/// <summary>
/// Returns a random value +/- 25% around a target value
/// </summary>
/// <param name="item">The FamilyParameterValue to target</param>
/// <returns></returns>
internal static double GetRandomItemValue(FamilyParameterModel item)
{
SingleRandom random = SingleRandom.Instance;
double value = item.RevitValue + 0.01; //TO DO - Needs CHanging
double plus = (value + 0.25 * value); // plus minus values - around the current value +-25%
double minus = (value - 0.25 * value);
double randomValue = random.NextDouble() * (plus - minus) + minus;
//if (randomValue == 0) randomValue = random.NextDouble() * 10;
if (randomValue > 10)
{
randomValue = Math.Round(randomValue); //Round the value if it is not a single digit (inches and feet can be singe digit)
}
return(randomValue);
}
//Create a checkbox FamilyParameterModel item
internal static FamilyParameterModel FamilyParameterItem(FamilyType ft, FamilyParameter fp, List <FamilyParameter> paramLabel, List <FamilyParameter> paramFormula)
{
//Collect data depending on the type of paramter
FamilyParameterModel newItem = new FamilyParameterModel(); //Create new FamilyParamterModel
newItem.SuppressUpdate(); //When setting the first time, suppress the back-update coming from the UI because of difference in precision
newItem.Name = fp.Definition.Name; //The name of the Parameter
newItem.StorageType = fp.StorageType;
newItem.ParamType = GetParameterType(fp);
newItem.DisplayUnitType = GetDisplayUnitType(fp); //Set the DisplayUnitType for this parameter
newItem.Precision = Utils.GetPrecision(newItem.DisplayUnitType); //Properties.Settings.Default.Precision; //The precision set by the User in the Settings
newItem.Type = fp.Definition.ParameterType.ToString(); //The parameter type
newItem.Associated = !fp.AssociatedParameters.IsEmpty; //If the parameter is being associated
newItem.BuiltIn = fp.Id.IntegerValue < 0;
newItem.Modifiable = fp.UserModifiable;
newItem.Formula = fp.IsDeterminedByFormula;
newItem.Label = paramLabel.Any(f => f.Id == fp.Id);
newItem.Reporting = fp.IsReporting;
newItem.UsedInFormula = paramFormula.Any(f => f.Id == fp.Id);
newItem.ReadOnly = fp.IsReadOnly;
newItem.Shared = fp.IsShared;
newItem.TypeOrInstance = fp.IsInstance ? "Instance" : "Type";
newItem.IsUsed = (newItem.Associated || newItem.Label || newItem.UsedInFormula); //Used if any of the three is true
newItem.Editable = newItem.IsUsed && !newItem.Formula && !newItem.Reporting; //If the Parameter is used or if the parameter is not defined by Formula, allow the user to edit
newItem.Visible = Properties.Settings.Default.ToggleVisibility; //Set the visibility in the UI (user defined Tag property for ALL Tags, regardless of their specific conditions)
newItem.TagVisible = Properties.Settings.Default.ToggleTagsVisibility; //Set the Tags visibility
newItem.RevitValue = GetParameterValue(ft, fp); //Set the Revit internal value for the Parameter
if (newItem.RevitValue == 0.0)
{
newItem.Value = Utils.GetDutValueTo(newItem.StorageType, newItem.DisplayUnitType, newItem.RevitValue); //The unit specific value in double
newItem.UIValue = ValueConvertUtils.StringFromDoubleConvert(newItem.DisplayUnitType, newItem.Precision, newItem.Value); //The string representation of the value
}
return(newItem);
}
//Returns a single FamilyParameterModel
internal static FamilyParameterModel GetFamilyParameterModel(FamilyType ft, FamilyParameter fp, List <FamilyParameter> paramLabel, List <FamilyParameter> paramFormula)
{
FamilyParameterModel fpmodel = FamilyParameterItem(ft, fp, paramLabel, paramFormula);
return(fpmodel);
}
/// <summary>
/// Returns the opposite value for a boolean
/// </summary>
/// <param name="item"></param>
/// <returns></returns>
internal static double GetRandomBooleanValue(FamilyParameterModel item)
{
return(item.RevitValue == 1 ? 0 : 1);
}