static Dictionary <PassiveElement[], Result> calculateTolerances(SchemeForTolerance scheme, ref int detansCount)
{
Dictionary <PassiveElement[], Result> elementToToleranceDictionary = new Dictionary <PassiveElement[], Result>();
//schemeForCalculations = new SchemeForTolerance(Scheme.currentScheme, selectedElements.ToArray(), error);
elementToToleranceDictionary = Calculations.calculateTolerance_Total(scheme, ref detansCount);
return(elementToToleranceDictionary);
}
//static int detansCount = 0;
/* Расчет допусков для каждого элемента из elements */
/* Возвращает ассоциативный массив, где ключ - элемент, значение - Result */
public static Dictionary <PassiveElement[], Result> calculateTolerance_Total(SchemeForTolerance scheme, ref int detansCount)/*, Dictionary<PassiveElement[], Result> elementToToleranceDictionary)/*,
* PassiveElement[] elements, bool forNegative, string error)*/
{
Dictionary <PassiveElement[], Result> elementToToleranceDictionary = new Dictionary <PassiveElement[], Result>();
foreach (PassiveElement element in scheme.getSelectedElements())
{
List <PassiveElement> selectedElement = new List <PassiveElement>();
selectedElement.Add(element);
SchemeForTolerance tempScheme = new SchemeForTolerance(Scheme.currentScheme,
new PassiveElement[] { element }, scheme.error, scheme.useNegativeValues);
//scheme.setSelectedElements(selectedElement);
Result result = calculateTolerance(tempScheme);
detansCount += 4;
elementToToleranceDictionary.Add(new PassiveElement[] { element }, result);
}
return(elementToToleranceDictionary);
}
/* Расчет допуска для одного элемента (element) из схемы scheme */
static Result calculateTolerance(SchemeForTolerance scheme)/*PassiveElement element, SchemeForTolerance scheme, bool forNegative)*/
{
PassiveElement element = scheme.getSelectedElements()[0];
Result result = new Result();
string[] detans = getDetans(element, scheme);
result.elementNamesToDetansDictionary = new Dictionary <string, DetansPair>();
result.elementNamesToDetansDictionary.Add("", new DetansPair(detans[1], detans[3]));
result.elementNamesToDetansDictionary.Add(element.getRightName(), new DetansPair(detans[0], detans[2]));
string formule = makeToleranceFormule(detans, scheme.error, false);
if (scheme.useNegativeValues)
{
result.formuleValue = new FormuleValueWithNegative();
}
else
{
result.formuleValue = new FormuleValue();
}
result.formuleValue.formule = formule;
string value = calculateFormule(formule, scheme);
if (!String.IsNullOrEmpty(value))
{
//if (!result.valueForPositive.Contains("j"))
value = (Convert.ToDouble(value) * 100
/ Convert.ToDouble(element.getFormattedValue())).ToString();
}
result.formuleValue.value = value;
if (scheme.useNegativeValues)
{
string negativeValue = calculateFormule(makeToleranceFormule(detans, scheme.error, true), scheme);
if (!String.IsNullOrEmpty(negativeValue))
{
//if (!result.valueForNegative.Contains("j"))
negativeValue = (Convert.ToDouble(negativeValue) * 100
/ Convert.ToDouble(element.getFormattedValue())).ToString();
}
((FormuleValueWithNegative)result.formuleValue).negativeValue = negativeValue;
}
return(result);
}
/* Частный случай функции getDetans для одного элемента */
static string[] getDetans(PassiveElement selectedElement, SchemeForTolerance scheme)
{
List <Element> elementsList = new List <Element>();//scheme.passiveElementsList;
foreach (PassiveElement element in scheme.passiveElementsList)
{
elementsList.Add(element);
}
elementsList.AddRange((selectedElement).clonnedElements);
elementsList.Remove((selectedElement).cloneElement);
elementsList.AddRange(scheme.nullersList);
List <Element> elementToInfinList = new List <Element>(elementsList);
List <Element> elementToZeroList = new List <Element>(elementsList);
scheme.transformElementToInfin(((PassiveElement)selectedElement).cloneElement, elementToInfinList);
scheme.transformElementToZero(((PassiveElement)selectedElement).cloneElement, elementToZeroList);
//scheme.transformElementToInfin(element, elementToInfinList);
//scheme.transformElementToZero(element, elementToZeroList);
List <Element> activeElementsForZ = scheme.getActiveElementsListForZ();
List <Element> activeElementsForQ = scheme.getActiveElementsListForQ();
List <Element> elementsToInfinToZList = new List <Element>(elementToInfinList);
elementsToInfinToZList.AddRange(activeElementsForZ);
List <Element> elementsToZeroToZList = new List <Element>(elementToZeroList);
elementsToZeroToZList.AddRange(activeElementsForZ);
List <Element> elementsToInfinToQList = new List <Element>(elementToInfinList);
elementsToInfinToQList.AddRange(activeElementsForQ);
List <Element> elementsToZeroToQList = new List <Element>(elementToZeroList);
elementsToZeroToQList.AddRange(activeElementsForQ);
string[] detans = new string[4];
string elementName = selectedElement.getRightName();
string keyForRemoved = elementName + "|" + "δ(" + elementName + ")";
string keyForSubtended = elementName + "|";
if (mainForm.elementsStringToDetansMap.ContainsKey(keyForRemoved))
{
detans[0] = mainForm.elementsStringToDetansMap[keyForRemoved].itsNumeratorDetan;
detans[2] = mainForm.elementsStringToDetansMap[keyForRemoved].itsDenominatorDetan;
}
else
{
detans[0] = getDetan(elementsToInfinToZList);
correctFormule(ref detans[0]);
detans[2] = getDetan(elementsToInfinToQList);
correctFormule(ref detans[2]);
DetansPair detansPair = new DetansPair(detans[0], detans[2]);
mainForm.elementsStringToDetansMap.Add(keyForRemoved, detansPair);
//mainForm.elementsStringToDetansMap[keyForRemoved].itsDenominatorDetan = detans[2];
}
if (mainForm.elementsStringToDetansMap.ContainsKey(keyForSubtended))
{
detans[1] = mainForm.elementsStringToDetansMap[keyForSubtended].itsNumeratorDetan;
detans[3] = mainForm.elementsStringToDetansMap[keyForSubtended].itsDenominatorDetan;
}
else
{
detans[1] = getDetan(elementsToZeroToZList);
correctFormule(ref detans[1]);
detans[3] = getDetan(elementsToZeroToQList);
correctFormule(ref detans[3]);
DetansPair detansPair = new DetansPair(detans[1], detans[3]);
mainForm.elementsStringToDetansMap.Add(keyForSubtended, detansPair);
//mainForm.elementsStringToDetansMap[keyForSubtended].itsNumeratorDetan = detans[1];
//mainForm.elementsStringToDetansMap[keyForSubtended].itsDenominatorDetan = detans[3];
}
for (int i = 0; i < detans.Length; i++)
{
correctFormule(ref detans[i]);
}
return(detans);
}
/* Частный случай функции getDetans для одного элемента */
static string[] getDetans(PassiveElement selectedElement, SchemeForTolerance scheme)
{
List<Element> elementsList = new List<Element>();//scheme.passiveElementsList;
foreach (PassiveElement element in scheme.passiveElementsList)
{
elementsList.Add(element);
}
elementsList.AddRange((selectedElement).clonnedElements);
elementsList.Remove((selectedElement).cloneElement);
elementsList.AddRange(scheme.nullersList);
List<Element> elementToInfinList = new List<Element>(elementsList);
List<Element> elementToZeroList = new List<Element>(elementsList);
scheme.transformElementToInfin(((PassiveElement)selectedElement).cloneElement, elementToInfinList);
scheme.transformElementToZero(((PassiveElement)selectedElement).cloneElement, elementToZeroList);
//scheme.transformElementToInfin(element, elementToInfinList);
//scheme.transformElementToZero(element, elementToZeroList);
List<Element> activeElementsForZ = scheme.getActiveElementsListForZ();
List<Element> activeElementsForQ = scheme.getActiveElementsListForQ();
List<Element> elementsToInfinToZList = new List<Element>(elementToInfinList);
elementsToInfinToZList.AddRange(activeElementsForZ);
List<Element> elementsToZeroToZList = new List<Element>(elementToZeroList);
elementsToZeroToZList.AddRange(activeElementsForZ);
List<Element> elementsToInfinToQList = new List<Element>(elementToInfinList);
elementsToInfinToQList.AddRange(activeElementsForQ);
List<Element> elementsToZeroToQList = new List<Element>(elementToZeroList);
elementsToZeroToQList.AddRange(activeElementsForQ);
string[] detans = new string[4];
string elementName = selectedElement.getRightName();
string keyForRemoved = elementName + "|" + "δ(" + elementName + ")";
string keyForSubtended = elementName + "|";
if (mainForm.elementsStringToDetansMap.ContainsKey(keyForRemoved))
{
detans[0] = mainForm.elementsStringToDetansMap[keyForRemoved].itsNumeratorDetan;
detans[2] = mainForm.elementsStringToDetansMap[keyForRemoved].itsDenominatorDetan;
}
else
{
detans[0] = getDetan(elementsToInfinToZList);
correctFormule(ref detans[0]);
detans[2] = getDetan(elementsToInfinToQList);
correctFormule(ref detans[2]);
DetansPair detansPair = new DetansPair(detans[0], detans[2]);
mainForm.elementsStringToDetansMap.Add(keyForRemoved, detansPair);
//mainForm.elementsStringToDetansMap[keyForRemoved].itsDenominatorDetan = detans[2];
}
if (mainForm.elementsStringToDetansMap.ContainsKey(keyForSubtended))
{
detans[1] = mainForm.elementsStringToDetansMap[keyForSubtended].itsNumeratorDetan;
detans[3] = mainForm.elementsStringToDetansMap[keyForSubtended].itsDenominatorDetan;
}
else
{
detans[1] = getDetan(elementsToZeroToZList);
correctFormule(ref detans[1]);
detans[3] = getDetan(elementsToZeroToQList);
correctFormule(ref detans[3]);
DetansPair detansPair = new DetansPair(detans[1], detans[3]);
mainForm.elementsStringToDetansMap.Add(keyForSubtended, detansPair);
//mainForm.elementsStringToDetansMap[keyForSubtended].itsNumeratorDetan = detans[1];
//mainForm.elementsStringToDetansMap[keyForSubtended].itsDenominatorDetan = detans[3];
}
for (int i = 0; i < detans.Length; i++)
{
correctFormule(ref detans[i]);
}
return detans;
}
/*PassiveElement element, SchemeForTolerance scheme, bool forNegative)*/
/* Расчет допуска для одного элемента (element) из схемы scheme */
static Result calculateTolerance(SchemeForTolerance scheme)
{
PassiveElement element = scheme.getSelectedElements()[0];
Result result = new Result();
string[] detans = getDetans(element, scheme);
result.elementNamesToDetansDictionary = new Dictionary<string, DetansPair>();
result.elementNamesToDetansDictionary.Add("", new DetansPair(detans[1], detans[3]));
result.elementNamesToDetansDictionary.Add(element.getRightName(), new DetansPair(detans[0], detans[2]));
string formule = makeToleranceFormule(detans, scheme.error, false);
if (scheme.useNegativeValues)
result.formuleValue = new FormuleValueWithNegative();
else
result.formuleValue = new FormuleValue();
result.formuleValue.formule = formule;
string value = calculateFormule(formule, scheme);
if (!String.IsNullOrEmpty(value))
//if (!result.valueForPositive.Contains("j"))
value = (Convert.ToDouble(value) * 100
/ Convert.ToDouble(element.getFormattedValue())).ToString();
result.formuleValue.value = value;
if (scheme.useNegativeValues)
{
string negativeValue = calculateFormule(makeToleranceFormule(detans, scheme.error, true), scheme);
if (!String.IsNullOrEmpty(negativeValue))
//if (!result.valueForNegative.Contains("j"))
negativeValue = (Convert.ToDouble(negativeValue) * 100
/ Convert.ToDouble(element.getFormattedValue())).ToString();
((FormuleValueWithNegative)result.formuleValue).negativeValue = negativeValue;
}
return result;
}
/*, Dictionary<PassiveElement[], Result> elementToToleranceDictionary)/*,
PassiveElement[] elements, bool forNegative, string error)*/
//static int detansCount = 0;
/* Расчет допусков для каждого элемента из elements */
/* Возвращает ассоциативный массив, где ключ - элемент, значение - Result */
public static Dictionary<PassiveElement[], Result> calculateTolerance_Total(SchemeForTolerance scheme, ref int detansCount)
{
Dictionary<PassiveElement[], Result> elementToToleranceDictionary = new Dictionary<PassiveElement[], Result>();
foreach (PassiveElement element in scheme.getSelectedElements())
{
List<PassiveElement> selectedElement = new List<PassiveElement>();
selectedElement.Add(element);
SchemeForTolerance tempScheme = new SchemeForTolerance(Scheme.currentScheme,
new PassiveElement[] { element }, scheme.error, scheme.useNegativeValues);
//scheme.setSelectedElements(selectedElement);
Result result = calculateTolerance(tempScheme);
detansCount += 4;
elementToToleranceDictionary.Add(new PassiveElement[] { element }, result);
}
return elementToToleranceDictionary;
}
static Dictionary<PassiveElement[], Result> calculateTolerances(SchemeForTolerance scheme, ref int detansCount)
{
Dictionary<PassiveElement[], Result> elementToToleranceDictionary = new Dictionary<PassiveElement[], Result>();
//schemeForCalculations = new SchemeForTolerance(Scheme.currentScheme, selectedElements.ToArray(), error);
elementToToleranceDictionary = Calculations.calculateTolerance_Total(scheme, ref detansCount);
return elementToToleranceDictionary;
}
