From b3c47fef66cb93a34f6df47acb8139f911052708 Mon Sep 17 00:00:00 2001
From: Andreas Dedner <A.S.Dedner@warwick.ac.uk>
Date: Wed, 5 Jul 2006 11:19:39 +0000
Subject: [PATCH] *** empty log message ***
git-svn-id: https://dune.mathematik.uni-freiburg.de/svn/alugrid/trunk@655 0d966ed9-3843-0410-af09-ebfb50bd7c74
---
src/serial/gitter_hexa_top.h | 40 ++++++++++++++++++------------------
1 file changed, 20 insertions(+), 20 deletions(-)
diff --git a/src/serial/gitter_hexa_top.h b/src/serial/gitter_hexa_top.h
index 2226bdf0e..ec10bcb1e 100644
--- a/src/serial/gitter_hexa_top.h
+++ b/src/serial/gitter_hexa_top.h
@@ -1679,13 +1679,13 @@ template < class A > inline Periodic4Top < A > :: Periodic4Top (int l, myhface4_
return ;
}
-template < class A > inline Periodic4Top < A > :: ~Periodic4Top () { // ok
+template < class A > inline Periodic4Top < A > :: ~Periodic4Top () {
if (_bbb) delete _bbb ;
if (_dwn) delete _dwn ;
return ;
}
-template < class A > inline int Periodic4Top < A > :: level () const { // ok
+template < class A > inline int Periodic4Top < A > :: level () const {
return _lvl ;
}
@@ -1702,53 +1702,53 @@ template < class A > inline const typename Periodic4Top < A > :: innerperiodic4_
return _up ;
}
-template < class A > inline typename Periodic4Top < A > :: innerperiodic4_t * Periodic4Top < A > :: down () { // ok
+template < class A > inline typename Periodic4Top < A > :: innerperiodic4_t * Periodic4Top < A > :: down () {
return _dwn ;
}
-template < class A > inline const typename Periodic4Top < A > :: innerperiodic4_t * Periodic4Top < A > :: down () const { // ok
+template < class A > inline const typename Periodic4Top < A > :: innerperiodic4_t * Periodic4Top < A > :: down () const {
return _dwn ;
}
-template < class A > inline typename Periodic4Top < A > :: innerperiodic4_t * Periodic4Top < A > :: next () { // ok
+template < class A > inline typename Periodic4Top < A > :: innerperiodic4_t * Periodic4Top < A > :: next () {
return _bbb ;
}
-template < class A > inline const typename Periodic4Top < A > :: innerperiodic4_t * Periodic4Top < A > :: next () const { // ok
+template < class A > inline const typename Periodic4Top < A > :: innerperiodic4_t * Periodic4Top < A > :: next () const {
return _bbb ;
}
-template < class A > inline typename Periodic4Top < A > :: innervertex_t * Periodic4Top < A > :: innerVertex () { // ok
+template < class A > inline typename Periodic4Top < A > :: innervertex_t * Periodic4Top < A > :: innerVertex () {
return 0 ;
}
-template < class A > inline const typename Periodic4Top < A > :: innervertex_t * Periodic4Top < A > :: innerVertex () const { // ok
+template < class A > inline const typename Periodic4Top < A > :: innervertex_t * Periodic4Top < A > :: innerVertex () const {
return 0 ;
}
-template < class A > inline typename Periodic4Top < A > :: inneredge_t * Periodic4Top < A > :: innerHedge () { // ok
+template < class A > inline typename Periodic4Top < A > :: inneredge_t * Periodic4Top < A > :: innerHedge () {
return 0 ;
}
-template < class A > inline const typename Periodic4Top < A > :: inneredge_t * Periodic4Top < A > :: innerHedge () const { // ok
+template < class A > inline const typename Periodic4Top < A > :: inneredge_t * Periodic4Top < A > :: innerHedge () const {
return 0 ;
}
-template < class A > inline typename Periodic4Top < A > :: innerface_t * Periodic4Top < A > :: innerHface () { // ok
+template < class A > inline typename Periodic4Top < A > :: innerface_t * Periodic4Top < A > :: innerHface () {
return 0 ;
}
-template < class A > inline const typename Periodic4Top < A > :: innerface_t * Periodic4Top < A > :: innerHface () const { // ok
+template < class A > inline const typename Periodic4Top < A > :: innerface_t * Periodic4Top < A > :: innerHface () const {
return 0 ;
}
-template < class A > inline void Periodic4Top < A > :: append (Periodic4Top < A > * h) { // ok
+template < class A > inline void Periodic4Top < A > :: append (Periodic4Top < A > * h) {
assert (_bbb == 0) ;
_bbb = h ;
return ;
}
-template < class A > typename Periodic4Top < A > :: myhedge1_t * Periodic4Top < A > :: subedge1 (int i, int j) { // ??
+template < class A > typename Periodic4Top < A > :: myhedge1_t * Periodic4Top < A > :: subedge1 (int i, int j) {
assert (getrule () == myrule_t :: iso4) ;
return (j < 4) ? ((this->twist (i) < 0) ? this->myhface4 (i)->myhedge1 ((8 - j + this->twist (i)) % 4) : // aus dem Hexaeder
this->myhface4 (i)->myhedge1 ((j + this->twist (i)) % 4)) :
@@ -1756,11 +1756,11 @@ template < class A > typename Periodic4Top < A > :: myhedge1_t * Periodic4Top <
this->myhface4 (i)->subedge1 ((j + this->twist (i)) % 4)) ;
}
-template < class A > const typename Periodic4Top < A > :: myhedge1_t * Periodic4Top < A > :: subedge1 (int i, int j) const { // ok
+template < class A > const typename Periodic4Top < A > :: myhedge1_t * Periodic4Top < A > :: subedge1 (int i, int j) const {
return ((Periodic4Top < A > *)this)->subedge1 (i,j) ;
}
-template < class A > typename Periodic4Top < A > :: myhface4_t * Periodic4Top < A > :: subface4 (int i, int j) { // ok
+template < class A > typename Periodic4Top < A > :: myhface4_t * Periodic4Top < A > :: subface4 (int i, int j) {
return (this->myhface4(i)->getrule() == myhface4_t :: myrule_t :: iso4) ?
this->myhface4(i)->subface4(this->twist(i) < 0 ? (9 - j + this->twist(i)) % 4 : (j + this->twist(i)) % 4) : // Zeile aus dem Hexaeder
(abort (), (myhface4_t *)0) ;
@@ -1782,7 +1782,7 @@ template < class A > void Periodic4Top < A > :: request (myrule_t) {
return ;
}
-template < class A > void Periodic4Top < A > :: splitISO4 () { // ok
+template < class A > void Periodic4Top < A > :: splitISO4 () {
int l = 1 + level () ;
innerperiodic4_t * p0 = new innerperiodic4_t (l, this->subface4 (0,0), this->twist (0), this->subface4 (1,0), this->twist (1), this, 0) ;
innerperiodic4_t * p1 = new innerperiodic4_t (l, this->subface4 (0,1), this->twist (0), this->subface4 (1,3), this->twist (1), this, 1) ;
@@ -1828,7 +1828,7 @@ template < class A > void Periodic4Top < A > :: refineImmediate (myrule_t r) {
return ;
}
-template < class A > bool Periodic4Top < A > :: refine () { // ok
+template < class A > bool Periodic4Top < A > :: refine () {
// Das refine () reagiert nicht auf die Elementaktivierung zur Verfeinerung
// in der globalen Schleife, weil das perioodische Randelement sich nur auf
@@ -1837,7 +1837,7 @@ template < class A > bool Periodic4Top < A > :: refine () { // ok
return true ;
}
-template < class A > bool Periodic4Top < A > :: refineBalance (balrule_t r, int fce) { // ok
+template < class A > bool Periodic4Top < A > :: refineBalance (balrule_t r, int fce) {
if (r != balrule_t :: iso4) {
cerr << "**WARNUNG (IGNORIERT) in Periodic4Top < A > :: refineBalance (..) nachschauen, Datei "
<< __FILE__ << " Zeile " << __LINE__ << endl ;
@@ -1866,7 +1866,7 @@ template < class A > bool Periodic4Top < A > :: refineBalance (balrule_t r, int
}
}
-template < class A > bool Periodic4Top < A > :: coarse () { // ok
+template < class A > bool Periodic4Top < A > :: coarse () {
// Das Vergr"obern geschieht auch passiv, sobald ein anliegendes Element
// vergr"obert wird durch den Aufruf von "bndNotifyCoarsen ()" s.u.
--
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