CountersMap with access optimized for Hough Transform algorithm. More...

#include <HoughBaseAlg.h>

Inheritance diagram for cluster::HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >:

Public Types
using	CounterMap_t = HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >
	This class. More...

using	Base_t = lar::CountersMap< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >
	Base class. More...

using	BaseMap_t = typename Base_t::BaseMap_t

using	Allocator_t = typename Base_t::Allocator_t

using	Key_t = typename Base_t::Key_t

using	SubCounter_t = typename Base_t::SubCounter_t

using	CounterBlock_t = typename Base_t::CounterBlock_t

using	const_iterator = typename Base_t::const_iterator

using	PairValue_t = std::pair< const_iterator, SubCounter_t >
	Pair identifying a counter and its current value. More...

Public Types inherited from lar::CountersMap< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >
using	Key_t = KEY
	type of counter key in the map More...

using	Counter_t = COUNTER
	type of the single counter More...

using	Allocator_t = ALLOC
	type of the single counter More...

using	CounterMap_t = CountersMap< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >
	This class. More...

using	SubCounter_t = Counter_t
	Type of the subcounter (that is, the actual counter) More...

using	CounterBlock_t = typename Traits_t::CounterBlock_t

using	BaseMap_t = typename Traits_t::template BaseMap_t< typename std::allocator_traits< Allocator_t >::template rebind_alloc< typename Traits_t::MapValue_t > >
	Type of the map used in the implementation. More...

using	value_type = std::pair< const Key_t, SubCounter_t >

using	mapped_type = SubCounter_t

using	allocator_type = Allocator_t
	type of the single counter More...

Public Member Functions
	HoughTransformCounters ()
	Default constructor (empty map) More...

	HoughTransformCounters (Allocator_t alloc)
	Constructor, specifies an allocator. More...

SubCounter_t	set (Key_t key, SubCounter_t value)
	Sets the specified counter to a count value. More...

SubCounter_t	increment (Key_t key)
	Increments by 1 the specified counter. More...

SubCounter_t	decrement (Key_t key)
	Decrements by 1 the specified counter. More...

SubCounter_t	set (Key_t key_begin, Key_t key_end, SubCounter_t value)
	Sets the specified range of counters to a count value. More...

void	increment (Key_t key_begin, Key_t key_end)
	Increments by 1 the specified range of counters. More...

PairValue_t	increment_and_get_max (Key_t key_begin, Key_t key_end)
	Increments by 1 the specified counters and returns the maximum. More...

PairValue_t	increment_and_get_max (Key_t key_begin, Key_t key_end, SubCounter_t current_max)
	Increments by 1 the specified counters and returns the maximum. More...

void	decrement (Key_t key_begin, Key_t key_end)
	Decrements by 1 the specified range of counters. More...

PairValue_t	get_max (SubCounter_t current_max) const
	Returns the largest counter. More...

PairValue_t	get_max () const
	Increments by 1 the specified counters and returns the maximum. More...

Public Member Functions inherited from lar::CountersMap< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >
	CountersMap ()
	Default constructor (empty map) More...

	CountersMap (Allocator_t alloc)
	Constructor, specifies an allocator. More...

SubCounter_t	operator[] (Key_t key) const
	Read-only access to an element; returns 0 if no counter is present. More...

SubCounter_t	set (Key_t key, SubCounter_t value)
	Sets the specified counter to a count. More...

SubCounter_t	increment (Key_t key)
	Increments by 1 the specified counter. More...

SubCounter_t	decrement (Key_t key)
	Decrements by 1 the specified counter. More...

bool	empty () const
	Returns whether the map has no counters. More...

std::make_unsigned< Key_t >::type	n_counters () const
	Returns the number of allocated counters. More...

template<typename OALLOC >
bool	is_equal (const std::map< Key_t, SubCounter_t, std::less< Key_t >, OALLOC > &to, Key_t &first_difference) const
	Returns whether the counters in this map are equivalent to another. More...

template<typename OALLOC >
bool	is_equal (const std::map< Key_t, SubCounter_t, std::less< Key_t >, OALLOC > &to) const
	Returns whether the counters in this map are equivalent to another. More...

const_iterator	begin () const
	Returns an iterator to the begin of the counters. More...

const_iterator	end () const
	Returns an iterator past-the-end of the counters. More...

Protected Types
using	CounterKey_t = typename Base_t::CounterKey_t

Protected Types inherited from lar::CountersMap< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >
using	BlockKey_t = Key_t
	type of block key More...

using	CounterIndex_t = typename std::make_unsigned< Key_t >::type
	type of index in the block More...

Private Member Functions
SubCounter_t	unchecked_set_range (Key_t key_begin, Key_t key_end, SubCounter_t value, typename BaseMap_t::iterator start)

SubCounter_t	unchecked_set_range (Key_t key_begin, Key_t key_end, SubCounter_t value)

PairValue_t	unchecked_add_range_max (Key_t key_begin, Key_t key_end, SubCounter_t delta, typename BaseMap_t::iterator start, SubCounter_t min_max=std::numeric_limits< SubCounter_t >::min())

PairValue_t	unchecked_add_range_max (Key_t key_begin, Key_t key_end, SubCounter_t delta, SubCounter_t min_max=std::numeric_limits< SubCounter_t >::min())

Additional Inherited Members
Static Public Attributes inherited from lar::CountersMap< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >
static constexpr size_t	NCounters = Traits_t::NCounters
	Number of counters in one counter block. More...

static constexpr size_t	NSubcounters = NCounters * SUBCOUNTERS
	Number of subcounters in one counter block. More...

Protected Member Functions inherited from lar::CountersMap< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >
Counter_t	GetCounter (CounterKey_t key) const
	Returns the value of the counter at the specified split key. More...

SubCounter_t	GetSubCounter (CounterKey_t key) const
	Returns the value of the subcounter at the specified split key. More...

Counter_t &	GetOrCreateCounter (CounterKey_t key)
	Returns the counter at the specified split key. More...

Static Protected Member Functions inherited from lar::CountersMap< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >
static CounterKey_t	SplitKey (Key_t key)
	Returns a split key corresponding to the specified key. More...

static const_iterator	make_const_iterator (typename BaseMap_t::const_iterator it, size_t ix)
	Creates a const_iterator (useful in derived classes) More...

Protected Attributes inherited from lar::CountersMap< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >
BaseMap_t	counter_map
	the actual data structure for counters More...

Detailed Description

template<typename KEY, typename COUNTER, size_t SIZE, typename ALLOC = std::allocator<std::pair<KEY, std::array<COUNTER, SIZE>>>, unsigned int SUBCOUNTERS = 1>
class cluster::HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >

CountersMap with access optimized for Hough Transform algorithm.

Parameters

KEY	the type of the key of the counters map
COUNTER	the type of a basic counter (can be signed or unsigned)
BLOCKSIZE	the number of counters in a cluster
ALLOC	allocator for the underlying STL map
SUBCOUNTERS	split each counter in subcounters (not implemented yet)

See Also: CountersMap

In addition to the standard CountersMap interface, a special range increment, increment with max detection and decrement methods are provided.

Definition at line 281 of file HoughBaseAlg.h.

Member Typedef Documentation

template<typename KEY, typename COUNTER, size_t SIZE, typename ALLOC = std::allocator<std::pair<KEY, std::array<COUNTER, SIZE>>>, unsigned int SUBCOUNTERS = 1>

using cluster::HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >::Allocator_t = typename Base_t::Allocator_t

Definition at line 290 of file HoughBaseAlg.h.

template<typename KEY, typename COUNTER, size_t SIZE, typename ALLOC = std::allocator<std::pair<KEY, std::array<COUNTER, SIZE>>>, unsigned int SUBCOUNTERS = 1>

using cluster::HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >::Base_t = lar::CountersMap<KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS>

Base class.

Definition at line 286 of file HoughBaseAlg.h.

template<typename KEY, typename COUNTER, size_t SIZE, typename ALLOC = std::allocator<std::pair<KEY, std::array<COUNTER, SIZE>>>, unsigned int SUBCOUNTERS = 1>

using cluster::HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >::BaseMap_t = typename Base_t::BaseMap_t

Definition at line 289 of file HoughBaseAlg.h.

template<typename KEY, typename COUNTER, size_t SIZE, typename ALLOC = std::allocator<std::pair<KEY, std::array<COUNTER, SIZE>>>, unsigned int SUBCOUNTERS = 1>

using cluster::HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >::const_iterator = typename Base_t::const_iterator

Definition at line 294 of file HoughBaseAlg.h.

template<typename KEY, typename COUNTER, size_t SIZE, typename ALLOC = std::allocator<std::pair<KEY, std::array<COUNTER, SIZE>>>, unsigned int SUBCOUNTERS = 1>

using cluster::HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >::CounterBlock_t = typename Base_t::CounterBlock_t

Definition at line 293 of file HoughBaseAlg.h.

template<typename KEY, typename COUNTER, size_t SIZE, typename ALLOC = std::allocator<std::pair<KEY, std::array<COUNTER, SIZE>>>, unsigned int SUBCOUNTERS = 1>

using cluster::HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >::CounterKey_t = typename Base_t::CounterKey_t

protected

Definition at line 450 of file HoughBaseAlg.h.

template<typename KEY, typename COUNTER, size_t SIZE, typename ALLOC = std::allocator<std::pair<KEY, std::array<COUNTER, SIZE>>>, unsigned int SUBCOUNTERS = 1>

using cluster::HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >::CounterMap_t = HoughTransformCounters<KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS>

This class.

Definition at line 284 of file HoughBaseAlg.h.

template<typename KEY, typename COUNTER, size_t SIZE, typename ALLOC = std::allocator<std::pair<KEY, std::array<COUNTER, SIZE>>>, unsigned int SUBCOUNTERS = 1>

using cluster::HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >::Key_t = typename Base_t::Key_t

Definition at line 291 of file HoughBaseAlg.h.

template<typename KEY, typename COUNTER, size_t SIZE, typename ALLOC = std::allocator<std::pair<KEY, std::array<COUNTER, SIZE>>>, unsigned int SUBCOUNTERS = 1>

using cluster::HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >::PairValue_t = std::pair<const_iterator, SubCounter_t>

Pair identifying a counter and its current value.

Definition at line 297 of file HoughBaseAlg.h.

template<typename KEY, typename COUNTER, size_t SIZE, typename ALLOC = std::allocator<std::pair<KEY, std::array<COUNTER, SIZE>>>, unsigned int SUBCOUNTERS = 1>

using cluster::HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >::SubCounter_t = typename Base_t::SubCounter_t

Definition at line 292 of file HoughBaseAlg.h.

Constructor & Destructor Documentation

template<typename KEY, typename COUNTER, size_t SIZE, typename ALLOC = std::allocator<std::pair<KEY, std::array<COUNTER, SIZE>>>, unsigned int SUBCOUNTERS = 1>

cluster::HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >::HoughTransformCounters ( )

inline

Default constructor (empty map)

Definition at line 300 of file HoughBaseAlg.h.

300 : Base_t() {}

cluster::HoughTransformCounters::Base_t

lar::CountersMap< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS > Base_t

Base class.

Definition: HoughBaseAlg.h:286

template<typename KEY, typename COUNTER, size_t SIZE, typename ALLOC = std::allocator<std::pair<KEY, std::array<COUNTER, SIZE>>>, unsigned int SUBCOUNTERS = 1>

cluster::HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >::HoughTransformCounters ( Allocator_t alloc )

inline

Constructor, specifies an allocator.

Definition at line 303 of file HoughBaseAlg.h.

303 : Base_t(alloc) {}

cluster::HoughTransformCounters::Base_t

lar::CountersMap< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS > Base_t

Base class.

Definition: HoughBaseAlg.h:286

Member Function Documentation

template<typename KEY, typename COUNTER, size_t SIZE, typename ALLOC = std::allocator<std::pair<KEY, std::array<COUNTER, SIZE>>>, unsigned int SUBCOUNTERS = 1>

SubCounter_t cluster::HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >::decrement ( Key_t key )

inline

Decrements by 1 the specified counter.

Parameters

key	key of the counter to be decreased

Returns: new value of the counter

Definition at line 334 of file HoughBaseAlg.h.

     {
       return Base_t::decrement(key);
     }

template<typename K , typename C , size_t S, typename A , unsigned int SC>

void cluster::HoughTransformCounters< K, C, S, A, SC >::decrement	(	Key_t	key_begin,
		Key_t	key_end
	)

inline

Decrements by 1 the specified range of counters.

Parameters

key_begin	key of the first counter to be increased
key_end	key of the first counter not to be increased

See Also: increment()

Definition at line 143 of file HoughBaseAlg.cxx.

 {
   unchecked_add_range_max(key_begin, key_end, -1, std::numeric_limits<SubCounter_t>::max());
 } // cluster::HoughTransformCounters<>::decrement(begin, end)

template<typename K , typename C , size_t S, typename A , unsigned int SC>

cluster::HoughTransformCounters< K, C, S, A, SC >::PairValue_t cluster::HoughTransformCounters< K, C, S, A, SC >::get_max ( SubCounter_t current_max ) const

Returns the largest counter.

Parameters

current_max only counters larger than this will be considered

Returns: pair with an iterator to the largest counter and its value

See Also: get_max(), increment_and_get_max(Key_t, Key_t)

All counters are parsed, and the first one with the largest count is returned. The return value consist of a pair: the second is the largest counter value, the first member is the constant iterator pointing to the first (lowest key) counter with that (get its key with const_iterator::key() method).

This method does not update the maximum if it's not (strictly) larger than current_max. If no such a maximum is found, the maximum in the return value is equal to current_max, while the iterator points to the end of the map (end()).

Definition at line 150 of file HoughBaseAlg.cxx.

 {
   PairValue_t max{Base_t::make_const_iterator(Base_t::counter_map.end(), 0), current_max};
 
   typename BaseMap_t::const_iterator iCBlock = Base_t::counter_map.begin(),
                                      cend = Base_t::counter_map.end();
   while (iCBlock != cend) {
     const CounterBlock_t& block = iCBlock->second;
     for (size_t index = 0; index < block.size(); ++index) {
       if (block[index] > max.second)
         max = {Base_t::make_const_iterator(iCBlock, index), block[index]};
       ++iCBlock;
     } // for elements in this block
   }   // while blocks
   return max;
 } // cluster::HoughTransformCounters<>::get_max(SubCounter_t)

template<typename K , typename C , size_t S, typename A , unsigned int SC>

cluster::HoughTransformCounters< K, C, S, A, SC >::PairValue_t cluster::HoughTransformCounters< K, C, S, A, SC >::get_max ( ) const

inline

Increments by 1 the specified counters and returns the maximum.

Parameters

current_max only counters larger than this will be considered

Returns: pair with an iterator to the largest counter and its value

See Also: get_max(SubCounter_t), increment_and_get_max(Key_t, Key_t)

This method works like get_max() method, except that it does not update the maximum if it's not (strictly) larger than current_max. If no such a maximum is found, the maximum in the return value is equal to current_max, while the iterator points to the end of the map (end()).

Definition at line 169 of file HoughBaseAlg.cxx.

 {
   return get_max(std::numeric_limits<SubCounter_t>::max());
 }

template<typename KEY, typename COUNTER, size_t SIZE, typename ALLOC = std::allocator<std::pair<KEY, std::array<COUNTER, SIZE>>>, unsigned int SUBCOUNTERS = 1>

SubCounter_t cluster::HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >::increment ( Key_t key )

inline

Increments by 1 the specified counter.

Parameters

key	key of the counter to be increased

Returns: new value of the counter

Definition at line 323 of file HoughBaseAlg.h.

     {
       return Base_t::increment(key);
     }

template<typename K , typename C , size_t S, typename A , unsigned int SC>

void cluster::HoughTransformCounters< K, C, S, A, SC >::increment	(	Key_t	key_begin,
		Key_t	key_end
	)

inline

Increments by 1 the specified range of counters.

Parameters

key_begin	key of the first counter to be increased
key_end	key of the first counter not to be increased

See Also: decrement(), increment_and_get_max()

Definition at line 136 of file HoughBaseAlg.cxx.

 {
   unchecked_add_range_max(key_begin, key_end, +1, std::numeric_limits<SubCounter_t>::max());
 } // cluster::HoughTransformCounters<>::increment(begin, end)

template<typename KEY, typename COUNTER, size_t SIZE, typename ALLOC = std::allocator<std::pair<KEY, std::array<COUNTER, SIZE>>>, unsigned int SUBCOUNTERS = 1>

PairValue_t cluster::HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >::increment_and_get_max	(	Key_t	key_begin,
		Key_t	key_end
	)

inline

Increments by 1 the specified counters and returns the maximum.

Parameters

key_begin	key of the first counter to be increased
key_end	key of the first counter not to be increased

Returns: pair with an iterator to the largest counter and its value

See Also: increment(Key_t, Key_t)

This method works like the corresponding increment() method, and in addition it returns the location of the counter with the largest count (after the increase). The return value consist of a pair: the second is the largest counter value in the range after the increase, the first member is the constant iterator pointing to the first (lowest key) counter with that (get its key with const_iterator::key() method).

If no maximum is found, the maximum in the return value is equal to current_max, while the iterator points to the end of the map (end()). Note that if all the counters are at the minimum possible value, no maximum will be returned.

Definition at line 382 of file HoughBaseAlg.h.

     {
       return unchecked_add_range_max(key_begin, key_end, +1);
     }

template<typename KEY, typename COUNTER, size_t SIZE, typename ALLOC = std::allocator<std::pair<KEY, std::array<COUNTER, SIZE>>>, unsigned int SUBCOUNTERS = 1>

PairValue_t cluster::HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >::increment_and_get_max	(	Key_t	key_begin,
		Key_t	key_end,
		SubCounter_t	current_max
	)

inline

Increments by 1 the specified counters and returns the maximum.

Parameters

key_begin	key of the first counter to be increased
key_end	key of the first counter not to be increased
current_max	only counters larger than this will be considered

Returns: pair with an iterator to the largest counter and its value

See Also: increment(Key_t, Key_t), increment_and_get_max(Key_t, Key_t)

This method works like increment_and_get_max() method, except that it does not update the maximum if it's not (strictly) larger than current_max. If no such a maximum is found, the maximum in the return value is equal to current_max, while the iterator points to the end of the map (end()).

Definition at line 402 of file HoughBaseAlg.h.

     {
       return unchecked_add_range_max(key_begin, key_end, +1, current_max);
     }

template<typename KEY, typename COUNTER, size_t SIZE, typename ALLOC = std::allocator<std::pair<KEY, std::array<COUNTER, SIZE>>>, unsigned int SUBCOUNTERS = 1>

SubCounter_t cluster::HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >::set	(	Key_t	key,
		SubCounter_t	value
	)

inline

Sets the specified counter to a count value.

Parameters

key	key of the counter to be set
value	the count value

Returns: new value of the counter

Definition at line 312 of file HoughBaseAlg.h.

     {
       return Base_t::set(key, value);
     }

template<typename KEY, typename COUNTER, size_t SIZE, typename ALLOC = std::allocator<std::pair<KEY, std::array<COUNTER, SIZE>>>, unsigned int SUBCOUNTERS = 1>

SubCounter_t cluster::HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >::set	(	Key_t	key_begin,
		Key_t	key_end,
		SubCounter_t	value
	)

inline

Sets the specified range of counters to a count value.

Parameters

key_begin	key of the first counter to be set
key_end	key of the first counter not to be set
value	the count value

Returns: new value of all the counters

See Also: increment(), decrement(), increment_and_get_max()

Definition at line 348 of file HoughBaseAlg.h.

     {
       return unchecked_set_range(key_begin, key_end, value);
     }

template<typename K , typename C , size_t S, typename A , unsigned int SC>

cluster::HoughTransformCounters< K, C, S, A, SC >::PairValue_t cluster::HoughTransformCounters< K, C, S, A, SC >::unchecked_add_range_max	(	Key_t	key_begin,
		Key_t	key_end,
		SubCounter_t	delta,
		typename BaseMap_t::iterator	start,
		SubCounter_t	min_max = `std::numeric_limits<SubCounter_t>::min()`
	)

private

Definition at line 212 of file HoughBaseAlg.cxx.

 {
   PairValue_t max{Base_t::make_const_iterator(Base_t::counter_map.end(), 0), min_max};
   if (key_begin > key_end) return max;
   CounterKey_t key(key_begin);
   size_t left = key_end - key_begin;
   while (true) {
     if ((iIP == Base_t::counter_map.end()) || (iIP->first != key.block)) {
       // we don't have that block yet
       iIP = Base_t::counter_map.insert(iIP, {key.block, {}});
     } // if need to add a block
     CounterBlock_t& block = iIP->second;
     size_t n = std::min(left, Base_t::NCounters - key.counter);
     left -= n;
     while (n--) {
       SubCounter_t value = (block[key.counter] += delta);
       if (value > max.second) { max = {Base_t::make_const_iterator(iIP, key.counter), value}; }
       ++(key.counter);
     } // for key.counter
     if (left <= 0) break;
     key.next_block();
     ++iIP;
   } // while
   return max;
 } // cluster::HoughTransformCounters<>::unchecked_add_range_max()

template<typename K , typename C , size_t S, typename A , unsigned int SC>

cluster::HoughTransformCounters< K, C, S, A, SC >::PairValue_t cluster::HoughTransformCounters< K, C, S, A, SC >::unchecked_add_range_max	(	Key_t	key_begin,
		Key_t	key_end,
		SubCounter_t	delta,
		SubCounter_t	min_max = `std::numeric_limits<SubCounter_t>::min()`
	)

inlineprivate

Definition at line 246 of file HoughBaseAlg.cxx.

 {
   return unchecked_add_range_max(key_begin,
                                  key_end,
                                  delta,
                                  Base_t::counter_map.lower_bound(CounterKey_t(key_begin).block),
                                  min_max);
 } // cluster::HoughTransformCounters<>::unchecked_add_range_max(no hint)

template<typename K , typename C , size_t S, typename A , unsigned int SC>

cluster::HoughTransformCounters< K, C, S, A, SC >::SubCounter_t cluster::HoughTransformCounters< K, C, S, A, SC >::unchecked_set_range	(	Key_t	key_begin,
		Key_t	key_end,
		SubCounter_t	value,
		typename BaseMap_t::iterator	start
	)

private

Definition at line 176 of file HoughBaseAlg.cxx.

 {
   if (key_begin > key_end) return value;
   CounterKey_t key(key_begin);
   size_t left = key_end - key_begin;
   while (true) {
     if ((iIP == Base_t::counter_map.end()) || (iIP->first != key.block)) {
       // we don't have that block yet
       iIP = Base_t::counter_map.insert(iIP, {key.block, {}});
     } // if need to add a block
     CounterBlock_t& block = iIP->second;
     size_t n = std::min(left, Base_t::NCounters - key.counter);
     block.fill(key.counter, n, value);
     if (left -= n <= 0) break;
     key.next_block();
     ++iIP;
   } // while
   return value;
 } // cluster::HoughTransformCounters<>::unchecked_set_range()

template<typename K , typename C , size_t S, typename A , unsigned int SC>

cluster::HoughTransformCounters< K, C, S, A, SC >::SubCounter_t cluster::HoughTransformCounters< K, C, S, A, SC >::unchecked_set_range	(	Key_t	key_begin,
		Key_t	key_end,
		SubCounter_t	value
	)

inlineprivate

Definition at line 202 of file HoughBaseAlg.cxx.

 {
   return unchecked_set_range(
     key_begin, key_end, value, Base_t::counter_map.lower_bound(CounterKey_t(key_begin).block));
 } // cluster::HoughTransformCounters<>::unchecked_set_range(no hint)

The documentation for this class was generated from the following files:

Public Types

Public Member Functions

Protected Types

Private Member Functions

Additional Inherited Members

Detailed Description

template<typename KEY, typename COUNTER, size_t SIZE, typename ALLOC = std::allocator<std::pair<KEY, std::array<COUNTER, SIZE>>>, unsigned int SUBCOUNTERS = 1> class cluster::HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >

Member Typedef Documentation

Constructor & Destructor Documentation

Member Function Documentation

template<typename KEY, typename COUNTER, size_t SIZE, typename ALLOC = std::allocator<std::pair<KEY, std::array<COUNTER, SIZE>>>, unsigned int SUBCOUNTERS = 1>
class cluster::HoughTransformCounters< KEY, COUNTER, SIZE, ALLOC, SUBCOUNTERS >