public void generateStationsOnOneSide(int[,] possibleLocationsForExits, int nPickStation, int nReplenishmentStations, int nElevators, int rowDiffEntry, int columnDiffEntry, int rowDiffStation, int columnDiffStation, HashSet <Coordinate> coordinatesStationEntrances)
{
int[,] exits = selectLocations(possibleLocationsForExits, nPickStation + nReplenishmentStations + nElevators);
int entranceCounter = 0;
for (int whichStation = 0; whichStation < exits.GetLength(0); whichStation++)
{
int exitRow = exits[whichStation, 0];
int exitColumn = exits[whichStation, 1];
int entryRow = exits[whichStation, 0] + rowDiffEntry;
int entryColumn = exits[whichStation, 1] + columnDiffEntry;
int stationRow = exits[whichStation, 0] + rowDiffStation;
int stationColumn = exits[whichStation, 1] + columnDiffStation;
waypointTypes typeOfStation = whichStation < nPickStation ? waypointTypes.PickStation : whichStation < nPickStation + nReplenishmentStations ? waypointTypes.ReplenishmentStation : waypointTypes.Elevator;
int activationID = 0;
switch (typeOfStation)
{
case waypointTypes.PickStation: activationID = obtainNextOStationActivationID(); break;
case waypointTypes.ReplenishmentStation: activationID = obtainNextIStationActivationID(); break;
default: break;
}
buildStationAndBuffer(exitRow, exitColumn, entryRow, entryColumn, stationRow, stationColumn, typeOfStation, coordinatesStationEntrances, entranceCounter, activationID);
entranceCounter += lc.nEntrancesPerStation();
}
}
public Tile(directions d, Waypoint wp, waypointTypes type)
{
this.direction = d;
this.wp = wp;
this.type = type;
if (type.Equals(waypointTypes.StorageLocation) && !d.Equals(directions.EastNorthSouthWest))
{
throw new ArgumentException("something went wrong with storage locations");
}
if (d.Equals(directions.Invalid))
{
throw new ArgumentException("direction invalid");
}
if (wp == null)
{
throw new ArgumentException("wp is null");
}
}
public void buildStation(waypointTypes typeOfStation, int row, int column, directions d, List <Waypoint> bufferPaths, int activationOrderID)
{
switch (typeOfStation)
{
case waypointTypes.PickStation:
buildPickStation(row, column, d, bufferPaths, activationOrderID);
break;
case waypointTypes.ReplenishmentStation:
buildReplenishmentStation(row, column, d, bufferPaths, activationOrderID);
break;
case waypointTypes.Elevator:
buildElevator(row, column, d, bufferPaths);
break;
default:
throw new ArgumentException("should built station, but typeOfStations is: " + typeOfStation);
}
}
public void checkValidityInputArgumentsBuildStationAndBuffer(int exitRow, int exitColumn, int entryRow, int entryColumn, int stationRow, int stationColumn, waypointTypes typeOfStation)
{
//check validity input arguments
if (exitRow < 0 || stationRow < 0 || entryRow < 0 || exitColumn < 0 || stationColumn < 0 || entryColumn < 0)
{
throw new ArgumentException("something went wrong while constructing the station, one or more are negative, exitRow: " + exitRow + ", stationRow: " + stationRow + ", entryRow: " + entryRow + ", exitColumn: " + exitColumn + ", stationColumn: " + stationColumn + ", entryColumn: " + entryColumn);
}
if (exitRow != stationRow && exitColumn != stationColumn)
{
throw new ArgumentException("something went wrong while constructing the station, exitRow != stationRow && exitColumn != stationColumn, exitRow: " + exitRow + ", stationRow: " + stationRow + ", exitColumn: " + exitColumn + ", stationColumn: " + stationColumn);
}
if (exitRow != entryRow && exitColumn != entryColumn)
{
throw new ArgumentException("something went wrong while constructing the station, exitRow != entryRow && exitColumn != entryColumn, exitRow: " + exitRow + ", entryRow: " + entryRow + ", exitColumn: " + exitColumn + ", entryColumn: " + entryColumn);
}
if (exitRow == stationRow && exitColumn == stationColumn)
{
throw new ArgumentException("something went wrong while constructing the station, exitRow == stationRow && exitColumn == stationColumn, exitRow: " + exitRow + ", exitColumn: " + exitColumn);
}
if (exitRow == entryRow && exitColumn == entryColumn)
{
throw new ArgumentException("something went wrong while constructing the station, exitRow == entryRow && exitColumn == entryColumn, exitRow: " + exitRow + ", exitColumn: " + exitColumn);
}
if (stationColumn == entryRow && stationColumn == entryColumn)
{
throw new ArgumentException("something went wrong while constructing the station, stationRow == entryRow && stationColumn == entryColumn, stationRow: " + stationRow + ", stationColumn: " + stationColumn);
}
if (!typeOfStation.Equals(waypointTypes.PickStation) && !typeOfStation.Equals(waypointTypes.ReplenishmentStation) && !typeOfStation.Equals(waypointTypes.Elevator))
{
throw new ArgumentException("!typeOfStation.Equals(waypointTypes.PickStation) && !typeOfStation.Equals(waypointTypes.ReplenishmentStation) && !typeOfStation.Equals(waypointTypes.Elevator)");
}
}
public void buildStationAndBuffer(int exitRow, int exitColumn, int entryRow, int entryColumn, int stationRow, int stationColumn, waypointTypes typeOfStation, HashSet <Coordinate> coordinatesStationEntrances, int entranceCounter, int activationOrderID)
{
checkValidityInputArgumentsBuildStationAndBuffer(exitRow, exitColumn, entryRow, entryColumn, stationRow, stationColumn, typeOfStation);
int lengthSegment = Math.Max(Math.Abs(exitRow - stationRow), Math.Abs(exitColumn - stationColumn)) + 1;
int nSegments = Math.Max(Math.Abs(exitRow - entryRow), Math.Abs(exitColumn - entryColumn)) + 1;
int rowDiffToNextTile = exitRow > stationRow ? -1 : exitRow < stationRow ? 1 : 0;
int columnDiffToNextTile = exitColumn > stationColumn ? -1 : exitColumn < stationColumn ? 1 : 0;;
int rowDiffToNextSegment = entryRow > exitRow ? -1 : entryRow < exitRow ? 1 : 0;;
int columnDiffToNextSegment = entryColumn > exitColumn ? -1 : entryColumn < exitColumn ? 1 : 0;
if (lengthSegment <= 0 || lengthSegment != lc.WidthBuffer)
{
throw new ArgumentException("something went wrong while constructing the station, lengthSegment <= 0 || lengthSegment != lc.WidthBuffer, lengthSegment: " + lengthSegment);
}
if (nSegments <= 0 || nSegments % 2 != 0)
{
throw new ArgumentException("something went wrong while constructing the station, nSegments <= 0 || nSegments % 2 != 0, nSegments: " + nSegments);
}
List <Waypoint> bufferPath = new List <Waypoint>();
int row = entryRow;
int column = entryColumn;
bool stationWasBuilt = false;
for (int segment = 0; segment < nSegments; segment++)
{
if (segment % 2 == 0)
{
coordinatesStationEntrances.Add(new Coordinate(row - rowDiffToNextTile, column - columnDiffToNextTile));
}
for (int place = 0; place < lengthSegment; place++)
{
directions d = determineDirection(place, segment, lengthSegment, nSegments, rowDiffToNextTile, columnDiffToNextTile, rowDiffToNextSegment, columnDiffToNextSegment);
if (row == stationRow && column == stationColumn)
{
buildStation(typeOfStation, row, column, d, bufferPath, activationOrderID);
stationWasBuilt = true;
}
else
{
createTile_Buffer(row, column, d);
}
Waypoint location = tiles[row, column].wp;
semaphoreGenerator.update(row, column, segment, place, lengthSegment, nSegments, tiles[row, column], rowDiffToNextTile, columnDiffToNextTile, rowDiffToNextSegment, columnDiffToNextSegment);
addToBufferPath(stationWasBuilt, tiles[row, column], bufferPath);
row += place == lengthSegment - 1 ? 0 : rowDiffToNextTile;
column += place == lengthSegment - 1 ? 0 : columnDiffToNextTile;
}
rowDiffToNextTile = rowDiffToNextTile != 0 ? -rowDiffToNextTile : rowDiffToNextTile;
columnDiffToNextTile = columnDiffToNextTile != 0 ? -columnDiffToNextTile : columnDiffToNextTile;
row += rowDiffToNextSegment;
column += columnDiffToNextSegment;
}
if (!stationWasBuilt)
{
throw new ArgumentException("!stationWasBuilt");
}
}
