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com.supermap.ar.areffect.preset

Class FlowElement

  • java.lang.Object
    • com.supermap.ar.areffect.preset.FlowElement

  • public class FlowElement
extends java.lang.Object
    Flow element The resource is a gltf model

    • Constructor Detail

      • FlowElement

        public FlowElement()
        The constructor

      • FlowElement

        public FlowElement(java.lang.String id)
        The constructor
        Parameters:
        id -

    • Method Detail

      • setParentNode

        public void setParentNode(AREffectElement element)
        Setting the parent node

      • setParentNode

        public void setParentNode(EffectView arEffectView)
        Setting the parent node

      • getSpacingDistance

        public java.lang.Float getSpacingDistance()
        get Distance retur nnull
        Returns:

      • setPoints

        public void setPoints(Point3D a,
                      Point3D b,
                      float spacingDistance)
        set the position and spacing of two point Generate particles according to spacingDistance between two point of ab
        Parameters:
        a -
        b -
        spacingDistance -

      • setLocations

        public void setLocations(Location a,
                         Location b,
                         float spacingDistance)
        set the position and spacing of two point Generate particles according to spacingDistance between two point of ab
        Parameters:
        a -
        b -
        spacingDistance -

      • getLocations

        public java.util.List<Location> getLocations()
        get geographic location
        Returns:

      • setLocations

        public void setLocations(java.util.List<Location> locations)
        set geographic location
        Parameters:
        locations -

      • getPoints

        public java.util.List<Point3D> getPoints()
        get ARcoordinate points
        Returns:

      • setPoints

        public void setPoints(java.util.List<Point3D> points)
        set ARcoordinate points
        Parameters:
        points -

      • setUnifiedSpeed

        public void setUnifiedSpeed(float speed)
        set the uniform speed m/s
        Parameters:
        speed -

      • getUnifiedSpeed

        public float getUnifiedSpeed()
        get the uniform speed， m/s
        Returns:

      • setUnifiedDuration

        public void setUnifiedDuration(long duration)
        set the uniform cycle m/s
        Parameters:
        duration -

      • getUnifiedDuration

        public java.lang.Long getUnifiedDuration()
        get the uniform cycle
        Returns:

      • getRepeatCount

        public int getRepeatCount()
        Gets the number of cycles of the animation When -1, the animation loops indefinitely
        Returns:

      • setRepeatCount

        public void setRepeatCount(int repeatCount)
        Sets the number of cycles for the animation If the value is less than 0, go to -1 -1, the animation loop is infinite
        Parameters:
        repeatCount -

      • setRotationAngle

        public void setRotationAngle(Vector v,
                             float angle)
        Set rotation posture
        Parameters:
        v - The axis of rotation
        angle - Rotation Angle

      • setScaleFactor

        public void setScaleFactor(float x,
                           float y,
                           float z)
        Set the proportion
        Parameters:
        x - X Axial scaling
        y - Y Axial scaling
        z - Z Axial scaling

      • getAnimationGroupName

        public java.lang.String getAnimationGroupName()
        Gets the animation group name (actually the animation ID)
        Returns:

      • getElementList

        public java.util.List<AREffectElement> getElementList()
        Gets all elements of the class object
        Returns:

      • generateAnimation

        public ARAnimationGroup generateAnimation(int resourceId)
        Generate flow elements based on the model's resource ID Note: Uniform cycle (or uniform speed) should be set before using this method.
        Parameters:
        resourceId - Model resource ID
        Returns:

      • initModelAnimation

        public void initModelAnimation()
        Load the model's own animation To be asynchronous Model Renderable is null，throw NullPointerException

      • setRotationDirection

        public void setRotationDirection(boolean b)
        The rotation direction true,clockwise false，counterclockwise
        Parameters:
        b -

      • clear

        public void clear()

      • setScaleFactor

        public void setScaleFactor(float[] scaleFactor)
        Set the proportion
        Parameters:
        scaleFactor - Xyz scale

      • getParentElement

        public AREffectElement getParentElement()
        Get the parent node
        Returns:
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