using OTSDataType; using OTSModelSharp.ResourceManage; using System; using System.Collections.Generic; using System.Drawing; using System.Runtime.InteropServices; namespace OTSMeasureApp { ////内存大小 //public enum MEMORY_SIZE //{ // SAMPLE_NAME_SIZE = 20, // TIME_SIZE = 50 //}; ////BSE图类型 //public enum BSEIMAGE_TYPE //{ // BSEIMAGE = 0, //BSE图 // BSEIMAGE_WITHOUT_BG = 1 //去背景BSE图 //}; //消息枚举 //public enum MSG_TYPE //{ // MTHREADSTATUS = 1001, //测量线程状态 // MSAMPLESTATUS = 1002, //测量样品状态 // MSAMPLERESULT = 1003 //测量结果 //}; // 测量线程状态 //public enum RET_MEASURE_THREAD_STATUS //{ // READY = 0, // INPROCESS = 1, // STOPPED = 2, // FAILED = 3, // COMPLETED = 4 //}; ////测量样品的状态 //public enum RET_MEASURE_SAMPLE_STATUS //{ // UNMEASURED = 0, // INPROCESS = 1, // STOPPED = 2, // FAILED = 3, // SUCCESSED = 4 //}; //样品测量结果 //public enum MEASURE_SAMPLE_RESULT //{ // BSE_DATA = 0, //BSE图数据 // FIELD_DATA = 1, //FIELD 数据 // START_MSR_FIELD = 2 //开始测试的幁图 //}; //[StructLayout(LayoutKind.Sequential)] //public struct STMrsSampleRetThreadMsg //{ // [StructLayout(LayoutKind.Sequential)] // public struct STMTRethreadStatus // { // public RET_MEASURE_THREAD_STATUS iMThreadStatus; // [MarshalAs(UnmanagedType.ByValArray, SizeConst = (int)MEMORY_SIZE.TIME_SIZE)] // public char[] cMsrStartTime; //MSR_START_TIME // [MarshalAs(UnmanagedType.ByValArray, SizeConst = (int)MEMORY_SIZE.TIME_SIZE)] // public char[] cMsrEndTime; //MSR_END_TIME // }; // [StructLayout(LayoutKind.Sequential)] // public struct STMRetSampleStatus // { // public RET_MEASURE_SAMPLE_STATUS iMeasureSampleStatus; // [MarshalAs(UnmanagedType.ByValArray, SizeConst = (int)MEMORY_SIZE.SAMPLE_NAME_SIZE)] // public char[] cMsrSName; // }; // [StructLayout(LayoutKind.Sequential)] // public struct STMSaResultData // { // public MEASURE_SAMPLE_RESULT iRetDataType; //ENUM_MEASURE_SAMPLE_RESULT // [StructLayout(LayoutKind.Sequential)] // public struct RETBSEData // { // public Point FieldPos; // public int iBSEDataHeight; // public int iBSEDataWidth; // public IntPtr pData; // }; // [StructLayout(LayoutKind.Sequential)] // public struct RETFieldData // { // public Point FieldPos; // public int iMeasureFieldTotalCount; // public int iCompleteFieldCount; // public int iSParticleCount; // Sample particle count // }; // [StructLayout(LayoutKind.Sequential)] // public struct StartToMsrField // { // public Point FieldPos; // }; // public RETBSEData BSEData; // public RETFieldData SFieldata; // public StartToMsrField StartMsrField; // }; // public Byte[] gbseData;//用于实时接收图片数据，以防止异步读取时，图片数据已被析构 // public MSG_TYPE iMsgType; // public STMTRethreadStatus STMThreadStu; // public STMRetSampleStatus STMSampleStu; // public STMSaResultData STMSampleRetData; //}; //MeasureApp 给 SoluWindow 发送添加样品的样品信息 public class CTreeSampleParam { public string sSampleTitleName; //样品树显示的样品标题名称 public string sWorkSampleName; // 工作样品名称 public bool bSwitch; //样品执行开关 public bool bParamLock; //样品测量参数锁 }; //MeasureApp 给SampleWindow窗口发送添加样品的样品孔名，测量区域信息 public struct SampleMeasurePara { public string sSampleName; public string sHoleName; public int iShape; //测量区域形状 public List PolygonPointRegion;//多边形点集合 public List PolygonPointRegionF;//多边形点集合 public List DrawPolygonPointRegionF;//多边形点集合 public Rectangle MeasureRect; //测量区域大小 }; //MeasureApp 给SampleWindow窗口发送添加样品的样品孔名信息 public struct SampleHolePara { public string sHoleName; public int iShape; //样品孔大小 public Rectangle SampleHoleRect; }; //样品属性数据 public class SampleData { public OTS_SAMPLE_PROP_GRID_ITEMS iSampleId; //样品ID public String sSCaptionName; //样品标题名 public OTS_ITEM_TYPES iSampleValType; //样品标题名对应值的类型 public Object SampleVal; //样品标题名对应值，全部是string public List comboDownList=new List();//如果iSampleValType是combobox则在此处存储下拉列表 //public int sampleValueIndex;//属性值对应的枚举列表中的索引值 public bool bReadOnly; //值的类型 public string sDescriptionInfo; //描述信息 } public class SampleNodeMeaInfo //样品信息 { public String sSampleName; //样品名称 public bool bSwitch; //样品执行开关 public List SampleDataList; //样品属性数据 }; public class SampleDataGroup //样品信息 { public OTS_SAMPLE_PROP_GRID_ITEM_GROUPS GroupId; public String sTitle; //样品名称 public List SampleDataList=new List (); //样品属性数据 }; public class OTSSamplePropertyInfo { const String General_Title = "通用参数组"; const String Image_Title = "图像扫描参数组"; const String Image_Process_Title = "图像处理参数组"; const String XRay_Title = "X-Ray参数组"; const String SemData_Title = "SEM数据参数组"; const String MeasureStatu_Title = "测量状态参数组"; const String MeasureRet_Title = "测量结果参数组"; public List SampleDataGrps; //构造函数 public OTSSamplePropertyInfo() { //st_SNodeMeaInfo = new SampleNodeMeaInfo(); //st_SNodeMeaInfo.SampleDataList = new List(); SMeasurePara = new SampleMeasurePara(); SampleDataList = new List(); TSampleParam = new CTreeSampleParam(); //sGeneral_Title = ""; //sImage_Title = ""; //sImage_Process_Title = ""; //sXRay_Title = ""; //sSemData_Title = ""; //sMeasureStatu_Title = ""; //sMeasureRet_Title = ""; SampleDataGrps = new List(); } //样品属性数据 public List SampleDataList;//保持一个所有条目列表，目的为了兼容以前的代码 // public string sWorkSampleName; //当前工作样品名 public void AddASampleDataGrp(SampleDataGroup g) { SampleDataGrps.Add(g); SampleDataList .AddRange(g.SampleDataList);//保持一个所有条目列表目的为了兼容以前的代码 } public List GetSampleDataGroups() { return SampleDataGrps; } public String sSampleSoluName; //样品的标题名 (Treeview的根节点名) public bool bSwitch; //样品参数锁，默认都是false， 当执行测量完成后，设置为true，则客户不允许修改GRID等数据。 //MeasureApp 给SampleWindow窗口发送添加样品的样品孔名，测量区域信息 public SampleMeasurePara SMeasurePara; //public SampleNodeMeaInfo st_SNodeMeaInfo; public CTreeSampleParam TSampleParam; //Grid的显示组的标题名 //public int iGeneral_Title_ID; //public String sGeneral_Title; //public int iImage_Title_ID; //public String sImage_Title; //public int iImage_Process_Title_ID; //public String sImage_Process_Title; //public int iXRay_Title_ID; //public String sXRay_Title; //public int iSemData_Title_ID; //public String sSemData_Title; //public int iMeasureStatu_Title_ID; //public String sMeasureStatu_Title; //public int iMeasureRet_Title_ID; //public String sMeasureRet_Title; }; }