private void DebugColorEdit()
{
KeyControl keyPlayer = new KeyControl(Keys.NumPad4);
KeyControl keyTeam1 = new KeyControl(Keys.NumPad2);
KeyControl keyTeam2 = new KeyControl(Keys.NumPad3);
KeyControl keyShift1 = new KeyControl(Keys.LeftControl);
KeyControl keyShift2 = new KeyControl(Keys.RightControl);
if (keyPlayer.KeyPressed())
{
ColorMaskedSprite playerMaskedSprite = Owner.FindComponent <ColorMaskedSprite>();
if (PlayerIndex == PlayerIndex.One) // hack to avoid several Color incrementations
{
if (keyShift1.KeyDown() || keyShift2.KeyDown())
{
Colors.Previous();
}
else
{
Colors.Next();
}
}
playerMaskedSprite.Color1 = Colors.Current();
}
else if (keyTeam1.KeyPressed() && m_team.TeamID == TeamId.TeamOne ||
(keyTeam2.KeyPressed() && m_team.TeamID == TeamId.TeamTwo))
{
ColorMaskedSprite playerMaskedSprite = Owner.FindComponent <ColorMaskedSprite>();
if (keyShift1.KeyDown() || keyShift2.KeyDown())
{
Colors.Current();
}
else
{
Colors.Current();
}
m_team.ColorScheme.Color1 = Colors.Current();
playerMaskedSprite.Color3 = Colors.Current();
}
}
public override void Update()
{
if (m_navigationGrid == null)
{
return;
}
if (Game.GameManager.Ball != null)
{
m_ballSource.Position = Game.GameManager.Ball.Position;
}
//Random rand = new Random();
//int nAABB = 128;
//AABB[] aabbs = new AABB[nAABB];
//for (int i = 0; i < nAABB; i++)
//{
// aabbs[i] = new AABB(rand.NextVector2(), rand.NextFloat(), rand.NextFloat());
//}
//int t = 0;
//int n = 1000000;
//for (int i = 0; i < n; i++)
//{
// if (AABB.TestOverlapFast(ref aabbs[(i) % nAABB], ref aabbs[(i + 1) % nAABB])) t++;
// if (AABB.TestOverlap(ref aabbs[(i) % nAABB], ref aabbs[(i + 1) % nAABB])) t++;
//}
//Engine.Log.Debug("T", t);
m_shootLeftPlayerCosts[0].Position = Game.Arena.LeftGoal.Team.Players[0].Position;
m_shootLeftPlayerCosts[1].Position = Game.Arena.LeftGoal.Team.Players[1].Position;
m_shootRightPlayerCosts[0].Position = Game.Arena.RightGoal.Team.Players[0].Position;
m_shootRightPlayerCosts[1].Position = Game.Arena.RightGoal.Team.Players[1].Position;
if (m_debugIndexPlusCtrl.KeyPressed())
{
m_mapDebugIndex++;
}
if (m_debugIndexMinusCtrl.KeyPressed())
{
m_mapDebugIndex--;
}
int nMap = m_potentialMaps.Keys.Count;
m_mapDebugIndex = (m_mapDebugIndex + nMap) % nMap;
int iMap = 0; //Use an incrementing index to spread the updates across frames
Parallel.ForEach(m_potentialMaps.Values, map =>
{
if (map.UpdateFrequency == PotentialMapUpdateFrequency.Slow)
{
if ((Engine.FrameCount + iMap++) % (3 * Parameters.MapUpdateMultiplier) == 0)
{
map.Update();
}
}
else if (map.UpdateFrequency == PotentialMapUpdateFrequency.Normal)
{
if ((Engine.FrameCount + iMap++) % (2 * Parameters.MapUpdateMultiplier) == 0)
{
map.Update();
}
}
else if (map.UpdateFrequency == PotentialMapUpdateFrequency.Fast)
{
if ((Engine.FrameCount + iMap++) % (1 * Parameters.MapUpdateMultiplier) == 0)
{
map.Update();
}
}
});
if (Parameters.Debug && Engine.Debug.Flags.RenderDebug && m_potentialMaps.Count != 0)
{
var keyValue = m_potentialMaps.ElementAt(m_mapDebugIndex);
var map = keyValue.Value;
Engine.Log.Debug("Potential Map", keyValue.Key);
map.Debug();
}
int arraySize = m_navigationGrid.Data.Length;
int nUpdate = Parameters.GridUpdateCount;
for (int i = m_updateIndex; i < m_updateIndex + nUpdate; i++)
{
int idx = i % arraySize;
var cell = m_navigationGrid.Data[idx];
//Update connectivity
for (int iNeighbour = 0; iNeighbour < cell.Neighbours.Length; iNeighbour++)
{
var nextCell = cell.Neighbours[iNeighbour];
if (nextCell == null)
{
continue;
}
cell.CanNavigateToNeighbour[iNeighbour] = RayCastVisibility(cell.Position, nextCell.Position);
}
//Shooting parameters
float maxShootDistancePenalty = Engine.Debug.EditSingle("MaxShootDistancePenalty", 0.5f);
float minShootDistance = Engine.Debug.EditSingle("MinShootDistance", 200.0f);
float maxShootDistance = Engine.Debug.EditSingle("MaxShootDistance", 600.0f);
float bestShootDistance = Engine.Debug.EditSingle("BestShootDistance", 450.0f);
//Raycast to left goal
cell.CanShootLeft = RayCastVisibility(cell.Position, Game.Arena.LeftGoal.Position);
cell.CanShootLeftValue = 0.0f;
if (cell.CanShootLeft)
{
bool intercept1 = TestInterception(Game.GameManager.Teams[0], cell.Position, Game.Arena.LeftGoal.Position);
bool intercept2 = TestInterception(Game.GameManager.Teams[1], cell.Position, Game.Arena.LeftGoal.Position);
if (intercept1 && intercept2)
{
float distToGoal = Vector2.Distance(Game.Arena.LeftGoal.Position, cell.Position);
var distCoef = 0.0f;
if (distToGoal < bestShootDistance)
{
distCoef = LBE.MathHelper.LinearStep(minShootDistance, bestShootDistance, distToGoal);
}
else
{
distCoef = 1 - LBE.MathHelper.LinearStep(bestShootDistance, maxShootDistance, distToGoal);
}
float shootValue = LBE.MathHelper.Lerp(maxShootDistancePenalty, 1.0f, distCoef);
cell.CanShootLeftValue = shootValue;
}
}
//Raycast to right goal
cell.CanShootRight = RayCastVisibility(cell.Position, Game.Arena.RightGoal.Position);
cell.CanShootRightValue = 0.0f;
if (cell.CanShootRight)
{
bool intercept1 = TestInterception(Game.GameManager.Teams[0], cell.Position, Game.Arena.RightGoal.Position);
bool intercept2 = TestInterception(Game.GameManager.Teams[1], cell.Position, Game.Arena.RightGoal.Position);
if (intercept1 && intercept2)
{
float distToGoal = Vector2.Distance(Game.Arena.RightGoal.Position, cell.Position);
var distCoef = 0.0f;
if (distToGoal < bestShootDistance)
{
distCoef = LBE.MathHelper.LinearStep(minShootDistance, bestShootDistance, distToGoal);
}
else
{
distCoef = 1 - LBE.MathHelper.LinearStep(bestShootDistance, maxShootDistance, distToGoal);
}
float shootValue = LBE.MathHelper.Lerp(maxShootDistancePenalty, 1.0f, distCoef);
cell.CanShootRightValue = shootValue;
}
}
for (int iPlayer = 0; iPlayer < 4; iPlayer++)
{
cell.CanSeePlayer[iPlayer] = RayCastVisibility(cell.Position, Game.GameManager.Players[iPlayer].Position);
}
}
m_updateIndex = (m_updateIndex + nUpdate) % arraySize;
DebugGrid();
}
private void DebugColorEdit()
{
KeyControl keyArenaWall = new KeyControl(Keys.NumPad0);
KeyControl keyArenaGround = new KeyControl(Keys.NumPad1);
KeyControl keyTeam1 = new KeyControl(Keys.NumPad2);
KeyControl keyTeam2 = new KeyControl(Keys.NumPad3);
KeyControl keyShift1 = new KeyControl(Keys.LeftControl);
KeyControl keyShift2 = new KeyControl(Keys.RightControl);
if (keyArenaWall.KeyPressed())
{
ColorMaskedSprite arenaMaskedSprite = Owner.FindComponent <ColorMaskedSprite>();
if (keyShift1.KeyDown() || keyShift2.KeyDown())
{
arenaMaskedSprite.Color1 = Colors.Previous();
}
else
{
arenaMaskedSprite.Color1 = Colors.Next();
}
}
else if (keyArenaGround.KeyPressed())
{
ColorMaskedSprite arenaMaskedSprite = Owner.FindComponent <ColorMaskedSprite>();
if (keyShift1.KeyDown() || keyShift2.KeyDown())
{
arenaMaskedSprite.Color4 = Colors.Previous();
}
else
{
arenaMaskedSprite.Color4 = Colors.Next();
}
}
else
{
bool keyTeamPressed = false;
Team team = null;
if (keyTeam1.KeyPressed())
{
keyTeamPressed = true;
team = Game.GameManager.Teams[0];
}
else if (keyTeam2.KeyPressed())
{
keyTeamPressed = true;
team = Game.GameManager.Teams[1];
}
if (keyTeamPressed)
{
if (keyShift1.KeyDown() || keyShift2.KeyDown())
{
Colors.Previous();
}
else
{
Colors.Next();
}
team.ColorScheme.Color1 = Colors.Current();
ColorMaskedSprite arenaMaskedSprite = Owner.FindComponent <ColorMaskedSprite>();
if (m_leftGoal.Team.TeamID == team.TeamID)
{
arenaMaskedSprite.Color2 = Colors.Current();
}
else
{
arenaMaskedSprite.Color3 = Colors.Current();
}
}
}
}
public override void StartFrame()
{
m_optionMgr.Update();
if (!m_gameManager.Paused)
{
m_screenShake.Update();
m_screenFocus.Update();
}
if (!m_startInfo.Release && m_resetCtrl.KeyPressed())
{
Reset();
}
m_AIGameData.IdleTimeMS += Engine.GameTime.ElapsedMS;
for (int i = 0; i < 4; i++)
{
foreach (var button in Enum.GetValues(typeof(Buttons)))
{
if (Engine.Input.GamePadState((PlayerIndex)i).IsButtonDown((Buttons)button))
{
ResetAiTimerOrQuit();
}
}
}
if (Engine.Input.KeyboardState().IsKeyDown(Keys.Enter))
{
ResetAiTimerOrQuit();
}
if (Engine.Input.KeyboardState().IsKeyDown(Keys.Escape))
{
ResetAiTimerOrQuit();
}
var iaCtrl = new KeyControl(Keys.End);
if (iaCtrl.KeyPressed())
{
if (m_AIGameData.IsIdleAIRunning == false)
{
StartAIDemo();
}
else
{
QuitAIDemo();
}
}
float timeDemoS = 60;
if (m_AIGameData.IdleTimeMS > timeDemoS * 1000 && m_AIGameData.IsIdleAIRunning == false)
{
if (Game.MenuManager.CurrentMenu != null && Game.MenuManager.CurrentMenu.Script.GetType() == typeof(AltMainMenuScript))
{
StartAIDemo();
}
else
{
if (m_gameManager.IsAIGame())
{
Reset();
}
}
}
}