int StartMenu()
{
bool exit = false;
int figureChoise = 0;
Rectangle NewRectangle;
Triangle NewTriangle;
Circle NewCircle;
while(!exit)
{
PrintMainMenu(figureChoise);
int currentChoise;
cin >> currentChoise;
if (!MakeCheckForNumberInputFromCin(kEnterCorrectChoiseValueErrorMessage))
continue;
if (!figureChoise && (currentChoise != kSelectFigureChoiseType) &&
(currentChoise != kClearScreenChoiseType) &&
(currentChoise != kExitChoiseType))
{
if (currentChoise > kSelectFigureChoiseType &&
currentChoise < kClearScreenChoiseType)
{
printf(kYouNeedSelectFigureFirstlyErrorMessage);
continue;
}
else
{
printf(kNoCorrespondingOptionErrorMessage);
continue;
}
}
switch (currentChoise)
{
case kSelectFigureChoiseType:
{
PrintFirstSubMenu();
cin >> currentChoise;
if (!MakeCheckForNumberInputFromCin(kEnterCorrectChoiseValueErrorMessage))
break;
if (currentChoise != kRectangleChoiseType &&
currentChoise != kTriangleChoiseType &&
currentChoise != kCircleChoiseType)
{
printf(kEnterCorrectChoiseValueErrorMessage);
break;
}
switch (currentChoise)
{
case kRectangleChoiseType:
{
figureChoise = kRectangleChoiseType;
break;
}
case kTriangleChoiseType:
{
figureChoise = kTriangleChoiseType;
break;
}
case kCircleChoiseType:
{
figureChoise = kCircleChoiseType;
break;
}
default:
{
printf(kNoCorrespondingOptionErrorMessage);
break;
}
}
break;
}
case kEnterFigureParametersChoiseType:
{
if (figureChoise == kRectangleChoiseType)
{
printf(kEnterRectangleXCoordinetMessage);
printf(kInputSymbolMessage);
int rectX;
cin >> rectX;
if (!MakeCheckForNumberInputFromCin(kEnterCorrectValueErrorMessage))
break;
NewRectangle.SetLeftDownAngleX(rectX);
printf(kEnterRectangleYCoordinetMessage);
printf(kInputSymbolMessage);
int rectY;
cin >> rectY;
if (!MakeCheckForNumberInputFromCin(kEnterCorrectValueErrorMessage))
break;
NewRectangle.SetLeftDownAngleY(rectY);
printf(kEnterRectangleWidthMessage);
printf(kInputSymbolMessage);
int rectWidth;
cin >> rectWidth;
if (!MakeCheckForNumberInputFromCin(kEnterCorrectValueErrorMessage))
break;
NewRectangle.SetWidth(rectWidth);
printf(kEnterRectangleHeightMessage);
printf(kInputSymbolMessage);
int rectHeight;
cin >> rectHeight;
if (!MakeCheckForNumberInputFromCin(kEnterCorrectValueErrorMessage))
break;
NewRectangle.SetHeight(rectHeight);
}
else if (figureChoise == kTriangleChoiseType)
{
printf(kEnterLeftDownAngleXCoordinetMessage);
printf(kInputSymbolMessage);
int leftDownAngleX;
cin >> leftDownAngleX;
if (!MakeCheckForNumberInputFromCin(kEnterCorrectValueErrorMessage))
break;
NewTriangle.SetFirstPointX(leftDownAngleX);
printf(kEnterLeftDownAngleYCoordinetMessage);
printf(kInputSymbolMessage);
int leftDownAngleY;
cin >> leftDownAngleY;
if (!MakeCheckForNumberInputFromCin(kEnterCorrectValueErrorMessage))
break;
NewTriangle.SetFirstPointY(leftDownAngleY);
printf(kEnterRightDownAngleXCoordinetMessage);
printf(kInputSymbolMessage);
int rightDownAngleX;
cin >> rightDownAngleX;
if (!MakeCheckForNumberInputFromCin(kEnterCorrectValueErrorMessage))
break;
NewTriangle.SetSecondPointX(rightDownAngleX);
printf(kEnterRightDownAngleYCoordinetMessage);
printf(kInputSymbolMessage);
int rightDownAngleY;
cin >> rightDownAngleY;
if (!MakeCheckForNumberInputFromCin(kEnterCorrectValueErrorMessage))
break;
NewTriangle.SetSecondPointY(rightDownAngleY);
printf(kEnterUpperAngleXCoordinetMessage);
printf(kInputSymbolMessage);
int upperAngleX;
cin >> upperAngleX;
if (!MakeCheckForNumberInputFromCin(kEnterCorrectValueErrorMessage))
break;
NewTriangle.SetThirdPointX(upperAngleX);
printf(kEnterUpperAngleYCoordinetMessage);
printf(kInputSymbolMessage);
int upperAngleY;
cin >> upperAngleY;
if (!MakeCheckForNumberInputFromCin(kEnterCorrectValueErrorMessage))
break;
NewTriangle.SetThirdPointY(upperAngleY);
}
else if (figureChoise == kCircleChoiseType)
