kev/Drawer/UCDraw/GeoSigmaDrawLib/GeoSigmaWellSectionXY.cs

using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;
using System.Runtime.InteropServices;
using Newtonsoft.Json.Linq;
using System.Xml;
using System.Collections.Generic;
using System.Drawing;
using System.Reflection.Metadata.Ecma335;

namespace GeoSigmaDrawLib
{
    public class GeoSigmaWellSectionXY : GeoSigmaWellPoleXY
    {
        public GeoSigmaWellSectionXY(GeoSigmaXY.eViewType vType = GeoSigmaXY.eViewType.wellsection) : base(vType)
        {
            // mViewType = GeoSigmaXY.eViewType.wellpole;
            //pView = GeoSigmaLib.CreateWellPoleView();
            //  GeoSigmaLib.RegisterCallback(pView, s_wndCallback);
            ReadParamsFile();
        }

        public bool SetBendsSmooth()
        {
            bool b = GeoSigmaLib.SetBendsSmooth(pView);
            return b;
        }

        public bool IsSelectedWellSection()
        {
            return GeoSigmaLib.IsSelectedWellSection(pView);
        }

        public bool IsWellSectionBendsSmooth()
        {
            return GeoSigmaLib.IsWellSectionBendsSmooth(pView);
        }

        public int WellSectionFlatternStyle()
        {
            return GeoSigmaLib.WellSectionFlatternStyle(pView);
        }

        //层拉平方式 0真是位置，1层顶拉平，2层底拉平,3井顶拉平，4井底拉平
        public bool SetWellSectionFlatternStyle(int style)
        {
            return GeoSigmaLib.SetWellSectionFlatternStyle(pView, style);
        }

        public int SectionWellShowStyle()
        {
            return GeoSigmaLib.SectionWellShowStyle(pView);
        }

        // 1 =简单样式 ，2= 完整样式 , 3= 分割线样式
        public bool SetSectionWellShowStyle(int style)
        {
            return GeoSigmaLib.SetSectionWellShowStyle(pView, style);
        }

        public bool WellSectionConnectAllLayers()
        {
            return GeoSigmaLib.WellSectionConnectAllLayers(pView);
        }

        public bool WellSectionBreakAllBends()
        {
            return GeoSigmaLib.WellSectionBreakAllBends(pView);
        }

        public int WellSectionBendLinkStyle()
        {
            return GeoSigmaLib.WellSectionBendLinkStyle(pView);
        }

        //=1 井柱外， =2 井柱中心 3= 地层道 ，4=小层道
        public bool SetWellSectionBendLinkStyle(int style)
        {
            return GeoSigmaLib.SetWellSectionBendLinkStyle(pView, style);
        }

        public int WellSectionBendLeftExtendStyle()
        {//=1 不延伸 =2水平延伸，3=趋势延伸
            return GeoSigmaLib.WellSectionBendLeftExtendStyle(pView);
        }

        public bool SetWellSectionBendLeftExtendStyle(int style)//=1 不延伸 =2水平延伸，3=趋势延伸
        {
            return GeoSigmaLib.SetWellSectionBendLeftExtendStyle(pView, style);
        }

        public int WellSectionBendRightExtendStyle()
        {//=1 不延伸 =2水平延伸，3=趋势延伸
            return GeoSigmaLib.WellSectionBendRightExtendStyle(pView);
        }

        public bool SetWellSectionBendRightExtendStyle(int style)//=1 不延伸 =2水平延伸，3=趋势延伸
        {
            return GeoSigmaLib.SetWellSectionBendRightExtendStyle(pView, style);
        }

        public bool SetWellSectionDrawAddFaultItem()
        {
            return GeoSigmaLib.SetWellSectionDrawAddFaultItem(pView);
        }

        public bool WellSectionAddDepthRuler()
        {
            return GeoSigmaLib.WellSectionAddDepthRuler(pView);
        }

        public bool WellSectionIsAddBendLayerPoint()
        {
            return GeoSigmaLib.WellSectionIsAddBendLayerPoint(pView);
        }

        public bool WellSectionAddBendLayerPoint()
        {
            return GeoSigmaLib.WellSectionAddBendLayerPoint(pView);
        }

        public bool WellSectionDeleteBendLayerPoint()
        {
            return GeoSigmaLib.WellSectionDeleteBendLayerPoint(pView);
        }

        public bool WellSectionIsAddFaultPoint()
        {
            return GeoSigmaLib.WellSectionIsAddFaultPoint(pView);
        }

        public bool WellSectionAddFaultPoint()
        {
            return GeoSigmaLib.WellSectionAddFaultPoint(pView);
        }

        public bool WellSectionDeleteFaultPoint()
        {
            return GeoSigmaLib.WellSectionDeleteFaultPoint(pView);
        }

        public bool WellSectionBreakLeftBend()
        {
            return GeoSigmaLib.WellSectionBreakLeftBend(pView);
        }

        public bool WellSectionBreakRightBend()
        {
            return GeoSigmaLib.WellSectionBreakRightBend(pView);
        }

        public bool WellSectionConnectLeftLayer()
        {
            return GeoSigmaLib.WellSectionConnectLeftLayer(pView);
        }

        public bool WellSectionConnectRightLayer()
        {
            return GeoSigmaLib.WellSectionConnectRightLayer(pView);
        }

        public bool WellSectionConnectLeftRightLayer()
        {
            return GeoSigmaLib.WellSectionConnectLeftRightLayer(pView);
        }

        public IntPtr CreateWellSection(string title,double depthScale,double levelScale,double horizonScale)
        {
            return GeoSigmaLib.CreateWellSection(pView, title, depthScale, levelScale, horizonScale);
        }

        public bool WellSectionAddNewWell(string wellName, double depthScale, double top, double bottom, double x, double y, double bushingLevel, string wellTemplateFile, ref UInt64 objHandle)
        {
            return GeoSigmaLib.WellSectionAddNewWell(pView, wellName, depthScale, top, bottom, x, y, bushingLevel, wellTemplateFile, ref objHandle);
        }

        public bool WellSectionReSetAllWellsPosition(bool bNeedComputedDepth,double topExtent, double bottomExtent)
        {
            return GeoSigmaLib.WellSectionReSetAllWellsPosition(pView,bNeedComputedDepth ,topExtent,bottomExtent);
        }

        public bool WellSectionConnectLayers(string trackTypeStr)
        {
            return GeoSigmaLib.WellSectionConnectLayers(pView, trackTypeStr);
        }

        public static bool SetWellSectionStratificationJson(IntPtr pSection, string str)
        {
            bool b = GeoSigmaLib.SetWellSectionStratificationJson(pSection, str);
            return b;
        }

        public static bool SetWellSectionStratumDivisionJson(IntPtr pSection, string str)
        {
            bool b = GeoSigmaLib.SetWellSectionStratumDivisionJson(pSection, str);
            return b;
        }

        public bool WellSectionApplyingTemplateFileForWell(string filePath, UInt64 wellHandle)
        {
            bool b = GeoSigmaLib.WellSectionApplyingTemplateFileForWell(pView, filePath, wellHandle);
            return b;
        }

        public bool WellSectionApplyingWellTemplateForSection(UInt64 wellHandle)
        {
            bool b = GeoSigmaLib.WellSectionApplyingWellTemplateForSection(pView, wellHandle);
            return b;
        }

        public bool WellSectionApplyingTemplateFileForSection(string filePath)
        {
            bool b = GeoSigmaLib.WellSectionApplyingTemplateFileForSection(pView, filePath);
            return b;
        }

        public bool WellSectionGetLinkTracksTypes(UInt64 sectionHandle, out string[] NamesArr)
        {//获得有连接bend的井道类型
            NamesArr = new string[0];
            IntPtr typeStrBuf;
            typeStrBuf = IntPtr.Zero;
            int typeStrLen;
            typeStrLen = 0;
            bool b = GeoSigmaLib.WellSectionGetLinkTracksTypes(sectionHandle, ref typeStrBuf, ref  typeStrLen);

            if (b && typeStrLen > 0)
            {
                string strType = Marshal.PtrToStringAnsi(typeStrBuf, typeStrLen);
                NamesArr = strType.Split('|');

                GeoSigmaLib.FreeByteArray(typeStrBuf);
            }
            return b;
        }

        public bool WellSectionBreakBends(UInt64 sectionHandle, string[] trackTypes)
        {
            bool b = false;
            string strTypes = "";
            for(int i = 0; i < trackTypes.Length; i++)
            {
                strTypes = strTypes + "|" + trackTypes[i];
            }
            strTypes = strTypes.TrimStart('|');

            b = GeoSigmaLib.WellSectionBreakBends(pView,sectionHandle, strTypes);
            return b;
        }

        public bool WellSectionGetWellStratumTracksTypes(UInt64 sectionHandle, out string[] NamesArr)
        { //获得剖面中井能够进行层位连接的井道类型
            NamesArr = new string[0];
            IntPtr typeStrBuf;
            typeStrBuf = IntPtr.Zero;
            int typeStrLen;
            typeStrLen = 0;
            bool b = GeoSigmaLib.WellSectionGetWellStratumTracksTypes(sectionHandle, ref typeStrBuf, ref typeStrLen);

            if (b && typeStrLen > 0)
            {
                string strType = Marshal.PtrToStringAnsi(typeStrBuf, typeStrLen);
                NamesArr = strType.Split('|');

                GeoSigmaLib.FreeByteArray(typeStrBuf);
            }
            return b;
        }

        public bool WellSectionSetWellRealDistance()
        {
            bool b = GeoSigmaLib.WellSectionSetWellRealDistance(pView);
            return b;
        }
        public bool  WellSectionGetTotalWellsDistance(UInt64 sectionHandle, ref int wellNum, ref double totalDistance)
        {
            bool b = GeoSigmaLib.WellSectionGetTotalWellsDistance(sectionHandle, ref wellNum, ref totalDistance);
            return b;
        }

        public bool WellSectionSetWellsDistance(UInt64 sectionHandle,double distance)
        {
            return GeoSigmaLib.WellSectionSetWellsDistance(sectionHandle, distance);
        }

        public bool WellSectionAddWellsMap(string sybmolPath)
        {
            return GeoSigmaLib.WellSectionAddWellsMap(pView, sybmolPath);
        }
    }
}