Auto Mouse

  • mouse 
<script src="./point_src/automouse"></script>
parse

Automouse provides a point at the mouse position. It's the last known position of the mouse; updated upon mousemove.

let point = Point.mouse.position
Meta Data
title Auto Mouse
dependencies ()
unused_keys ()
unknown_keys ('tags',)
tags ['mouse']
filepath_exists True
path automouse
filepath automouse.js
clean_files ()
  • VariableDeclaration
    const

    getLastMousePos

    =
    function ( )
  • ClassDeclaration
    class

    AutoMouse

    extends None
    class comments:
    The _AutoMouse_ class cares for much of the mouse pointer functionality for a stage and the a point. It's functionality is designed to hook onto preparing `stages` and their canvas. It exists as a singleton `autoMouse`: autoMouse = new AutoMouse() autoMouse == stage.mouse Point.mouse == stage.mouse Initiate like this: Point.mouse?.mount(stage.canvas) Synonymous to: installCanvas(canvas, stage){ this.canvasMap.set(canvas, stage) Point.mouse?.listen(canvas) }
    • constructor

      constructor

      (
      parentClass
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
      The _AutoMouse_ class cares for much of the mouse pointer functionality for a stage and the a point. It's functionality is designed to hook onto preparing `stages` and their canvas. It exists as a singleton `autoMouse`: autoMouse = new AutoMouse() autoMouse == stage.mouse Point.mouse == stage.mouse Initiate like this: Point.mouse?.mount(stage.canvas) Synonymous to: installCanvas(canvas, stage){ this.canvasMap.set(canvas, stage) Point.mouse?.listen(canvas) }
      a reference of clicks
    • method

      _announce

      (
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
      Wait for a stage prep event.
    • method

      stagePrepareHandler

      (
      ev
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
      The given event has a stage ready for mounting. Perform any changes, such as adding a reference to the mouse.
      console.log('AutoMouse::stagePrepareHandler', d)
    • method

      announcementResponse

      (
      ev , log = True
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
    • method

      getMousePos

      (
      canvas
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
    • get

      xy

      (
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
    • get

      position

      (
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
      The `this.position` method returns a new Point, with the mouse XY (from the last motion). Use `this.point` for a persisent single Point instance.
    • get

      point

      (
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
      Return a persistent _point_, of which is updated rather than replaced when the mouse state changes.
    • method

      getBoundingClientRect

      (
      canvas
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
    • method

      getListenerMethods

      (
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
      console.log('Setting up mouse events')
    • method

      mount

      (
      canvas
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
      Call upon `mount` to initate listening of all events on a canvas.
    • method

      listen

      (
      canvas , eventName , handler , opts
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
    • method

      mousemoveHandler

      (
      canvas , event
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
      let bound = this.getBoundingClientRect();
    • method

      callHandlers

      (
      name , canvas , event
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
    • method

      mousedownHandler

      (
      canvas , event
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
    • method

      mouseupHandler

      (
      canvas , event
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
    • method

      applyPositionIncrement

      (
      space , event
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
    • method

      wheelHandler

      (
      canvas , event
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
    • method

      isDown

      (
      index
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
    • method

      wheelSize

      (
      abs
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
      (v * v)
    • method

      clampWheelSize

      (
      min , max , abs
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
      A function to help clamp the wheel scroll within a range. By using this function, the wheel value doesn't exceed the clamp. let size = mouse.clampWheelSize(5, 20) The same can be done with the clamp function let size = clamp(mouse.wheelSize(), 30, 300) but when the wheel exceeds the clamp, it'll scroll into an unused range.
    • method

      on

      (
      canvas , name , handler , opts
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
    • method

      getActionSpace

      (
      name , defaults = {}
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
    • method

      speed

      (
      previous , delta = 1
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
      Return the speed of the point over a delta. This is a lot like the velocity functionality, but cut-down for efficiency.
    • property

      _moduloTicker

      = 0
      from class_name
      dict_keys(['kind', 'word', 'computed', 'static', 'value', 'type', 'pos'])
    • method

      modulatedSpeed

      (
      mod = 15 , previous , delta = 1
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
    • method

      computeSpeed

      (
      previous , current , delta = 1
      )
      from class_name
      dict_keys(['kind', 'word', 'static', 'computed', 'is_symbol', 'value', 'type', 'comments', 'pos'])
      CREATE use a smoothtext function share for this anf fps text
    dict_keys(['kind', 'word', 'parentName', 'type', 'body', 'comments', 'pos'])
  • ExpressionStatement

    :

    dict_keys(['type', 'expression', 'pos'])
  • VariableDeclaration
    const

    autoMouse

    =
    new AutoMouse ( Point )
  • ExpressionStatement

    :

    dict_keys(['type', 'expression', 'pos'])
  • ExpressionStatement

    :

    dict_keys(['type', 'expression', 'pos'])