public static GameState CreateGameState()
{
//Prepare a gameState
GameState g = new GameState(); //gamestate. A GameState is a list of GameItems.
GameState cg = new GameState(); //Complete gamestate. Not pared down based on what has changed.
g.timeStamp = Time.timeSinceLevelLoad;
//Create some temp lists to fill
List <GameItem> items = new List <GameItem>();
if (ObjFuncs.objs.Count <= 0)
{
return(null);
}
//loop through every object
for (int i = 0; i < ObjFuncs.objs.Count; i++)
{
//do this part
ObjFuncs.Obj o = ObjFuncs.objs[i];
//Add all the syncd vars,
//whether or not they're different from last time
//(this is moving them into the same format, so I can more easily check if they've changed from last time)
//Goal
GameItem item = new GameItem();
item.uId = o.uId;
item.syncdVar = (int)SyncdVars.Goal;
item.newValue = new float[3];
item.newValue[0] = o.goal.x;
item.newValue[1] = o.goal.y;
item.newValue[2] = o.goal.z;
items.Add(item);
}
//Copy to cg, CompleteGamestate, so I can store that.
cg.items = new GameItem[items.Count];
for (int i = 0; i < cg.items.Length; i++)
{
cg.items[i] = new GameItem();
cg.items[i].uId = items[i].uId;
cg.items[i].syncdVar = items[i].syncdVar;
cg.items[i].newValue = items[i].newValue;
}
completeGameStates.Add(cg);
//Now compare it to the last complete game state, and cut out all the parts that haven't changed values
//...Do this here...
if (completeGameStates.Count > 2)
{
g = CompareTicks(items, completeGameStates[completeGameStates.Count - 2]);
if (g == null)
{
Debug.Log("Something is wrong. This should never return null.");
}
}
else
{
g = cg; //Just send the full state. There has only ever been 1 tick so far.
}
//(dont bother right now, just send complete game states until the system is proven to work, then add this)
return(g);
}
public static float[] CreateCompleteGameState() //Returns entire game state. Does zero paring down.
{
//Prepare a gameState
List <float> s = new List <float>();
//Add svTime
s.Add(hl.svTime); //The first float is always the time, so it functions as a time stamp
//loop through every peer
if (hl.peers != null)
{
for (int i = 0; i < hl.peers.Count; i++)
{
//Pop
s.Add((float)Type.Pop);
s.Add(5); //Number of floats, including this one
s.Add(hl.peers[i].uId);
s.Add(hl.peers[i].pop);
s.Add(hl.peers[i].maxPop);
//Money
s.Add((float)Type.Money);
s.Add(5); //Number of floats, including this one
s.Add(hl.peers[i].uId);
s.Add(hl.peers[i].money);
s.Add(hl.peers[i].moneyIncrease);
//Muntions
s.Add((float)Type.Muntions);
s.Add(5); //Number of floats, including this one
s.Add(hl.peers[i].uId);
s.Add(hl.peers[i].munitions);
s.Add(hl.peers[i].munitionsIncrease);
//Fuel
s.Add((float)Type.Fuel);
s.Add(5); //Number of floats, including this one
s.Add(hl.peers[i].uId);
s.Add(hl.peers[i].fuel);
s.Add(hl.peers[i].fuelIncrease);
}
}
//loop through every object
for (int i = 0; i < ObjFuncs.objs.Count; i++)
{
//do this part
ObjFuncs.Obj o = ObjFuncs.objs[i];
//Goal
s.Add((float)Type.ObjGoal);
s.Add(6); //Number of floats, including this one
s.Add(o.uId);
s.Add(o.goal.x);
s.Add(o.goal.y);
s.Add(o.goal.z);
//Health
s.Add((float)Type.ObjHealth);
s.Add(4); //Number of floats, including this one
s.Add(o.uId);
s.Add(o.health);
}
//Done. Return this as a float array
float[] cgs = new float[s.Count];
for (int i = 0; i < cgs.Length; i++)
{
cgs[i] = s[i];
}
return(cgs);
}
public static void SvSideCombat()
{
//Figure out combat
List <ObjFuncs.Obj> objs = ObjFuncs.objs;
List <int> possibleTargets = new List <int>();
RaycastHit hit;
for (int i = 0; i < objs.Count; i++)
{
ObjFuncs.Obj o = objs[i];
/*
* if (o.range > 0 && o.attachedTo != -1)//Is a gun, and is attached to a unit
* {
* if (Time.timeSinceLevelLoad > (o.firingTimeSet + o.firingDelay))
* {
* o.firingTimeSet = Time.timeSinceLevelLoad;
*
* Vector3 origin;
* Vector3 ang;
* Vector3 leftPos;
* Vector3 rightPos;
* Vector3 centerPos;
*
* origin = o.go.transform.position;
* ang = o.go.transform.eulerAngles;
* centerPos = MathFuncs.ProjectVec(origin, ang, o.range, Vector3.forward);
* leftPos = MathFuncs.ProjectVec(origin, new Vector3(ang.x, ang.y + o.firingConeAngle, ang.z), o.range, Vector3.forward);
* rightPos = MathFuncs.ProjectVec(origin, new Vector3(ang.x, ang.y - o.firingConeAngle, ang.z), o.range, Vector3.forward);
*
* //Loop through every other object
* for (int a = 0; a < objs.Count; a++)
* {
* ObjFuncs.Obj o2 = objs[a];
* if (o2.ownedByClId != o.ownedByClId && o2.health > 0)//If owned by other player
* {
* if (MathFuncs.DistXZ(o.go.transform.position, o2.go.transform.position) <= o.range)
* {
* //Check if it's within the firing cone
* if (MathFuncs.CheckCone(o.range, o.firingConeAngle * 0.5f, ang.y, origin, o2.go.transform.position, true))
* {
* //Can I raytrace to this point?
* LayerMask mask = xa.de.CombatMask;//Layers.ReturnMaskForClId(o2.ownedByClId);
* //Effects.DrawLine(origin, o2.go.transform.position, 0.05f, Effects.Colors.Orange);
* if (Physics.Linecast(origin, o2.go.transform.position, out hit, mask))
* {
* //If this object is in range
* possibleTargets.Add(a);
* }
* }
* }
* }
* }
*
*
* int target = -1;
* if (possibleTargets.Count > 0)
* {
* //Now pick something from the list of possible targets
* int highestValue = -1;
* for (int a = 0; a < possibleTargets.Count; a++)
* {
* if (objs[possibleTargets[a]].priorityValue > highestValue)
* {
* target = possibleTargets[a];
* highestValue = objs[possibleTargets[a]].priorityValue;
* }
* }
* }
* else
* {
* //Nothing is viable
* }
*
* if (target != -1)
* {
* //Draw a line
* Debug.Log("BANG! " + Time.timeSinceLevelLoad);
* Effects.DrawLine(o.go.transform.position, ObjFuncs.objs[target].go.transform.position, 0.2f, Effects.Colors.Yellow);
* ObjFuncs.objs[target].health -= Random.Range(o.minDam,o.maxDam);
* if(ObjFuncs.objs[target].health < 0) {ObjFuncs.objs[target].health = 0; }
*
* ObjFuncs.objs[target].textMesh.text = "" + ObjFuncs.objs[target].health;
* }
* }
* }
*/
}
}
