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#ifndef MODES_HH
#define MODES_HH
#include <cctk.h>
namespace Carpet {
using namespace std;
//
// These are the modes:
//
// meta mode:
// global mode: mglevel ("convergence level") is defined
// level mode: reflevel is defined
// singlemap mode: map ("map index") is defined
// local mode: component ("patch index")
//
// maybe missing:
// convtest mode: [rl, map, c]
//
// Mode indicators
bool is_meta_mode () CCTK_ATTRIBUTE_PURE;
bool is_global_mode () CCTK_ATTRIBUTE_PURE;
bool is_level_mode () CCTK_ATTRIBUTE_PURE;
bool is_singlemap_mode () CCTK_ATTRIBUTE_PURE;
bool is_local_mode () CCTK_ATTRIBUTE_PURE;
// Mode setting
void enter_global_mode (cGH * cctkGH, int ml);
void leave_global_mode (cGH * cctkGH);
void enter_level_mode (cGH * cctkGH, int rl);
void leave_level_mode (cGH * cctkGH);
void enter_singlemap_mode (cGH * cctkGH, int m, int grouptype);
void leave_singlemap_mode (cGH * cctkGH);
void enter_local_mode (cGH * cctkGH, int c, int lc, int grouptype);
void leave_local_mode (cGH * cctkGH);
// Mode iterators
class mglevel_iterator {
cGH * cctkGH;
int ml;
public:
mglevel_iterator (cGH const * cctkGH);
~mglevel_iterator ();
bool done () const;
void step ();
};
class reverse_mglevel_iterator {
cGH * cctkGH;
int ml;
public:
reverse_mglevel_iterator (cGH const * cctkGH);
~reverse_mglevel_iterator ();
bool done () const;
void step ();
};
class reflevel_iterator {
cGH * cctkGH;
int rl;
public:
reflevel_iterator (cGH const * cctkGH);
~reflevel_iterator ();
bool done () const;
void step ();
};
class reverse_reflevel_iterator {
cGH * cctkGH;
int rl;
public:
reverse_reflevel_iterator (cGH const * cctkGH);
~reverse_reflevel_iterator ();
bool done () const;
void step ();
};
// Loop over all maps. If grouptype is CCTK_GF, then loop over grid
// function maps. If grouptype is CCTK_ARRAY (or CCTK_SCALAR), then
// loop over grid array (or grid scalar) maps. In the latter case,
// map denotes the current grid array map, i.e. it cannot be used to
// access grid functions.
class map_iterator {
cGH * cctkGH;
int grouptype;
int m;
public:
map_iterator (cGH const * cctkGH, int grouptype);
~map_iterator ();
bool done () const;
void step ();
};
class local_map_iterator {
cGH * cctkGH;
int grouptype;
int m;
public:
local_map_iterator (cGH const * cctkGH, int grouptype);
~local_map_iterator ();
bool done () const;
void step ();
};
// Loop over all components. If grouptype is CCTK_GF, then loop
// over grid function components. If grouptype is CCTK_ARRAY (or
// CCTK_SCALAR), then loop over grid array (or grid scalar)
// components. In the latter case, component denotes the current
// grid array component, i.e. it cannot be used to index grid
// functions.
class component_iterator {
cGH * cctkGH;
int grouptype;
int c;
public:
component_iterator (cGH const * cctkGH, int grouptype);
~component_iterator ();
bool done () const;
void step ();
};
class local_component_iterator {
cGH * cctkGH;
int grouptype;
int lc;
public:
local_component_iterator (cGH const * cctkGH, int grouptype);
~local_component_iterator ();
bool done () const;
void step ();
};
// Compatibility defines for the mode iterators
#define BEGIN_MGLEVEL_LOOP(cctkGH) \
do { \
bool mglevel_loop_ = true; \
for (Carpet::mglevel_iterator mg_iter_(cctkGH); \
not mg_iter_.done(); \
mg_iter_.step()) {
#define END_MGLEVEL_LOOP \
} \
assert (mglevel_loop_); \
mglevel_loop_ = false; \
} while (false)
#define BEGIN_REVERSE_MGLEVEL_LOOP(cctkGH) \
do { \
bool reverse_mglevel_loop_ = true; \
for (Carpet::reverse_mglevel_iterator mg_iter_(cctkGH); \
not mg_iter_.done(); \
mg_iter_.step()) {
#define END_REVERSE_MGLEVEL_LOOP \
} \
assert (reverse_mglevel_loop_); \
reverse_mglevel_loop_ = false; \
} while (false)
#define BEGIN_REFLEVEL_LOOP(cctkGH) \
do { \
bool reflevel_loop_ = true; \
for (Carpet::reflevel_iterator ref_iter_(cctkGH); \
not ref_iter_.done(); \
ref_iter_.step()) {
#define END_REFLEVEL_LOOP \
} \
assert (reflevel_loop_); \
reflevel_loop_ = false; \
} while (false)
#define BEGIN_REVERSE_REFLEVEL_LOOP(cctkGH) \
do { \
bool reverse_reflevel_loop_ = true; \
for (Carpet::reverse_reflevel_iterator ref_iter_(cctkGH); \
not ref_iter_.done(); \
ref_iter_.step()) {
#define END_REVERSE_REFLEVEL_LOOP \
} \
assert (reverse_reflevel_loop_); \
reverse_reflevel_loop_ = false; \
} while (false)
#define BEGIN_MAP_LOOP(cctkGH, grouptype) \
do { \
bool map_loop_ = true; \
for (Carpet::map_iterator map_iter_(cctkGH, grouptype); \
not map_iter_.done(); \
map_iter_.step()) {
#define END_MAP_LOOP \
} \
assert (map_loop_); \
map_loop_ = false; \
} while (false)
#define BEGIN_LOCAL_MAP_LOOP(cctkGH, grouptype) \
do { \
bool local_map_loop_ = true; \
for (Carpet::local_map_iterator local_map_iter_(cctkGH, grouptype); \
not local_map_iter_.done(); \
local_map_iter_.step()) {
#define END_LOCAL_MAP_LOOP \
} \
assert (local_map_loop_); \
local_map_loop_ = false; \
} while (false)
#define BEGIN_COMPONENT_LOOP(cctkGH, grouptype) \
do { \
bool component_loop_ = true; \
for (Carpet::component_iterator comp_iter_(cctkGH, grouptype); \
not comp_iter_.done(); \
comp_iter_.step()) {
#define END_COMPONENT_LOOP \
} \
assert (component_loop_); \
component_loop_ = false; \
} while (false)
#define BEGIN_LOCAL_COMPONENT_LOOP(cctkGH, grouptype) \
do { \
bool local_component_loop_ = true; \
for (Carpet::local_component_iterator comp_iter_(cctkGH, grouptype); \
not comp_iter_.done(); \
comp_iter_.step()) {
#define END_LOCAL_COMPONENT_LOOP \
} \
assert (local_component_loop_); \
local_component_loop_ = false; \
} while (false)
#define BEGIN_TIMELEVEL_LOOP(cctkGH) \
do { \
bool timelevel_loop_ = true; \
assert (do_allow_past_timelevels); \
do_allow_past_timelevels = false; \
assert (timelevel == 0); \
assert (timelevel_offset == 0); \
assert (not adaptive_stepsize); \
for (timelevel = timelevels - 1; timelevel >= 0; -- timelevel) { \
timelevel_offset = timelevel; \
cctkGH->cctk_time = tt->get_time (mglevel, reflevel, timelevel); \
{
#define END_TIMELEVEL_LOOP \
} \
} \
assert (timelevel_loop_); \
timelevel_loop_ = false; \
timelevel = 0; \
timelevel_offset = 0; \
/* cctkGH->cctk_time = tt->get_time (mglevel, reflevel, timelevel); */ \
do_allow_past_timelevels = true; \
} while (false)
#if 0
// TODO: Introduce such maybe-loops for the other loops as well
#define BEGIN_MAYBE_TIMELEVEL_LOOP(cctkGH) \
do { \
bool timelevel_maybe_loop_ = true; \
assert (do_allow_past_timelevels); \
int const min_tl = timelevel == -1 ? 0 : timelevel; \
int const max_tl = timelevel == -1 ? timelevels : timelevel+1; \
int const old_timelevel = timelevel; \
bool const old_do_allow_past_timelevels = do_allow_past_timelevels; \
do_allow_past_timelevels = timelevel != -1; \
for (timelevel = min_tl; timelevel < max_tl; ++ timelevel) { \
if (mglevel != -1 and reflevel != -1) { \
cctkGH->cctk_time = tt->get_time (mglevel, reflevel, timelevel); \
} \
{
#define END_MAYBE_TIMELEVEL_LOOP \
} \
} \
assert (timelevel_maybe_loop_); \
timelevel_maybe_loop_ = false; \
timelevel = old_timelevel; \
if (mglevel != -1 and reflevel != -1) { \
int const tl = timelevel == -1 ? 0 : timelevel; \
cctkGH->cctk_time = tt->get_time (mglevel, reflevel, tl); \
} \
do_allow_past_timelevels = old_do_allow_past_timelevels; \
} while (false)
#endif
// Mode escapes
class singlemap_escape {
cGH * cctkGH;
int c;
int lc;
public:
singlemap_escape (cGH const * cctkGH);
~singlemap_escape ();
};
class level_escape {
cGH * cctkGH;
int grouptype;
int m;
int c;
int lc;
public:
level_escape (cGH const * cctkGH);
~level_escape ();
};
class global_escape {
cGH * cctkGH;
int rl;
int grouptype;
int m;
int c;
int lc;
public:
global_escape (cGH const * cctkGH);
~global_escape ();
};
class meta_escape {
cGH * cctkGH;
int ml;
int rl;
int grouptype;
int m;
int c;
int lc;
public:
meta_escape (cGH const * cctkGH);
~meta_escape ();
};
// Compatibility defines for the mode escapes
#define BEGIN_SINGLEMAP_MODE(cctkGH) \
do { \
bool singlemap_mode_ = true; \
Carpet::singlemap_escape esc_(cctkGH); \
{
#define END_SINGLEMAP_MODE \
} \
assert (singlemap_mode_); \
singlemap_mode_ = false; \
} while (false)
#define BEGIN_LEVEL_MODE(cctkGH) \
do { \
bool level_mode_ = true; \
Carpet::level_escape esc_(cctkGH); \
{
#define END_LEVEL_MODE \
} \
assert (level_mode_); \
level_mode_ = false; \
} while (false)
#define BEGIN_GLOBAL_MODE(cctkGH) \
do { \
bool global_mode_ = true; \
Carpet::global_escape esc_(cctkGH); \
{
#define END_GLOBAL_MODE \
} \
assert (global_mode_); \
global_mode_ = false; \
} while (false)
#define BEGIN_META_MODE(cctkGH) \
do { \
bool meta_mode_ = true; \
Carpet::meta_escape esc_(cctkGH); \
{
#define END_META_MODE \
} \
assert (meta_mode_); \
meta_mode_ = false; \
} while (false)
// Mode setters
class mglevel_setter {
cGH * cctkGH;
public:
mglevel_setter (cGH const * cctkGH, int ml);
~mglevel_setter ();
};
class reflevel_setter {
cGH * cctkGH;
public:
reflevel_setter (cGH const * cctkGH, int rl);
~reflevel_setter ();
};
class map_setter {
cGH * cctkGH;
public:
map_setter (cGH const * cctkGH, int m, int grouptype);
~map_setter ();
};
class component_setter {
cGH * cctkGH;
public:
component_setter (cGH const * cctkGH, int c, int grouptype);
~component_setter ();
};
// Compatibility defines for the mode setters
#define ENTER_GLOBAL_MODE(cctkGH, ml) \
do { \
Carpet::mglevel_setter mg_setter_(cctkGH, ml); \
{
#define LEAVE_GLOBAL_MODE \
} \
} while (false)
#define ENTER_LEVEL_MODE(cctkGH, rl) \
do { \
Carpet::reflevel_setter ref_setter_(cctkGH, rl); \
{
#define LEAVE_LEVEL_MODE \
} \
} while (false)
#define ENTER_SINGLEMAP_MODE(cctkGH, m, grouptype) \
do { \
Carpet::map_setter m_setter_(cctkGH, m, grouptype); \
{
#define LEAVE_SINGLEMAP_MODE \
} \
} while (false)
#define ENTER_LOCAL_MODE(cctkGH, c, grouptype) \
do { \
Carpet::component_setter c_setter_(cctkGH, c, grouptype); \
{
#define LEAVE_LOCAL_MODE \
} \
} while (false)
// Loop over a bounding box
void ibbox2iminimax (ibbox const& ext, // component extent
ibbox const& box, // this bbox
ivect& imin, ivect& imax);
#define LOOP_OVER_BBOX(cctkGH, box_, box, imin, imax) \
do { \
bool bbox_loop_ = true; \
assert (Carpet::is_local_mode()); \
dh::light_mboxes const& light_boxes_ = \
Carpet::vdd.AT(Carpet::map)->light_boxes; \
ibbox const& ext_ = \
light_boxes_.AT(mglevel).AT(reflevel).AT(component).exterior; \
ibbox const box = (box_) & ext_; \
if (not box.empty()) { \
ivect imin; \
ivect imax; \
Carpet::ibbox2iminimax (ext_, box, imin, imax); \
{
#define END_LOOP_OVER_BBOX \
} \
} /* if not empty */ \
assert (bbox_loop_); \
bbox_loop_ = false; \
} while (false)
#define LOOP_OVER_BSET(cctkGH, set_, box, imin, imax) \
do { \
bool bset_loop_ = true; \
ibset const& set1_ (set_); \
for (ibset::const_iterator bi = set1_.begin(); bi != set1_.end(); ++bi) { \
LOOP_OVER_BBOX(cctkGH, *bi, box, imin, imax) {
#define END_LOOP_OVER_BSET \
} END_LOOP_OVER_BBOX; \
} /* for */ \
assert (bset_loop_); \
bset_loop_ = false; \
} while (false)
} // namespace Carpet
#endif // #ifndef MODES_HH
|
