Math Struct Reference

Description:

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Compiler plug-in that provides mathematical functions.

All identifier and function names are defined case insensitive and can not be abbreviated with the exclamation of remainder (shortenable up to remain) and random (shortenable up to rand).

Constants:

Type	Name	Description
Float	PI	The ratio of a circle's circumference to its diameter.
Float	E	Euler's number.

Functions:

Return Type	Name	Signature	Description
Float	abs	Integer	Computes the absolute value of an integer number.
Float	abs	Float	Computes the absolute value of a floating point number.
Float	ceil	Float	Returns the nearest integer not less than the given value.
Float	floor	Float	Returns the nearest integer not greater than the given value.
Float	trunc	Float	Returns the nearest integer not greater in magnitude than the given value.
Float	round	Float	Returns the nearest integer, rounding away from zero in halfway cases.
Integer	rint	Float	Returns the nearest integer, rounding away from zero in halfway cases.
Float	max	Integer,Integer	Returns the greater of two integer numbers.
Float	max	Float, Float	Returns the greater of two floating point numbers.
Float	min	Integer,Integer	Returns the smaller of two integer numbers.
Float	min	Float, Float	Returns the smaller of two floating point numbers.
Float	remainder	Float,Float	Computes the remainder of the floating point division of the first argument by the second argument.
Float	random	Float	Returns a random number in the range [0.0 ... 1.0[. Note uses std::rand. No seeding is performed. Invoke std::srand prior to using this function for the first time, if numbers should change between different runs of the software.
Float	sin	Float	Computes sine.
Float	asin	Float	Computes cosine.
Float	cos	Float	Computes tangent.
Float	acos	Float	Computes arc sine.
Float	tan	Float	Computes arc cosine.
Float	atan	Float	Computes arc tangent.
Float	sinh	Float	Computes hyperbolic sine.
Float	asinh	Float	Computes hyperbolic cosine.
Float	cosh	Float	Computes hyperbolic tangent.
Float	acosh	Float	Computes inverse hyperbolic sine.
Float	tanh	Float	Computes inverse hyperbolic cosine.
Float	atanh	Float	Computes inverse hyperbolic tangent.
Float	exp	Float	Computes e raised to the given power.
Float	exp2	Float	Computes 2.0 raised to the given power.
Float	exp10	Float	Computes 10.0 raised to the given power.
Float	log	Float	Computes natural base (e) logarithm.
Float	log10	Float	Computes common base (10) logarithm.
Float	log2	Float	Computes base 2.0 logarithm.
Float	pow	Float, Float	Raises a given number to the given power.
Float	pow10	Float	Raises 10 to the given power.
Float	sqrt	Float	Computes square root of a given number.
Float	cbrt	Float	Computes cubic root of a given number.

Definition at line 74 of file math.hpp.

#include <math.hpp>

Inheritance diagram for Math:

Collaboration diagram for Math:

Public Method Index:
ALIB_API	Math (Compiler &compiler)
virtual	~Math () override
Public Method Index: inherited from Calculus
	Calculus (const NString &name, Compiler &compiler)
virtual	~Calculus () override
ALIB_API void	AddBinaryOpOptimizations (BinaryOpOptimizationsTableEntry *table, size_t length)
template<size_t TCapacity>
void	AddBinaryOpOptimizations (BinaryOpOptimizationsTableEntry(&table)[TCapacity])
void	AddOperator (const String &op, Type lhsType, Type rhsType, CallbackDecl callback, const char *dbgCallbackName, Type resultType, CTInvokable cti)
void	AddOperatorAlias (const String &alias, Type lhsType, Type rhsType, const String &op)
void	AddOperatorAliases (OperatorAliasTableEntry *table, size_t length)
template<size_t TCapacity>
void	AddOperatorAliases (OperatorAliasTableEntry(&table)[TCapacity])
ALIB_API void	AddOperators (OperatorTableEntry *table, size_t length)
template<size_t TCapacity>
void	AddOperators (OperatorTableEntry(&table)[TCapacity])
virtual ALIB_API bool	TryCompilation (CIAutoCast &autoCast) override
virtual ALIB_API bool	TryCompilation (CIBinaryOp &ciBinaryOp) override
virtual ALIB_API bool	TryCompilation (CIFunction &ciFunction) override
virtual ALIB_API bool	TryCompilation (CIUnaryOp &ciUnaryOp) override
Public Method Index: inherited from CompilerPlugin
	CompilerPlugin (const NString &name, Compiler &compiler)
virtual	~CompilerPlugin ()

Additional Inherited Members
Public Type Index: inherited from Calculus
using	BinaryOpOptimizationsTableEntry = const std::tuple<String, lang::Side, Type, const Box&, const Box&>
using	CTInvokable = bool
using	OperatorAliasTableEntry = const std::tuple<String, Type, Type, String>
using	OperatorTableEntry
Public Static Field Index: inherited from Calculus
static constexpr CTInvokable	CTI = true
static constexpr CTInvokable	ETI = false
Public Field Index: inherited from Calculus
MonoAllocator	allocator
std::vector< AutoCastEntry >	AutoCasts
HashMap< BinOpOptKey, Box, BinOpOptKey::Hash, BinOpOptKey::EqualTo >	BinaryOperatorOptimizations
std::vector< ConstantIdentifierEntry >	ConstantIdentifiers
std::vector< FunctionEntry >	Functions
HashMap< OperatorKey, String, OperatorKey::Hash, OperatorKey::EqualTo >	OperatorAliases
HashMap< OperatorKey, std::tuple< CallbackDecl, Box, CTInvokable ALIB_DBG(, const char *) >, OperatorKey::Hash, OperatorKey::EqualTo >	Operators
Public Field Index: inherited from CompilerPlugin
Compiler &	Cmplr
const NString	Name

Constructor(s) / Destructor Details::

Math()

ALIB_API Math

(

Compiler &

compiler

)

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Constructor. Creates the hash maps.

Parameters

compiler

The compiler we will get attached to.

~Math()

virtual ~Math ( )

inlineoverridevirtual

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Virtual destructor

Definition at line 85 of file math.hpp.

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The documentation for this struct was generated from the following file:

• math.hpp