Convert FMD to PP2

Understanding fmd and pp2 file formats

FMD files are typically associated with Formulator MathML Weaver, a mathematical formula editor that saves mathematical expressions in its proprietary format. These files are used for storing mathematical data, equations, and related metadata.

PP2 files are Poser Prop files, used by Poser 3D rendering software to store 3D prop objects, including geometry, textures, and positioning data. They are essential for adding objects to 3D scenes in Poser.

Can you convert fmd to pp2?

Direct conversion from FMD (mathematical formula) to PP2 (3D prop) is not natively supported, as these formats serve entirely different purposes. However, if your goal is to visualize mathematical formulas as 3D objects in Poser, you can follow a multi-step process:

• Export the formula from Formulator MathML Weaver as a vector graphic (such as SVG).
• Import the SVG into a 3D modeling tool (like Blender or Autodesk 3ds Max) and extrude it to create a 3D object.
• Export the 3D object as a format compatible with Poser (such as OBJ).
• Use Poser to import the OBJ file and save it as a PP2 prop.

Recommended software for the conversion process

• Formulator MathML Weaver: Export your FMD file as SVG or another vector format.
• Blender: Import SVG, extrude to 3D, and export as OBJ.
• Poser: Import OBJ and save as PP2 using File → Import → Wavefront OBJ and then File → Save As → Prop (PP2).

Step-by-step conversion workflow

1. Open your FMD file in Formulator MathML Weaver.
2. Export the formula as SVG using File → Export → SVG.
3. Open Blender and import the SVG via File → Import → Scalable Vector Graphics (.svg).
4. Extrude the imported SVG to create a 3D mesh.
5. Export the 3D mesh as OBJ using File → Export → Wavefront (.obj).
6. Open Poser and import the OBJ file with File → Import → Wavefront OBJ.
7. Save the imported object as a PP2 prop using File → Save As → Prop (PP2).

Summary

While there is no direct FMD to PP2 converter, you can achieve the conversion by exporting your formula as SVG, converting it to a 3D object in Blender, and then importing it into Poser to save as a PP2 file. This workflow allows you to visualize mathematical formulas as 3D props in Poser.