NodeReadData

if self.instance then
  local node = self.instance:node('Hips')
  if node then
    node.position = Vector.xy(199, 299)
  end
end

if self.instance then
  local node = self.instance:node('Hips')
  if node then
    node.rotation = math.rad(45)
  end
end

if self.instance then
  local node = self.instance:node('Hips')
  if node then
    node.scale = Vector.xy(1.4, 2)
  end
end

if self.instance then
  local node = self.instance:node('Hips')
  if node then
    local wt = node.worldTransform
    print("world xx:", wt.xx, "xy:", wt.xy)
    print("world yx:", wt.yx, "yy:", wt.yy)
    print("world tx:", wt.tx, "ty:", wt.ty)
  end
end

if self.instance then
  local node = self.instance:node('Hips')
  if node then
    node.x = 100
  end
end

if self.instance then
  local node = self.instance:node('Hips')
  if node then
    node.y = 200
  end
end

if self.instance then
  local node = self.instance:node('Hips')
  if node then
    node.scaleX = 2
  end
end

if self.instance then
  local node = self.instance:node('Hips')
  if node then
    node.scaleY = 2
  end
end

function update(self: MyEffect, path: PathData, node: NodeReadData): PathData
  local paint = node.paint
  if paint then
    print(paint.color)
  end
  return path
end

function pointerDown(self: PaintInstance, event: PointerEvent)
  if self.instance then
    local myPath = self.instance:node('MyPath')
    if myPath then
      local path = myPath:asPath()
      if path then
        local cmd: PathCommand = path[1]
        print(cmd.type) -- moveTo
      end
    end
  end
end

function update(self: MyEffect, path: PathData, node: NodeReadData): PathData
  local paint = node:asPaint()
  if paint then
    print(paint.thickness)
  end
  return path
end