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// File Aspect_TypeMapEntry.cxx
// Created Septembre 1993
// Author GG
//-Copyright MatraDatavision 1991,1992
//-Version
//-Design Declaration des variables specifiques aux Entries de
// Types de trait
//-Warning Une entry est definie par un index associee a un Line style
//-References
//-Language C++ 2.0
//-Declarations
// for the class
#include <Aspect_TypeMapEntry.ixx>
#include <TColQuantity_Array1OfLength.hxx>
//-Aliases
//-Global data definitions
// MyType : LineStyle from Aspect
// MyIndex : Integer from Standard
// MyTypeIsDef : Boolean from Standard
// MyIndexIsDef : Boolean from Standard
//-Constructors
//-Destructors
//-Methods, in order
Aspect_TypeMapEntry::Aspect_TypeMapEntry() {
MyTypeIsDef = Standard_True;
MyIndexIsDef = Standard_True;
MyIndex = 0;
MyType.SetValues (Aspect_TOL_SOLID);
}
Aspect_TypeMapEntry::Aspect_TypeMapEntry (const Standard_Integer index, const Aspect_LineStyle &style) {
MyTypeIsDef = Standard_True;
MyIndexIsDef = Standard_True;
MyIndex = index;
MyType = style;
}
Aspect_TypeMapEntry::Aspect_TypeMapEntry (const Aspect_TypeMapEntry& entry) {
if ( !entry.MyTypeIsDef || !entry.MyIndexIsDef ) {
Aspect_BadAccess::Raise("Unallocated TypeMapEntry") ;
}
else {
MyTypeIsDef = Standard_True;
MyIndexIsDef = Standard_True;
MyIndex = entry.MyIndex;
MyType = entry.MyType;
}
}
void Aspect_TypeMapEntry::SetValue (const Standard_Integer index, const Aspect_LineStyle &style) {
MyTypeIsDef = Standard_True;
MyIndexIsDef = Standard_True;
MyIndex = index;
MyType = style;
}
void Aspect_TypeMapEntry::SetValue (const Aspect_TypeMapEntry& entry) {
if ( !entry.MyTypeIsDef || !entry.MyIndexIsDef ) {
Aspect_BadAccess::Raise("Unallocated TypeMapEntry") ;
}
else {
MyTypeIsDef = Standard_True;
MyIndexIsDef = Standard_True;
MyIndex = entry.MyIndex;
MyType = entry.MyType;
}
}
void Aspect_TypeMapEntry::SetType (const Aspect_LineStyle &style) {
MyTypeIsDef = Standard_True;
MyType = style;
}
const Aspect_LineStyle& Aspect_TypeMapEntry::Type () const {
if ( !MyTypeIsDef || !MyIndexIsDef )
Aspect_BadAccess::Raise("Unallocated TypeMapEntry") ;
return MyType;
}
void Aspect_TypeMapEntry::SetIndex (const Standard_Integer index) {
MyTypeIsDef = Standard_True;
MyIndex = index;
}
Standard_Integer Aspect_TypeMapEntry::Index () const {
if ( !MyTypeIsDef || !MyIndexIsDef )
Aspect_BadAccess::Raise("Unallocated TypeMapEntry");
return MyIndex;
}
Standard_Boolean Aspect_TypeMapEntry::IsAllocated () const {
return ( MyTypeIsDef && MyIndexIsDef ) ;
}
void Aspect_TypeMapEntry::Free () {
MyTypeIsDef = Standard_False;
MyIndexIsDef = Standard_False;
}
void Aspect_TypeMapEntry::Dump () const {
Aspect_TypeOfLine style = MyType.Style() ;
Standard_Integer i,length = MyType.Length() ;
cout << " Aspect_TypeMapEntry::Dump ()\n";
cout << " MyTypeIsDef : " << (MyTypeIsDef ? "True\n" : "False\n");
cout << " MyIndexIsDef : " << (MyIndexIsDef ? "True\n" : "False\n");
cout << " LineStyle : " << (Standard_Integer) style << " Length : " << length << "\n";//WNT
if( length ) {
for( i=(MyType.Values()).Lower() ; i<=(MyType.Values()).Upper() ; i++ )
cout << "\t\tvalue(" << i << ") : " << MyType.Values().Value(i) << "\n";
}
cout << flush;
}
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