Best Tools for KineticJS Shape Specification to Buy in November 2025
MUKOOL Sand Molding Tools 42pcs Mold Activity Set Compatible with Any Molding Sand
- VERSATILE MOLDS FOR SAND, SAND ALIVE, AND MOON SANDS!
- FUN SHAPES: CASTLES, ANIMALS, SEA LIFE, AND MORE!
- SAFE FOR AGES 3+, ENHANCING CREATIVE PLAYTIME FUN!
Kinetic Sand, Dig & Demolish Playset with 1lb Play Sand & Toy Truck, Sensory Toys for Kids Ages 3 and up
-
DUAL FUN: SCOOP, MOLD, AND CRUSH WITH INNOVATIVE 2-IN-1 TRUCK DESIGN!
-
EASY CLEANUP: ENCLOSED PLAY SPACE ENSURES MESS-FREE STORAGE AND PLAY.
-
CREATIVE PLAY: INSPIRES IMAGINATION WITH MAGICAL, MOLDABLE KINETIC SAND!
Kinetic Sand, Deluxe Beach Castle Playset with 2.5lbs Play Sand, Tools & Molds, Sensory Toys, Holiday Gifts & Stocking Stuffers for Kids Ages 3 and up
-
ENDLESS CREATIVITY: BUILD, MOLD, AND SHAPE WITH MAGIC SAND THAT NEVER DRIES!
-
ALL-IN-ONE KIT: COMES WITH TOOLS AND STORAGE TRAY FOR ENDLESS FUN!
-
PERFECT GIFT: IDEAL FOR CREATIVE KIDS, AN ALTERNATIVE TO TRADITIONAL TOYS!
Kinetic Sand Accessory Tool
- CREATE STUNNING 3D SAND ART IN JUST 3 EASY STEPS!
- CHOOSE FROM 12 VIBRANT COLORS FOR ENDLESS CREATIVE COMBINATIONS!
- DISPLAY INCREDIBLE, DETAILED SAND MASTERPIECES WITH EASE!
Kinetic Sand Mold n’ Flow with 1.5lbs Red & Teal Play Sand, 3 Tools, Sensory Toys, Holiday Gifts & Stocking Stuffers for Kids Ages 3 and up
- REUSABLE KINETIC SAND: CREATIVE AND MESS-FREE FUN FOR ALL AGES!
- 3 FUN TOOLS INCLUDED: DOME, CUTTER, AND SCOOP SPARK IMAGINATIONS!
- PERFECT GIFT: IDEAL FOR KIDS 3+, ENHANCES CREATIVITY AND SENSORY SKILLS!
Fweir Play Construction Sand Kit, 2.2lbs Magic Sand, 6 Alloy Trucks,1 Big Semi-automatc Excavator,1 Race Truck 100 Tracks,10 Castle Molds,1 Sandbox mat,1 Storage Box, Sensory Toys for Kids Ages 3+
- ENGAGING SAND PLAYSET SPARKS CREATIVITY FOR KIDS AGED 3-10.
- INCLUDES 100 RACE TRACK PIECES AND ELECTRIC CAR FOR ENDLESS FUN.
- MESS-FREE SANDBOX WITH LID AND PLAY MAT KEEPS SPACES TIDY!
Sand Construction Site Kit - Play Sand Art Kit with 7 Construction Truck, 2lbs magic sand, Castle Molds, Crane, construction sensory bin for Preschool Learning Activities Gifts for Boys Girls Age 3+
-
SAFE, NON-TOXIC MATERIALS FOR WORRY-FREE PLAYTIME
-
34PCS KIT FOSTERS CREATIVITY & FINE MOTOR SKILLS DEVELOPMENT
-
PERFECT GIFT FOR KIDS: ENGAGING, EDUCATIONAL, & FUN!
Kinetic Sand, Rainbow Mix Set with 3 Colors of Kinetic Sand (13.5oz) and 6 Tools, Play Sand Sensory Toys for Kids Ages 3 and up
- CREATE ENDLESS RAINBOW SHAPES WITH 6 FUN KINETIC SAND TOOLS!
- SAFE, NATURAL INGREDIENTS PROVIDE HOURS OF IMAGINATIVE PLAY!
- PERFECT GIFT FOR AGES 3+, FEATURING MAGICAL, MESS-FREE SAND!
To specify the center of a shape in KineticJS, you can use the offset property. This property allows you to set the center of the shape relative to its width and height. By default, the center of a shape is located at coordinates (0,0), which is the top-left corner.
To specify the center of the shape, you can set the x and y values of the offset property to be half of the width and height of the shape, respectively. This will place the center of the shape at the center of the canvas.
For example, if you have a rectangle shape with a width of 100 and a height of 50, you can set the offset property to { x: 50, y: 25 } to place the center of the rectangle at the center of the canvas.
By setting the center of a shape using the offset property, you can easily position and rotate shapes around their center point in KineticJS.
How to scale a shape from its center in KineticJS?
To scale a shape from its center in KineticJS, you can use the scaleX and scaleY properties of the shape object. First, you need to calculate the center point of the shape by getting its x and y coordinates, and then use those coordinates as the reference point for scaling.
Here is an example code snippet to scale a shape from its center:
// Create a KineticJS stage and layer var stage = new Kinetic.Stage({ container: 'container', width: 500, height: 500 });
var layer = new Kinetic.Layer();
// Create a rectangle shape var rect = new Kinetic.Rect({ x: 100, y: 100, width: 100, height: 50, fill: 'blue' });
// Calculate the center point of the rectangle var centerX = rect.getX() + rect.getWidth() / 2; var centerY = rect.getY() + rect.getHeight() / 2;
// Scale the rectangle from its center rect.setScaleX(2); rect.setScaleY(2); rect.setX(centerX - rect.getWidth() / 2); rect.setY(centerY - rect.getHeight() / 2);
// Add the rectangle to the layer and the layer to the stage layer.add(rect); stage.add(layer);
In this code snippet, we first create a rectangle shape and calculate its center point using the x, y, width, and height properties. We then set the scaleX and scaleY properties of the rectangle to 2 to scale it up, and adjust its x and y coordinates so that it scales from its center point.
You can customize the scaling factor and other properties according to your requirements.
How to set the center of a shape in KineticJS using coordinates?
To set the center of a shape in KineticJS using coordinates, you can use the setPosition() method along with the calculated coordinates for the center of the shape. Here's an example of how you can set the center of a shape:
// Create a stage and layer var stage = new Kinetic.Stage({ container: 'container', width: 500, height: 500 });
var layer = new Kinetic.Layer();
// Create a shape (for example, a circle) and add it to the layer var circle = new Kinetic.Circle({ x: 0, // Initial x-coordinate of the shape y: 0, // Initial y-coordinate of the shape radius: 50, fill: 'red' });
// Calculate the center of the shape var centerX = circle.getX() + circle.getRadius(); var centerY = circle.getY() + circle.getRadius();
// Set the center of the shape using the calculated center coordinates circle.setPosition(centerX, centerY);
// Add the shape to the layer and the layer to the stage layer.add(circle); stage.add(layer);
In this example, we first create a circle shape and add it to the layer. We then calculate the center coordinates of the shape by adding the x and y coordinates of the shape with the radius. Finally, we use the setPosition() method to set the center of the shape using the calculated center coordinates.
How to determine if a point is within the center of a shape in KineticJS?
To determine if a point is within the center of a shape in KineticJS, you can use the following steps:
- Calculate the center coordinates of the shape by finding the average of the shape's x and y coordinates. You can do this by using the shape's x, y, width, and height properties.
- Calculate the distance between the center of the shape and the point you want to check. You can use the Pythagorean theorem to calculate the distance between two points:
distance = sqrt((x2 - x1)^2 + (y2 - y1)^2)
- Compare the calculated distance with a threshold value to determine if the point is within the center of the shape. If the distance is less than the threshold value, then the point is considered to be within the center of the shape.
Here is an example code snippet to determine if a point is within the center of a shape in KineticJS:
var shape = new Kinetic.Rect({ x: 100, y: 100, width: 200, height: 100, fill: 'red' });
var centerX = shape.x() + shape.width() / 2; var centerY = shape.y() + shape.height() / 2;
var pointX = 150; var pointY = 150;
var distance = Math.sqrt(Math.pow(pointX - centerX, 2) + Math.pow(pointY - centerY, 2));
var threshold = 10;
if(distance < threshold) { console.log('Point is within the center of the shape'); } else { console.log('Point is not within the center of the shape'); }
You can adjust the threshold value as needed based on your requirements.