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Commit 9d57c4cf authored by Антон Кудряшов's avatar Антон Кудряшов
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- added solution for PRM Module

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with 285 additions and 189 deletions
MES_Wind/PRM_wind.cs → PRMLibrary/PRMLibrary.cs
+ 191
− 189
View file @ 9d57c4cf
......@@ -2,53 +2,52 @@
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Windows.Forms;
namespace MES_Wind_prm
namespace PRMLibrary
{
public class PRM_index
public class Index
{
public int Row;
public int Col;
public PRM_index(int Row, int Col)
public Index(int Row, int Col)
{
this.Row = Row;
this.Col = Col;
}
public PRM_index() : this(0, 0) { }
public Index() : this(0, 0) { }
}
public class PRM_coordinate
public class Coordinate
{
public double X;
public double Y;
public PRM_coordinate(double X, double Y)
public Coordinate(double X, double Y)
{
this.X = X;
this.Y = Y;
}
public PRM_coordinate() : this(0, 0) { }
public Coordinate() : this(0, 0) { }
}
public class PRM_raster_cell_prognostic
public class PrognosticCell
{
public double velocityX;
public double velocityY;
public PRM_coordinate coords;
public PRM_raster_cell_prognostic(PRM_coordinate coord, double vX, double vY)
public Coordinate coords;
public PrognosticCell(Coordinate coord, double vX, double vY)
{
this.coords = coord;
this.velocityX = vX;
this.velocityY = vY;
}
}
public class PRM_raster_cell_climate
public class ClimateCell
{
public double wind5;
public double wind10;
public double wind15;
public PRM_coordinate coords;
public Coordinate coords;
public PRM_raster_cell_climate(PRM_coordinate coord, double w5, double w10, double w15)
public ClimateCell(Coordinate coord, double w5, double w10, double w15)
{
this.coords = coord;
this.wind5 = w5;
......@@ -56,31 +55,31 @@ namespace MES_Wind_prm
this.wind15 = w15;
}
}
public struct PRM_cell_size
public struct CellSize
{
public double width;
public double height;
public PRM_cell_size(double wdh, double hgh)
public CellSize(double wdh, double hgh)
{
this.width = wdh;
this.height = hgh;
}
}
public class PRM_Line
public class Powerline
{
public int identifier { get; set; }
public int year;
public double height;
public int power;
public List<PRM_coordinate> coords { get; set; }
public List<Coordinate> coords { get; set; }
public int pointFromID;
public int pointToID;
public bool isbroken;
public bool ison;
public PRM_Line(List<PRM_coordinate> coord, int id, int yer, double h, int pw, bool isbrkn, bool ison, int toID, int fromID)
public Powerline(List<Coordinate> coord, int id, int yer, double h, int pw, bool isbrkn, bool ison, int toID, int fromID)
{
this.coords = coord;
this.identifier = id;
......@@ -92,19 +91,19 @@ namespace MES_Wind_prm
this.pointFromID = fromID;
this.pointToID = toID;
}
public PRM_Line() : base() { }
public Powerline() : base() { }
}
public class PRM_Station
public class PowerStation
{
public int identifier;
public PRM_coordinate coords;
public Coordinate coords;
public string name;
public int power;
public string type;
public bool issource;
public bool ison;
public List<PRM_Line> linelist;
public PRM_Station(PRM_coordinate crds, int id,string stname, int stpower, string sttype, bool issource, bool ison)
public List<Powerline> linelist;
public PowerStation(Coordinate crds, int id, string stname, int stpower, string sttype, bool issource, bool ison)
{
this.coords = crds;
this.identifier = id;
......@@ -114,106 +113,105 @@ namespace MES_Wind_prm
this.issource = issource;
this.ison = ison;
}
public PRM_Station() : base() { }
public PowerStation() : base() { }
}
enum PRMFunctionType
enum FunctionType
{
PRMFunctionVelocityX = 0,
PRMFunctionVelocityY = 1,
PRMFunctionClimate5 = 2,
PRMFunctionClimate10 = 3,
PRMFunctionClimate15 = 4
FunctionVelocityX = 0,
FunctionVelocityY = 1,
FunctionClimate5 = 2,
FunctionClimate10 = 3,
FunctionClimate15 = 4
}
public class PRM_wind
public class Module
{
//prognistic raster info
public List<List<PRM_raster_cell_prognostic>> prognostic_cells;
public PRM_cell_size prognostic_cellsize;
public double[] prognostic_AffineCoefficients;
public List<List<PrognosticCell>> prognosticCells;
public CellSize prognosticCellSize;
public double[] prognosticAffineCoefficients;
//climate raster info
public List<List<PRM_raster_cell_climate>> climate_cells;
public PRM_cell_size climate_cellsize;
public double[] climate_AffineCoefficients;
public List<List<ClimateCell>> climateCells;
public CellSize climateCellSize;
public double[] climateAffineCoefficients;
//lines collection
public List<PRM_Line> powerlines;
public List<Powerline> powerLines;
//station collection
public List<PRM_Station> powerstations;
public List<PowerStation> powerStations;
//broken stations and lines
public List<PRM_Station> disabledstations = new List<PRM_Station>();
public List<PRM_Line> disabledlines = new List<PRM_Line>();
#region "control parameters"
public List<PowerStation> disabledStations = new List<PowerStation>();
public List<Powerline> disabledLines = new List<Powerline>();
public double dist_threshold = 500;
#endregion
//Main function for power graph algorithm
public void mainpowercheck()
public void checkPower()
{
//get the graph
Powerprep();
PreparingPowerItems();
//start from source points
foreach (PRM_Station pwstation in powerstations)
foreach (PowerStation pwstation in powerStations)
{
if (pwstation.issource) { Chekpwpoints(pwstation); }
if (pwstation.issource) {
CheckPowerPointsForStation(pwstation);
}
}
foreach (PRM_Line lin in powerlines)
foreach (Powerline line in powerLines)
{
if (lin.isbroken) { disabledlines.Add(lin); }
if (line.isbroken) {
disabledLines.Add(line);
}
foreach (PRM_Station pw in powerstations)
}
foreach (PowerStation powerStation in powerStations)
{
if(!pw.ison && !(pw.type.ToUpperInvariant().Trim() == "POLE"))
{ disabledstations.Add(pw); }
if (!powerStation.ison && !(powerStation.type.ToUpperInvariant().Trim() == "POLE")){
disabledStations.Add(powerStation);
}
}
return;
}
//search function for power graph
public void Chekpwpoints(PRM_Station sourcepoint)
private void CheckPowerPointsForStation(PowerStation sourcepoint)
{
if (!sourcepoint.ison)
{
MessageBox.Show("Checkpwpoints is called from disabled sourcepoint");
throw new Exception("CheckPowerPointsForStation is called from disabled sourcepoint");
return;
}
// if the point is not a pole - i.e. we know
// it can redistribute power within connected lines
// we turn it ON if any of the connected lines are powered
foreach (PRM_Line line in sourcepoint.linelist)
foreach (Powerline line in sourcepoint.linelist)
{
if (!line.isbroken && !line.ison)
{
line.ison = true;
foreach (PRM_Station pwst in powerstations)
{
if (pwst.identifier != sourcepoint.identifier && (pwst.identifier == line.pointFromID || pwst.identifier == line.pointToID))
foreach (PowerStation powerStation in powerStations)
{
if (!(sourcepoint.type.Trim().ToUpperInvariant() == "POLE"))
if (powerStation.identifier != sourcepoint.identifier && (powerStation.identifier == line.pointFromID || powerStation.identifier == line.pointToID))
{
pwst.ison = true;
Chekpwpoints(pwst);
if (!(sourcepoint.type.Trim().ToUpperInvariant() == "POLE")) {
powerStation.ison = true;
CheckPowerPointsForStation(powerStation);
}
else
{
else {
// if line is a pole we have to check if it's actually able to
// get electricity to other points i.e. no connected lines are broken
bool polcheck = false;
foreach (PRM_Line poline in pwst.linelist)
bool powerLineCheck = false;
foreach (Powerline powerline in powerStation.linelist)
{
if (poline.isbroken) { polcheck = true; }
if (powerline.isbroken) {
powerLineCheck = true;
}
if (!polcheck)
}
if (!powerLineCheck)
{
pwst.ison = true;
Chekpwpoints(pwst);
powerStation.ison = true;
CheckPowerPointsForStation(powerStation);
}
}
}
......@@ -224,38 +222,40 @@ namespace MES_Wind_prm
}
//preparing powerstations and lists of lines for them to get a graph-like structure
public void Powerprep()
private void PreparingPowerItems()
{
//First we make sure that all the sources are ON
//and all non sources are OFF
foreach (PRM_Station pwstat in powerstations)
foreach (PowerStation powerStation in powerStations)
{
if (pwstat.issource == true)
{ pwstat.ison = true; }
else { pwstat.ison = false; }
if (powerStation.issource == true) {
powerStation.ison = true;
}
else {
powerStation.ison = false;
}
// for each power station we create a list of powerlines it is attached to
List<PRM_Line> lines = new List<PRM_Line>();
List<Powerline> lines = new List<Powerline>();
foreach (PRM_Line line in powerlines)
foreach (Powerline line in powerLines)
{
//we also switch OFF all lines
line.ison = false;
if (line.pointFromID == pwstat.identifier || line.pointToID == pwstat.identifier)
{
if (line.pointFromID == powerStation.identifier || line.pointToID == powerStation.identifier) {
lines.Add(line);
}
}
pwstat.linelist = lines;
powerStation.linelist = lines;
}
}
public List<PRM_Line> brokenPowerLinesAfterCheck()
public List<Powerline> brokenPowerLinesAfterCheck()
{
List<PRM_Line> brklines = new List<PRM_Line>();
foreach (PRM_Line curve in powerlines)
List<Powerline> brklines = new List<Powerline>();
// actually there are curves in powerLines
foreach (Powerline powerCurve in powerLines)
{
// get coordinates list
List<PRM_coordinate> points = curve.coords;
List<Coordinate> points = powerCurve.coords;
List<bool> checkList = new List<bool>();
// cycle throw all points in line
......@@ -265,40 +265,38 @@ namespace MES_Wind_prm
double y1 = points[i - 1].Y;
double x2 = points[i].X;
double y2 = points[i].Y;
bool result = linearLineIsBroken(points[i - 1], points[i], curve.height, curve.power);
bool result = linearLineIsBroken(points[i - 1], points[i], powerCurve.height, powerCurve.power);
checkList.Add(result);
}
foreach (bool chkpnt in checkList)
{
if (chkpnt == true)
{
curve.isbroken = true;
powerCurve.isbroken = true;
}
}
if (curve.isbroken)
if (powerCurve.isbroken)
{
brklines.Add(curve);
brklines.Add(powerCurve);
}
}
return brklines;
}
bool linearLineIsBroken(PRM_coordinate coord1, PRM_coordinate coord2, double heightLine, int power)
private bool linearLineIsBroken(Coordinate coord1, Coordinate coord2, double heightLine, int power)
{
double distance = Math.Sqrt((coord2.X - coord1.X) * (coord2.X - coord1.X) + (coord2.Y - coord1.Y) * (coord2.Y - coord1.Y));
double distpropD = distance / dist_threshold;
List<PRM_coordinate> pointlist = new List<PRM_coordinate>();
PRM_coordinate midpoint = new PRM_coordinate();
List<Coordinate> pointlist = new List<Coordinate>();
Coordinate midpoint = new Coordinate();
int distpropI = Convert.ToInt32(distpropD);
if (distpropI > 1)
{
double constXdiff = (coord2.X - coord1.X) / distpropI;
double constYdiff = (coord2.Y - coord1.Y) / distpropI;
PRM_coordinate subCoord1 = new PRM_coordinate(coord1.X, coord1.Y);
PRM_coordinate subCoord2 = new PRM_coordinate(coord1.X + constXdiff, coord1.Y + constXdiff);
Coordinate subCoord1 = new Coordinate(coord1.X, coord1.Y);
Coordinate subCoord2 = new Coordinate(coord1.X + constXdiff, coord1.Y + constXdiff);
for (int j = 0; j < distpropI; j++)
{
if (j == 0)
......@@ -326,23 +324,26 @@ namespace MES_Wind_prm
midpoint.Y = (coord1.Y + coord2.Y) / 2;
pointlist.Add(midpoint);
}
PRMFunctionType climateType;
//PRMFunctionType climateType = useClimate10 ? PRMFunctionType.PRMFunctionClimate10 : PRMFunctionType.PRMFunctionClimate5;
FunctionType climateType;
if (power > 5 && power < 330)
{
climateType = PRMFunctionType.PRMFunctionClimate10;
climateType = FunctionType.FunctionClimate10;
}
else
{
if (power <= 5) { climateType = PRMFunctionType.PRMFunctionClimate5; }
else { climateType = PRMFunctionType.PRMFunctionClimate15; }
if (power <= 5) {
climateType = FunctionType.FunctionClimate5;
}
else {
climateType = FunctionType.FunctionClimate15;
}
}
List<bool> checkbool = new List<bool>();
foreach (PRM_coordinate coords in pointlist)
foreach (Coordinate coords in pointlist)
{
bool res = false;
double uwind = interpol(coords, PRMFunctionType.PRMFunctionVelocityX);
double vwind = interpol(coords, PRMFunctionType.PRMFunctionVelocityY);
double uwind = interpol(coords, FunctionType.FunctionVelocityX);
double vwind = interpol(coords, FunctionType.FunctionVelocityY);
double climwind = interpol(coords, climateType);
double umod = Math.Sqrt(uwind * uwind + vwind * vwind); ;
double angleline = Math.Atan2((coord2.Y - coord1.Y), (coord2.X - coord1.X));
......@@ -380,20 +381,20 @@ namespace MES_Wind_prm
return result;
}
double[] affineCoefficients(PRMFunctionType functionType)
double[] affineCoefficients(FunctionType functionType)
{
switch (functionType)
{
case PRMFunctionType.PRMFunctionVelocityX:
case PRMFunctionType.PRMFunctionVelocityY:
case FunctionType.FunctionVelocityX:
case FunctionType.FunctionVelocityY:
{
return prognostic_AffineCoefficients;
return prognosticAffineCoefficients;
}
case PRMFunctionType.PRMFunctionClimate5:
case PRMFunctionType.PRMFunctionClimate10:
case PRMFunctionType.PRMFunctionClimate15:
case FunctionType.FunctionClimate5:
case FunctionType.FunctionClimate10:
case FunctionType.FunctionClimate15:
{
return climate_AffineCoefficients;
return climateAffineCoefficients;
}
default:
break;
......@@ -403,7 +404,7 @@ namespace MES_Wind_prm
// Taken from DotSpatial https://github.com/ViceIce/DotSpatial/blob/22c156c7646b1595d88d2523c066a9c6ab4d3a53/DotSpatial.Data/RasterBoundsExt.cs
// RasterBoundsExt.cs. Define AffineCoefficients like this.
PRM_index projectionToCell(PRM_coordinate coordinate, PRMFunctionType functionType)
Index projectionToCell(Coordinate coordinate, FunctionType functionType)
{
double[] c = affineCoefficients(functionType);
double rw, cl;
......@@ -432,24 +433,25 @@ namespace MES_Wind_prm
if (iRow < 0 || iCol < 0 || iRow >= countInList(functionType, true) || iCol >= countInList(functionType, false))
{
return new PRM_index();
return new Index();
}
return new PRM_index(iRow, iCol);
return new Index(iRow, iCol);
}
PRM_coordinate cellToProjection(PRM_index index, PRMFunctionType functionType)
Coordinate cellToProjection(Index index, FunctionType functionType)
{
switch (functionType)
{
switch (functionType) {
case PRMFunctionType.PRMFunctionVelocityX:
case PRMFunctionType.PRMFunctionVelocityY:
case FunctionType.FunctionVelocityX:
case FunctionType.FunctionVelocityY:
{
return prognostic_cells[index.Row][index.Col].coords;
return prognosticCells[index.Row][index.Col].coords;
}
case PRMFunctionType.PRMFunctionClimate5:
case PRMFunctionType.PRMFunctionClimate10:
case PRMFunctionType.PRMFunctionClimate15:
case FunctionType.FunctionClimate5:
case FunctionType.FunctionClimate10:
case FunctionType.FunctionClimate15:
{
return climate_cells[index.Row][index.Col].coords;
return climateCells[index.Row][index.Col].coords;
}
default:
break;
......@@ -457,20 +459,20 @@ namespace MES_Wind_prm
return null;
}
int countInList(PRMFunctionType functionType, bool forRows)
int countInList(FunctionType functionType, bool forRows)
{
switch (functionType)
{
case PRMFunctionType.PRMFunctionVelocityX:
case PRMFunctionType.PRMFunctionVelocityY:
case FunctionType.FunctionVelocityX:
case FunctionType.FunctionVelocityY:
{
return forRows ? prognostic_cells.Count : prognostic_cells[0].Count;
return forRows ? prognosticCells.Count : prognosticCells[0].Count;
}
case PRMFunctionType.PRMFunctionClimate5:
case PRMFunctionType.PRMFunctionClimate10:
case PRMFunctionType.PRMFunctionClimate15:
case FunctionType.FunctionClimate5:
case FunctionType.FunctionClimate10:
case FunctionType.FunctionClimate15:
{
return forRows ? climate_cells.Count : climate_cells[0].Count;
return forRows ? climateCells.Count : climateCells[0].Count;
}
default:
break;
......@@ -478,29 +480,29 @@ namespace MES_Wind_prm
return 0;
}
double valueForFunction(PRMFunctionType functionType, PRM_index index)
double valueForFunction(FunctionType functionType, Index index)
{
switch (functionType)
{
case PRMFunctionType.PRMFunctionVelocityX:
case FunctionType.FunctionVelocityX:
{
return prognostic_cells[index.Row][index.Col].velocityX;
return prognosticCells[index.Row][index.Col].velocityX;
}
case PRMFunctionType.PRMFunctionVelocityY:
case FunctionType.FunctionVelocityY:
{
return prognostic_cells[index.Row][index.Col].velocityY;
return prognosticCells[index.Row][index.Col].velocityY;
}
case PRMFunctionType.PRMFunctionClimate5:
case FunctionType.FunctionClimate5:
{
return climate_cells[index.Row][index.Col].wind5;
return climateCells[index.Row][index.Col].wind5;
}
case PRMFunctionType.PRMFunctionClimate10:
case FunctionType.FunctionClimate10:
{
return climate_cells[index.Row][index.Col].wind10;
return climateCells[index.Row][index.Col].wind10;
}
case PRMFunctionType.PRMFunctionClimate15:
case FunctionType.FunctionClimate15:
{
return climate_cells[index.Row][index.Col].wind15;
return climateCells[index.Row][index.Col].wind15;
}
default:
break;
......@@ -508,20 +510,20 @@ namespace MES_Wind_prm
return 0;
}
PRM_cell_size cellSizeForFunction(PRMFunctionType functionType)
CellSize cellSizeForFunction(FunctionType functionType)
{
switch (functionType)
{
case PRMFunctionType.PRMFunctionVelocityX:
case PRMFunctionType.PRMFunctionVelocityY:
case FunctionType.FunctionVelocityX:
case FunctionType.FunctionVelocityY:
{
return prognostic_cellsize;
return prognosticCellSize;
}
case PRMFunctionType.PRMFunctionClimate5:
case PRMFunctionType.PRMFunctionClimate10:
case PRMFunctionType.PRMFunctionClimate15:
case FunctionType.FunctionClimate5:
case FunctionType.FunctionClimate10:
case FunctionType.FunctionClimate15:
{
return climate_cellsize;
return climateCellSize;
}
default:
break;
......@@ -529,13 +531,13 @@ namespace MES_Wind_prm
throw new Exception("There is no cell size");
}
double interpol(PRM_coordinate coords, PRMFunctionType functionType)
double interpol(Coordinate coords, FunctionType functionType)
{
// select directions for projections
const bool normalX = true;// true - East, false West
const bool normalY = false;// true - North, false South
PRM_index rc = projectionToCell(coords, functionType);
PRM_coordinate center = cellToProjection(rc, functionType);
Index rc = projectionToCell(coords, functionType);
Coordinate center = cellToProjection(rc, functionType);
double xDiff = coords.X - center.X;
double yDiff = coords.Y - center.Y;
//calculate second index
......@@ -557,15 +559,15 @@ namespace MES_Wind_prm
col2 = rc.Col > 0 ? rc.Col - 1 : rc.Col + 1;
}
// indexes and values at bounds
PRM_index rcBotLeft = new PRM_index(Math.Min(row2, rc.Row), Math.Min(col2, rc.Col));
PRM_index rcBotRight = new PRM_index(Math.Max(row2, rc.Row), Math.Min(col2, rc.Col));
PRM_index rcTopLeft = new PRM_index(Math.Min(row2, rc.Row), Math.Max(col2, rc.Col));
PRM_index rcTopRight = new PRM_index(Math.Max(row2, rc.Row), Math.Max(col2, rc.Col));
Index rcBotLeft = new Index(Math.Min(row2, rc.Row), Math.Min(col2, rc.Col));
Index rcBotRight = new Index(Math.Max(row2, rc.Row), Math.Min(col2, rc.Col));
Index rcTopLeft = new Index(Math.Min(row2, rc.Row), Math.Max(col2, rc.Col));
Index rcTopRight = new Index(Math.Max(row2, rc.Row), Math.Max(col2, rc.Col));
double valBotLeft = valueForFunction(functionType, rcBotLeft);
double valBotRight = valueForFunction(functionType, rcBotRight);
double valTopLeft = valueForFunction(functionType, rcTopLeft);
double valTopRight = valueForFunction(functionType, rcTopRight);
PRM_coordinate origin = cellToProjection(rcBotLeft, functionType);
Coordinate origin = cellToProjection(rcBotLeft, functionType);
//PRM_coordinate last = cellToProjection(rcTopRight, functionType);//test only
// sizes for cell
double hx = cellSizeForFunction(functionType).width;
......
PRMLibrary/PRMLibrary.csproj 0 → 100644
+ 54
− 0
View file @ 9d57c4cf
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<Import Project="$(MSBuildToolsPath)\Microsoft.CSharp.targets" />
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PRMLibrary/Properties/AssemblyInfo.cs 0 → 100644
+ 36
− 0
View file @ 9d57c4cf
using System.Reflection;
using System.Runtime.CompilerServices;
using System.Runtime.InteropServices;
// Управление общими сведениями о сборке осуществляется с помощью
// набора атрибутов. Измените значения этих атрибутов, чтобы изменить сведения,
// связанные со сборкой.
[assembly: AssemblyTitle("PRMLibrary")]
[assembly: AssemblyDescription("")]
[assembly: AssemblyConfiguration("")]
[assembly: AssemblyCompany("")]
[assembly: AssemblyProduct("PRMLibrary")]
[assembly: AssemblyCopyright("Copyright © 2016")]
[assembly: AssemblyTrademark("")]
[assembly: AssemblyCulture("")]
// Параметр ComVisible со значением FALSE делает типы в сборке невидимыми
// для COM-компонентов. Если требуется обратиться к типу в этой сборке через
// COM, задайте атрибуту ComVisible значение TRUE для этого типа.
[assembly: ComVisible(false)]
// Следующий GUID служит для идентификации библиотеки типов, если этот проект будет видимым для COM
[assembly: Guid("1d3cf550-16e9-4c87-aad5-a435f0689f4c")]
// Сведения о версии сборки состоят из следующих четырех значений:
//
// Основной номер версии
// Дополнительный номер версии
// Номер построения
// Редакция
//
// Можно задать все значения или принять номер построения и номер редакции по умолчанию,
// используя "*", как показано ниже:
// [assembly: AssemblyVersion("1.0.*")]
[assembly: AssemblyVersion("1.0.0.0")]
[assembly: AssemblyFileVersion("1.0.0.0")]
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C:\Users\Geophyslab-laptop\Documents\MES_Wind2\PRMLibrary\bin\Debug\PRMLibrary.dll
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C:\Users\Geophyslab-laptop\Documents\MES_Wind2\PRMLibrary\obj\Debug\PRMLibrary.dll
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