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ArcMotion.MinimumHorizontalAngle Property

Definition

Returns the minimum arc along the circle between two points aligned near horizontally. -or- Sets the minimum arc along the circle between two points aligned near horizontally.

public virtual float MinimumHorizontalAngle { [Android.Runtime.Register("getMinimumHorizontalAngle", "()F", "GetGetMinimumHorizontalAngleHandler")] get; [Android.Runtime.Register("setMinimumHorizontalAngle", "(F)V", "GetSetMinimumHorizontalAngle_FHandler")] set; }
[<get: Android.Runtime.Register("getMinimumHorizontalAngle", "()F", "GetGetMinimumHorizontalAngleHandler")>]
[<set: Android.Runtime.Register("setMinimumHorizontalAngle", "(F)V", "GetSetMinimumHorizontalAngle_FHandler")>]
member this.MinimumHorizontalAngle : single with get, set

Property Value

The minimum arc along the circle between two points aligned near horizontally.

Attributes

Remarks

Property getter documentation:

Returns the minimum arc along the circle between two points aligned near horizontally. When start and end points are close to horizontal, the calculated center point of the circle will be far from both points, giving a near straight path between the points. By setting a minimum angle, this forces the center point to be closer and give an exaggerated curve to the path.

The default value is 0.

Java documentation for android.transition.ArcMotion.getMinimumHorizontalAngle().

Property setter documentation:

Sets the minimum arc along the circle between two points aligned near horizontally. When start and end points are close to horizontal, the calculated center point of the circle will be far from both points, giving a near straight path between the points. By setting a minimum angle, this forces the center point to be closer and give an exaggerated curve to the path.

The default value is 0.

Java documentation for android.transition.ArcMotion.setMinimumHorizontalAngle(float).

Portions of this page are modifications based on work created and shared by the Android Open Source Project and used according to terms described in the Creative Commons 2.5 Attribution License.

Applies to