public static DBFile Create(path)
{
// var s = new File.OpenRead(path);
var s = new MemoryStream();
s.Write();
return new DBFile(s);
}
var(path, pathWithPrefix) = CreateLongTempFolder(asNetwork: in asNetwork);
static void Main(string[] args)
{
path
DirectoryInfo =
FileInfo
}
foreach (var(path, types) in importedTypes)
IsDirectorySeparator(path[basePath.Length])) &&
return (I$ClassName$)Assembly.Load(path).CreateInstance(className);
var(packages, standardOutput, standardError) = await Build(path, envVars).ConfigureAwait(false);
5 => FileList(path, SortFilesBy.Lastwritetime),
6 => FileList(path, SortFilesBy.Random),
3 => FileList(path, SortFilesBy.Extension),
4 => FileList(path, SortFilesBy.Lastaccesstime),
2 => FileList(path, SortFilesBy.Creationtime),
1 => FileList(path, SortFilesBy.FileSize),
public Move(IVec2 source, IVec2 destination)
{
path = (new AStar ()).GetPath (source, destination);
}
var(path, pathWithPrefix) = CreateLongTempFolder(asNetwork: in asNetwork, withSlash: withSlash);
_ => FileList(path, SortFilesBy.Name),
var(path, pathWithPrefix) = CreateLongTempFile(true, in asNetwork);
//Creates corridors from room to room,and returns the list of corridors. (Rooms tiles are not included in corridors).
private static List <TileData> defaultConnect(int seed, ref TileData[,] tiles, ref List <Room> rooms)
{
//Generate the weight map for A*.
int[,] weights = generateWeight(seed, tiles);
List <TileData> corridors = new List <TileData>();
//Connect first Room to all others.
for (int i = 1; i < rooms.Count; i++)
{
//Get starting point. (middle of start Room)
Point start = rooms[0].getTopRight();
start = new Point(start.x - rooms[0].length / 2, start.y - rooms[0].height / 2);
//Get ending point. (middle of other Room)
Point end = rooms[i].getTopRight();
end = new Point(end.x - rooms[i].length / 2, end.y - rooms[i].height / 2);
//Plan:
//Add starting point to Open List.
//Sort Open list by F value, which is the distance from the end (found by heuristic) + currentCost.
//While Open List is NOT empty
//Get next Point to calculate, and put it on closed list.
//foreach neighbor to this nextPoint
//If neighbor point is the final point, make connections and break.
//If neighbor point is not walkable, continue.
//If neighbor point is NOT on the open List, calc ALL it's moveCost values F,G,H, and set the next Point
//as it's cameFrom point.
//If neighbor point is ON the open List (and maybe the closed),
//if this REALcost (G, not heuristic) from this nextPoint is better than
//the one it already has, replace its cameFrom with next point, and re-calc its F,G,H
//OpenList sorted by F values.
PriorityQueue <int, path> openList = new PriorityQueue <int, path>();
pathMap map = new pathMap(tiles.GetLength(0), tiles.GetLength(1));
path startPath = map.getPath(start);
startPath.cameFrom = null; //Starting point came From null. (this is a flag for later)
startPath.openList = true;
startPath.setValues(0, 0, 0); //Start point doesn't need values.
openList.Enqueue(0, startPath);
bool isFinished = false;
while (!openList.IsEmpty && !isFinished)
{
path next = openList.DequeueValue();
next.closedList = true;
foreach (path neighbor in next.getNeighbors())
{
if (neighbor.position.Equals(end))
{
//Do ending stuff!
isFinished = true;
neighbor.cameFrom = next;
//Start function to get the path, and put the path into corridors, and put the corridors on the tile map.
corridors.AddRange(getFinishedPath(neighbor, ref tiles));
break;
}
//If not walkable, then check for that here. (currently not possible)
if (!neighbor.openList)
{
//PUT on open List.
neighbor.openList = true;
neighbor.cameFrom = next;
neighbor.setValues(next.cost + weights[neighbor.position.x, neighbor.position.y], neighbor.position.tileDiff(end));
openList.Enqueue(neighbor.probableCost, neighbor);
}
else if (!neighbor.closedList)
{
//Compare its current values, and change em if need be.
int newCost = next.cost + weights[neighbor.position.x, neighbor.position.y];
if (newCost < neighbor.cost)
{
//May not actually work...
KeyValuePair <int, path> oldPair = new KeyValuePair <int, path>(neighbor.probableCost, neighbor);
openList.Remove(oldPair);
neighbor.setValues(newCost, neighbor.position.tileDiff(end));
openList.Enqueue(neighbor.probableCost, neighbor);
}
}
}
} //End of While Loop
} //End of For Loop
return(corridors);
}
public path GetPath(IVec2 MapPosStart, IVec2 MapPosEnd)
{
List<Node> result = new List<Node>();
List<AStarNodes> openQueue = new List<AStarNodes>();
List<AStarNodes> CloseList = new List<AStarNodes>();
AStarNodes startNode = new AStarNodes();
Node EndNode = null;
startNode.NodeInfo = new Node();
startNode.NodeInfo.MapPos = MapPosStart;
startNode.NodeInfo.MapSymbol = Map.CurrentMap.getTile(MapPosStart.x, MapPosStart.y);
startNode.DistanceGone = 0;
startNode.Distance2Go = GetDirectDistance2End(MapPosStart, MapPosEnd);
openQueue.Add(startNode);
CloseList.Add(startNode);
while (openQueue.Count > 0)
{
var currentNode = openQueue[0];
openQueue.RemoveAt(0);
if(currentNode.NodeInfo.MapPos == MapPosEnd)
{
EndNode = currentNode.NodeInfo;
break;
}
var newNodes = GetNextPositions(currentNode, MapPosEnd);
foreach (var item in newNodes)
{
if (isValid(item, ref CloseList))
{
openQueue.Add(item);
CloseList.Add(item);
}
}
openQueue.Sort((AStarNodes a, AStarNodes b) => (a.Distance2Go + a.DistanceGone).CompareTo(b.Distance2Go + b.DistanceGone));
}
while(EndNode != null)
{
if(EndNode.PrevNode != null)
EndNode.PrevNode.NextNode = EndNode;
result.Insert(0, EndNode);
EndNode = EndNode.PrevNode;
}
// Debug.Log("AStarStopped path size: " + result.Count);
//output
{
path theWay = new path();
theWay.FoundPath = result;
theWay.isPathFound = result.Count > 0;
return theWay;
}
}
var(path, _) = CreateLongTempFolder(asNetwork: in asNetwork);
await System.IO.File.AppendAllTextAsync(path, contents).ConfigureAwait(false);
var(path, pathWithPrefix) = isFolder
var(path, pathWithPrefix) = CreateLongTempFile(asNetwork: in asNetwork, withSlash: in withSlash);
=> InnerTask = GetDeserializationTask(path, defaultValue);
_stream = new FileStream(path, FileMode.Open);
select(path, mapped);
//<summary>
//Open an image and load it into 2D array of colors (size: Height x Width)
//</summary>
/// <param name="ImagePath">Image file path</param>
/// <returns>2D array of colors</returns>
public static RGBPixel[,] OpenImage(string ImagePath)
{
Bitmap original_bm = new Bitmap(ImagePath);
int Height = original_bm.Height;
int Width = original_bm.Width;
RGBPixel[,] Buffer = new RGBPixel[Height, Width];
unsafe
{
BitmapData bmd = original_bm.LockBits(new Rectangle(0, 0, Width, Height), ImageLockMode.ReadWrite, original_bm.PixelFormat);
int x, y;
int nWidth = 0;
bool Format32 = false;
bool Format24 = false;
bool Format8 = false;
if (original_bm.PixelFormat == PixelFormat.Format24bppRgb)
{
Format24 = true;
nWidth = Width * 3;
}
else if (original_bm.PixelFormat == PixelFormat.Format32bppArgb || original_bm.PixelFormat == PixelFormat.Format32bppRgb || original_bm.PixelFormat == PixelFormat.Format32bppPArgb)
{
Format32 = true;
nWidth = Width * 4;
}
else if (original_bm.PixelFormat == PixelFormat.Format8bppIndexed)
{
Format8 = true;
nWidth = Width;
}
int nOffset = bmd.Stride - nWidth;
byte *p = (byte *)bmd.Scan0;
for (y = 0; y < Height; y++)
{
for (x = 0; x < Width; x++)
{
if (Format8)
{
Buffer[y, x].red = Buffer[y, x].green = Buffer[y, x].blue = p[0];
p++;
}
else
{
Buffer[y, x].red = p[2];
Buffer[y, x].green = p[1];
Buffer[y, x].blue = p[0];
if (Format24)
{
p += 3;
}
else if (Format32)
{
p += 4;
}
}
}
p += nOffset;
}
original_bm.UnlockBits(bmd);
}
return(Buffer);
}
set => Update(path, value);
/**
* Make publicpreview_icon available as a simple function
* Returns the path to the preview of the image.
*
* @param string path of file
* @param string token
* @return string link to the preview
* @since 8.0.0
* @suppress PhanDeprecatedFunction
*/
public static function publicPreview_icon(path, token)
{
return(\ publicPreview_icon(path, token));
}
var(path, pathWithPrefix) = CreateLongTempFile(!append, in asNetwork);
var(path, _) = CreateLongTempFolder(asNetwork: in asNetwork, withSlash: in withSlash);
var filesWithSuffix = allFiles.Select(path => (path, suffix: suffixFormatter.TryParseSuffix(ExtractSuffixValue(path, basePath, suffixSeparator))));
public web_key(path p, key e)
{
this.path = p; this.key = e; this.id_element = this.key.id;
}
/// <summary> /// <see cref="PrivateProfile"/> クラスの新しいインスタンスを初期化して、指定された INI ファイルを読み取り専用で開きます。 /// </summary> /// <param name="path"> /// INI ファイルのパス /// </param> /// <param name="readOnly"> /// INI ファイルを読み取り専用で開くときに <c>true</c> を指定します。 /// </param> /// <param name="ignoreDuplicatedEntry"> /// <inheritdoc cref="PrivateProfile(bool)"/> /// </param> /// <exception cref="InvalidOperationException"> /// 既にファイルが開かれている状態で、書き込み用にファイルを開こうとしました。 /// </exception> public PrivateProfile(string path, bool readOnly = true, bool ignoreDuplicatedEntry = false) : this(ignoreDuplicatedEntry) => this.Read(path, readOnly);
var request = PrepareHammockQuery(path);
public SimulationDeJeux(path)
{
}
