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JacquesOlivierLachaudJacquesOlivierLachaud
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‎src/DGtal/geometry/volumes/DigitalConvexity.ih‎

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@@ -605,43 +605,6 @@ CoverCvxH( const Point& a, const Point& b, const Point& c,
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auto P = Helper::compute3DTriangle( a, b, c, true );
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return CoverPolytope( P, axis );
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}
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// if ( ! P.isValid() ) return LS;
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// Counter C( P );
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// if ( axis >= dimension ) axis = C.longestAxis();
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// auto V = LatticeSet( C.getLatticeSet( axis ), axis ).toPointRange(); // << 0-cells
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// auto P0 = P + StrictUnitSegment( 0 );
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// auto P1 = P + StrictUnitSegment( 1 );
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// auto P2 = P + StrictUnitSegment( 2 );
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// Counter C0( P0 );
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// Counter C1( P1 );
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// Counter C2( P2 );
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// auto V0 = LatticeSet( C0.getLatticeSet( axis ), axis ).toPointRange(); // << 1-cells
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// auto V1 = LatticeSet( C1.getLatticeSet( axis ), axis ).toPointRange(); // << 1-cells
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// auto V2 = LatticeSet( C2.getLatticeSet( axis ), axis ).toPointRange(); // << 1-cells
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// auto P01 = P0 + StrictUnitSegment( 1 );
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// auto P02 = P0 + StrictUnitSegment( 2 );
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// auto P12 = P1 + StrictUnitSegment( 2 );
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// Counter C01( P01 );
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// Counter C02( P02 );
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// Counter C12( P12 );
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// auto V01 = LatticeSet( C01.getLatticeSet( axis ), axis ).toPointRange(); // << 2-cells
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// auto V02 = LatticeSet( C02.getLatticeSet( axis ), axis ).toPointRange(); // << 2-cells
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// auto V12 = LatticeSet( C12.getLatticeSet( axis ), axis ).toPointRange(); // << 2-cells
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// auto P012 = P01 + StrictUnitSegment( 2 );
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// Counter C012( P012 );
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// auto V012 = LatticeSet( C012.getLatticeSet( axis ), axis ).toPointRange(); // << 3-cells
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// // Convert points to Khalimsky coordinates and insert them in LatticeSet.
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// LS = LatticeSet( axis );
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// for ( const auto& p : V ) LS.insert( Point( 2*p[0] , 2*p[1] , 2*p[2] ) );
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// for ( const auto& p : V0 ) LS.insert( Point( 2*p[0]-1, 2*p[1] , 2*p[2] ) );
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// for ( const auto& p : V1 ) LS.insert( Point( 2*p[0] , 2*p[1]-1, 2*p[2] ) );
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// for ( const auto& p : V2 ) LS.insert( Point( 2*p[0] , 2*p[1] , 2*p[2]-1 ) );
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// for ( const auto& p : V01 ) LS.insert( Point( 2*p[0]-1, 2*p[1]-1, 2*p[2] ) );
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// for ( const auto& p : V02 ) LS.insert( Point( 2*p[0]-1, 2*p[1] , 2*p[2]-1 ) );
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// for ( const auto& p : V12 ) LS.insert( Point( 2*p[0] , 2*p[1]-1, 2*p[2]-1 ) );
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// for ( const auto& p : V012 ) LS.insert( Point( 2*p[0]-1, 2*p[1]-1, 2*p[2]-1 ) );
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// return LS;
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// }
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else
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{
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using InternalInteger
@@ -651,43 +614,6 @@ CoverCvxH( const Point& a, const Point& b, const Point& c,
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auto P = Helper::compute3DTriangle( a, b, c, true );
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return CoverPolytope( P, axis );
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}
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// if ( ! P.isValid() ) return LS;
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// Counter C( P );
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// if ( axis >= dimension ) axis = C.longestAxis();
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// auto V = LatticeSet( C.getLatticeSet( axis ), axis ).toPointRange(); // << 0-cells
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// auto P0 = P + StrictUnitSegment( 0 );
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// auto P1 = P + StrictUnitSegment( 1 );
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// auto P2 = P + StrictUnitSegment( 2 );
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// Counter C0( P0 );
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// Counter C1( P1 );
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// Counter C2( P2 );
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// auto V0 = LatticeSet( C0.getLatticeSet( axis ), axis ).toPointRange(); // << 1-cells
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// auto V1 = LatticeSet( C1.getLatticeSet( axis ), axis ).toPointRange(); // << 1-cells
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// auto V2 = LatticeSet( C2.getLatticeSet( axis ), axis ).toPointRange(); // << 1-cells
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// auto P01 = P0 + StrictUnitSegment( 1 );
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// auto P02 = P0 + StrictUnitSegment( 2 );
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// auto P12 = P1 + StrictUnitSegment( 2 );
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// Counter C01( P01 );
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// Counter C02( P02 );
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// Counter C12( P12 );
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// auto V01 = LatticeSet( C01.getLatticeSet( axis ), axis ).toPointRange(); // << 2-cells
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// auto V02 = LatticeSet( C02.getLatticeSet( axis ), axis ).toPointRange(); // << 2-cells
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// auto V12 = LatticeSet( C12.getLatticeSet( axis ), axis ).toPointRange(); // << 2-cells
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// auto P012 = P01 + StrictUnitSegment( 2 );
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// Counter C012( P012 );
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// auto V012 = LatticeSet( C012.getLatticeSet( axis ), axis ).toPointRange(); // << 3-cells
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// // Convert points to Khalimsky coordinates and insert them in LatticeSet.
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// LS = LatticeSet( axis );
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// for ( const auto& p : V ) LS.insert( Point( 2*p[0] , 2*p[1] , 2*p[2] ) );
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// for ( const auto& p : V0 ) LS.insert( Point( 2*p[0]-1, 2*p[1] , 2*p[2] ) );
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// for ( const auto& p : V1 ) LS.insert( Point( 2*p[0] , 2*p[1]-1, 2*p[2] ) );
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// for ( const auto& p : V2 ) LS.insert( Point( 2*p[0] , 2*p[1] , 2*p[2]-1 ) );
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// for ( const auto& p : V01 ) LS.insert( Point( 2*p[0]-1, 2*p[1]-1, 2*p[2] ) );
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// for ( const auto& p : V02 ) LS.insert( Point( 2*p[0]-1, 2*p[1] , 2*p[2]-1 ) );
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// for ( const auto& p : V12 ) LS.insert( Point( 2*p[0] , 2*p[1]-1, 2*p[2]-1 ) );
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// for ( const auto& p : V012 ) LS.insert( Point( 2*p[0]-1, 2*p[1]-1, 2*p[2]-1 ) );
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// return LS;
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// }
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}
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//-----------------------------------------------------------------------------

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