using System;
using System.Runtime.InteropServices;
#pragma warning disable CS1591
namespace GeoSigmaDrawLib
{
#region 数据定义
[StructLayout(LayoutKind.Sequential, Pack = 1, CharSet = CharSet.Ansi)]
public struct Point2D
{
public string pointName;
public double x;
public double y;
public double z;
public double angle;
}
[StructLayout(LayoutKind.Sequential, Pack = 1, CharSet = CharSet.Ansi)]
public struct CrossPoint2D
{
public double x;
public double y;
public double angle;
public string name1;
public string name2;
public string name3;
public string name4;
}
[StructLayout(LayoutKind.Sequential, Pack = 1, CharSet = CharSet.Ansi)]
public struct ProportionData
{
public double x;
public double y;
// double ScaleFactor; // 比例
public double ScaleLength; // 比例长度
public double ScaleHeight; // 比例高度
public int ViewMode; // 显示方式
public int num; // 个数
public int Unit; // 长度单位
public int ColorR; // 颜色 R
public int ColorG; // 颜色 G
public int ColorB; // 颜色 B
public double TextScale; // 文本比例
public int TextSpace; // 文本间隔
public int TextAlign; // 文本对齐
public double TextWidth; // 文本宽度
public double TextHeight; // 文本高度
}
[StructLayout(LayoutKind.Sequential, Pack = 1, CharSet = CharSet.Ansi)]
public struct FractionPoint
{
public double x;
public double y;
public double angle;
public string numeratorString;
public string denominatorString;
}
[StructLayout(LayoutKind.Sequential, Pack = 1, CharSet = CharSet.Ansi)]
public struct RectangularCSGridData
{
public int showMode; // 曲线=0 交点=1 空=2
public double stepX; // 网格步长
public double stepY; // 网格步长
public int gridColorR;
public int gridColorG;
public int gridColorB;
public int textHeight;
public int textScale; // 地理 = 0, 数学=1, 地理1=2, 地理2全部=3
public int notatioinMode; // 所有边=0, 左边上边=1,上边右边=2,右边下边=3,下边左边=4
public double baseX; // 基数x
public double baseY; // 基数y
public double coefficientX; // 系数x
public double coefficientY; // 系数y
public double left; // 坐标范围左
public double top; // 坐标范围上
public double right; // 坐标范围右
public double bottom; // 坐标范围底
public int isShowOutBorder; // 是否显示外边框
public int borderThickness; // 边框厚度
public int blackOutterBorder; // 是否显示为黑边框
public int borderColorR;
public int borderColorG;
public int borderColorB;
public override bool Equals(object obj)
{
if (!(obj is RectangularCSGridData))
{
return false;
}
RectangularCSGridData other = (RectangularCSGridData)obj;
return (showMode == other.showMode
&& stepX == other.stepX
&& stepY == other.stepY
&& gridColorR == other.gridColorR
&& gridColorG == other.gridColorG
&& gridColorB == other.gridColorB
&& textHeight == other.textHeight
&& textScale == other.textScale
&& notatioinMode == other.notatioinMode
&& baseX == other.baseX
&& baseY == other.baseY
&& coefficientX == other.coefficientX
&& coefficientY == other.coefficientY
&& left == other.left
&& top == other.top
&& right == other.right
&& bottom == other.bottom
&& isShowOutBorder == other.isShowOutBorder
&& borderThickness == other.borderThickness
&& blackOutterBorder == other.blackOutterBorder
&& borderColorR == other.borderColorR
&& borderColorG == other.borderColorG
&& borderColorB == other.borderColorB);
}
}
[StructLayout(LayoutKind.Sequential, Pack = 1, CharSet = CharSet.Ansi)]
public struct TextInformation
{
public string text;
public double textHeight;
public double textWidth;
public double angle;
public int bUpDown; // 是否按上下角标方式显示
public int r;
public int g;
public int b;
public IntPtr textArr;
public int lenOfTextArr;
public double x;
public double y;
public int textHeightOfDisplayed; // 文字的显示高度
}
[StructLayout(LayoutKind.Sequential, Pack = 1, CharSet = CharSet.Ansi)]
public struct CurveNode
{
public double x;
public double y;
public double z;
public double len;
public double realLen;
public double angle;
}
[StructLayout(LayoutKind.Sequential, Pack = 1)]
public struct BufferAgency
{
public IntPtr buffer;
public int len;
}
[StructLayout(LayoutKind.Sequential, Pack = 1, CharSet = CharSet.Ansi)]
public struct ViewFactor
{
public double offsetX;
public double offsetY;
public double zoomFactor;
}
[StructLayout(LayoutKind.Sequential, Pack = 1, CharSet = CharSet.Unicode)]
public struct ElementInfo
{
public IntPtr name;
public int lenOfName;
public int elementType;
public IntPtr layerName;
public int lenOfLayerName;
public IntPtr markName;
public int lenOfMarkName;
public double length;
public double area;
public double azimuth; // 方位角
public double x;
public double y;
public double z;
};
[StructLayout(LayoutKind.Sequential, Pack = 1, CharSet = CharSet.Ansi)]
public struct FourPoint
{
// 输入的四个点的坐标
public double cx1;
public double cy1;
public double cx2;
public double cy2;
public double cx3;
public double cy3;
public double cx4;
public double cy4;
// 四个点的世界坐标
public double wx1;
public double wy1;
public double wx2;
public double wy2;
public double wx3;
public double wy3;
public double wx4;
public double wy4;
};
[StructLayout(LayoutKind.Sequential, Pack = 1, CharSet = CharSet.Ansi)]
public struct TwoPoint
{
// 输入的二个点的坐标
public double cx1;
public double cy1;
public double cx2;
public double cy2;
// 四个点的世界坐标
public double wx1;
public double wy1;
public double wx2;
public double wy2;
};
[StructLayout(LayoutKind.Sequential, Pack = 1, CharSet = CharSet.Ansi)]
public struct DeletionCondition
{
public int kind; // 删除依据 0--曲线长度 1--曲线名称 2--点类名称
public double threshold; // 门限值
public int method; // 删除方法
// 筛选条件 <门限值
public int ConditionDeletion;
public string layerName; // 层位
}
[StructLayout(LayoutKind.Sequential, Pack = 1, CharSet = CharSet.Ansi)]
public struct CutImageInfo
{
public string fileNamesSelected; // 要转换的文件列表。使用分号分割各个文件名。
public string rangeCurveFileName;
public int kindOfoutputDirectory; // 0--源码所在目录 1--指定目录
public string outputDirectorySpecified;
};
[StructLayout(LayoutKind.Sequential, Pack = 1, CharSet = CharSet.Ansi)]
public struct FileTransformationInfo
{
public string fileNamesSelected; // 要转换的文件列表。使用分号分割各个文件名。
public int kindOfoutputDirectory; // 0--源码所在目录 1--指定目录
public string outputDirectorySpecified;
public int format; // 目标文件格式
public int bMark; // 清除不使用的符号
public int bClassification; // 清除不使用的类别
};
#endregion 数据定义
public enum ViewOperationKind
{
Invalid = 0,
ViewPan = 1,
ViewWindow = 2,
ViewWellPolePan=3,
}
public enum LayerStatus
{
VIEW_EDIT = 10,
VIEW_NOT_EDIT = 11,
NOT_VIEW_NOT_EDIT = 12
}
///
/// 曲线样式类别
///
public enum CurveStyleType
{
CurveArrowHead = 101, // 首箭头
CurveArrowTail = 102, // 尾箭头
CurveScale = 103, // 刻度
CurveRgn = 104, // 符号充填
CurveNameHead = 105, // 首名字
CurveNameTail = 106, // 尾名字
CurveProperties = 107, // 属性
CurveInName = 108, // 曲线内部名字
CurveLocate = 109, // 桩号
CurveTwoMark = 110, // 两个符号
CurveInNameAny = 111, // 任意处上名字
CurveMarkHead = 112, // 首符号
CurveMarkTail = 113, // 尾符号
CurveMarkMove = 114, // 闪烁
CurveEffect = 115, // 渐变充填
CurveCenterName = 116, // 在曲线范围的中心处上名字
//CurveLocation = 1, // 桩号
//CurveScaleSymbol = 2, // 刻度
//CurveName = 3, // 名字
//CurveTwoMark = 4, // 两个符号
//CurveFillSymbol = 5, // 符号填充
//CurveInName = 6, // 内部写名字
//CurveInNameAny = 7, // 任意处写名字
//CurveEffect = 8, // 渐变色
//CurveCenterName = 9, // 中心上名字
}
//椭球体种类
/*
0 China-1954
1 China-1967
2 China-1975
3 China-1980
4 China-1983
5 WGS-60
6 WGS-66
7 WGS-72
8 WGS-84
9 Bessel
10 Hayfard
11 Clarke-1866
12 Krasovsky
13 YouCunYi(China)
14 GRIM-1
15 GRIM-2
16 GEM-8
17 GEM-10
*/
//projection
/*
0 Gauss
1 UTM
2 Lambert
3 mercator
4 Albers
*/
//coordinate_type
/*
0 经度，纬度
1 横坐标X，纵坐标Y
2 纬度，经度
3 横坐标Y，纵坐标X
*/
//coordinate_unit
/*
0 度分秒
1 米
2 度
3 公里
*/
[StructLayout(LayoutKind.Sequential, Pack = 1, CharSet = CharSet.Ansi)]
public struct SigmaProjectionParameter
{
//for conformal conic projection
public double conic_OriginLongitude; //原点经度
public double conic_OriginLatitude; //原点纬度
public double conic_b1; //标准纬度
public double conic_b2;
//for gauss and utm
public int w; //带宽(6或者3)
public int zone;
public double m_dCustomCenterLongitude; //自定义的中央经线
public double m_dScaleFactor; //比例系数
public int projection; //投影系统
public int coordinate_unit; //坐标单位
public int coordinate_type; //坐标参数
public int ellipsoidKind; //椭球体种类
public int latitude; //0北纬、1南纬
public int longitude; //0东经、1西经
public int bZone; //0 无带号 1 有代号 flags虽然包含是否有代号的信息 但不方便使用 因要用到位运算
public int bCustomCenterLongitude; //0 不是自定义中央经线 1 是
}
[StructLayout(LayoutKind.Sequential, Pack = 1, CharSet = CharSet.Ansi)]
public struct PrintPartition
{
public int bPartitin; //是否分幅
public int kind; //不使用枚举。便于向C++传递。 0 不分幅 1 全部分幅 2 横向分幅 3 纵向分幅
public int row; //索引从1开始
public int col; //索引从1开始
public int overlapWidth; //重叠宽度 单位为像素
//--------------
//这是打印及打印预览所使用的辅助信息
public int bPreview; //0 打印预览 1 打印 不使用布尔值 防止传递给C++时可能出现的错 误
public int currentPage; //索引从1开始
public int countOfPage; //总页数
}
public enum MathFindKind
{
曲线,
点类,
曲线和点类
}
public enum ActionType
{
ActionTypeLayerRename = 1, // 图层重命名
ActionTypeLayerAdd = 2, // 图层添加
ActionTypeLayerDelete = 3, // 图层删除
ActionTypeLayerDragDrop = 4, // 图层拖拽8
ActionTypeLayerCurveAdd = 5, // 图层添加曲线修饰
ActionTypeLayerCurveDelete = 6, // 图层删除曲线修饰
ActionTypeLayerCurveMoveUp = 7, // 图层删除曲线修饰
ActionTypeLayerCurveMoveDown = 8, // 图层删除曲线修饰
ActionTypeLayerPointAdd = 9, // 图层添加点修饰
ActionTypeLayerPointDelete = 10, // 图层删除点修饰
}
///
/// 数据统计类型
///
public enum StatisticType
{
STAT_MODE_ELEMENTS = 0, // 统计元素（缺省）
STAT_MODE_TRAPS = 1, // 统计圈闭
STAT_MODE_VOLUME = 2, // 统计体积
STAT_MODE_SURVEY = 3, // 统计测线
STAT_MODE_WELL = 4, // 统计井位
STAT_MODE_LAYER = 5, // 层位统计
STAT_MODE_FAULTS = 6, // 统计断层
}
}
#pragma warning restore CS1591