/// <summary>
/// Handler to interpret and execute commands entered in the console
/// </summary>
/// <param name="Sender"></param>
/// <param name="CommandEvent"></param>
private void ConsoleCommandHandler(object Sender, string CommandEvent)
{
if (RegEx.LooseTest(CommandEvent, @"^\s*(quit|exit|close)\s*$") == true)
{
Exit();
}
else if (RegEx.LooseTest(CommandEvent, @"^add\s*([0-9]+)\s*([^ ]+)$") == true)
{
string strPart;
bool bParse;
UInt32 nCtr, nNumParticles;
TextureFiles eTexture;
Particle2D NewParticle;
strPart = RegEx.GetRegExGroup(CommandEvent, @"^add\s*([0-9]+)\s*([^ ]+)$", 1);
nNumParticles = UInt32.Parse(strPart);
strPart = RegEx.GetRegExGroup(CommandEvent, @"^add\s*([0-9]+)\s*([^ ]+)$", 2);
bParse = Enum.TryParse <TextureFiles>(strPart, true, out eTexture);
if (bParse == false)
{
cDevConsole.AddText(String.Format("No texture named '{0}' could be found", strPart));
return;
}
//Randomly generate the number of particles requested
for (nCtr = 0; nCtr < nNumParticles; nCtr++)
{
NewParticle = new Particle2D(GraphicsDevice);
//Particle images should be grayscale, allowing this tint value to color them
NewParticle.Tint = new Color(cRand.Next(0, 255), cRand.Next(0, 255), cRand.Next(0, 255));
NewParticle.Image = cTextureDict[eTexture];
//Set the dimensions of the image on screen
NewParticle.Height = cTextureDict[eTexture].Height / 2;
NewParticle.Width = cTextureDict[eTexture].Width / 2;
//Set the position of the image
NewParticle.TopLeft.X = (GraphicsDevice.Viewport.Width / 2) - (NewParticle.Width / 2);
NewParticle.TopLeft.Y = (GraphicsDevice.Viewport.Height / 2) - (NewParticle.Height / 2);
NewParticle.Rotation = (float)((cRand.Next(0, 360) * (2 * Math.PI)) / 360);
//Set the total movement the particle will travel
NewParticle.TotalDistance.X = cRand.Next(GraphicsDevice.Viewport.Width / -2, GraphicsDevice.Viewport.Width / 2);
NewParticle.TotalDistance.Y = cRand.Next(GraphicsDevice.Viewport.Height / -2, GraphicsDevice.Viewport.Height / 2);
NewParticle.TotalRotate = (float)(cRand.Next(-5, 5) * 2 * Math.PI);
//Set how long the particle will live in milliseconds
NewParticle.TimeToLive = cRand.Next(1000, 10000);
NewParticle.AlphaFade = true;
cSparkles.AddParticle(NewParticle);
}
}
else
{
cDevConsole.AddText("Unrecognized command: " + CommandEvent);
}
}
public override bool Update(GameTime CurrTime)
{
Vector2 vNewPos;
int nCtr, nBestTargetID = -1;
float nBestTargetDist = 0, nCurrDist;
List <PhysicalObject> aTargetList = cObjMgr[cnTargetGroupID];
bool bRetVal = true;
base.Update(CurrTime);
if (ctCreated == -1) //Just created, mark the time
{
ctCreated = CurrTime.TotalGameTime.TotalMilliseconds;
}
switch (ceProjType)
{
case eProjectileType_t.Tracking:
//Find a target to track
for (nCtr = 0; nCtr < aTargetList.Count; nCtr++)
{
nCurrDist = MGMath.SquaredDistanceBetweenPoints(CenterPoint, aTargetList[nCtr].CenterPoint);
if (nBestTargetID == -1) //No target picked
{
nBestTargetID = nCtr;
nBestTargetDist = nCurrDist;
}
else if (nCurrDist < nBestTargetDist)
{
nBestTargetID = nCtr;
nBestTargetDist = nCurrDist;
}
}
if (nBestTargetID != -1) //Found a valid target, steer toward it
{
nCurrDist = AITools.SteerTowardTarget(CenterPoint, aTargetList[nBestTargetID].CenterPoint, ObjectRotation, cnMaxTurn);
//Set the new movement direction, but don't change the speed
SetMovement(nCurrDist, cnMaxSpeed);
}
if (CurrTime.TotalGameTime.TotalMilliseconds - ctCreated > ctTimeToLive)
{
//Lived its full life, time to pop
bRetVal = false;
}
break;
case eProjectileType_t.Straight:
default:
//No logic, just flies straight
if (cGraphDev.Viewport.Width < CenterPoint.X + Width) //remove it when off screen
{
bRetVal = false;
}
if (cGraphDev.Viewport.Height < CenterPoint.Y + Height) //remove it when off screen
{
bRetVal = false;
}
if (CenterPoint.X < -1 * Width)
{
bRetVal = false;
}
if (CenterPoint.Y < -1 * Height)
{
bRetVal = false;
}
break;
}
//Look for collisions with all possible targets
foreach (PhysicalObject CurrObj in aTargetList)
{
if (CurrObj.TestCollision(this) == true)
{
//Hit a target! (tell it that it was hit)
CurrObj.ReportCollision(CurrTime, this);
bRetVal = false;
break;
}
}
//Apply the current speed
vNewPos = CenterPoint;
vNewPos.X += Speed.X;
vNewPos.Y += Speed.Y;
CenterPoint = vNewPos;
if ((ParticleHandler != null) && (bRetVal == false))
{
//Missile is expiring, throw some particles
for (nCtr = 0; nCtr < 10; nCtr++)
{
ParticleHandler.AddParticle(new DustParticle(CenterPoint, Rand, cGraphDev, cImgAtlas, "spaceEffects_008.png"));
}
}
//Return True to keep this alive, false to have it removed
return(bRetVal);
}
private void CommandSentEventHandler(object Sender, string Command)
{
if (Tools.RegEx.QuickTest(Command, "^(quit|exit)$") == true)
{
Exit();
}
else if (Tools.RegEx.QuickTest(Command, "^ship *stop$") == true)
{
cPlayerShip.cSpeedX = 0;
cPlayerShip.cSpeedY = 0;
cDevConsole.AddText("Ship speed set to 0");
}
else if (Tools.RegEx.QuickTest(Command, "^ship *center$") == true)
{
cPlayerShip.Top = (cGraphDevMgr.GraphicsDevice.Viewport.Bounds.Height) / 2 - (cPlayerShip.Height / 2);
cPlayerShip.Left = (cGraphDevMgr.GraphicsDevice.Viewport.Bounds.Width) / 2 - (cPlayerShip.Width / 2);
cDevConsole.AddText("Ship position set to [X=" + cPlayerShip.Left + ", Y=" + cPlayerShip.Width + "]");
}
else if (Tools.RegEx.QuickTest(Command, "^ship *state$") == true)
{
cDevConsole.AddText("Ship Position [X=" + cPlayerShip.Top + ", Y=" + cPlayerShip.Left + "]");
cDevConsole.AddText(" Speed X=" + cPlayerShip.cSpeedX + " Y=" + cPlayerShip.cSpeedY);
cDevConsole.AddText(" Size Width=" + cPlayerShip.Width + " Height=" + cPlayerShip.Height);
}
else if (Tools.RegEx.QuickTest(Command, "^fire *spread$") == true)
{
cDevConsole.AddText("Firing Spread");
cPlayerBullets.AddParticle(cTextureDict[Textures.Bullet], cPlayerShip.Top + (cPlayerShip.Height / 2) - 10, cPlayerShip.Left + (cPlayerShip.Height / 2) - 10, 20, 20, cPlayerShip.cRotation - 0.628f, 10, Color.White);
cPlayerBullets.AddParticle(cTextureDict[Textures.Bullet], cPlayerShip.Top + (cPlayerShip.Height / 2) - 10, cPlayerShip.Left + (cPlayerShip.Height / 2) - 10, 20, 20, cPlayerShip.cRotation - 0.314f, 10, Color.White);
cPlayerBullets.AddParticle(cTextureDict[Textures.Bullet], cPlayerShip.Top + (cPlayerShip.Height / 2) - 10, cPlayerShip.Left + (cPlayerShip.Height / 2) - 10, 20, 20, cPlayerShip.cRotation, 10, Color.White);
cPlayerBullets.AddParticle(cTextureDict[Textures.Bullet], cPlayerShip.Top + (cPlayerShip.Height / 2) - 10, cPlayerShip.Left + (cPlayerShip.Height / 2) - 10, 20, 20, cPlayerShip.cRotation + 0.314f, 10, Color.White);
cPlayerBullets.AddParticle(cTextureDict[Textures.Bullet], cPlayerShip.Top + (cPlayerShip.Height / 2) - 10, cPlayerShip.Left + (cPlayerShip.Height / 2) - 10, 20, 20, cPlayerShip.cRotation + 0.628f, 10, Color.White);
}
else if (Tools.RegEx.QuickTest(Command, "^fire *multi-?(ple|shot)$") == true)
{
cDevConsole.AddText("Firing Multi-Shot");
Vector2 BulletOrigin, BulletOffset;
BulletOrigin = MGMath.CalculateXYMagnitude(-1 * cPlayerShip.cRotation, cPlayerShip.Width / 4);
BulletOffset = MGMath.CalculateXYMagnitude(-1 * cPlayerShip.cRotation + 1.570796f, cPlayerShip.Width / 5);
//Adjust it so that it's relative to the top left screen corner
BulletOrigin.Y += cPlayerShip.Top + (cPlayerShip.Height / 2);
BulletOrigin.X += cPlayerShip.Left + (cPlayerShip.Height / 2);
cPlayerBullets.AddParticle(cTextureDict[Textures.Bullet], BulletOrigin.Y + (BulletOffset.Y * 2) - 10, BulletOrigin.X + (BulletOffset.X * 2) - 10, 20, 20, cPlayerShip.cRotation, 15, Color.White);
cPlayerBullets.AddParticle(cTextureDict[Textures.Bullet], BulletOrigin.Y + BulletOffset.Y - 10, BulletOrigin.X + BulletOffset.X - 10, 20, 20, cPlayerShip.cRotation, 15, Color.White);
cPlayerBullets.AddParticle(cTextureDict[Textures.Bullet], BulletOrigin.Y - 10, BulletOrigin.X - 10, 20, 20, cPlayerShip.cRotation, 15, Color.White);
cPlayerBullets.AddParticle(cTextureDict[Textures.Bullet], BulletOrigin.Y - BulletOffset.Y - 10, BulletOrigin.X - BulletOffset.X - 10, 20, 20, cPlayerShip.cRotation, 15, Color.White);
cPlayerBullets.AddParticle(cTextureDict[Textures.Bullet], BulletOrigin.Y - (BulletOffset.Y * 2) - 10, BulletOrigin.X - (BulletOffset.X * 2) - 10, 20, 20, cPlayerShip.cRotation, 15, Color.White);
}
else if (Tools.RegEx.QuickTest(Command, "^new *asteroid$") == true)
{
cDevConsole.AddText("Spawning Asteroid");
cAsteroids.AddParticle(cTextureDict[Textures.Asteroid], cPlayerShip.Top + (cPlayerShip.Height / 2) - 50, cPlayerShip.Left + (cPlayerShip.Height / 2) - 50, 100, 100, cPlayerShip.cRotation - 0.628f, 2, Color.White);
}
else if (Tools.RegEx.QuickTest(Command, @"^\s*ast(eroid)?\s*count\s*?$") == true)
{
cDevConsole.AddText("Current Asteroid Count: " + cAsteroids.ParticleList.Count);
}
else if (Tools.RegEx.QuickTest(Command, @"^\s*ast(eroid)?\s*clear$") == true)
{
cDevConsole.AddText("Destroying all asteroids");
cAsteroids.ParticleList.Clear();
}
else if (Tools.RegEx.QuickTest(Command, @"^\s*mouse\s*turn\s*=\s*(on|true|enable|1)\s*$") == true)
{
cDevConsole.AddText("Using mouse position to rotate ship");
cPlayerShip.MouseRotate = true;
}
else if (Tools.RegEx.QuickTest(Command, @"^\s*mouse\s*turn\s*=\s*(off|false|disable|0)\s*$") == true)
{
cDevConsole.AddText("Using arrow keys to rotate ship");
cPlayerShip.MouseRotate = false;
}
else if (Tools.RegEx.QuickTest(Command, @"^\s*(spawn|new)\s*hunter\s*$") == true)
{
cDevConsole.AddText("Spawning new hunter UFO");
Vector2 StartPos = new Vector2(-50, -50);
CreateNewHunter(100, StartPos);
}
else if (Tools.RegEx.QuickTest(Command, @"^\s*(sparkles|particles)\s*$") == true)
{
Particle2D NewSparkle;
Vector2 Speed;
cDevConsole.AddText("Particle burst on player ship");
for (int Ctr = 0; Ctr < 25; Ctr++)
{
NewSparkle = new Particle2D(cGraphDevMgr.GraphicsDevice);
NewSparkle.AlphaFade = true;
NewSparkle.TimeToLive = 100 + (cRandom.NextDouble() * 1000);
NewSparkle.Height = 10;
NewSparkle.Width = 10;
NewSparkle.TopLeft.X = cPlayerShip.Left + (cPlayerShip.Width / 2);
NewSparkle.TopLeft.Y = cPlayerShip.Top + (cPlayerShip.Height / 2);
NewSparkle.Image = cTextureDict[Textures.Bullet];
NewSparkle.Rotation = (float)(cRandom.NextDouble() * 6.2f);
Speed = MGMath.CalculateXYMagnitude(NewSparkle.Rotation, (float)(cRandom.NextDouble() * 5));
NewSparkle.SpeedX = Speed.X;
NewSparkle.SpeedY = Speed.Y;
NewSparkle.Tint = Color.White;
cSparkles.AddParticle(NewSparkle);
}
}
else if (Tools.RegEx.QuickTest(Command, @"^\s*(headlight|flashlight|dark)\s*=\s*(1|true|enable)\s*$") == true)
{
cDevConsole.AddText("Headlight mode enabled.");
cHeadlightMode = true;
}
else if (Tools.RegEx.QuickTest(Command, @"^\s*(headlight|flashlight|dark)\s*=\s*(0|false|disable)\s*$") == true)
{
cDevConsole.AddText("Headlight mode disabled.");
cHeadlightMode = false;
}
else if (Tools.RegEx.QuickTest(Command, @"^\s*stats\s*=\s*(1|true|enable|on)\s*$") == true)
{
cDevConsole.AddText("Stats enabled.");
cShowStats = true;
}
else if (Tools.RegEx.QuickTest(Command, @"^\s*stats\s*=\s*(0|false|disable|off)\s*$") == true)
{
cDevConsole.AddText("Stats disabled.");
cShowStats = false;
}
else
{
cDevConsole.AddText("Unrecognized command: " + Command);
}
}