VRender 0.22.1
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VChart Story Teller

Not only an out-of-the-box multi-terminal chart library, but also a vivid and flexible data storyteller.

VTable Checkered Artist

Not only a high-performance multi-dimensional data analysis form, but also a grid artist created between rows and columns.

VGrammar Data Magician

It is not only a visual grammar that generates thousands of charts, but also a data magician who turns boring into magic.

VRender Visual Rendering

Not only a visual rendering engine with rich functions, but also a handy pen.

VMind Smart Visualization Suit

Not just automatic, but also fantastic.

VStory Data Story Framework

Intelligent visual storytelling, data story creation framework.

VSeed Data Seed

VSeed, an elegant data composer, transforming complexity into simplicity.

!!!###!!!title=basic-arc——VisActor/VRender demo!!!###!!!!!!###!!!description=The `Arc` primitive is a basic graphic element commonly used to represent curves or arcs. In computer graphics and graphic design, the Arc primitive is used to depict a portion of a circle or any arbitrary curve, typically defined by a center point, radius, start angle, and end angle. Key features: - Center Point: The central position of the arc, usually a coordinate point. - Inner Radius: The distance from the center point to any point on the inner arc, determining the size of the inner arc. - Outer Radius: The distance from the center point to any point on the outer arc, determining the size of the outer arc. - Start Angle and End Angle: Determine the starting and ending positions of the arc, typically expressed in degrees or radians.!!!###!!!

basic-arc

mobile

The Arc primitive is a basic graphic element commonly used to represent curves or arcs. In computer graphics and graphic design, the Arc primitive is used to depict a portion of a circle or any arbitrary curve, typically defined by a center point, radius, start angle, and end angle.

Key features:

  • Center Point: The central position of the arc, usually a coordinate point.
  • Inner Radius: The distance from the center point to any point on the inner arc, determining the size of the inner arc.
  • Outer Radius: The distance from the center point to any point on the outer arc, determining the size of the outer arc.
  • Start Angle and End Angle: Determine the starting and ending positions of the arc, typically expressed in degrees or radians.

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