When creating shapes, in order to make a symmetrical look (e.g. circle shape with left fixtures turning clockwise, right fixtures turning counter-clockwise) you need to (1) select half of the fixtures, (2) reverse the shape for them, (3) offset them by 180°, and (4) restart the shape to see the effect. This macro does everything (for a predefined number of fixtures at least - there are macros for other fixture quantities as well).

• Editor.Shapes.ProgrammerShapesList
• Editor.Shapes.SelectAllShapes
• ActionScript.SetProperty.Integer
• Command.RunCommand
• ActionScript.SetProperty.Boolean
• Editor.Shapes.Reverse
• ActionScript.SetProperty.Double
• Programmer.RefireProgrammer
• Selection.Context.Global.ClearPatternSelect

• Editor.Shapes.ProgrammerShapes.Empty
• Editor.Shapes.EditShapesEmpty
• Editor.Shapes.Spread
• Selection.Context.Global.RepeatPattern
• Editor.Shapes.PhaseOffset
• Programmer.CurrentProgrammerIds

• condition

Matias made more macros for various fixture quantities: mm_symmetrical_shape.xml

ReverseOffsetRestart16.xml

<?xml version="1.0" encoding="utf-8"?>
<avolites.macros>
 
<!-- Symmetrical Shape -->
 
  <macro id="Macros.Shapes.SymmShape16" name="Symmetrical Shape 16 Fix">
    <sequence>
      <step pause="0.001">Editor.Shapes.ProgrammerShapesList()</step>
      <step condition="!Editor.Shapes.ProgrammerShapes.Empty">
        Editor.Shapes.SelectAllShapes()
      </step>
      <!--  <step condition="!Editor.Shapes.EditShapesEmpty">  // not from v12 on! -->
      <step pause="0.001">ActionScript.SetProperty.Integer('Editor.Shapes.Spread', 8)</step>
      <step pause="0.001">Command.RunCommand("PATTERN 8 IN 16")</step>
      <step pause="0.001">ActionScript.SetProperty.Boolean("Selection.Context.Global.RepeatPattern", true)</step>
      <step pause="0.001">Editor.Shapes.Reverse()</step>
      <step pause="0.001">ActionScript.SetProperty.Double('Editor.Shapes.PhaseOffset', 180)</step>
      <step pause="0.001">Programmer.RefireProgrammer(Programmer.CurrentProgrammerIds)</step>
      <step pause="0.001">Selection.Context.Global.ClearPatternSelect()</step>
    </sequence>
  </macro>
 
</avolites.macros>

This explains the functional steps within the sequence. For all the other XML details please refer to Formats and syntax

• Editor.Shapes.ProgrammerShapesList() gets the currently running shapes
• Editor.Shapes.SelectAllShapes() selects all shapes
• the next step was conditional until Titan v11 - but !Editor.Shapes.EditShapesEmpty returns false from v12 on
• ActionScript.SetProperty.Integer('Editor.Shapes.Spread', 8) sets a spread of 8
• Command.RunCommand(“PATTERN 8 IN 16”) is a nice way of selecting half of the fixtures, togetether with ActionScript.SetProperty.Boolean(“Selection.Context.Global.RepeatPattern”, true)
• Editor.Shapes.Reverse() reverses the shape(s) for the previously selected first half of fixtures
• ActionScript.SetProperty.Double('Editor.Shapes.PhaseOffset', 180) offsets them by 180° - note that this property is of type Double
• Programmer.RefireProgrammer(Programmer.CurrentProgrammerIds) restarts the shapes
• Selection.Context.Global.ClearPatternSelect() finally clears the selection pattern

1. make this macro available
2. select 16 fixtures in a row, create a circle spread, set it to medium size and speed ⇒ all fixtures will move simultaneously
3. fire this macro. Immediately the fixtures will be divided in half, with suitable spread, left and right half turning in opposite directions but in perfect sync