# A3DEMDDimensionValueOption

enum `A3DEMDDimensionValueOption`

  Enumerator that describes dimension’s option.

  > 9.0

  ## Index

  Enumerators

  - `kA3DMDDimensionValueOptionNone`
  - `kA3DMDDimensionValueOptionMin`
  - `kA3DMDDimensionValueOptionMax`
  - `kA3DMDDimensionValueOptionEnvelopeModifier`
  - `kA3DMDDimensionValueOptionIndependencyModifier`
  - `kA3DMDDimensionValueOptionStaticalTolerancingModifier`
  - `kA3DMDDimensionValueOptionPerfectFormAtMMCNotRequired`
  - `kA3DMDDimensionValueOptionReferenceOrAuxiliary`
  - `kA3DMDDimensionValueOptionBasicOrTheorical`

Enumerators

enumerator `kA3DMDDimensionValueOptionNone`
  kA3DMDDimensionValueOptionNone = `0`

  Dimension has no option.

enumerator `kA3DMDDimensionValueOptionMin`
  kA3DMDDimensionValueOptionMin = `1`

  Dimension has the min modifier.

enumerator `kA3DMDDimensionValueOptionMax`
  kA3DMDDimensionValueOptionMax = `2`

  Dimension has the max modifier.

enumerator `kA3DMDDimensionValueOptionEnvelopeModifier`
  kA3DMDDimensionValueOptionEnvelopeModifier = `4`

  Dimension has the envelope modifier.

enumerator `kA3DMDDimensionValueOptionIndependencyModifier`
  kA3DMDDimensionValueOptionIndependencyModifier = `8`

  Dimension has the independency modifier.

enumerator `kA3DMDDimensionValueOptionStaticalTolerancingModifier`
  kA3DMDDimensionValueOptionStaticalTolerancingModifier = `16`

  Dimension has the statical tolerancing modifier.

enumerator `kA3DMDDimensionValueOptionPerfectFormAtMMCNotRequired`
  kA3DMDDimensionValueOptionPerfectFormAtMMCNotRequired = `32`

  Dimension has the option perfect form at MMC not required.

enumerator `kA3DMDDimensionValueOptionReferenceOrAuxiliary`
  kA3DMDDimensionValueOptionReferenceOrAuxiliary = `64`

  ASME:Reference ISO:Auxiliary.

  A dimension given for information purposes only. The value is given in parentheses and no tolerance applies to it.

enumerator `kA3DMDDimensionValueOptionBasicOrTheorical`
  kA3DMDDimensionValueOptionBasicOrTheorical = `128`

  ASME:Basic ISO:Theoretical.

  Dimensions enclosed in a frame are the theoretically exact location, orientation, or profile of a feature or group of features.

  > 12

Conversation saved
HOOPSY BETA

### Hello! I'm HOOPSY

Your multilingual generative AI assistant for documentation. Ask me anything about HOOPS Exchange in your own language, or choose a sample question below to start a conversation:

What is HOOPS Exchange?
What are the latest release notes for HOOPS Exchange?
How do I start evaluating HOOPS Exchange?
How do I write my first sample application?
How can I get assistance?

HOOPSY may store conversations according to OpenAI's policy. Responses may not always be accurate.

HOOPSY is thinking...