void Awake()
{
solver = new AK.ExpressionSolver();
expr = new AK.Expression();
vertices = new List <Vector3>();
stepSize = defaultStepSize;
if (ptManager != null && ptManager2D == null)
{
if (ptManager.ptSet != null)
{
ptSetExist = true;
rawPt1 = ptManager.ptSet.ptCoords["pt1"];
rawPt2 = ptManager.ptSet.ptCoords["pt2"];
rawPt3 = ptManager.ptSet.ptCoords["pt3"];
}
}
if (ptManager == null && ptManager2D != null)
{
if (ptManager2D != null && ptManager2D.ptSet != null)
{
ptSetExist = true;
rawPt1 = ptManager2D.ptSet.ptCoords["pt1"];
rawPt2 = ptManager2D.ptSet.ptCoords["pt2"];
}
}
}
int Damage()
{
AK.ExpressionSolver solver = new AK.ExpressionSolver();
foreach (var x in stats)
{
solver.SetGlobalVariable(x.Key, x.Value);
}
int dmg = (int)solver.EvaluateExpression(RulesLoader.damageFormula);
Debug.Log("Damage is " + dmg);
solver.ClearGlobalVariables();
return(dmg);
}
