Missing one chapter

chapters/scoping.tex

@@ -58,7 +58,7 @@ \subsection{Simple Name Lookup}\doublelabel{simple-name-lookup}
 
 When an element, equation, or section is flattened, any simple name
   {[}not composed using dot notation{]} is looked up sequentially in each
-member of the ordered set \textbf{of instance scopes (see 
+member of the ordered set \textbf{of instance scopes (see
 \autoref{the-class-tree}) corresponding to lexically enclosing classes} until a
 match is found or an enclosing class is encapsulated. In the latter case
 the lookup stops except for the predefined types, functions and
@@ -130,7 +130,7 @@ \subsection{Composite Name Lookup}\doublelabel{composite-name-lookup}
 
 \subsection{Global Name Lookup}\doublelabel{global-name-lookup}
 
-For a name starting with dot, e.g.: \lstinline!.A! {[}\emph{or} \lstinline!.A.B!\emph{,} 
+For a name starting with dot, e.g.: \lstinline!.A! {[}\emph{or} \lstinline!.A.B!\emph{,}
 \lstinline!.A.B.C!
 \emph{etc}.{]} lookup is performed as follows:
 
@@ -144,7 +144,7 @@ \subsection{Global Name Lookup}\doublelabel{global-name-lookup}
   If the name is simple then the class A is the result of lookup.
 \item
   If the name is a composite name then the class A is temporarily
-  flattened with an empty environment (i.e. no modifiers, see 
+  flattened with an empty environment (i.e. no modifiers, see
   \autoref{modification-environment}) and using the enclosing classes of the denoted class. The rest
   of the name [e.g., \lstinline!B! or \lstinline!B.C!] is looked up among the declared named
   elements of the temporary flattened class. If the class does not
@@ -166,7 +166,7 @@ \section{Instance Hierarchy Name Lookup of Inner Declarations}\doublelabel{insta
 with the same name but using the prefix \lstinline!inner! which is nearest in the
 enclosing instance hierarchy of the \lstinline!outer! element declaration.
 
-Outer component declarations may not have modifications {[}\emph{including binding equations}{]}. 
+Outer component declarations may not have modifications {[}\emph{including binding equations}{]}.
 Outer class declarations should be defined using short-class
 definitions without modifications. However, see also \autoref{simultaneous-inner-outer-declarations}.
 
@@ -513,8 +513,8 @@ \subsubsection{Steps of Instantiation}\doublelabel{steps-of-instantiation}
 Equations, algorithms, and annotations of the class and the component
 declaration are copied to the instance without merging. \emph{{[}The
 annotations can be relevant for simulations, e.g. annotations for code
-generation (\autoref{annotations-for-code-generation}.), 
-simulation experiments (\autoref{annotations-for-simulation-experiments}) 
+generation (\autoref{annotations-for-code-generation}.),
+simulation experiments (\autoref{annotations-for-simulation-experiments})
 or functions(\autoref{declaring-derivatives-of-functions},\autoref{declaring-inverses-of-functions} and \autoref{external-function-interface}).{]}}
 
 Extends clauses are not looked up, but empty extends clause nodes are
@@ -685,7 +685,7 @@ \subsection{Generation of the flat equation system}\doublelabel{generation-of-th
 instance tree (see \autoref{instance-hierarchy-name-lookup-of-inner-declarations}). If the lookup has to look into a
 class which is not instantiated yet [or only partially
   instantiated], it is instantiated in place.]}
-  
+
   The flat equation system consists of a list of variables with
   dimensions, flattened equations and algorithms, and a list of called
 functions which are flattened separately. A flattened function consists
@@ -779,7 +779,7 @@ \subsection{Generation of the flat equation system}\doublelabel{generation-of-th
 This leads to a flattened equation system, except for connect and
 transition statements. These have to be transformed as described in
 \autoref{connectors-and-connections} and \autoref{state-machines}. This may lead to further changes in the
-instance tree \emph{{[}e.g. from expandable connectors \autoref{expandable-connectors}){]}} 
+instance tree \emph{{[}e.g. from expandable connectors \autoref{expandable-connectors}){]}}
 and additional equations in the flattened equation
 system \emph{{[}e.g. connect equations (\autoref{generation-of-connection-equations}), generated
 equations for state machine semantics (\autoref{semantics-summary}){]}}.