Reference to very old Dymola versions in MSL documentation: remove all tool specific documentation from MSL

[hubertus65]

It was reported that there are still references to old Dymola version in the documentation of MSL. There should be no tool specific references in MSL. Vendors could add that on their own, but there should be none in the MA released version.

[HansOlsson]

I assume you mean

• "This extension was included in Modelica 3.1. As of Jan. 2009, the stream concept is supported in Dymola 7.1. It is recommended to use Dymola 7.2 (available since Feb. 2009), or a later Dymola version, since this version supports a new annotation to connect very conveniently to vectors of connectors. Other tool vendors will support the stream concept as well. " in Modelica.Fluid
• " In Dymola this is already checked when models are connected together in the diagram layer of the graphical user interface." in Modelica.Media.UsersGuide.MediumDefinition.BasicStructure
  • "For example, if "sine.y" is connected to the "controlBus", the following menu pops-up in Dymola:" in Modelica.Blocks.Examples.BusUsage
  • "In the example above, Dymola detects a non-linear algebraic loop of 57 equations and reduces this to a system of 7 coupled algebraic equations. Note, that this is performed without using any "cut-joints" as it is usually done in multi-body programs, but by just appropriate symbolic equation manipulation. Via the dynamic dummy derivative method the generalized coordinates on position and velocity level from one of the 7 joints are dynamically selected as states during simulation. Whenever, these two states are no longer appropriate, states from one of the other joints are selected during simulation. " in Modelica.Mechanics.MultiBody.UsersGuide.Tutorial.LoopStructures.Introduction (This info is wrong in others ways - will open ticket)
  • "If using Dymola, turn off "Equidistant time grid" to avoid numerical errors. " in Modelica.Fluid.Examples.PumpingSystem

But not to remove acknowledgements like: "Hans Olsson, Sven Erik Mattsson and Hilding Elmqvist developed symbolic transformation algorithms and implemented them in Dymola to improve the efficiency considerably (e.g., to avoid non-linear systems of equations)." in Modelica.Media.UsersGuide.Contact

[beutlich]

I assume @hubertus65 only ment the first one, as this issue was labled with L: Fluid.

[beutlich]

See #2294 for a similar issue with outdated documentation (from 2009).

[jdalrymple]

Is anyone working on this yet?

[jdalrymple]

I have some questions about this issue, ill add them to the PR!

[beutlich]

Resolved by c949a41ecd0ae2392daf14c7a974a47ee0c60aa3 in master.