internal MechDefMovementStatistics(MechDef mechDef)
{
this.mechDef = mechDef;
Engine = mechDef.GetEngine();
movement = Engine?.CoreDef.GetMovement(mechDef.Chassis.Tonnage);
if (movement == null)
{
return;
}
WalkMovementPoint = movement.WalkMovementPoint;
MoveMultiplier = GetMoveMultiplier();
BaseWalkSpeed = GetWalkSpeed();
BaseRunSpeed = GetRunSpeed();
WalkSpeed = BaseWalkSpeed * MoveMultiplier;
RunSpeed = BaseRunSpeed * MoveMultiplier;
JumpCapacity = GetJumpCapacity();
BaseJumpDistance = EngineMovement.ConvertJJMPToGameDistance(JumpCapacity);
JumpDistanceMultiplier = GetJumpDistanceMultiplier();
JumpDistance = BaseJumpDistance * JumpDistanceMultiplier;
JumpJetCount = mechDef.Inventory.Count(x => x.ComponentDefType == ComponentType.JumpJet);
JumpJetMaxCount = GetJumpJetMaxCount();
}
internal static int CalcJumpHeat(Mech mech, float jumpDistance)
{
var jumpCapacity = mech.StatCollection.JumpCapacity().Get();
var maxJumpDistance = EngineMovement.ConvertMPToGameDistance(jumpCapacity);
var jumpRatio = jumpDistance / maxJumpDistance;
return(GetJumpHeat(mech.StatCollection, jumpRatio));
}
internal static float CalcMaxJumpDistance(Mech mech)
{
if (!mech.IsOperational || mech.IsProne)
{
return(0f);
}
var jumpCapacity = mech.StatCollection.JumpCapacity().Get();
if (jumpCapacity < 0.1)
{
return(0f);
}
var jumpjetDistance = EngineMovement.ConvertMPToGameDistance(jumpCapacity);
var mechJumpDistanceMultiplier = mech.StatCollection.JumpDistanceMultiplier().Get();
return(jumpjetDistance * mechJumpDistanceMultiplier);
}