C++ (Cpp) ourRect Examples

Example #1

File: JParallel.cpp Project: dllaurence/jx_application_framework

JIndex
JParallel::PrepareToRender
	(
	const JExprRenderer&	renderer,
	const JPoint&			upperLeft,
	const JSize				fontSize,
	JExprRectList*			rectList
	)
{
	// intialize our rectangle and midline

	JPoint argUpperLeft = upperLeft;

	JRect ourRect(upperLeft, argUpperLeft);
	ourRect.bottom += renderer.GetLineHeight(fontSize);
	JCoordinate ourMidline = (ourRect.top + ourRect.bottom)/2;
	const JCoordinate origMidline = ourMidline;

	// get rectangle for each argument

	const JSize opWidth =
		2*(renderer.GetStringWidth(fontSize, " ") + renderer.GetVertBarWidth());
	const JSize argCount = GetArgCount();
	{
	for (JIndex i=1; i<=argCount; i++)
		{
		JFunction* arg = GetArg(i);
		const JIndex argIndex =
			arg->PrepareToRender(renderer, argUpperLeft, fontSize, rectList);
		JRect argRect  = rectList->GetRect(argIndex);
		argUpperLeft.x = argRect.right + opWidth;

		if (ParenthesizeArgForRender(*this, *arg))
			{
			const JSize parenWidth = renderer.GetParenthesisWidth(argRect.height());
			rectList->ShiftRect(argIndex, parenWidth, 0);
			argRect = rectList->GetRect(argIndex);
			argUpperLeft.x += 2*parenWidth;
			ourRect.right   = argRect.right + parenWidth;
			}

		ourRect = JCovering(ourRect, argRect);
		const JCoordinate argMidline = rectList->GetMidline(argIndex);
		if (argMidline > ourMidline)
			{
			ourMidline = argMidline;
			}
		}
	}

	// adjust the argument rectangles so all the midlines are the same
	// (ourMidline is guaranteed to stay constant)

	if (argCount > 1 && ourMidline > origMidline)
		{
		for (JIndex i=1; i<=argCount; i++)
			{
			const JFunction* arg = GetArg(i);
			JIndex argIndex;
			const JBoolean found = rectList->FindFunction(arg, &argIndex);
			assert( found );
			rectList->SetMidline(argIndex, ourMidline);
			ourRect = JCovering(ourRect, rectList->GetRect(argIndex));
			}
		}

	// save our rectangle

	return rectList->AddRect(ourRect, ourMidline, fontSize, this);
}

Example #2

File: MyLine.cpp Project: ilteris/Pixelmotion

void MyLine::drawLine() {

	double x  =  ourRandom(0,10);
	double y  =  ourRandom(0,10);
	 ourRect(xCurrent-x,yCurrent-x, xCurrent+x,yCurrent+x);
	}

Example #3

File: JSummation.cpp Project: raorn/jx_application_framework

JIndex
JSummation::PrepareToRender
	(
	const JExprRenderer&	renderer,
	const JPoint&			upperLeft,
	const JSize				fontSize,
	JExprRectList*			rectList
	)
{
	// intialize our rectangle and midline

	JPoint argUpperLeft = upperLeft;

	JRect ourRect(upperLeft, argUpperLeft);
	ourRect.bottom += renderer.GetLineHeight(fontSize);
	JCoordinate ourMidline = ourRect.ycenter();
	const JCoordinate origMidline = ourMidline;

	// get rectangle for each argument

	const JSize spaceWidth = renderer.GetStringWidth(fontSize, " ");
	const JSize plusWidth  = renderer.GetStringWidth(fontSize, JPGetAdditionString());
	const JSize minusWidth = renderer.GetStringWidth(fontSize, JPGetSubtractionString());

	const JSize argCount = GetArgCount();
	{
	for (JIndex i=1; i<=argCount; i++)
		{
		JFunction* f   = this;
		JFunction* arg = GetArg(i);
		if (arg->GetType() == kJNegationType)
			{
			argUpperLeft.x += minusWidth + spaceWidth;
			if (i > 1)
				{
				argUpperLeft.x += spaceWidth;
				}
			f = arg;
			JNegation* neg = dynamic_cast<JNegation*>(arg);
			assert( neg != NULL );
			arg = neg->GetArg();
			}
		else if (i > 1)
			{
			argUpperLeft.x += plusWidth + 2*spaceWidth;
			}

		const JIndex argIndex =
			arg->PrepareToRender(renderer, argUpperLeft, fontSize, rectList);
		JRect argRect = rectList->GetRect(argIndex);
		argUpperLeft.x = argRect.right;

		if (ParenthesizeArgForRender(*f, *arg))
			{
			const JSize parenWidth = renderer.GetParenthesisWidth(argRect.height());
			rectList->ShiftRect(argIndex, parenWidth, 0);
			argRect = rectList->GetRect(argIndex);
			argUpperLeft.x += 2*parenWidth;
			ourRect.right   = argRect.right + parenWidth;
			}

		ourRect = JCovering(ourRect, argRect);
		const JCoordinate argMidline = rectList->GetMidline(argIndex);
		if (argMidline > ourMidline)
			{
			ourMidline = argMidline;
			}
		}
	}

	// adjust the argument rectangles so all the midlines are the same
	// (ourMidline is guaranteed to stay constant)

	if (argCount > 1 && ourMidline > origMidline)
		{
		for (JIndex i=1; i<=argCount; i++)
			{
			const JFunction* arg = GetArg(i);
			if (arg->GetType() == kJNegationType)
				{
				const JNegation* neg = dynamic_cast<const JNegation*>(arg);
				assert( neg != NULL );
				arg = neg->GetArg();
				}

			JIndex argIndex;
			const JBoolean found = rectList->FindFunction(arg, &argIndex);
			assert( found );
			rectList->SetMidline(argIndex, ourMidline);
			ourRect = JCovering(ourRect, rectList->GetRect(argIndex));
			}
		}

	// save our rectangle

	return rectList->AddRect(ourRect, ourMidline, fontSize, this);
}