private void ComboBoxStatus_SelectedIndexChanged(object sender, System.EventArgs e)
{
string status = this.comboBoxStatus.SelectedItem.ToString();
switch (status)
{
case "Start Up":
SubWork.GetSubWork().ToLua.Stateto = (int)WorkState.WORK_STARTUP;
break;
case "Idle":
SubWork.GetSubWork().ToLua.Stateto = (int)WorkState.WORK_IDLE;
break;
case "Measure":
SubWork.GetSubWork().ToLua.Stateto = (int)WorkState.WORK_MEASURE;
break;
case "Maintain":
SubWork.GetSubWork().ToLua.Stateto = (int)WorkState.WORK_MAINTAIN;
break;
case "Sleep":
SubWork.GetSubWork().ToLua.Stateto = (int)WorkState.WORK_SLEEP;
break;
}
}
/// <summary>
/// 达到测试预设时间
/// </summary>
/// <returns></returns>
public bool ArrivedTime()
{
if (this.time == 0)
{
return(false);
}
else
{
double time = SubWork.GetSubWork().FromLua.Testsecs * 5;
TimeSpan duration = TimeSpan.FromMilliseconds(time);
int mins = (int)duration.TotalMinutes;
int secs = (int)Math.Round(duration.TotalSeconds - mins * 60);
if (secs == 60)
{
mins++;
secs = 0;
}
int totalseconds = mins * 60 + secs;
if (totalseconds == this.time || DoubleEquals(totalseconds, this.time))
{
SubWork.GetSubWork().ToLua.Stateto = (int)WorkState.WORK_IDLE;
SubWork.GetSubWork().workQuit = WOEK_QUIT.WORK_QUIT_Wait;
SubWork.GetSubWork().ToLua.Subref1 = 0;
SubWork.GetSubWork().ToLua.Subref2 = 0;
return(true);
}
else
{
return(false);
}
}
}
private void StateChangeHandler()
{
//this.comboBoxStatus.SelectedIndex = SubWork.GetSubWork().FromLua.State - 1;
string state = GetState(SubWork.GetSubWork().FromLua.State);
//this.toolStripStatus.Text = string.Format("Status: {0}", state);
Console.WriteLine("simulator form set state to : " + state);
}
public override bool Decode(byte[] buf)
{
if (this.Decode(message, buf, out parameter))
{
//样本流速(单位uL/min),范围5~120
SubWork.GetSubWork().ToLua.Rate = BitConverter.ToUInt16(parameter, 0);
//config.Device.Cell.SampleVelocity = BitConverter.ToUInt16(parameter, 0);
_c78.R = 0x01;
_c78.M = this.message;
return(true);
}
else
{
return(false);
}
}
/// <summary>
/// 达到测试预设体积
/// </summary>
/// <returns></returns>
public bool ArrivedSize()
{
double volumn = SubWork.GetSubWork().FromLua.Testsize;
if (volumn == this.size || DoubleEquals(volumn, this.size))
{
SubWork.GetSubWork().ToLua.Stateto = (int)WorkState.WORK_IDLE;
SubWork.GetSubWork().workQuit = WOEK_QUIT.WORK_QUIT_Wait;
SubWork.GetSubWork().ToLua.Subref1 = 0;
SubWork.GetSubWork().ToLua.Subref2 = 0;
return(true);
}
else
{
return(false);
}
}
public override bool Decode(byte[] buf)
{
if (this.Decode(message, buf, out parameter))
{
var Time = BitConverter.ToUInt16(parameter, 0);
var Points = BitConverter.ToUInt32(parameter, 2);
var Size = BitConverter.ToUInt16(parameter, 6);
CollectionParams.GetCollectionParams().SetParams(Time, Points, Size);
SubWork.GetSubWork().ToLua.Size = Size;
Console.WriteLine(string.Format("Time: {0}, Points: {1}, Size: {2}", Time, Points, Size));
_c78.M = this.message;
_c78.R = 0x01;
return(true);
}
else
{
return(false);
}
}
public override bool Decode(byte[] buf)
{
if (this.Decode(message, buf, out parameter))
{
SubWork.GetSubWork().ToLua.Numclean = parameter[2];
SubWork.GetSubWork().ToLua.Testsel = parameter[3];
SubWork.GetSubWork().ToLua.Isextdata = false;
SubWork.GetSubWork().workQuit = WOEK_QUIT.WORK_QUIT_Normal;
var StartStopCellCollection = parameter[0];
UpdateCellCollectionStateHandler?.Invoke(StartStopCellCollection);
var Version = parameter[1];
var CleaningTimes = parameter[2];
var TestSel = (Equipment.Device.TEST_Sel)parameter[3];
_c78.M = this.message;
_c78.R = 0x01;
return(true);
}
else
{
return(false);
}
}
private void button1_Click(object sender, EventArgs e)
{
SubWork subwork = SubWork.GetSubWork();
var state = subwork.ToLua.Stateto;
var fromState = subwork.FromLua.State;
}
private void ChangeStateToExitSleep()
{
SubWork.GetSubWork().ToLua.Stateto = (int)WorkState.WORK_SLEEPEXIT;
}
public void ChangeState(int state)
{
SubWork.GetSubWork().ToLua.Stateto = state;
}
private void InitializeStateChangeHandler()
{
SubWork.GetSubWork().FromLua.StateChangeHandler += StateChangeHandler;
}
public byte[] CreateDeviceWorkingStateParam()
{
byte[] param = new byte[35];
byte[] M1 = new byte[4];
subwork = SubWork.GetSubWork();
int workMode = (int)subwork.FromLua.State;
M1[0] = (byte)(workMode);
M1[1] = (byte)(workMode >> 8);
M1[2] = (byte)(workMode >> 16);
M1[3] = (byte)(workMode >> 24);
Array.Copy(M1, 0, param, 0, 4);
byte[] M2 = new byte[4];
int state = subwork.FromLua.Ref1;
M2[0] = (byte)(state);
M2[1] = (byte)(state >> 8);
M2[2] = (byte)(state >> 16);
M2[3] = (byte)(state >> 24);
//switch (config.Device.SystemMainWorkMode)
//{
// case Equipment.Device.ESystemMainWorkMode.WM_Testing:
// state = (int)config.Device.MeasState;
// M2[0] = (byte)(state);
// M2[1] = (byte)(state >> 8);
// M2[2] = (byte)(state >> 16);
// M2[3] = (byte)(state >> 24);
// break;
// case Equipment.Device.ESystemMainWorkMode.WM_FlowMaintenance:
// state = (int)config.Device.FlowMaintainMode;
// M2[0] = (byte)(state);
// M2[1] = (byte)(state >> 8);
// M2[2] = (byte)(state >> 16);
// M2[3] = (byte)(state >> 24);
// break;
// case Equipment.Device.ESystemMainWorkMode.WM_FirstPriming:
// case Equipment.Device.ESystemMainWorkMode.WM_Drain:
// //M2 - H | M2 - L
// //INT16U | INT16U
// //M2 - H为M2的高字节,0表示执行完成,1表示执行中
// //M2 - L为M2的低字节,表示执行的步骤
// //M2 = 0表示等待上位机命令
// break;
// case Equipment.Device.ESystemMainWorkMode.WM_ErrorHandle:
// //M2为错误代码值，表示正在执行的错误处理
// break;
// case Equipment.Device.ESystemMainWorkMode.WM_ShutDown:
// //M2 - H | M2 - L
// //INT16U | INT16U
// //M2 - H为M2的高字节,0表示执行完成,1表示执行中
// //M2 - L为M2的低字节,表示执行的步骤
// //M2 = 0表示正常关机流程
// break;
//}
Array.Copy(M2, 0, param, 4, 4);
//当前警告数
byte[] W = new byte[2];
Array.Copy(W, 0, param, 8, 2);
//当前错误个数
byte[] E = new byte[2];
Array.Copy(E, 0, param, 10, 2);
//测试开始时间
byte[] T = new byte[4];
int time = (int)SubWork.GetSubWork().FromLua.Testsecs * 5;
T[0] = (byte)(time);
T[1] = (byte)(time >> 8);
T[2] = (byte)(time >> 16);
T[3] = (byte)(time >> 24);
Array.Copy(T, 0, param, 12, 4);
//测试样本量
byte[] V = new byte[4];
float volum = (float)SubWork.GetSubWork().FromLua.Testsize;
V = BitConverter.GetBytes(volum);
Array.Copy(V, 0, param, 16, 4);
//重力传感器检测是否使能(0：关闭，1：开启)
//byte C = novoCyteConfig.Config.Device.GravitySensorDetectionEnable;
param[20] = config.Device.GravitySensorDetectionEnable;
//Console.WriteLine("startTime:{0}, volum:{1}, " , time, volum);
//流程执行的节拍数
byte[] t1 = new byte[4];
double ticks = SubWork.GetSubWork().FromLua.Testsecs;
t1 = BitConverter.GetBytes(ticks);
Array.Copy(t1, 0, param, 21, 4);
//总节拍数
byte[] t2 = new byte[4];
double TotalTicks = subwork.FromLua.Ttotal;
t2 = BitConverter.GetBytes(TotalTicks);
Array.Copy(t2, 0, param, 25, 4);
//Console.WriteLine("ticks:{0}, totalTicks:{1}, " , ticks, TotalTicks);
//AutoSampler联机状态
param[29] = (byte)config.Device.AutoSampleConnectStateType;
//QC状态
param[30] = (byte)config.Device.QCStateType;
//子状态
byte[] M3 = new byte[4];
int M2State = BitConverter.ToInt32(M2, 0);
if (M2State == (int)config.Device.BoostingState)
{
state = (int)config.Device.BoostingState;
M3[0] = (byte)(state);
M3[1] = (byte)(state >> 8);
M3[2] = (byte)(state >> 16);
M3[3] = (byte)(state >> 24);
}
else if (M2State == (int)config.Device.TestingState)
{
state = (int)config.Device.TestingState;
M3[0] = (byte)(state);
M3[1] = (byte)(state >> 8);
M3[2] = (byte)(state >> 16);
M3[3] = (byte)(state >> 24);
}
Array.Copy(M3, 0, param, 31, 4);
return(param);
}