rts-sim-testing-message/protos/stationLayoutGraphics.proto

syntax = "proto3";

package graphicData;
option java_package = "club.joylink.bjrtss.ats.verify.protos";
option java_outer_classname = "LayoutGraphicsProto";

message RtssGraphicStorage {
  Canvas canvas = 1;
  // repeated Link links = 2;
  // repeated IscsFan iscsFans = 3;
  repeated Platform Platforms = 4;
  repeated Station stations = 5;
  // repeated Rect rects = 6;
  // repeated Train train = 7;
  repeated Signal signals = 8;
  repeated Turnout turnouts = 9;
  repeated Section section = 10;
  // repeated Polygon polygons = 11;
  repeated TrainWindow trainWindows = 12;
  repeated AxleCounting axleCountings = 13;
  repeated Separator separators = 14;
  repeated SectionLink sectionLinks = 15;
  repeated AxleCountingSection axleCountingSections = 16;
  repeated LogicSection logicSections = 17;
}

message Canvas {
  // 画布宽
  int32 width = 1;
  // 画布高
  int32 height = 2;
  // 背景色
  string backgroundColor = 3;
  // 视口变换
  Transform viewportTransform = 4;
}

message Point {
  // x坐标
  float x = 1;
  // y坐标
  float y = 2;
}

//变换
message Transform {
  // 位移
  Point position = 1;
  // 缩放
  Point scale = 2;
  // 旋转弧度
  float rotation = 3;
  // 歪斜
  Point skew = 4;
}

//子元素变换
message ChildTransform {
  // 子元素名称
  string name = 1;
  // 子元素变换
  Transform transform = 2;
}
// 公共属性
message CommonInfo {
  string id = 1;
  string graphicType = 2;
  Transform transform = 3;
  repeated ChildTransform childTransforms = 4;
}

// message Link {
//   CommonInfo common = 1;
//   string code = 2;
//   bool curve = 3;            // 是否曲线
//   int32 segmentsCount = 4;   // 曲线分段数
//   int32 lineWidth = 5;       // 线宽
//   string lineColor = 6;      // 线色
//   repeated Point points = 7; // 点坐标列表
// }

// message Rect {
//   CommonInfo common = 1;
//   string code = 2;
//   int32 lineWidth = 3;  // 线宽
//   string lineColor = 4; // 线色
//   float width = 5;      //宽度
//   float height = 6;     //高度
//   int32 radius = 7;     //圆角半径
//   Point point = 8;      // 画第一个点的坐标
// }

// message Polygon {
//   CommonInfo common = 1;
//   string code = 2;
//   int32 lineWidth = 3;       // 线宽
//   string lineColor = 4;      // 线色
//   repeated Point points = 5; // 点坐标列表
// }

message Platform {
  CommonInfo common = 1;
  string code = 2;
  bool hasdoor = 3;     // 是否有屏蔽门
  string direction = 4; // 行驶方向--屏蔽门上下
  int32 index = 5; //索引
  int32 refStationIndex = 6; //关联车站索引
}

message Station {
  CommonInfo common = 1;
  string code = 2;
  bool hasControl = 3;            // 是否有控制
  bool concentrationStations = 4; //是否集中站
                                  // string kilometerCode = 5;       //公里标
  KilometerSystem kilometerSystem = 6; //公里标
  int32 index = 7;
}

message TrainWindow {
  CommonInfo common = 1;
  string code = 2;
  string sectionId = 3;
}

message AxleCounting {
  CommonInfo common = 1;
  string code = 2; // 名称
  KilometerSystem kilometerSystem = 3;     //公里标
  repeated RelatedRef axleCountingRef = 4; // 计轴关联的物理区段和道岔
  int32 index = 5;                   //计轴的索引编号
}

// message Train {
//   CommonInfo common = 1;
//   string code = 2;
// }

// message IscsFan {
//   CommonInfo common = 1;
//   string code = 2;
// }

message Turnout {//(后端不关注)
  CommonInfo common = 1;
  string code = 2;
  repeated Point pointA = 6; // A端坐标列表
  repeated Point pointB = 7; // B端坐标列表
  repeated Point pointC = 8; // C端坐标列表
  RelatedRef paRef = 9;      // 道岔A端关联的设备
  RelatedRef pbRef = 10;     // 道岔B端关联的设备
  RelatedRef pcRef = 11;     // 道岔C端关联的设备
  // KilometerSystem kilometerSystem = 12; // 道岔公里标
  repeated KilometerSystem kilometerSystem = 13; // 道岔公里标
  int32 index = 14; //索引
}

message KilometerSystem {
  int64 kilometer = 1;  //公里标cm
  string coordinateSystem = 2; //坐标系
}

message Signal {
  CommonInfo common = 1;
  string code = 2;
  bool mirror = 3;
  // int64 kilometer = 4;
  // string coordinateSystem = 5;
  KilometerSystem kilometerSystem = 6;
  int32 index = 7; //索引
}

/** 物理区段(包含岔区和非岔区) */
message Section {
  enum SectionType {
    Physical = 0;
    TurnoutPhysical = 2;
  }

  CommonInfo common = 1;
  string code = 2;                   // 编号
  repeated Point points = 3;         // 点列表
  RelatedRef paRef = 4;              // 区段A端关联的设备(非岔区)(后端不关注)
  RelatedRef pbRef = 5;              // 区段B端关联的设备(非岔区)(后端不关注)
  SectionType sectionType = 6;       // 区段类型
  repeated string axleCountings = 7; // 区段对应的计轴
  int32 index = 8;                   // 索引
}

//关联设备
message RelatedRef {
  enum DeviceType {
    Section = 0;
    Turnout = 1;
    TrainWindow = 2;
    AxleCounting = 3;
    SectionLink = 4;
  }

  enum DevicePort {
    A = 0;
    B = 1;
    C = 2;
  }

  DeviceType deviceType = 1; //关联的设备类型
  string id = 2;             //关联的设备ID
  DevicePort devicePort = 3; //关联的设备端口
}

//计轴区段与道岔的位置关系
message TurnoutPosRef {
  string id = 1;      //道岔的ID
  int32 position = 2; //道岔的正反为，0是定位，1是反位
}

message Separator { // 分隔符
  CommonInfo common = 1;
  string code = 2;
  string separatorType = 3;
}

message SimpleRef{
  enum DeviceType {
    Turnout = 0;
    AxleCounting = 1;
  }
  DeviceType deviceType = 1;
  string id = 2;
}

message SectionLink {
  CommonInfo common = 1;
  string code = 2;
  repeated Point points = 3;
  bool up = 4; // 是否上行
  SimpleRef aSimRef = 5; // SectionLink A端连接设备（构建关系 AxleCounting/Turnout）  //端点
  SimpleRef bSimRef = 6; // SectionLink B端连接设备（构建关系 AxleCounting/Turnout）  //端点
  RelatedRef aRef = 7; // SectionLink A端连接设备（端口关系 SectionLink/Turnout）
  RelatedRef bRef = 8; //SectionLink B端连接设备（端口关系 SectionLink/Turnout）
  int32 index = 9; // 索引编号
}

message AxleCountingSection { // 计轴区段
  CommonInfo common = 1;
  string code = 2; // 名称
  repeated Point points = 3;
  RelatedRef paRef = 4;                  // 计轴区段A端关联的计轴
  RelatedRef pbRef = 5;                  // 计轴区段B端关联的计轴
  repeated TurnoutPosRef turnoutPos = 6; //关联道岔的正反位--0是定位，1是反位
  int32 index = 7;                 //计轴区段的索引编号
}

message LogicSection { // 逻辑区段
  CommonInfo common = 1;
  string code = 2; // 名称
  repeated Point points = 3;
  string axleSectionId = 4; // 关联的计轴区段Id
  int32 index = 5;    // 索引编号
  string turnoutId = 6;  // 关联的岔芯对应的道岔id
}