3. Deild stats & predictions

ÍR Reykjavík

ÍR Reykjavík has been a formidable force in the league this season, showcasing strong defensive capabilities and an efficient attacking lineup. Key players to watch include their captain, who has been instrumental in organizing the defense, and their leading striker, known for his clinical finishing.

Þróttur R.

Þróttur R.'s recent form has been impressive, with several victories attributed to their tactical discipline and teamwork. Their midfield maestro has been pivotal in controlling the tempo of games, while their young winger has been making waves with his pace and dribbling skills.

Selfoss

Selfoss's success this season can be attributed to their cohesive team play and robust physical conditioning. Their goalkeeper has been outstanding, making crucial saves that have kept them in contention for top spots in the league.

Fjarðabyggð

Fjarðabyggð has shown remarkable resilience, often coming back from behind to secure points. Their forward line is potent, with multiple players capable of scoring goals on any given day.

Kópavogur

Kópavogur's strategy revolves around possession-based football, with an emphasis on maintaining control and dictating play. Their midfield trio has been particularly effective in linking defense and attack.

Akureyri

Akureyri's playing style is characterized by high pressing and quick transitions from defense to attack. Their recent performances suggest they are peaking at the right time, making them dangerous opponents for any team.

ÍR Reykjavík vs. Þróttur R.

This match is likely to be a tactical battle between two well-drilled teams. ÍR Reykjavík will aim to exploit Þróttur R.'s defensive gaps through quick counter-attacks, while Þróttur R. will look to press high and disrupt ÍR Reykjavík's build-up play.

Selfoss vs. Fjarðabyggð

Selfoss is expected to dominate possession and control the midfield battle against Fjarðabyggð. However, Fjarðabyggð will need to be disciplined defensively and capitalize on counter-attacking opportunities to stand a chance of securing points.

Kópavogur vs. Akureyri

Kópavogur will likely employ a possession-based approach to stifle Akureyri's pressing game. Akureyri will need to maintain their intensity and press effectively to break down Kópavogur's organized defense.

• Jónas Jónsson (ÍR Reykjavík) - As captain and defensive leader, Jónas Jónsson's ability to read the game will be crucial in organizing ÍR Reykjavík's backline against Þróttur R.'s attacking threats.
• Einar Einarsson (Þróttur R.) - Known for his creativity in midfield, Einar Einarsson could be the difference-maker for Þróttur R., providing key passes and scoring opportunities.
• Hákon Halldórsson (Selfoss) - As Selfoss's star striker, Hákon Halldórsson's goal-scoring prowess will be vital in breaking down Fjarðabyggð's defense.
• Rúnar Sigurdsson (Fjarðabyggð) - A versatile midfielder who can contribute both defensively and offensively, Rúnar Sigurdsson's performance could influence Fjarðabyggð's chances against Selfoss.
• Magnús Magnússon (Kópavogur) - As Kópavogur's playmaker, Magnús Magnússon's vision and passing accuracy will be key in controlling the game against Akureyri.
• Aron Ásgeirsson (Akureyri) - A dynamic winger with blistering pace, Aron Ásgeirsson has the ability to change the course of the game with his dribbling skills and crossing ability.

Recent Form Analysis

• ÍR Reykjavík vs. Þróttur R. - In their last encounter, ÍR Reykjavík emerged victorious with a 1-0 win thanks to a late goal from their striker. Both teams have shown improvement since then, making this rematch highly anticipated.
• Selfoss vs. Fjarðabyggð - Selfoss won their previous meeting 2-1, showcasing their offensive strength. However, Fjarðabyggð have since strengthened their squad during the transfer window.
• Kópavogur vs. Akureyri - The last match between these two ended in a 0-0 draw, highlighting both teams' defensive capabilities. This time around, both sides will look to break through each other's defenses for all three points.

Head-to-Head Records

• ÍR Reykjavík vs. Þróttur R. - Historically balanced rivalry with each team having won an equal number of matches when they've faced each other this season.
• Selfoss vs. Fjarðabyggð - Selfoss holds a slight edge in head-to-head encounters this season but Fjarðabyggð have shown they can compete strongly when motivated.
• Kópavogur vs. Akureyri - Past meetings have often resulted in low-scoring games due to both teams' solid defensive setups; however, both teams are capable of producing attacking flair when needed.icemasterx/CPPStl<|file_sep|>/CPPStl/stack.hpp #ifndef _STACK_HPP_ #define _STACK_HPP_ #include "sequence.hpp" namespace icemaster { template> class stack : public icemaster::container, public icemaster::sequence, public Container { public: using value_type = typename Container::value_type; using reference = typename Container::reference; using const_reference = typename Container::const_reference; using size_type = typename Container::size_type; stack() = default; explicit stack(size_type n) : Container(n) {} stack(size_type n, const_reference value) : Container(n,value) {} stack(const stack& rhs) : Container(rhs) {} stack(stack&& rhs) : Container(std::move(rhs)) {} stack& operator=(const stack& rhs) { if (this == &rhs) return *this; this->Container::operator=(rhs); return *this; } stack& operator=(stack&& rhs) { if (this == &rhs) return *this; this->Container::operator=(std::move(rhs)); return *this; } public: void push(const_reference value) { this->Container::push_back(value); } void pop() { this->Container::pop_back(); } public: bool empty() const noexcept { return this->Container::empty(); } public: // void swap(stack& rhs) noexcept // noexcept(noexcept(Container().swap(rhs))) // noexcept(noexcept(std::declval().swap(std::declval()))) // noexcept(noexcept(this->Container.swap(rhs))) // noexcept(noexcept(this->Container.swap(std::declval()))) // noexcept(noexcept(std::declval().swap(std::declval()))) // noexcept(noexcept(this->Container().swap(rhs))) // noexcept(noexcept(this->Container().swap(std::declval()))) // noexcept(noexcept(Container().swap(this->Container()))) // noexcept(noexcept(Container().swap(this->Container()))) // noexcept(noexcept(std::declval().swap(this->Container()))) // noexcept(noexcept(std::declval().swap(this->Container()))) // noexcept(noexcept(this->Container().swap(Container()))) // std::swap(*this,this->Container(),rhs); // std::swap(*this,this->Container(),std::declval()); // std::swap(*this,std::declval(),rhs); // std::swap(*this,std::declval(),std::declval()); // std::swap(Container(),*this,this->Container()); // std::swap(Container(),*this,std::declval()); // std::swap(Container(),std::declval(),*this); // std::swap(Container(),std::declval(),std::declval()); // std::swap(this->Container(),*this,rhs); // std::swap(this->Container(),*this,std::declval()); // std::swap(this->Container(),std::declval(),*this); // std::swap(this->Container(),std::declval(),std::declval()); this->container_swap(rhs); return *this; return *this; return rhs; return std; public: protected: private: private: private: private: private: private: } #endif // !_STACK_HPP_<|repo_name|>icemasterx/CPPStl<|file_sep|>/CPPStl/iterator.hpp #ifndef _ITERATOR_HPP_ #define _ITERATOR_HPP_ #include "type_traits.hpp" #include "utility.hpp" namespace icemaster { template struct iterator_base { using iterator_category = Category; using value_type = T; using difference_type = Distance; using pointer = Pointer; using reference = Reference; }; template struct iterator_traits { using iterator_category = typename IteratorT:: iterator_category; using value_type = typename IteratorT:: value_type; using difference_type = typename IteratorT:: difference_type; using pointer = typename IteratorT:: pointer; using reference = typename IteratorT:: reference; }; template struct iterator_traits< IteratorT* void void void void > { using iterator_category = typename std:: iterator_traits< IteratorT>::iterator_category; using value_type = typename std:: iterator_traits< IteratorT>::value_type; using difference_type = typename std:: iterator_traits< IteratorT>::difference_type; using pointer = typename std:: iterator_traits< IteratorT>::pointer; using reference = typename std:: iterator_traits< IteratorT>::reference; }; template struct iterator_traits : public iterator_traits< IteratorT* void void void void > {}; template class input_iterator_tag {}; template class output_iterator_tag {}; template class forward_iterator_tag {}; template class bidirectional_iterator_tag {}; template class random_access_iterator_tag {}; template inline bool is_input_iterator() { typedef typename iterator_traits< IteratorT>::iterator_category cat_; return std:: is_base_of< input_iterator_tag, cat_>::value; } template inline bool is_output_iterator() { typedef typename iterator_traits< IteratorT>::iterator_category cat_; return std:: is_base_of< output_iterator_tag, cat_>::value; } template inline bool is_forward_iterator() { typedef typename iterator_traits< IteratorT>::iterator_category cat_; return std:: is_base_of< forward_iterator_tag, cat_>::value; } template inline bool is_bidirectional_iterator() { typedef typename iterator_traits< IteratorT>::iterator_category cat_; return std:: is_base_of< bidirectional_iterator_tag, cat_>::value; } template inline bool is_random_access_iterator() { typedef typename iterator_traits< IteratorT>::iterator_category cat_; return std:: is_base_of< random_access_iterator_tag, cat_>::value; } template struct enable_if_t {}; template struct enable_if_c {}; #define __enable_if(bndex_value_,default_value_) enable_if_t #define __enable_if_c(bndex_value_,default_value_) enable_if_c namespace detail { template