (m_ComPrintOxygen1 > m_ComPrintOxygen2 ? m_ComPrintOxygen1 : m_ComPrintOxygen2);
		UnlockInfo();
		return value;
	}

	float GetOxygenRealTimeMinValue()
	{
		float value = 0.0f;
		LockInfo();
		value = (m_ComPrintOxygen1 < m_ComPrintOxygen2 ? m_ComPrintOxygen1 : m_ComPrintOxygen2);
		UnlockInfo();
		return value;
	}
public:
	StateBean m_StateBean;
	MStatue m_MStatue;
	CRITICAL_SECTION m_MStatueCS;

	EnvState m_EnvState;
	float m_ComPrintOxygen1;    //通讯氧含量
	float m_ComPrintOxygen2;
	float m_ComOutsideOxygen;
	float m_PrintTemp;
	float m_PrintHumidity;
	float m_WindValue;
	float m_PlatformTemp;
	float m_PlatformTempSettingValue;
	float m_WaterTemp;
	//float m_PrintPressure;
	float m_PowderQtyPos;
	float m_FanFrequency;
	float m_PipeWaterTemp;


	float m_MoldMainPos;
	float m_MoldSlavePos;
	
	float m_ArmPos;

	bool m_IsOxygenSensorConnect;
	bool m_IsHeatingConnect;

	int64_t m_PrintRemainTime;
	int64_t m_PauseRemainTime;
	AutoPrintCtrlState m_AutoPrintCtrlState;
	short m_TestAdc[5];
	long m_TestOutputState;
	long m_TestInputState;
	long m_TestExtout1State;
	long m_TestExtin1State;

	bool m_IsDedustingStopAlarm;
	string m_ProductVersion;

	float m_RemainPowder;
	bool m_PrintAirEvacuationNeedOpen;
	bool m_PurifierCtrlPrintAirEvacuation;

	CRITICAL_SECTION m_InfoCs;

};

extern SystemInfo* g_SystemInfo;