Remove trailing whitespace

chapters/annotations.tex

@@ -359,10 +359,10 @@ \subsubsection{Coordinate Systems}\doublelabel{coordinate-systems}
 {[}\emph{a first quadrant coordinate system}{]}.
 
 The attribute \lstinline!preserveAspectRatio! specifies a hint for the shape of
-components of the class, but does not actually influence the rendering of the component. 
+components of the class, but does not actually influence the rendering of the component.
 If \lstinline!preserveAspectRatio! is true, changing the
 extent of components should preserve the current aspect ratio of the coordinate
-system of the class.  
+system of the class.
 
 The attribute \lstinline!initialScale! specifies the default component size as
 \lstinline!initialScale! times the size of the coordinate system of the class. An
@@ -822,7 +822,7 @@ \subsubsection{Text}\doublelabel{text}
 \begin{itemize}
 \item
   \%\emph{par} and \%\{\emph{par\}} replaced by the value of the
-  parameter \emph{par}. 
+  parameter \emph{par}.
   If the value is numeric, tools shall display the value with displayUnit, formatted according to bipm-specification.
   E.g., for \lstinline!parameter Real t(unit="s",displayUnit="ms")=0.1! tools shall display \lstinline!100 ms!.
   The intent is that the text is easily readable,
@@ -1127,7 +1127,7 @@ \section{Annotations for the Graphical User Interface}\doublelabel{annotations-f
 It indicates that the class ideally should not be used anymore and gives
 a message indicating the recommended action.
 This annotation is not inherited, the assumption is that if a class uses
-an obsolete class (as a base-class or as the class of one of the components) 
+an obsolete class (as a base-class or as the class of one of the components)
 that shall be updated - ideally without impacting users of the class.
 If that is not possible the current class can have also have an obsolete-annotation.
 

chapters/arrays.tex

@@ -40,7 +40,7 @@ \section{Array Declarations}\doublelabel{array-declarations}
 built-in type classes Real, Integer, Boolean, String, and enumeration
 types. The type of a dimension upper bound expression, e.g. n, m, p,...
 in the table below, need to be a subtype of Integer or EB for a class EB
-that is an enumeration type or subtype of the Boolean type. 
+that is an enumeration type or subtype of the Boolean type.
 
 Colon (:)
 indicates that the dimension upper bound is unknown and is a subtype of

chapters/classes.tex

@@ -191,8 +191,8 @@ \subsection{Component Declaration Static Semantics}\doublelabel{component-declar
 \end{itemize}
 in that order.
 
-Array dimensions shall be scalar non-negative parameter expressions of type Integer, 
-a reference to a type (which must an enumeration type or Boolean, see \autoref{enumeration-types}), 
+Array dimensions shall be scalar non-negative parameter expressions of type Integer,
+a reference to a type (which must an enumeration type or Boolean, see \autoref{enumeration-types}),
 or the colon operator denoting that the array dimension is left unspecified (see \autoref{array-declarations}).
 All variants can also be part of short class definitions.
 
@@ -202,7 +202,7 @@ \subsection{Component Declaration Static Semantics}\doublelabel{component-declar
 model ArrayVariants
   type T=Real[:];                     // Unspecified size for type
   parameter T x=ones(4);
-  parameter T y[3]=ones(3, 4);        
+  parameter T y[3]=ones(3, 4);
   parameter Real a[2]=ones(2);        // Specified using Integer
   parameter Real b[2, 0]=ones(2, 0);  // Size 0 is allowed
   parameter Real c[:]=ones(0);        // Unspecified size for variable

chapters/derivationofstream.tex

@@ -172,7 +172,7 @@ \subsection{Connection of 3 stream connectors where one mass flow rate is identi
 This case occurs, when a one-port sensor (like a temperature sensor) is
 connected to two connected components. For the sensor, the min attribute
 of the mass flow rate should be set to zero (no fluid exiting the
-component via this connector). 
+component via this connector).
 This simplification (and similar ones) can also be used if a tool determines that a mass flow rate is zero or non-negative.
 It is also possible to generalize this to the case where more than one sensor is connected.
 The suggested implementation results in

chapters/equations.tex

@@ -577,19 +577,19 @@ \section{Synchronous Data-flow Principle and Single Assignment Rule}\doublelabel
 
 \begin{enumerate}
 \item Discrete variables keep their actual values until these variables are explicitly changed.
-Differentiated variables have \lstinline!der(x)! corresponding to the time-derivative of \lstinline!x!, 
-and \lstinline!x! is continuous, except when reinit is triggered - see \autoref{reinit}. 
+Differentiated variables have \lstinline!der(x)! corresponding to the time-derivative of \lstinline!x!,
+and \lstinline!x! is continuous, except when reinit is triggered - see \autoref{reinit}.
 Variable values can be accessed at any time instant during continuous integration and at event instants.
 
-\item At every time instant, during continuous integration and at event instants, 
+\item At every time instant, during continuous integration and at event instants,
 the equations express relations between variables which have to be fulfilled concurrently..
 
 \item  Computation and communication at an event instant does not take time.
 {[}\emph{If computation or communication time has to be simulated, this
 property has to be explicitly modeled}{]}.
 
-\item  There must exist a perfect matching of variables to equations after flattening 
-(perfect matching rule - previously called single assignment rule); 
+\item  There must exist a perfect matching of variables to equations after flattening
+(perfect matching rule - previously called single assignment rule);
 see also globally balanced \autoref{balanced-models}.
 \end{enumerate}
 

chapters/functions.tex

@@ -1738,9 +1738,9 @@ \section{External Function Interface}\doublelabel{external-function-interface}
 is treated the same way as a top-level input or output in the external
 call.
 
-If the function has \lstinline!annotation(Include="includeDirective")!, \autoref{annotations-for-external-libraries-and-include-files} 
+If the function has \lstinline!annotation(Include="includeDirective")!, \autoref{annotations-for-external-libraries-and-include-files}
 it is assumed that it contains an actual prototype and no prototype shall be automatically generated.
-In that case the input argument pointers shall be const pointers (indicating that they do not modify the inputs), 
+In that case the input argument pointers shall be const pointers (indicating that they do not modify the inputs),
 and non-const pointers are deprecated.
 The optional external-function-call is still used for determining the name of the function, and order of arguments, as described below.