public void UpdatePlayerInfo()
{
string filePath = Application.persistentDataPath + "/Player.xml";
if (File.Exists(filePath))
{
XmlDocument xmlDoc = new XmlDocument();
xmlDoc.Load(filePath);
XmlNodeList playerNodeList = xmlDoc.SelectSingleNode("Player").ChildNodes;
//遍历Player结点下所有子节点
foreach (XmlElement xe in playerNodeList)
{
switch (xe.Name)
{
case "LevelLayer":
xe.InnerText = LayerCount.ToString();
break;
case "Hp":
xe.InnerText = Hp.ToString();
break;
case "ShootLevel":
xe.InnerText = ShootLevel.ToString();
break;
case "SpeedLevel":
xe.InnerText = SpeedLevel.ToString();
break;
case "BulletLevel":
xe.InnerText = BulletLevel.ToString();
break;
case "LightLevel":
xe.InnerText = BulletLevel.ToString();
break;
case "Speed":
xe.InnerText = Speed.ToString();
break;
case "ShootTimer":
xe.InnerText = ShootTimer.ToString();
break;
case "Money":
xe.InnerText = Money.ToString();
break;
case "SkillIcon":
xe.InnerText = skillIcon.ToString();
break;
}
}
xmlDoc.Save(filePath);
}
}
private void UpdateSpeedLevel() {
SpeedLevel speedLevel = GetSpeedLevel();
if (speedLevel != previousSpeedLevel) {
RunEvents(speedLevel);
previousSpeedLevel = speedLevel;
}
}
public void SetSpeed(SpeedLevel level)
{
foreach (GiantSpeed sp in availableMovements)
{
if (sp.type.Equals(level))
{
navMeshAgent.speed = sp.speed;
return;
}
}
Debug.Log(level.ToString() + " speed level is not supported");
}
public void SavePlayerInfo()
{
string filePath = Application.persistentDataPath + "/Player.xml";
if (!File.Exists(filePath))
{
XmlDocument xmlDoc = new XmlDocument();
//头结点
XmlElement root = xmlDoc.CreateElement("Player");
XmlElement locallayer = xmlDoc.CreateElement("LevelLayer");
locallayer.InnerText = LayerCount.ToString();
XmlElement localHp = xmlDoc.CreateElement("Hp");
localHp.InnerText = Hp.ToString();
XmlElement localShootLevel = xmlDoc.CreateElement("ShootLevel");
localShootLevel.InnerText = ShootLevel.ToString();
XmlElement localSpeedLevel = xmlDoc.CreateElement("SpeedLevel");
localSpeedLevel.InnerText = SpeedLevel.ToString();
XmlElement localBulletLevel = xmlDoc.CreateElement("BulletLevel");
localBulletLevel.InnerText = BulletLevel.ToString();
XmlElement localLightlevel = xmlDoc.CreateElement("LightLevel");
localLightlevel.InnerText = LightLevel.ToString();
XmlElement localSpeed = xmlDoc.CreateElement("Speed");
localSpeed.InnerText = Speed.ToString();
XmlElement localShootTimer = xmlDoc.CreateElement("ShootTimer");
localShootTimer.InnerText = ShootTimer.ToString();
XmlElement localMoney = xmlDoc.CreateElement("Money");
localMoney.InnerText = Money.ToString();
XmlElement localSkillIcon = xmlDoc.CreateElement("SkillICon");
localSkillIcon.InnerText = skillIcon.ToString();
root.AppendChild(locallayer);
root.AppendChild(localHp);
root.AppendChild(localShootLevel);
root.AppendChild(localSpeedLevel);
root.AppendChild(localBulletLevel);
root.AppendChild(localLightlevel);
root.AppendChild(localSpeed);
root.AppendChild(localShootTimer);
root.AppendChild(localMoney);
root.AppendChild(localSkillIcon);
xmlDoc.AppendChild(root);
xmlDoc.Save(filePath);
}
}
private void DisplaySpeed(SpeedLevel level)
{
m_speedText.text = m_speed.ToString();
if (level == SpeedLevel.Slow)
{
m_speedBG.color = Color.white;
}
if (level == SpeedLevel.Fast)
{
m_speedBG.color = Color.yellow;
}
else if (level == SpeedLevel.Dangerous)
{
m_speedBG.color = Color.red;
}
}
public void SetAIControllerMode(ControllerMode controllerMode)
{
aiControllerMode = controllerMode;
switch (controllerMode)
{
case ControllerMode.None:
AISpeed = AIController.SpeedLevel.None;
Actor.Sensor.AIPerceptionLevel = AIRadar.PerceptionLevel.None;
break;
case ControllerMode.Explore:
AISpeed = AIController.SpeedLevel.Walking;
Actor.Sensor.AIPerceptionLevel = AIRadar.PerceptionLevel.High;
break;
case ControllerMode.Loot:
AISpeed = AIController.SpeedLevel.Jogging;
Actor.Sensor.AIPerceptionLevel = AIRadar.PerceptionLevel.High;
break;
case ControllerMode.Combat:
AISpeed = AIController.SpeedLevel.Jogging;
Actor.Sensor.AIPerceptionLevel = AIRadar.PerceptionLevel.High;
break;
case ControllerMode.Flee:
AISpeed = AIController.SpeedLevel.Running;
Actor.Sensor.AIPerceptionLevel = AIRadar.PerceptionLevel.High;
break;
case ControllerMode.Hunt:
AISpeed = AIController.SpeedLevel.Running;
Actor.Sensor.AIPerceptionLevel = AIRadar.PerceptionLevel.High;
break;
case ControllerMode.DeathCircle:
AISpeed = AIController.SpeedLevel.Running;
Actor.Sensor.AIPerceptionLevel = AIRadar.PerceptionLevel.High;
break;
default:
break;
}
}
public void Reset(float x, float y, float rot)
{
this.roundScore = 0;
this.lane = null;
this.playerSkin = PlayerSkin.None;
this.isExploding = false;
this.skipDeathMarker = false;
this.autoCenterOnLane = true;
this.dampingRatio = .7f;
this.impulseScale = 50f;
this.X = x;
this.Y = y;
this.Rotation = rot;
this.SpeedLevel = SpeedLevel.Normal;
lastStepPos = body.GetPosition();
goalIsTop = !(lastStepPos.Y < this.screen.ClientSize.Y / 2);
this.SpeedLevel = SpeedLevel.Normal;
aboardVehicle = null;
this.LivingState = LivingState.Alive;
}
/// <summary>
/// Sets the speed level of the mailing with the provided id.
/// </summary>
/// <param name="mailingId"></param>
/// <param name="speedLevel"></param>
public void SetSpeedLevel(long mailingId, SpeedLevel speedLevel)
{
string body = SerializationUtils <SpeedLevel> .ToXmlString(speedLevel, "speed_level");
Post("mailings/" + mailingId.ToString() + "/settings/speedlevel", null, body);
}
private void RunEvents(SpeedLevel speedLevel) {
if (speedLevel == SpeedLevel.Low) RunLowEvent();
else if (speedLevel == SpeedLevel.Mid) RunMidEvent();
else if (speedLevel == SpeedLevel.High) RunHighEvent();
}
public static RouteElement GetRouteElement(RouteElement previous, string current, string next)
{
// Check Direct
if (Direct.IsValid(current))
{
//Create a new Direct element
return(new Direct());
}
// First element
if (previous == null)
{
//Either SpeedLevel or Airway
if (SpeedLevel.IsValid(current))
{
return(new SpeedLevel(current));
}
// Definitely airway
else
{
return(new Airway(current));
}
}
// Middle element or last element
else
{
// Last element
if (next.Equals(string.Empty))
{
// Either NamedPoint, CoordinatePoint or NavaidPoint or STAR(TO BE IMPLEMENTED)
// TODO: Implement STAR
return(GetSignificantPoint(current));
}
// Middle element
else
{
// Either ChangeOfFlightRule, ChangeOfSpeedLevelPoint, NavaidPoint, CoordinatePoint, NamedPoint or Airway
// Check ChangeOfFlightRule
if (ChangeOfFlightRule.IsValid(current))
{
return(new ChangeOfFlightRule(current));
}
// Check ChangeOfSpeedLevelPoint
else if (ChangeOfSpeedLevelPoint.IsValid(current))
{
string[] currentParts = current.Split('/');
SignificantPoint significantPoint = GetSignificantPoint(currentParts[0]);
SpeedLevel speedLevel = new SpeedLevel(currentParts[1]);
return(new ChangeOfSpeedLevelPoint(significantPoint, speedLevel));
}
// Check CoordinatePoint before checking airway since they can be adjacent
else if (CoordinatePoint.IsValid(current))
{
//Create CoordinatePoint
return(new CoordinatePoint(current));
}
// Either SignificantPoint or Airway
// Find the type of previous element
else if (previous is Airway | previous is SpeedLevel | previous is Direct)
{
// Current is a NamedPoint
return(GetSignificantPoint(current));
}
else
{
// Current is an Airway
return(new Airway(current));
}
}
}
}
