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**Modified by dietmarw on 2 Feb 2012 14:55 UTC**
The specification should be more precise about the semantics of pre(x) in instantaneous equations (reinit or equality inside a when clause). For the fo…
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**Reported by adrpo on 9 Feb 2014 07:22 UTC**
For this model:
```mo
model Initialization
parameter Real p(start=1, fixed=false) = 2;
Real x;
initial equation
x = p;
equation
der(x) = 0;
end In…
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**Reported by stefanv on 7 Sep 2010 18:08 UTC**
Section 12.4.2.1 of the Modelica 3.2 specification describes the use of "function partial application", however the grammar was not updated to reflect t…
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**Reported by perost on 27 May 2013 10:19 UTC**
The specification says in 7.3.2 about constraining types:
>Any modifications following the constraining type name are applied both for the purpose of de…
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**Reported by kurzbach on 10 Nov 2015 08:34 UTC**
This MCP is about the improvement of chapter 5.6 "Flattening Process" of the specification.
In the current Modelica language specification (MLS 3.3 r…
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**Reported by AHaumer on 5 May 2008 08:10 UTC**
In some professional applications it is desired that each component reports its own settings to a log-file (e.g. using Modelica.Utilities).
To be able …
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**Reported by stefanv on 29 May 2014 18:52 UTC**
Is the following model legal?
```mo
model M
type TwoEnums = enumeration(one,two);
Real x[TwoEnums.two]; // Note: Using a specific constant, rather…
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**Reported by fcasella on 24 Apr 2013 13:24 UTC**
Consider this simple test case:
```
function myFunction
input Real x;
output Real y;
external "C" y = myFunction_(x)
end myFunction;
```
To bu…
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**Reported by stefanv on 12 Feb 2014 19:36 UTC**
The following is legal, and defines a type whose instances will always be inputs:
```mo
type RealInput = input Real;
```
However, the following are a…
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**Reported by perost on 29 May 2013 14:56 UTC**
Section 7.3.2 in the specification says the following:
>The number of dimension in the constraining type should correspond to the number of dimensions i…