/* Расчет погрешности для выбранной комбинации элементов */
public static Result calculateError(SchemeForError scheme, ref int detansCount)
{
//SchemeForError scheme = new SchemeForError(Scheme.currentScheme, elements, elementToToleranceDictionary);
PassiveElement[] selectedElements = scheme.getSelectedElements().ToArray();
Dictionary<string, DetansPair> elementsToDetanPairDictionary =
getDetans(selectedElements, scheme, ref detansCount);
string formule = makeErrorFormule(elementsToDetanPairDictionary, false);
Result result = new Result();
result.elementNamesToDetansDictionary = elementsToDetanPairDictionary;
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 (!value.Contains("j"))
//value = value.Replace('.', ',');
value = (Convert.ToDouble(value) * 100).ToString();
}
result.formuleValue.value = value;
if (scheme.useNegativeValues)
{
formule = makeErrorFormule(elementsToDetanPairDictionary, true);
string resultForNegative = calculateFormule(formule, scheme);
if (!String.IsNullOrEmpty(resultForNegative))
if (!resultForNegative.Contains("j"))
//resultForNegative = resultForNegative.Replace('.', ',');
resultForNegative = (Convert.ToDouble(resultForNegative) * 100).ToString();
((FormuleValueWithNegative)result.formuleValue).negativeValue = resultForNegative;
}
detansCount += result.elementNamesToDetansDictionary.Count * 2;
return result;
}
/* Расчет погрешностей для всех возможных вариантов выбора элементов */
/* Принимает ассоциативный массив, где ключ - элемент, значение - допуск */
/* Заполняет ассоциативный массив, где ключ - элементы, значение - Result */
public static Dictionary<PassiveElement[], Result> calculateAllErrors(SchemeForError scheme, ref int detansCount)
{
Dictionary<PassiveElement[], Result> elementsToErrorDictionary = new Dictionary<PassiveElement[], Result>();
List<PassiveElement> passiveElementsList = new List<PassiveElement>();
foreach (Element element in Scheme.currentScheme.getElementsList())
{
if (element is PassiveElement)
passiveElementsList.Add((PassiveElement)element);
}
Dictionary<PassiveElement, string> elementToToleranceDictionary = scheme.elementToToleranceDictionary;
int passiveElementsCount = passiveElementsList.Count;
/* Перебор длин сочетаний элементов */
for (int i = 1; i <= passiveElementsCount; i++)
{
/* Первое сочетание данной длины элементов */
int[] indexes = makeCombination(i);
/* Перебор остальных сочетаний элементов */
while (true)
{
List<PassiveElement> selectedElements = new List<PassiveElement>();
foreach (int index in indexes)
selectedElements.Add(passiveElementsList[index - 1]);
Result result = new Result();
PassiveElement[] selectedElementsArray = selectedElements.ToArray();
SchemeForError tempScheme = new SchemeForError(Scheme.currentScheme,
selectedElementsArray, scheme.elementToToleranceDictionary, scheme.useNegativeValues);
result = calculateError(tempScheme, ref detansCount);
elementsToErrorDictionary.Add(selectedElementsArray, result);
if (nextCombination(indexes, passiveElementsList.Count) != 0)
break;
}
}
return elementsToErrorDictionary;
}
static Dictionary <PassiveElement[], Result> calculateError(SchemeForError scheme, ref int detansCount)
{
Dictionary <PassiveElement[], Result> elementsToErrorDictionary = new Dictionary <PassiveElement[], Result>();
//Dictionary<PassiveElement, string> elementToToleranceDictionary = getElementToToleranceAssociations();
//schemeForCalculations = new SchemeForError(Scheme.currentScheme, selectedElements.ToArray(), elementToToleranceDictionary);
elementsToErrorDictionary.Add(scheme.getSelectedElements().ToArray(), Calculations.calculateError(scheme, ref detansCount));
// = Calculations.calculateError(selectedElements.ToArray());
return(elementsToErrorDictionary);
}
static Dictionary <PassiveElement[], Result> calculateAllErrors(SchemeForError scheme, ref int detansCount)
{
Dictionary <PassiveElement[], Result> elementsToErrorDictionary = new Dictionary <PassiveElement[], Result>();
List <PassiveElement> selectedElements = new List <PassiveElement>();
//foreach (DataGridViewRow row in schemeDataGrid.Rows)
//{
// if (!row.Cells[0].ReadOnly)
// selectedElements.Add((PassiveElement)rowToElementDictionary[row]);
//}
//Dictionary<PassiveElement, string> elementsToToleranceDictionary = getElementToToleranceAssociations();
elementsToErrorDictionary = Calculations.calculateAllErrors(scheme, ref detansCount);
//schemeForCalculations = new SchemeForError(Scheme.currentScheme, selectedElements.ToArray(), elementsToToleranceDictionary);
return(elementsToErrorDictionary);
}
/* Расчет погрешности для выбранной комбинации элементов */
public static Result calculateError(SchemeForError scheme, ref int detansCount)
{
//SchemeForError scheme = new SchemeForError(Scheme.currentScheme, elements, elementToToleranceDictionary);
PassiveElement[] selectedElements = scheme.getSelectedElements().ToArray();
Dictionary <string, DetansPair> elementsToDetanPairDictionary =
getDetans(selectedElements, scheme, ref detansCount);
string formule = makeErrorFormule(elementsToDetanPairDictionary, false);
Result result = new Result();
result.elementNamesToDetansDictionary = elementsToDetanPairDictionary;
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 (!value.Contains("j"))
{
//value = value.Replace('.', ',');
value = (Convert.ToDouble(value) * 100).ToString();
}
}
result.formuleValue.value = value;
if (scheme.useNegativeValues)
{
formule = makeErrorFormule(elementsToDetanPairDictionary, true);
string resultForNegative = calculateFormule(formule, scheme);
if (!String.IsNullOrEmpty(resultForNegative))
{
if (!resultForNegative.Contains("j"))
{
//resultForNegative = resultForNegative.Replace('.', ',');
resultForNegative = (Convert.ToDouble(resultForNegative) * 100).ToString();
}
}
((FormuleValueWithNegative)result.formuleValue).negativeValue = resultForNegative;
}
detansCount += result.elementNamesToDetansDictionary.Count * 2;
return(result);
}
static Dictionary <PassiveElement[], Result> calculateSingleErrors(SchemeForError scheme, ref int detansCount)
{
Dictionary <PassiveElement[], Result> elementsToErrorDictionary = new Dictionary <PassiveElement[], Result>();
//Dictionary<PassiveElement, string> elementToToleranceDictionary = getElementToToleranceAssociations();
//schemeForCalculations = new SchemeForError(Scheme.currentScheme, selectedElements.ToArray(), elementToToleranceDictionary);
List <PassiveElement> selectedElements = scheme.getSelectedElements();
foreach (PassiveElement element in selectedElements)
{
List <PassiveElement> selectedElement = new List <PassiveElement>();
selectedElement.Add(element);
SchemeForError tempScheme = new SchemeForError(Scheme.currentScheme,
selectedElement.ToArray(), scheme.elementToToleranceDictionary, scheme.useNegativeValues);
//scheme.setSelectedElements(selectedElement);
elementsToErrorDictionary.Add(selectedElement.ToArray(),
Calculations.calculateError(tempScheme, ref detansCount));
}
return(elementsToErrorDictionary);
}
/* Расчет погрешностей для всех возможных вариантов выбора элементов */
/* Принимает ассоциативный массив, где ключ - элемент, значение - допуск */
/* Заполняет ассоциативный массив, где ключ - элементы, значение - Result */
public static Dictionary <PassiveElement[], Result> calculateAllErrors(SchemeForError scheme, ref int detansCount)
{
Dictionary <PassiveElement[], Result> elementsToErrorDictionary = new Dictionary <PassiveElement[], Result>();
List <PassiveElement> passiveElementsList = new List <PassiveElement>();
foreach (Element element in Scheme.currentScheme.getElementsList())
{
if (element is PassiveElement)
{
passiveElementsList.Add((PassiveElement)element);
}
}
Dictionary <PassiveElement, string> elementToToleranceDictionary = scheme.elementToToleranceDictionary;
int passiveElementsCount = passiveElementsList.Count;
/* Перебор длин сочетаний элементов */
for (int i = 1; i <= passiveElementsCount; i++)
{
/* Первое сочетание данной длины элементов */
int[] indexes = makeCombination(i);
/* Перебор остальных сочетаний элементов */
while (true)
{
List <PassiveElement> selectedElements = new List <PassiveElement>();
foreach (int index in indexes)
{
selectedElements.Add(passiveElementsList[index - 1]);
}
Result result = new Result();
PassiveElement[] selectedElementsArray = selectedElements.ToArray();
SchemeForError tempScheme = new SchemeForError(Scheme.currentScheme,
selectedElementsArray, scheme.elementToToleranceDictionary, scheme.useNegativeValues);
result = calculateError(tempScheme, ref detansCount);
elementsToErrorDictionary.Add(selectedElementsArray, result);
if (nextCombination(indexes, passiveElementsList.Count) != 0)
{
break;
}
}
}
return(elementsToErrorDictionary);
}
static Dictionary<PassiveElement[], Result> calculateSingleErrors(SchemeForError scheme, ref int detansCount)
{
Dictionary<PassiveElement[], Result> elementsToErrorDictionary = new Dictionary<PassiveElement[], Result>();
//Dictionary<PassiveElement, string> elementToToleranceDictionary = getElementToToleranceAssociations();
//schemeForCalculations = new SchemeForError(Scheme.currentScheme, selectedElements.ToArray(), elementToToleranceDictionary);
List<PassiveElement> selectedElements = scheme.getSelectedElements();
foreach (PassiveElement element in selectedElements)
{
List<PassiveElement> selectedElement = new List<PassiveElement>();
selectedElement.Add(element);
SchemeForError tempScheme = new SchemeForError(Scheme.currentScheme,
selectedElement.ToArray(), scheme.elementToToleranceDictionary, scheme.useNegativeValues);
//scheme.setSelectedElements(selectedElement);
elementsToErrorDictionary.Add(selectedElement.ToArray(),
Calculations.calculateError(tempScheme, ref detansCount));
}
return elementsToErrorDictionary;
}
static Dictionary<PassiveElement[], Result> calculateError(SchemeForError scheme, ref int detansCount)
{
Dictionary<PassiveElement[], Result> elementsToErrorDictionary = new Dictionary<PassiveElement[], Result>();
//Dictionary<PassiveElement, string> elementToToleranceDictionary = getElementToToleranceAssociations();
//schemeForCalculations = new SchemeForError(Scheme.currentScheme, selectedElements.ToArray(), elementToToleranceDictionary);
elementsToErrorDictionary.Add(scheme.getSelectedElements().ToArray(), Calculations.calculateError(scheme, ref detansCount));
// = Calculations.calculateError(selectedElements.ToArray());
return elementsToErrorDictionary;
}
static Dictionary<PassiveElement[], Result> calculateAllErrors(SchemeForError scheme, ref int detansCount)
{
Dictionary<PassiveElement[], Result> elementsToErrorDictionary = new Dictionary<PassiveElement[], Result>();
List<PassiveElement> selectedElements = new List<PassiveElement>();
//foreach (DataGridViewRow row in schemeDataGrid.Rows)
//{
// if (!row.Cells[0].ReadOnly)
// selectedElements.Add((PassiveElement)rowToElementDictionary[row]);
//}
//Dictionary<PassiveElement, string> elementsToToleranceDictionary = getElementToToleranceAssociations();
elementsToErrorDictionary = Calculations.calculateAllErrors(scheme, ref detansCount);
//schemeForCalculations = new SchemeForError(Scheme.currentScheme, selectedElements.ToArray(), elementsToToleranceDictionary);
return elementsToErrorDictionary;
}