public Visualizer(Grid.Grid xGrid, Drone.Drone xDrone)
{
InitializeComponent();
srcGrid = xGrid;
srcDrone = xDrone;
flightPathOptimized = false;
preComputeFlightPath = xDrone.preComputeFlightPath;
currFlightPath = null;
calcTimer = null;
//set up our window to be the proper aspect ratio for our grid
float aspectRatio = srcGrid.width / srcGrid.height;
float frameBufferX = 17;
float frameBufferY = 40;
//our maximum height should be 720 pixels (720p), but we still want to fit everything on the screen in a way that looks neat
//if the aspect ratio is > 16:9, then we should set our width at 1280 since height will be smaller than 720 at that point
if (aspectRatio >= 16D / 9D)
{
Width = 1280;
Height = (int)(Width / aspectRatio);
}
else
{
Height = 720;
Width = (int)(Height * aspectRatio);
}
//add the necessary height & width for our tool panel and frame buffers
Height = Height + toolPanel.Height + (int)frameBufferY;
Width = Width + (int)frameBufferX;
//create our graphics object that we will be using to draw
g = drawPanel.CreateGraphics();
//calculate the transform that we will need to use to display graphics objects on our form
float panelBufferX = 1;
float panelBufferY = 1;
RectangleF mapFrame = new RectangleF(0, 0, srcGrid.width, srcGrid.height);
PointF[] drawCorners = new PointF[] { new PointF(0, 0), new PointF(drawPanel.Width - panelBufferX, 0), new PointF(0, drawPanel.Height - panelBufferY) };
//scale the transform properly
System.Drawing.Drawing2D.Matrix tMatrix = new System.Drawing.Drawing2D.Matrix(mapFrame, drawCorners);
g.Transform = tMatrix;
g.ScaleTransform(1, -1);
g.TranslateTransform(0, -1 * (drawPanel.Height) / tMatrix.Elements.ElementAt(3) + panelBufferY);
//initialize window and draw the control
Show();
}
public Bitmap LayTile(Grid.Grid grid)
{
_logger.LogDebug("Laying tile...");
var accumulator = new Bitmap(grid.Width, grid.Height);
var result = LayTile(grid.GetElements().ToArray(), accumulator);
_logger.LogDebug("Finished laying tiles.");
return(result);
}
private static void Solve(Grid.Grid grid, GridWalker.GridSolver solver)
{
int height;
int width;
var position = new Grid.Position(grid);
solver.Solve(position, out height, out width);
Console.WriteLine("Solved [{0}x{1}] using {2} with {3} wall checks, {4} steps, and {5} turns", height, width, solver.GetType()
, position.WallChecksMade, position.StepsTaken, position.TurnsMade);
}
public Drone(float droneRadius, float flightSpeed, Grid.Grid parentGrid)
{
//just setting some local variables, properties, things of that nature
radius = droneRadius; speed = flightSpeed; xPosition = parentGrid.startX; yPosition = parentGrid.startY;
xGrid = parentGrid;
prevDirection = float.NaN;
preComputeFlightPath = new FlightPath();
preComputeFlightPath.addNode(xGrid.startX, xGrid.startY, false);
preComputeFlightPath.addNode(xGrid.endX, xGrid.endY, true);
}
private bool IsVaildMove(Point point)
{
var boardWidthAndHeight = GameSettings.GameSettingSetBoardSize("Board Size", "Settings");
var g1 = new Grid.Grid(boardWidthAndHeight.width, boardWidthAndHeight.height);
try
{
g1.accessCoordinate(point.x, point.y);
return(true);
}catch (Exception e)
{
Console.WriteLine("Corrdinate is not present : {0}", e);
return(false);
}
}
public override bool CanTarget(GridOccupant target, GridOccupant wielder, Grid.Grid grid)
{
var direction = target.Position - wielder.Position;
if (!direction.IsCardinal() || direction.CardinalMagnitude() > 1)
{
return(false);
}
var node = new Grid.Grid.Node();
if (grid.TryGetNodeAt(wielder.Position, ref node))
{
return(node.Occupants.Any(it => TargetTypes.Contains(it.Type)));
}
return(false);
}
/// <summary>
/// Checks All Conditions to See if Player Who Played Last Has Won
/// </summary>
/// <param name="LastPlayed">The Space Last Played.</param>
public void CheckVictory(GridSpace LastPlayed)
{
Debug.Log("Checking Victory");
//Get Grid Parent For Future Checks
Grid.Grid Parent = LastPlayed.GetComponentInParent <Grid.Grid>();
Debug.Log(string.Format("Grid to Check: {0}", Parent.name));
Debug.Log(string.Format("Space to Check: {0}", LastPlayed.DisplayStr));
bool PlayerWin = Parent.CheckRow(LastPlayed);
if (!PlayerWin)
{
PlayerWin = Parent.CheckColumn(LastPlayed);
if (!PlayerWin)
{
PlayerWin = Parent.CheckDiagonal(LastPlayed);
}
}
//After All Needed Checks, If Player Won
if (PlayerWin)
{
//End Game
EndGame(TurnManager.instance.CurrentPlayer);
}
else
{
//Check to See if Grid is Full
if (Parent.CheckFull())
{
//If So, End in Draw
EndGame(0);
}
else
{
//Move to the Next Turn
TurnManager.instance.NextTurn();
}
}
}
static void Main(string[] args)
{
var gameSize = 10;
var grid = new Grid.Grid(gameSize);
var game = new BattleShipsGame(grid);
game.ShipSunk += ShipShunk;
game.MissedShot += MissShot;
game.ShipHit += ShipHit;
//TODO: read ships size from the configuration file
game.TryAddShip(ShipType.Destroyer, 4);
game.TryAddShip(ShipType.Destroyer, 4);
game.TryAddShip(ShipType.Battleship, 5);
_viewAdapter = new ViewAdapter(gameSize);
while (!game.IsGameFinished)
{
try
{
Console.WriteLine(_viewAdapter.ToString());
Console.WriteLine("Provide position to shoot");
var position = Console.ReadLine();
InputInterpreter.InterpretCell(position, out int rowNumber, out int columnNumber);
Console.WriteLine($"Shooting position: {position}.");
_lastShotPointRow = rowNumber;
_lastShotPointColumn = columnNumber;
game.MakeShot(rowNumber, columnNumber);
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
}
}
Console.WriteLine("Game finished !");
}
static void Main(string[] args)
{
var g = new Grid.Grid(1, 1);
var circGridSolver = new GridSolverCircular();
var upNbackGridSolver = new GridSolverUpAndBack();
Solve(g, circGridSolver);
Solve(g, upNbackGridSolver);
g = new Grid.Grid(5, 9);
Solve(g, circGridSolver);
Solve(g, upNbackGridSolver);
g = new Grid.Grid(9, 5);
Solve(g, circGridSolver);
Solve(g, upNbackGridSolver);
g = new Grid.Grid(22, 5);
Solve(g, circGridSolver);
Solve(g, upNbackGridSolver);
Console.Read();
}
// public abstract Grid.Grid.Node[] FindTargets(Grid.Grid.Node wielder, Grid.Grid grid);
//
// public virtual List<IUnitAction> Apply(Grid.Grid.Node target, GameObject wielder)
// {
// var actions = new List<IUnitAction>();
// foreach (var occupant in target.Occupants)
// {
// if (occupant.OccupantGameObject != wielder || EffectSelf)
// {
// foreach (var effect in Effects)
// {
// var r = effect.Apply(occupant.OccupantGameObject, wielder);
// actions.AddNullableRange(r);
// }
// }
// }
//
// return actions;
// }
public abstract GridOccupant[] FindTargets(GridOccupant wielder, Vector2Int direction, Grid.Grid grid);
public override List <GridOccupant> FindAllPossibleTargets(GridOccupant wielder, Grid.Grid grid)
{
return(FindTargets(wielder, Vector2Int.down, grid).ToList());
}
public override List <Grid.Grid.Node> FindAllPossibleEffectedNodes(GridOccupant wielder, Grid.Grid grid)
{
return(FindEffectedNodes(wielder, Vector2Int.down, grid));
}
// public override Grid.Grid.Node[] FindTargets(Grid.Grid.Node wielder, Grid.Grid grid)
// {
// var neighbours = grid.GetNeighbours(wielder);
//
// // todo(chris) consider optimising as this will be used by every mellee enemy on the grid
// return neighbours.Where(node => node.Occupants.Any(it => it.Tags.Intersect(TargetTypes).Any())).ToArray();
// }
// todo(chris) shouldnt this only find targets in direction??
public override GridOccupant[] FindTargets(GridOccupant wielder, Vector2Int direction, Grid.Grid grid)
{
var node = new Grid.Grid.Node();
if (grid.TryGetNodeAt(wielder.Position, ref node))
{
var neighbours = grid.GetNeighbours(node);
var targets = new List <GridOccupant>();
foreach (var neighbour in neighbours)
{
var validOccupants = neighbour.Occupants.Where(it => TargetTypes.Contains(it.Type));
targets.AddRange(validOccupants);
}
return(targets.ToArray());
}
return(null);
}
public AStar(Grid.Grid grid)
{
this.grid = grid;
}
public override bool CanTarget(GridOccupant target, GridOccupant wielder, Grid.Grid grid)
{
var targets = FindTargets(wielder, target.Position - wielder.Position, grid);
return(Array.IndexOf(targets, target) > -1);
}
public void onInit(int row, int colum, float x, float y, float width, float height)
{
grid = Grid.Grid.getInst();
grid.onInit(new Vector2(x, y), row, colum, width, height);
}
public virtual List <Grid.Grid.Node> FindAllPossibleEffectedNodes(GridOccupant wielder, Grid.Grid grid)
{
var occupants = new List <Grid.Grid.Node>();
occupants.AddNullableRange(FindEffectedNodes(wielder, Vector2Int.up, grid));
occupants.AddNullableRange(FindEffectedNodes(wielder, Vector2Int.down, grid));
occupants.AddNullableRange(FindEffectedNodes(wielder, Vector2Int.left, grid));
occupants.AddNullableRange(FindEffectedNodes(wielder, Vector2Int.right, grid));
return(occupants);
}
public override GridOccupant[] FindTargets(GridOccupant wielder, Vector2Int direction, Grid.Grid grid)
{
var path = CalculatePath(wielder, direction, grid);
if (!path.IsLastNodeTarget)
{
return(null);
}
var targets = path.Travelled.Last().Occupants.Where(it => TargetTypes.Contains(it.Type));
return(targets as GridOccupant[] ?? targets.ToArray());
}
public virtual List <IUnitAction> Use(GridOccupant wielder, Vector2Int direction, Grid.Grid grid)
{
var actions = new List <IUnitAction>();
var targets = FindTargets(wielder, direction, grid);
foreach (var occupant in targets)
{
if (occupant != wielder || EffectSelf)
{
foreach (var effect in Effects)
{
var r = effect.Apply(occupant.OccupantGameObject, wielder.OccupantGameObject);
actions.AddNullableRange(r);
}
}
}
return(actions);
}
public virtual List <Grid.Grid.Node> FindEffectedNodes(GridOccupant wielder, Vector2Int direction, Grid.Grid grid)
{
var occupants = FindTargets(wielder, direction, grid);
var nodes = new List <Grid.Grid.Node>();
foreach (var occupant in occupants)
{
if (nodes.FindIndex(it => it.Position == occupant.Position) > -1)
{
var n = new Grid.Grid.Node();
if (grid.TryGetNodeAt(occupant.Position, ref n))
{
nodes.Add(n);
}
}
}
return(nodes);
}
public abstract bool CanTarget(GridOccupant target, GridOccupant wielder, Grid.Grid grid);
public override bool CanTarget(GridOccupant target, GridOccupant wielder, Grid.Grid grid)
{
var path = CalculatePath(wielder, target.Position - wielder.Position, grid);
return(path.IsLastNodeTarget);
}
public PathDetails CalculatePath(GridOccupant wielder, Vector2Int direction, Grid.Grid grid)
{
PathDetails path = new PathDetails
{
Travelled = new List <Grid.Grid.Node>(),
IsLastNodeTarget = false
};
var normalised = direction.CardinalNormalise();
var magnitude = projectile.Range;
var node = new Grid.Grid.Node();
for (int i = 1; i <= magnitude; i++)
{
if (grid.TryGetNodeAt(wielder.Position + i * normalised, ref node))
{
path.Travelled.Add(node);
// if we have hit something that has a type then weve eiher hit something we cant move though
// or weve hit our target
if (node.Occupants.Any(it => it.Type != null))
{
path.IsLastNodeTarget = node.Occupants.Any(it => it.Type != null && TargetTypes.Contains(it.Type));
break;
}
// todo(chris) add back in when we implement penetration
// else
// {
// var targetOccupants = node.Occupants.Where(it => TargetTypes.Contains(it.Type));
//
// var gridOccupants = targetOccupants as GridOccupant[] ?? targetOccupants.ToArray();
//
// // occupant isnt a target so cant go through
// if (gridOccupants.Length == 0)
// {
// break;
// }
//
// path.Hits.Add(node);
//
// var penetrating = gridOccupants.Where(occupant => projectile.PenitrationTags.Contains(occupant.Type));
//
// var penetratingArray = penetrating as GridOccupant[] ?? penetrating.ToArray();
//
// // cant penetrate target to this will be as far as we go
// if (penetratingArray.Length == 0)
// {
// break;
// }
//
// // if we cant penetrate all then we are done
// if (remainingDepth <= penetratingArray.Length)
// {
// break;
// }
//
// // continue;
// }
}
else
{
break;
}
}
if (path.IsLastNodeTarget && path.Travelled.Count == 0)
{
path = new PathDetails
{
Travelled = new List <Grid.Grid.Node>(),
IsLastNodeTarget = false
};
}
else
{
path.Travelled.RemoveAt(0);
}
return(path);
}
public override List <Grid.Grid.Node> FindEffectedNodes(GridOccupant wielder, Vector2Int direction, Grid.Grid grid)
{
return(CalculatePath(wielder, direction, grid).Travelled);
}
public override List <IUnitAction> Use(GridOccupant wielder, Vector2Int direction, Grid.Grid grid)
{
var path = CalculatePath(wielder, direction, grid);
if (path.Travelled.Count == 0)
{
return(null);
}
var endPoint = path.Travelled.Last();
var outOfAmmo = true;
var spawnProjectile = true;
var inventory = wielder.OccupantGameObject.GetComponent <IProvider <Inventory> >()?.Get();
if (inventory != null)
{
if (initialAmmunition != null)
{
AggregateSlot ammuntion;
if (inventory.RetrieveSlot(initialAmmunition.Key, out ammuntion))
{
if (ammuntion.Total < 1)
{
outOfAmmo = true;
spawnProjectile = false;
}
else if (ammuntion.Total == 1)
{
outOfAmmo = true;
spawnProjectile = true;
}
else
{
ammuntion.Total--;
inventory.UpdateSlot(initialAmmunition.Key, ammuntion);
spawnProjectile = true;
outOfAmmo = false;
}
}
}
if (outOfAmmo && unequipWhenOutOfAmmo)
{
inventory.RemoveWeaponSlot(_weaponKey);
}
}
if (spawnProjectile)
{
return(new List <IUnitAction> {
new LaunchProjectileAction(wielder, endPoint, projectile)
});
}
else
{
return(null);
}
}