Magnetic Planner Drawings - IDM-2D Magnetplaner Documentation 2.0 - SVG and Connection Rules

Oct 24, 2026

Documentation for magnetic planner drawings using the modern XML-based SVG vector format. It explains required standards such as UTF-8, coordinate intervals for representing the full object, and how to include connection vectors and outline geometry for collision checks. The guide details SVG file structure objects, visualization levels (TYPE and FUNCTION), outline types and functions, connection vector usage examples, and stretch areas. It also specifies connection logics and planning rules, including connection behavior and overlap handling, aligned with IDM features.

LanguageEnglish

CategoryTechnology

FormatPDF

Pages36

Reading Time1 h 31 min

AccessFree to download

Introduction

General information

IDM-features

Description of SVG files

General information

Basic information regarding SVG

Orientation examples

Recommendations for how to save an SVG file

Information structures in the SVG file

General specifications for the structure objects

Description of the structure objects

Visualization levels (TYPE and FUNCTION)

OLT (OutlineType)

OLF (OutlineFunction)

Connection vectors

StretchArea

Connection logics

Connection rules

Connection behaviour

Planning rules / collision checks

General rules

Overlap

Documentation Magnetic planner drawings Contents 1. Introduction ................................................................................................................... 1 1.1. General information ...........................................................................................................1 1.2. IDM-features .......................................................................................................................1 2. Description of SVG files ................................................................................................ 2 2.1. General information ...........................................................................................................2 2.2. Basic information regarding SVG .....................................................................................2 2.3. Orientation examples .........................................................................................................3 2.4. Recommendations for how to save an SVG file ...............................................................4 2.4.1. Illustrator .................................................................................................................................. 4 2.4.2. Corel Draw ............................................................................................................................... 5 2.5. Information structures in the SVG file ..............................................................................6 2.6. General specifications for the structure objects..............................................................7 2.7. Description of the structure objects .................................................................................8 2.8. Visualization levels (TYPE and FUNCTION) ....................................................................10 2.9. OLT (OutlineType) ............................................................................................................13 2.10. OLF (OutlineFunction) ..................................................................................................14 2.11. Connection vectors ......................................................................................................15 2.11.1. Examples for the use of connection vectors ............................................................................ 17 2.12. StretchArea ...................................................................................................................19 2.12.1. Examples for the use of Stretch Areas .................................................................................... 21 3. Connection logics ....................................................................................................... 25 3.1. Connection rules ..............................................................................................................25 3.2. Connection behaviour......................................................................................................26 3.2.1. Example illustrating connection behaviour .............................................................................. 26 3.2.2. Extended connection logic: ..................................................................................................... 29 3.2.3. Example ................................................................................................................................. 29 4. Planning rules / collision checks ................................................................................ 30 4.1. General rules ....................................................................................................................30 4.2. Overlap..............................................................................................................................31 1. Introduction 1.1. General information Magnetic planne

FAQs

What vector format is required for magnetic planner drawings?

Magnetic planner drawings should be provided in a vector format using the XML-based SVG standard.

Which encoding standard should be used for SVG XML data?

UTF-8 is to be used as the standard for the XML information in the SVG format.

How are collision checks supported in the SVG files?

Outlines must be drawn so they can be used for collision checks, and the necessary planning and connection logic rules are defined in the documentation.

Oct 24, 2026

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