C++ (Cpp) node::getY Examples

Programming Language: C++ (Cpp)

Class/Type: node

Method/Function: getY

Examples at hotexamples.com: 4

The function Node.getY() is usually part of a library or package that deals with manipulating and rendering 2D or 3D graphics objects and scenes. It is typically used to query the position or coordinate value of a particular node or object on a Y-axis within a 2D or 3D space.

Here are two examples of how Node.getY() might be used in a code snippet, assuming the use of an appropriate graphics library:

Example 1:

// Create a new graphics scene
Scene* myScene = new Scene();

// Add a new graphic object to the scene
Box* myBox = new Box();
myScene->addChild(myBox);

// Move the box to a new Y-coordinate
myBox->setPositionY(10);

// Get the current Y-coordinate of the box
float currentY = myBox->getY();

In this example, we have created a new graphics scene and added a box object to it. We then move the box to a new Y-coordinate of 10 using the setPositionY() method. Finally, we use the getY() method to get the current Y-coordinate of the box and store it in a float variable called currentY.

Example 2:

// Create a new graphics node
Node* myNode = new Node();

// Add a new child node to the graphics node
Sprite* mySprite = new Sprite();
myNode->addChild(mySprite);

// Get the current Y-coordinate of the sprite
float currentY = mySprite->getY();

In this example, we have created a new graphics node and added a sprite object to it as a child. We then use the getY() method to get the current Y-coordinate of the sprite and store it in a float variable called currentY. Based on the code examples and description, it is difficult to determine the specific package or library being used. Most modern graphics libraries or game engines will have similar methods and functions for manipulating and querying the position of graphics objects within a 2D or 3D space.

C++ (Cpp) node::getY - 4 examples found. These are the top rated real world C++ (Cpp) examples of node::getY extracted from open source projects. You can rate examples to help us improve the quality of examples.

Frequently Used Methods

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degree(16)

firstAdj(13)

forward(7)

begin(6)

end(6)

backward(6)

child(4)

getY(4)

getX(4)

add(4)

data(4)

getValue(3)

getNext(3)

addtag(3)

convert(2)

getPriority(2)

first_child(2)

get(2)

getHueristic(2)

find(2)

append_child(2)

getRight(1)

getItem(1)

get_node_name(1)

get_module_ref(1)

get_list(1)

get_input_num(1)

getDepth(1)

get_input_net(1)

getG(1)

get_input_location(1)

getIsDecreas(1)

getIsIncreas(1)

get_cell_ref(1)

getSize(1)

get_bodies(1)

getKey(1)

getLeft(1)

get_annot(1)

getMax(1)

getMin(1)

getNeedToRev(1)

getSum(1)

getNodesIteratorBegin(1)

getCoord(1)

getNodesIteratorEnd(1)

getPrev(1)

getCounter(1)

Cover(1)

getChildRef(1)

Example #1

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File: pathfinding.cpp Project: anthony974/PathfindingCpp

void pathFinding::findNeighboringCell(node c_node, bool diagonal = false)
{
    addCell(getCellIdFromPoint(c_node.getX(),  c_node.getY() + 1), c_node);

    addCell(getCellIdFromPoint(c_node.getX() - 1,  c_node.getY()), c_node);

    addCell(getCellIdFromPoint(c_node.getX() + 1, c_node.getY()), c_node);

    addCell(getCellIdFromPoint(c_node.getX(), c_node.getY() - 1), c_node);


    if (diagonal)
    {
        addCell(getCellIdFromPoint(c_node.getX() - 1, c_node.getY() + 1), c_node);

        addCell(getCellIdFromPoint(c_node.getX() + 1, c_node.getY() + 1), c_node);

        addCell(getCellIdFromPoint(c_node.getX() + 1, c_node.getY() - 1), c_node);

        addCell(getCellIdFromPoint(c_node.getX() - 1, c_node.getY() - 1), c_node);

    }
    sortOpenList();
}

Example #2

Show file

File: TrussObjectiveFunction.cpp Project: mylonasc/genAlg

	float angle(node d1){
		float dx = d1.getX()-x;
		float dy = d1.getY()-y;
		return atan2(dy,dx);
	}

Example #3

Show file

File: TrussObjectiveFunction.cpp Project: mylonasc/genAlg

	float dist(node d1){
		return pow(pow(x-d1.getX(),2) + pow(y-d1.getY(),2),0.5);
	}

Example #4

Show file

File: node.cpp Project: anthony974/PathfindingCpp

void node::calculH(node endNode)
{
    h = 10 * (fabs(endNode.getX() - m_x)  + fabs(endNode.getY() - m_y));
}