public void CalculateStats()
{
//TODO: Step 1A ProtoMech Adjustments
double dSize = 0;
List <MovementMode> lstMovementModes = new List <MovementMode>();
Dictionary <string, int> dicTypes = new Dictionary <string, int>();
double dTotalGroundMovement = 0;
double dLowestInfantryOrBattleArmorMP = double.MaxValue;
double dJumpMovement = 0;
double dSlowestAerospace = double.MaxValue;
double dArmorValue = 0;
double dShortRangeDamage = 0;
double dMediumRangeDamage = 0;
double dLongRangeDamage = 0;
double dExtremeRangeDamage = 0;
double dIndirectDamage = 0;
double dFlakDamage = 0;
double dArtilleryDamage = 0;
double dBombDamage = 0;
List <string> CandidateMovementModes = new List <string>();
int iRestrictionRank = int.MaxValue;
foreach (Element curElement in Elements)
{
dSize += (double)curElement.Size; //Step 1C, IO327
//Step 1E, IO327
dArmorValue += (double)curElement.CurrentArmor + (double)curElement.CurrentStructure;
if (curElement.CurrentStructure >= 3 ||
curElement.HasSpecialAbility("AMS", true) ||
curElement.HasSpecialAbility("CASE", true))
{
dArmorValue += 0.5;
}
if (curElement.HasSpecialAbility("ENE", true) ||
curElement.HasSpecialAbility("CASEII", true) ||
curElement.HasSpecialAbility("CR", true) ||
curElement.HasSpecialAbility("RAMS", true))
{
dArmorValue += 1;
}
//Used to determine Unit Type (Step 1B, IO326)
if (!dicTypes.ContainsKey(curElement.UnitType.Code))
{
dicTypes.Add(curElement.UnitType.Code, 0);
}
dicTypes[curElement.UnitType.Code]++;
//Step 1D, IO327
foreach (MovementMode curMode in curElement.MovementModes)
{
bool bModeAlreadyInList = false;
//Used to determine Jump value
if (curMode.Code.Equals("j", StringComparison.CurrentCultureIgnoreCase))
{
dJumpMovement += curMode.Points;
}
if (IsGroundMovement(curMode.Code))
{
dTotalGroundMovement += curMode.Points;
}
if (IsAerospaceMovement(curMode.Code))
{
if (dSlowestAerospace > curMode.Points)
{
dSlowestAerospace = curMode.Points;
}
}
int iRestriction = RestrictionRank(curMode.Code, curElement.UnitType.Code);
if (iRestriction < iRestrictionRank)
{
iRestrictionRank = iRestriction;
CandidateMovementModes = new List <string>();
CandidateMovementModes.Add(curMode.Code);
}
foreach (MovementMode lstMode in lstMovementModes)
{
//If the element MovementMode code equals the unit MovementMode
//that we're currently examining...
if (lstMode.Code == curMode.Code)
{
//Note that this mode is already in the list (so we don't need to add it.)
bModeAlreadyInList = true;
//If this element has a lower movement point value than the unit as a whole,
//return the unit's movement points to match.
if (lstMode.Points > curMode.Points)
{
lstMode.Points = curMode.Points;
}
}
}
//If we didn't already see this MovementMode Code in the unit MovementMode list...
if (!bModeAlreadyInList)
{
//Add a copy of this unit's MovementMode to the Unit's MovementMode List.
lstMovementModes.Add(curMode.Clone() as MovementMode);
}
}
//Step 1F
foreach (Common.Element.Arc arc in curElement.Arcs)
{
dShortRangeDamage += arc.Short;
dMediumRangeDamage += arc.Medium;
dLongRangeDamage += arc.Long;
dExtremeRangeDamage += arc.Extreme;
}
}
//Note that we may have Movement Modes in the list at this point that only some of the
//unit have. We need that every Element can move at least the unit's MovementModes.
MovementModes = new List <MovementMode>();
//For each movement mode we think the unit has...
foreach (MovementMode UnitMovementMode in lstMovementModes)
{
bool bMovementModeIsValid = true;
//Cycle through each Element in the Unit.
foreach (Element currentElement in Elements)
{
bool bElementMeetsMovementRequirement = false;
foreach (MovementMode ElementMovementMode in currentElement.MovementModes)
{
//If the Element has the appropriate Movement Mode and at least as many points as the Unit,
//Mark the Element as meeting the Movement Requirement.
if (UnitMovementMode.Code == ElementMovementMode.Code && ElementMovementMode.Points >= UnitMovementMode.Points)
{
bElementMeetsMovementRequirement = true;
}
}
//If this unit didn't meet the Requirement for the UnitMovementMode,
//mark this MovementMode as invalid.
if (!bElementMeetsMovementRequirement)
{
bMovementModeIsValid = false;
}
}
//If Every element of the unit can move at least this many points in this
//movement mode, add the MovementMode to the Unit.
if (bMovementModeIsValid)
{
MovementModes.Add(UnitMovementMode.Clone() as MovementMode);
}
}
int iAerospace = 0;
int iGround = 0;
//Find the Movment Type
//Step 1D IO327
List <string> lstMovementTypes = new List <string>();
foreach (string sCode in dicTypes.Keys)
{
SBFType sbfType = SBFType.GetCanonicalTypeByCode(sCode);
if (sbfType.AeroType)
{
iAerospace += dicTypes[sCode];
}
else
{
iGround += dicTypes[sCode];
}
string sInsertValue = sCode;
if (sCode == "")
{
sInsertValue = "BM";
}
lstMovementTypes.Add(sInsertValue);
}
//Disallow units with both Aerospace
//and Ground Components (Step 1B, IO328)
if (iAerospace > 0 && iGround > 0)
{
throw new Exception("Unit cannot contain both Aerospace and Ground Elements");
}
//Compute MP Value (Step 1D, IO329)
int MP = 0;
if (dTotalGroundMovement > 0)
{
double dMP = Math.Round(dTotalGroundMovement / (double)Elements.Count);
dMP = Math.Min(dMP, dLowestInfantryOrBattleArmorMP);
MP = (int)dMP;
}
else
{
MP = (int)dSlowestAerospace;
}
MovementModes.Add(new MovementMode(MP, GetPreferredMovementType(lstMovementTypes.ToArray()))); //Step 1D, IO329
//TODO: Transport Movement
UnitType = SBFType.GetAggregateUnitType(dicTypes); //Step 1B, IO326
Jump = (int)Math.Round((dJumpMovement / (double)Elements.Count) / 2D, 0); //Step 1D, IO329
TMM = TargetMovementModifier(MP, UnitType.Code); //Step 1D, IO329
Armor = (int)Math.Round(dArmorValue / 3D);
Size = (int)Math.Round(dSize / (double)Elements.Count); //Step 1C, IO327
}
public void CalculatedValues()
{
//Calculate Values for a Formation (IO329)
double dSize = 0;
int iPV = 0;
List <MovementMode> lstMovementModes = new List <MovementMode>();
Dictionary <string, int> dicTypes = new Dictionary <string, int>();
foreach (Unit curElement in mUnits)
{
dSize += (double)curElement.Size;
iPV += curElement.PointValue;
foreach (MovementMode curMode in curElement.MovementModes)
{
bool bModeAlreadyInList = false;
foreach (MovementMode lstMode in lstMovementModes)
{
//If the element MovementMode code equals the unit MovementMode
//that we're currently examining...
if (lstMode.Code == curMode.Code)
{
//Note that this mode is already in the list (so we don't need to add it.)
bModeAlreadyInList = true;
//If this element has a lower movement point value than the unit as a whole,
//return the unit's movement points to match.
if (lstMode.Points > curMode.Points)
{
lstMode.Points = curMode.Points;
}
}
}
//If we didn't already see this MovementMode Code in the unit MovementMode list...
if (!bModeAlreadyInList)
{
//Add a copy of this unit's MovementMode to the Unit's MovementMode List.
lstMovementModes.Add(curMode.Clone() as MovementMode);
}
}
}
//Note that we may have Movement Modes in the list at this point that only some of the
//unit have. We need that every Element can move at least the unit's MovementModes.
MovementModes = new List <MovementMode>();
//For each movement mode we think the unit has...
foreach (MovementMode UnitMovementMode in lstMovementModes)
{
bool bMovementModeIsValid = true;
//Cycle through each Element in the Unit.
foreach (Unit currentElement in mUnits)
{
bool bElementMeetsMovementRequirement = false;
foreach (MovementMode ElementMovementMode in currentElement.MovementModes)
{
//If the Element has the appropriate Movement Mode and at least as many points as the Unit,
//Mark the Element as meeting the Movement Requirement.
if (UnitMovementMode.Code == ElementMovementMode.Code && ElementMovementMode.Points >= UnitMovementMode.Points)
{
bElementMeetsMovementRequirement = true;
}
}
//If this unit didn't meet the Requirement for the UnitMovementMode,
//mark this MovementMode as invalid.
if (!bElementMeetsMovementRequirement)
{
bMovementModeIsValid = false;
}
}
//If Every element of the unit can move at least this many points in this
//movement mode, add the MovementMode to the Unit.
if (bMovementModeIsValid)
{
MovementModes.Add(UnitMovementMode.Clone() as MovementMode);
}
}
Type = SBFType.GetAggregateUnitType(dicTypes);
Size = (int)Math.Round(dSize / (double)mUnits.Count);
PointValue = iPV;
}