/// <summary>
/// Add any projectiles that are in the 'add later' collection.
/// </summary>
public void AddDelayedProjectiles()
{
if (projectilesToAddLater.Count == 0)
{
return;
}
List <ProjectileToAddLater> toRemove = new List <ProjectileToAddLater>();
foreach (ProjectileToAddLater proj in projectilesToAddLater)
{
if (proj.timestamp <= Network.Util.Clock.GetTimeMilliseconds())
{
this.Add(proj.projInfo.projectileId, CreateProjectileObject(
WeaponLoader.GetProjectile(proj.projInfo.projectileTypeId),
proj.projInfo.target, proj.angle, proj.owner));
proj.owner.TurretAngle = -proj.angle;
toRemove.Add(proj);
}
}
foreach (ProjectileToAddLater proj in toRemove)
{
projectilesToAddLater.Remove(proj);
}
}
/// <summary>
/// Create a ProjectileManager.
/// </summary>
/// <param name="_camera">The camera is used to draw the objects.</param>
public ProjectileManager()
{
projectiles = new Dictionary <int, Projectile>();
projectilesToAddLater = new List <ProjectileToAddLater>();
activeSounds = new Dictionary <int, Audio.SoundCue>();
if (soundEffectBank == null)
{
soundEffectBank = new Dictionary <int, string>();
List <Weapon> weapons = WeaponLoader.GetWeaponsAsList();
foreach (Weapon weapon in weapons)
{
if (!soundEffectBank.ContainsKey(weapon.ProjectileID))
{
soundEffectBank[weapon.ProjectileID] = weapon.FiringSound;
}
}
}
}
/// <summary>
/// Get the ProjectileData object from the raw strings from the XML
/// </summary>
/// <param name="rawProjectileValues">The string values from the XML</param>
/// <param name="emitters">The projectile's emitters</param>
/// <param name="animations">The projectile's animations</param>
/// <returns>A ProjectileData object.</returns>
private static ProjectileData GetProjectileFromStrings(Dictionary <string, string> rawProjectileValues,
List <Weapon.ParticleEmitter> emitters,
List <Weapon.ModelAnimation> animations)
{
bool valid = true;
int id = HandleIdVal(rawProjectileValues["id"], out valid);
string name = HandleNameVal(rawProjectileValues["name"], out valid);
if (valid == false)
{
return(null);
}
string model = rawProjectileValues["modelName"];
float projectileScale = HandleFloatVal(rawProjectileValues["scale"]);
string particleEffectName = rawProjectileValues["particleEffectName"];
string impactParticleName = rawProjectileValues["impactParticleName"];
string impactSoundEffect = rawProjectileValues["impactSoundEffect"];
string expirationParticleName = rawProjectileValues["expirationParticleName"];
int areaOfEffectRadius = HandleIntVal(rawProjectileValues["areaOfEffectRadius"]);
bool areaOfEffectUsesCone = HandleBoolVal(rawProjectileValues["areaOfEffectUsesCone"]);
float areaOfEffectDecay = HandleFloatVal(rawProjectileValues["areaOfEffectDecay"]);
int coneRadius = HandleIntVal(rawProjectileValues["coneRadius"]);
int coneOriginWidth = HandleIntVal(rawProjectileValues["coneOriginWidth"]);
bool coneDamagesEntireArea = HandleBoolVal(rawProjectileValues["coneDamagesEntireArea"]);
int minDamage = HandleIntVal(rawProjectileValues["minDamage"]);
int maxDamage = HandleIntVal(rawProjectileValues["maxDamage"]);
bool isInstantaneous = HandleBoolVal(rawProjectileValues["isInstantaneous"]);
int initialVelocity = HandleIntVal(rawProjectileValues["initialVelocity"]);
int terminalVelocity = HandleIntVal(rawProjectileValues["terminalVelocity"]);
int acceleration = HandleIntVal(rawProjectileValues["acceleration"]);
int range = HandleIntVal(rawProjectileValues["range"]);
int rangeVariation = HandleIntVal(rawProjectileValues["rangeVariation"]);
int jumpRange = HandleIntVal(rawProjectileValues["jumpRange"]);
float jumpDamageDecay = HandleFloatVal(rawProjectileValues["jumpDamageDecay"]);
int jumpCount = HandleIntVal(rawProjectileValues["jumpCount"]);
float collisionRadius = HandleFloatVal(rawProjectileValues["collisionRadius"]);
int environmentEffectID = HandleIntVal(rawProjectileValues["environmentEffectID"]);
return(new ProjectileData(id, name, model, projectileScale, particleEffectName, impactParticleName, impactSoundEffect, expirationParticleName,
emitters, animations, areaOfEffectRadius, areaOfEffectUsesCone, areaOfEffectDecay, coneRadius, coneOriginWidth, coneDamagesEntireArea,
minDamage, maxDamage, isInstantaneous, initialVelocity, terminalVelocity, acceleration, range, rangeVariation, jumpRange,
jumpDamageDecay, jumpCount, environmentEffectID, collisionRadius, WeaponLoader.GetEnvironmentProperty(environmentEffectID)));
}
/// <summary>
/// Constructs a new player tank, which also initializes it's inner Object3 class.
/// </summary>
/// <param name="_tankModel">Model to load into the tank.</param>
/// <param name="_attr"></param>
/// <param name="_pos"></param>
/// <param name="_alive"></param>
/// <param name="_angle"></param>
/// <param name="_id"></param>
/// <param name="_team"></param>
public PlayerTank(Model _tankModel,
VTankObject.TankAttributes _attr,
Vector3 _pos,
bool _alive,
float _angle,
int _id,
GameSession.Alliance _team)
: base(_tankModel, _pos)
{
hoverValue = new HoverTranslation();
activeUtilities = new List <ActiveUtility>();
utilities = new List <Utility>();
assistList = new List <int>();
emitters = new List <ParticleEmitter>();
attributes = _attr;
position = _pos;
if (_attr.model == "Icarus")
{
this.Translate(new Vector3(0, 0, 20));
this.AddEmitters();
}
alive = _alive;
Angle = _angle;
ID = _id;
RenderID = -1;
TurretRenderID = -1;
HealthBarRenderID = -1;
Team = _team;
weapon = WeaponLoader.GetWeapon(attributes.weaponID);
elapsed = weapon.Cooldown;
LastDirectionMovement = VTankObject.Direction.NONE;
PreviouslyCollidied = false;
IsCharging = false;
/*AlternateModelTexture = ServiceManager.Resources.Load<Texture2D>(
* @"models\tanks\skins\camo-forest");
*/
if (_attr.name != PlayerManager.LocalPlayerName)
{
HealthBar = new HealthBar(position, attributes.health);
NameObject = new TextObject();
NameObject.SetText(attributes.name);
}
if (Team == GameSession.Alliance.BLUE)
{
meshColor = Color.Blue;
}
else if (Team == GameSession.Alliance.RED)
{
meshColor = Color.Red;
}
else
{
meshColor = Toolkit.GetColor(attributes.color);
}
SetUpSphereBoundaries();
ApplyTankSkin();
}