private Game(Game _g)
{
Planets = new List<Planet>();
foreach (Planet p in _g.Planets)
{
Planets.Add((Planet)(p.clone()));
}
Fleets = new List<Fleet>();
foreach (Fleet f in _g.Fleets)
{
Fleets.Add((Fleet)(f.clone()));
}
//PORT: Strings are immutable
if (_g.mapFilename != null)
mapFilename = _g.mapFilename;
if (_g.mapData != null)
mapData = _g.mapData;
initMode = _g.initMode;
if (_g.gamePlayback != null)
gamePlayback = new StringBuilder(_g.gamePlayback.ToString());
maxGameLength = _g.maxGameLength;
numTurns = _g.numTurns;
// Dont need to init the drawing stuff (it does it itself)
}
public static bool CheckForAlliveOrDropPlayer(Game engine, botDebugBase player)
{
if (engine.IsAlive(player.Id))
return true;
else
{
engine.DropPlayer(player.Id);
return false;
}
}
public bool Start()
{
if (IsRunning)
{
return false;
}
else
{
System.Diagnostics.Debug.Assert(Player1 != null, "Player 1 should be assigned");
System.Diagnostics.Debug.Assert(Player2 != null, "Player 2 should be assigned");
System.Diagnostics.Debug.Assert(!String.IsNullOrEmpty(MapName), "MapName should be assigned");
if (MaxTurns <= 0)
{
MaxTurns = 200;
}
Aborted = false;
IsRunning = true;
TurnsPlayed = 0;
PlayerWinnerId = 0;
try
{
engine = new Game(MapName, MaxTurns, 0, null);
engine.Init();
List<botDebugBase> players = new List<botDebugBase>();
players.Add(Player1);
players.Add(Player2);
IQueryable<botDebugBase> parallel = players.AsQueryable<botDebugBase>();
int turnsLeft = MaxTurns;
// I looked at the original engine, which had a lot of overhead because it was working with application instances
// and was capturing the output. Since I have a direct instance to the bot (wall, the debug wrapper) I can skip a lot of that
// and just use the bare essentials.
while (turnsLeft > 0 && (engine.Winner()) < 0)
{
if (!SilentGameEngine.CheckForAlliveOrDropPlayer(engine, players[0]))
PlayerWinnerId = 1;
if (!SilentGameEngine.CheckForAlliveOrDropPlayer(engine, players[1]))
PlayerWinnerId = 2;
if (PlayerWinnerId > 0) break;
players.ForEach(player => player.GameBoardData = engine.PovRepresentation(player.Id));
foreach (botDebugBase player in parallel)
{
PushGameDataToPlayer(player);
}
turnsLeft--;
if (Aborted)
{
return false;
}
else
{
TurnsPlayed++;
engine.FlushGamePlaybackString();
engine.DoTimeStep();
if (!SilentGameEngine.CheckForAlliveOrDropPlayer(engine, players[0]))
PlayerWinnerId = 1;
if (!SilentGameEngine.CheckForAlliveOrDropPlayer(engine, players[1]))
PlayerWinnerId = 2;
if (PlayerWinnerId > 0)
break;
}
}
}
finally
{
IsRunning = false;
}
return true;
}
}
// Renders the current state of the game to a graphics object
//
// The offset is a number between 0 and 1 that specifies how far we are
// past this game state, in units of time. As this parameter varies from
// 0 to 1, the fleets all move in the forward direction. This is used to
// fake smooth animation.
//
// On success, return an image. If something goes wrong, returns null.
public void Render(Game gameData, Image bgImage, // Background image
ColorDictionary colors, Graphics canvas, botDebugBase getPlayerStats)
{
_Canvas = canvas;
MyColors = colors;
try
{
int width = (int)(Width * 0.9);
int height = (int)(Height * 0.9);
PointF offset = new PointF(Width - width - 30, Height - height - 15);
List<Planet> planets = gameData.Planets;
List<Fleet> fleets = gameData.Fleets;
if (bgImage != null)
{
_Canvas.DrawImage(bgImage, 0, 0);
}
else
{
_Canvas.FillRectangle(Brushes.LightGray, _Canvas.ClipBounds);
}
// Determine the dimensions of the viewport in game coordinates.
double _top = Double.MAX_VALUE;
double _left = Double.MAX_VALUE;
double _right = Double.MIN_VALUE;
double _bottom = Double.MIN_VALUE;
int maxGrowthRate = 0;
foreach (Planet p in planets)
{
if (p.X < _left) _left = p.X;
if (p.X > _right) _right = p.X;
if (p.Y > _bottom) _bottom = p.Y;
if (p.Y < _top) _top = p.Y;
if (p.GrowthRate > maxGrowthRate) maxGrowthRate = p.GrowthRate;
}
_left--; _right++; _top--; _bottom++;
int _xRange = (int)_right - (int)_left;
int _yRange = (int)_bottom - (int)_top;
PointF sizePerUnit = new PointF((float)width / (_xRange),
(float)height / (_yRange));
double minSizeFactor = 5.0 + (sizePerUnit.X / maxGrowthRate);
Point[] planetPos = new Point[planets.Count];
RectangleF bounds = new RectangleF((float)(offset.X), (float)(offset.Y), (float)width, (float)height);
PointF origin = new PointF((float)(bounds.Left - (_left * sizePerUnit.X)),
(float)(bounds.Top - (_top * sizePerUnit.Y)));
if (DrawGrid)
{
for (float iGridX = (int)_left; iGridX <= _xRange; iGridX++)
{
float newX = origin.X + (iGridX * sizePerUnit.X);
PointF gridTop = new PointF(newX, bounds.Top);
PointF gridBottom = new PointF(newX, bounds.Bottom);
_Canvas.DrawLine(MyColors.GetPen(RenderColor.GridLine), gridTop, gridBottom);
string linesString = iGridX.ToString();
WriteTextInElLipseWithBorder(RenderColor.GridDark, RenderColor.GridLight, linesString, font50, gridTop, true, false);
WriteTextInElLipseWithBorder(RenderColor.GridDark, RenderColor.GridLight, linesString, font50, gridBottom, false, false);
}
for (float iGridY = (int)_top; iGridY <= _yRange; iGridY++)
{
float newY = origin.Y + ((float)_bottom - iGridY) * sizePerUnit.Y;
PointF gridLeft = new PointF(offset.X, newY);
PointF gridRight = new PointF(bounds.Right, newY);
_Canvas.DrawLine(MyColors.GetPen(RenderColor.GridLine), gridLeft, gridRight);
string linesString = iGridY.ToString();
WriteTextInElLipseWithBorder(RenderColor.GridDark, RenderColor.GridLight, linesString, font50, gridLeft, true, true);
WriteTextInElLipseWithBorder(RenderColor.GridDark, RenderColor.GridLight, linesString, font50, gridRight, false, false);
}
}
// Draw the planets.
int idx = 0;
int[] growthRatesCounter = new int[4];
int[] inbaseCounter = new int[4];
int[] planetCounter = new int[4];
int[] planetOwnerIds = new int[planets.Count];
foreach (Planet planet in planets)
{
growthRatesCounter[planet.Owner] += planet.GrowthRate;
growthRatesCounter[3] += planet.GrowthRate;
inbaseCounter[planet.Owner] += planet.NumShips;
inbaseCounter[3] += planet.NumShips;
planetCounter[planet.Owner] += 1;
planetCounter[3] += 1;
int newX = (int)(origin.X + (planet.X * sizePerUnit.X));
int newY = (int)(bounds.Bottom - (planet.Y * sizePerUnit.Y));
Point pos = new Point(newX, newY);
planetPos[idx] = pos;
planetOwnerIds[idx++] = planet.Owner;
int x = pos.X;
int y = pos.Y;
double size = minSizeFactor * (planet.GrowthRate + 0.5);
double r = size;
double cx = x - r / 2;
double cy = y - r / 2;
Brush fillColor = MyColors.GetDarkBrush(planet.Owner);
Pen textColor = MyColors.GetLightPen(planet.Owner);
if (planet.GrowthRate == 0)
{
fillColor = Brushes.Black;
}
else
{
bool canSurvive = true;
if (getPlayerStats != null)
{
canSurvive = getPlayerStats.QueryPlanetCanSurviveAttack(planet.PlanetID);
}
if (!canSurvive)
{
textColor = MyColors.GetDarkPen(planet.Owner);
fillColor = MyColors.GetLightBrush(planet.Owner);
}
}
_Canvas.FillEllipse(fillColor, (int)cx, (int)cy, (int)r, (int)r);
_Canvas.DrawEllipse(textColor, (int)cx, (int)cy, (int)r, (int)r);
}
if (ShortestRoute != null)
{
Planet current = null;
foreach (Planet next in ShortestRoute)
{
if (current != null)
{
Point from = planetPos[current.PlanetID];
Point to = planetPos[next.PlanetID];
_Canvas.DrawLine(Pens.Black, from, to);
}
current = next;
}
}
int[] inTransitCounter = new int[4];
int[] approachingFleetTotalCount = new int[planets.Count];
int[] approachingFleetAttackCount = new int[planets.Count];
int[] approachingFleetDefenceCount = new int[planets.Count];
//Draw in two passes, first the lines, then the labels.
for (int passCount = 1; passCount < 3; passCount++)
{
foreach (Fleet fleet in fleets)
{
if (DetermineShouldDrawPlayer(fleet.Owner))
{
if (passCount == 1)
{
inTransitCounter[fleet.Owner] += fleet.NumShips;
inTransitCounter[3] += fleet.NumShips;
if (fleet.Owner == planets[fleet.DestinationPlanet].Owner)
{
approachingFleetTotalCount[fleet.DestinationPlanet] += fleet.NumShips;
approachingFleetDefenceCount[fleet.DestinationPlanet] += fleet.NumShips;
}
else
{
approachingFleetTotalCount[fleet.DestinationPlanet] -= fleet.NumShips;
approachingFleetAttackCount[fleet.DestinationPlanet] -= fleet.NumShips;
}
}
Point sPos = planetPos[fleet.SourcePlanet];
Point dPos = planetPos[fleet.DestinationPlanet];
float tripProgress = 1.0f - (float)fleet.TurnsRemaining / (float)fleet.TotalTripLength;
if (tripProgress > 0.99 || tripProgress < 0.01)
{
continue;
}
int fleetOwnerOffset = (fleet.Owner - 1) * 2;
float dx = dPos.X - sPos.X + fleetOwnerOffset;
float dy = dPos.Y - sPos.Y + fleetOwnerOffset;
PointF fleetCenter = new PointF(
sPos.X + dx * tripProgress + fleetOwnerOffset,
sPos.Y + dy * tripProgress + fleetOwnerOffset);
if (passCount == 1 && DrawAttacklines)
{
Pen myPen = MyColors.GetPen(RenderColor.FleetOutgoingAttackLine);
if (fleet.Owner == 1)
{
if (planetOwnerIds[fleet.DestinationPlanet] == fleet.Owner)
{
myPen = MyColors.GetPen(RenderColor.FleetDefensiveLine);
}
}
else
{
myPen = MyColors.GetPen(RenderColor.FleetIncomingAttackLine);
_Canvas.DrawLine(myPen, dPos.X + 1, dPos.Y, fleetCenter.X + 1, fleetCenter.Y);
_Canvas.DrawLine(myPen, dPos.X, dPos.Y + 1, fleetCenter.X, fleetCenter.Y + 1);
}
_Canvas.DrawLine(myPen, dPos, fleetCenter);
}
if (passCount == 2 ||
(passCount == 1 && !DrawAttacklines))
{
SizeF tSize = _Canvas.MeasureString(fleet.NumShips.ToString(), font100);
fleetCenter = new PointF((fleetCenter.X - tSize.Width / 2), (fleetCenter.Y - tSize.Height / 2));
RenderColor background = MyColors.GetDarkColor(fleet.Owner);
RenderColor foreground = MyColors.GetLightColor(fleet.Owner);
RectangleF fleetrect = WriteTextInElLipseWithBorder(background, foreground, fleet.NumShips, font100b, fleetCenter, false, false);
if (DrawFleetArrival)
{
fleetCenter = new PointF(fleetrect.Right + 5, fleetrect.Bottom + 5);
WriteTextInElLipseWithBorder(RenderColor.FleetDistanceDark, RenderColor.FleetDistanceLight, fleet.TurnsRemaining, font25, fleetCenter, true, true);
}
}
}
}
if (!DrawAttacklines)
{
break;
}
}
foreach (Planet planet in planets)
{
Point sPos = planetPos[planet.PlanetID];
WriteTextInElLipseWithBorder(RenderColor.PlanetIdDark, RenderColor.PlanetIdLight, planet.PlanetID, font75b, sPos, true, true);
RectangleF goRight = WriteTextInElLipseWithBorder(RenderColor.PlanetGrowthDark, RenderColor.PlanetGrowthLight, planet.GrowthRate, font75, sPos, false, true);
sPos = new Point((int)goRight.Right, (int)goRight.Bottom);
RectangleF goUp = WriteTextInElLipseWithBorder(RenderColor.PlanetNumShipsDark, RenderColor.PlanetNumShipsLight, planet.NumShips, font50b, sPos, true, false);
if (DrawPlanetStatistics)
{
sPos = new Point((int)goUp.Left + 2, (int)goUp.Top);
goRight = WriteTextInElLipseWithBorder(RenderColor.PlanetAttackDark, RenderColor.PlanetAttackLight, approachingFleetAttackCount[planet.PlanetID], font25, sPos, true, false);
sPos = new Point((int)goRight.Right, (int)goUp.Top);
WriteTextInElLipseWithBorder(RenderColor.PlanetDefenceDark, RenderColor.PlanetDefenceLight, approachingFleetDefenceCount[planet.PlanetID], font25, sPos, true, false);
sPos = new Point((int)goRight.Left, (int)goRight.Top);
int nettEffect = approachingFleetTotalCount[planet.PlanetID];
if (nettEffect < 0)
{
WriteTextInElLipseWithBorder(RenderColor.PlanetAttackNettoNegativeDark, RenderColor.PlanetAttackNettoNegativeLight, nettEffect, font25b, sPos, true, false);
}
else
{
WriteTextInElLipseWithBorder(RenderColor.PlanetAttackNettoPositiveDark, RenderColor.PlanetAttackNettoPositiveLight, nettEffect, font25b, sPos, true, false);
}
}
}
SizeF textSize = _Canvas.MeasureString("In base : 1234", font50);
int lineCounter = 0;
double avg = (double)growthRatesCounter[3] / (double)planets.Count;
#region Draw neutral player stats (UpperLeft)
Brush color = MyColors.GetLightBrush(0);
_Canvas.FillRectangle(Brushes.Black, 0, 0, textSize.Width, textSize.Height * 6);
_Canvas.DrawString("In base : " + inbaseCounter[0], font50, color, 0, textSize.Height * lineCounter++);
_Canvas.DrawString("Growth : " + growthRatesCounter[0], font50, color, 0, textSize.Height * lineCounter++);
_Canvas.DrawString(string.Format("Gr.Avg. : {0:G}", avg), font50, color, 0, textSize.Height * lineCounter++);
#endregion
#region Draw Player1 stats (Below neurtral)
color = MyColors.GetLightBrush(1);
_Canvas.DrawString("In base : " + inbaseCounter[1], font50, color, 0, textSize.Height * lineCounter++);
_Canvas.DrawString("Transit : " + inTransitCounter[1], font50, color, 0, textSize.Height * lineCounter++);
_Canvas.DrawString("Growth : " + growthRatesCounter[1], font50, color, 0, textSize.Height * lineCounter++);
#endregion
int topLeftCornerHeight = (int)(textSize.Height * lineCounter) + 1;
lineCounter = 0;
color = MyColors.GetLightBrush(2);
#region Draw Player2 stats (Right next to neurtral)
_Canvas.FillRectangle(Brushes.Black, textSize.Width, 0, textSize.Width, textSize.Height * 3);
_Canvas.DrawString("In base : " + inbaseCounter[2], font50, color, textSize.Width, textSize.Height * lineCounter++);
int centralLine = (int)(textSize.Height * lineCounter++);
_Canvas.DrawString("Transit : " + inTransitCounter[2], font50, color, textSize.Width, centralLine);
_Canvas.DrawString("Growth : " + growthRatesCounter[2], font50, color, textSize.Width, textSize.Height * lineCounter++);
if (getPlayerStats != null)
{
if (getPlayerStats.QueryIsDominating())
{
_Canvas.DrawString("Dominating", font100b, MyColors.GetDarkBrush(1), Width / 2 - textSize.Width, centralLine);
}
}
#endregion
if (DrawUniverseStatistics)
{
PaintVerticalStatisticBars(growthRatesCounter, inbaseCounter, planetCounter, inTransitCounter, color, topLeftCornerHeight);
}
}
finally
{
_Canvas = null;
MyColors = null;
}
}