private static Attack CreateAttack(Dictionary <string, object> attackProperties)
{
Attack attack = null;
string attackName = (string)attackProperties["attackName"];
Projectile projectile = ProjectileFactory.CreateProjectile((Dictionary <string, object>)attackProperties["projectile"]);
MovementPattern movement = MovementPatternFactory.CreateMovementPattern((Dictionary <string, object>)attackProperties["movementPattern"]);
Timer cooldownToAttack = EntityGroupBuilder.CreateTimer((float)attackProperties["cooldownToAttack"]);
cooldownToAttack.Stop();
cooldownToAttack.AutoReset = true;
Timer cooldownToCreateProjectile = EntityGroupBuilder.CreateTimer((float)attackProperties["cooldownToCreateProjectile"]);
cooldownToCreateProjectile.Stop();
cooldownToCreateProjectile.AutoReset = true;
switch (attackName)
{
case "basicLinear":
attack = new BasicLinear(projectile, movement, cooldownToAttack, cooldownToCreateProjectile);
break;
case "circularHoming":
attack = new CircularHoming(projectile, (Circular)movement, cooldownToAttack, cooldownToCreateProjectile);
break;
case "circularTriHoming":
attack = new CircularTriHoming(projectile, (Circular)movement, cooldownToAttack, cooldownToCreateProjectile);
break;
case "circle":
int numberOfProjectiles = Convert.ToInt32((float)attackProperties["numberOfProjectiles"]);
float degreesToStart = (float)attackProperties["degreesToStart"];
float degreesToEnd = (float)attackProperties["degreesToEnd"];
attack = new Circle(projectile, movement, cooldownToAttack, cooldownToCreateProjectile, numberOfProjectiles, degreesToStart, degreesToEnd);
break;
case "arrow":
int widthOfArrow = Convert.ToInt32((float)attackProperties["widthOfArrow"]);
attack = new Arrow(projectile, movement, cooldownToAttack, cooldownToCreateProjectile, widthOfArrow);
break;
default:
throw new Exception("Invalid Entity");
}
return(attack);
}
/// <summary>
/// Get the offset from reference in microns
/// Apply any defined correction
/// </summary>
/// <param name="greyScale"></param>
/// <param name="planarDatum"></param>
/// <param name="max2"></param>
/// <param name="min2"></param>
/// <returns></returns>
public double GetMicronOffsetFromReference(double greyScale, double greyScaleX, double greyScaleY, BasicLinear planarDatum, double max2, double min2)
{
double greyScaleRef = planarDatum.Evaluate(greyScaleX, greyScaleY);
double micronOffset = ConvertGreyScaleToRawDel(greyScale - greyScaleRef, max2, min2) / CountsPerMicron;
return(micronOffset * CorrectionSlope + CorrectionIntercept);
}
