(gmp.info.gz) Concept Index
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Concept Index
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* #include Headers and Libraries.
* --build Build Options.
* --disable-fft Build Options.
* --disable-shared Build Options.
* --disable-static Build Options.
* --enable-alloca Build Options.
* --enable-assert Build Options.
* --enable-cxx Build Options.
* --enable-fat Build Options.
* --enable-mpbsd Build Options.
* --enable-profiling <1> Build Options.
* --enable-profiling Profiling.
* --exec-prefix Build Options.
* --host Build Options.
* --prefix Build Options.
* -finstrument-functions Profiling.
* 2exp functions Efficiency.
* 68000 Notes for Particular Systems.
* 80x86 Notes for Particular Systems.
* ABI <1> Build Options.
* ABI ABI and ISA.
* About this manual Introduction to GMP.
* AC_CHECK_LIB Autoconf.
* AIX <1> Notes for Particular Systems.
* AIX ABI and ISA.
* Algorithms Algorithms.
* alloca Build Options.
* Allocation of memory Custom Allocation.
* AMD64 ABI and ISA.
* Anonymous FTP of latest version Introduction to GMP.
* Application Binary Interface ABI and ISA.
* Arithmetic functions <1> Float Arithmetic.
* Arithmetic functions <2> Integer Arithmetic.
* Arithmetic functions Rational Arithmetic.
* ARM Notes for Particular Systems.
* Assembler cache handling Assembler Cache Handling.
* Assembler carry propagation Assembler Carry Propagation.
* Assembler code organisation Assembler Code Organisation.
* Assembler coding Assembler Coding.
* Assembler floating Point Assembler Floating Point.
* Assembler loop unrolling Assembler Loop Unrolling.
* Assembler SIMD Assembler SIMD Instructions.
* Assembler software pipelining Assembler Software Pipelining.
* Assembler writing guide Assembler Writing Guide.
* Assertion checking <1> Build Options.
* Assertion checking Debugging.
* Assignment functions <1> Assigning Floats.
* Assignment functions <2> Simultaneous Integer Init & Assign.
* Assignment functions <3> Initializing Rationals.
* Assignment functions <4> Simultaneous Float Init & Assign.
* Assignment functions Assigning Integers.
* Autoconf Autoconf.
* Basics GMP Basics.
* Berkeley MP compatible functions <1> BSD Compatible Functions.
* Berkeley MP compatible functions Build Options.
* Binomial coefficient algorithm Binomial Coefficients Algorithm.
* Binomial coefficient functions Number Theoretic Functions.
* Binutils strip Known Build Problems.
* Bit manipulation functions Integer Logic and Bit Fiddling.
* Bit scanning functions Integer Logic and Bit Fiddling.
* Bit shift left Integer Arithmetic.
* Bit shift right Integer Division.
* Bits per limb Useful Macros and Constants.
* BSD MP compatible functions <1> Build Options.
* BSD MP compatible functions BSD Compatible Functions.
* Bug reporting Reporting Bugs.
* Build directory Build Options.
* Build notes for binary packaging Notes for Package Builds.
* Build notes for particular systems Notes for Particular Systems.
* Build options Build Options.
* Build problems known Known Build Problems.
* Build system Build Options.
* Building GMP Installing GMP.
* Bus error Debugging.
* C compiler Build Options.
* C++ compiler Build Options.
* C++ interface C++ Class Interface.
* C++ interface internals C++ Interface Internals.
* C++ istream input C++ Formatted Input.
* C++ ostream output C++ Formatted Output.
* C++ support Build Options.
* CC Build Options.
* CC_FOR_BUILD Build Options.
* CFLAGS Build Options.
* Checker Debugging.
* checkergcc Debugging.
* Code organisation Assembler Code Organisation.
* Compaq C++ Notes for Particular Systems.
* Comparison functions <1> Float Comparison.
* Comparison functions <2> Comparing Rationals.
* Comparison functions Integer Comparisons.
* Compatibility with older versions Compatibility with older versions.
* Conditions for copying GNU MP Copying.
* Configuring GMP Installing GMP.
* Congruence algorithm Exact Remainder.
* Congruence functions Integer Division.
* Constants Useful Macros and Constants.
* Contributors Contributors.
* Conventions for parameters Parameter Conventions.
* Conventions for variables Variable Conventions.
* Conversion functions <1> Converting Floats.
* Conversion functions <2> Rational Conversions.
* Conversion functions Converting Integers.
* Copying conditions Copying.
* CPPFLAGS Build Options.
* CPU types <1> Introduction to GMP.
* CPU types Build Options.
* Cross compiling Build Options.
* Custom allocation Custom Allocation.
* CXX Build Options.
* CXXFLAGS Build Options.
* Cygwin Notes for Particular Systems.
* Darwin Known Build Problems.
* Debugging Debugging.
* Demonstration programs Demonstration Programs.
* Digits in an integer Miscellaneous Integer Functions.
* Divisibility algorithm Exact Remainder.
* Divisibility functions Integer Division.
* Divisibility testing Efficiency.
* Division algorithms Division Algorithms.
* Division functions <1> Float Arithmetic.
* Division functions <2> Rational Arithmetic.
* Division functions Integer Division.
* DJGPP <1> Notes for Particular Systems.
* DJGPP Known Build Problems.
* DLLs Notes for Particular Systems.
* DocBook Build Options.
* Documentation formats Build Options.
* Documentation license GNU Free Documentation License.
* DVI Build Options.
* Efficiency Efficiency.
* Emacs Emacs.
* Exact division functions Integer Division.
* Exact remainder Exact Remainder.
* Example programs Demonstration Programs.
* Exec prefix Build Options.
* Execution profiling <1> Profiling.
* Execution profiling Build Options.
* Exponentiation functions <1> Float Arithmetic.
* Exponentiation functions Integer Exponentiation.
* Export Integer Import and Export.
* Expression parsing demo Demonstration Programs.
* Extended GCD Number Theoretic Functions.
* Factor removal functions Number Theoretic Functions.
* Factorial algorithm Factorial Algorithm.
* Factorial functions Number Theoretic Functions.
* Factorization demo Demonstration Programs.
* Fast Fourier Transform FFT Multiplication.
* Fat binary Build Options.
* FDL, GNU Free Documentation License GNU Free Documentation License.
* FFT multiplication <1> FFT Multiplication.
* FFT multiplication Build Options.
* Fibonacci number algorithm Fibonacci Numbers Algorithm.
* Fibonacci sequence functions Number Theoretic Functions.
* Float arithmetic functions Float Arithmetic.
* Float assignment functions <1> Assigning Floats.
* Float assignment functions Simultaneous Float Init & Assign.
* Float comparison functions Float Comparison.
* Float conversion functions Converting Floats.
* Float functions Floating-point Functions.
* Float initialization functions <1> Initializing Floats.
* Float initialization functions Simultaneous Float Init & Assign.
* Float input and output functions I/O of Floats.
* Float internals Float Internals.
* Float miscellaneous functions Miscellaneous Float Functions.
* Float random number functions Miscellaneous Float Functions.
* Float rounding functions Miscellaneous Float Functions.
* Float sign tests Float Comparison.
* Floating point mode Notes for Particular Systems.
* Floating-point functions Floating-point Functions.
* Floating-point number Nomenclature and Types.
* fnccheck Profiling.
* Formatted input Formatted Input.
* Formatted output Formatted Output.
* Free Documentation License GNU Free Documentation License.
* frexp <1> Converting Floats.
* frexp Converting Integers.
* FTP of latest version Introduction to GMP.
* Function classes Function Classes.
* FunctionCheck Profiling.
* GCC Checker Debugging.
* GCD algorithms Greatest Common Divisor Algorithms.
* GCD extended Number Theoretic Functions.
* GCD functions Number Theoretic Functions.
* GDB Debugging.
* Generic C Build Options.
* GMP Perl module Demonstration Programs.
* GMP version number Useful Macros and Constants.
* gmp.h Headers and Libraries.
* gmpxx.h C++ Interface General.
* GNU Debugger Debugging.
* GNU Free Documentation License GNU Free Documentation License.
* GNU strip Known Build Problems.
* gprof Profiling.
* Greatest common divisor algorithms Greatest Common Divisor Algorithms.
* Greatest common divisor functions Number Theoretic Functions.
* Hardware floating point mode Notes for Particular Systems.
* Headers Headers and Libraries.
* Heap problems Debugging.
* Home page Introduction to GMP.
* Host system Build Options.
* HP-UX ABI and ISA.
* HPPA ABI and ISA.
* I/O functions <1> I/O of Floats.
* I/O functions <2> I/O of Integers.
* I/O functions I/O of Rationals.
* i386 Notes for Particular Systems.
* IA-64 ABI and ISA.
* Import Integer Import and Export.
* In-place operations Efficiency.
* Include files Headers and Libraries.
* info-lookup-symbol Emacs.
* Initialization functions <1> Simultaneous Integer Init & Assign.
* Initialization functions <2> Initializing Integers.
* Initialization functions <3> Simultaneous Float Init & Assign.
* Initialization functions <4> Initializing Floats.
* Initialization functions <5> Initializing Rationals.
* Initialization functions Random State Initialization.
* Initializing and clearing Efficiency.
* Input functions <1> I/O of Integers.
* Input functions <2> Formatted Input Functions.
* Input functions <3> I/O of Floats.
* Input functions I/O of Rationals.
* Install prefix Build Options.
* Installing GMP Installing GMP.
* Instruction Set Architecture ABI and ISA.
* instrument-functions Profiling.
* Integer Nomenclature and Types.
* Integer arithmetic functions Integer Arithmetic.
* Integer assignment functions <1> Assigning Integers.
* Integer assignment functions Simultaneous Integer Init & Assign.
* Integer bit manipulation functions Integer Logic and Bit Fiddling.
* Integer comparison functions Integer Comparisons.
* Integer conversion functions Converting Integers.
* Integer division functions Integer Division.
* Integer exponentiation functions Integer Exponentiation.
* Integer export Integer Import and Export.
* Integer functions Integer Functions.
* Integer import Integer Import and Export.
* Integer initialization functions <1> Simultaneous Integer Init & Assign.
* Integer initialization functions Initializing Integers.
* Integer input and output functions I/O of Integers.
* Integer internals Integer Internals.
* Integer logical functions Integer Logic and Bit Fiddling.
* Integer miscellaneous functions Miscellaneous Integer Functions.
* Integer random number functions Integer Random Numbers.
* Integer root functions Integer Roots.
* Integer sign tests Integer Comparisons.
* Integer special functions Integer Special Functions.
* Interix Notes for Particular Systems.
* Internals Internals.
* Introduction Introduction to GMP.
* Inverse modulo functions Number Theoretic Functions.
* IRIX <1> Known Build Problems.
* IRIX ABI and ISA.
* ISA ABI and ISA.
* istream input C++ Formatted Input.
* Jacobi symbol algorithm Jacobi Symbol.
* Jacobi symbol functions Number Theoretic Functions.
* Karatsuba multiplication Karatsuba Multiplication.
* Karatsuba square root algorithm Square Root Algorithm.
* Kronecker symbol functions Number Theoretic Functions.
* Language bindings Language Bindings.
* Latest version of GMP Introduction to GMP.
* LCM functions Number Theoretic Functions.
* Least common multiple functions Number Theoretic Functions.
* Legendre symbol functions Number Theoretic Functions.
* libgmp Headers and Libraries.
* libgmpxx Headers and Libraries.
* Libraries Headers and Libraries.
* Libtool Headers and Libraries.
* Libtool versioning Notes for Package Builds.
* License conditions Copying.
* Limb Nomenclature and Types.
* Limb size Useful Macros and Constants.
* Linear congruential algorithm Random Number Algorithms.
* Linear congruential random numbers Random State Initialization.
* Linking Headers and Libraries.
* Logical functions Integer Logic and Bit Fiddling.
* Low-level functions Low-level Functions.
* Lucas number algorithm Lucas Numbers Algorithm.
* Lucas number functions Number Theoretic Functions.
* MacOS 9 Notes for Particular Systems.
* MacOS X Known Build Problems.
* Mailing lists Introduction to GMP.
* Malloc debugger Debugging.
* Malloc problems Debugging.
* Memory allocation Custom Allocation.
* Memory management Memory Management.
* Mersenne twister algorithm Random Number Algorithms.
* Mersenne twister random numbers Random State Initialization.
* MINGW Notes for Particular Systems.
* MIPS ABI and ISA.
* Miscellaneous float functions Miscellaneous Float Functions.
* Miscellaneous integer functions Miscellaneous Integer Functions.
* MMX Notes for Particular Systems.
* Modular inverse functions Number Theoretic Functions.
* Most significant bit Miscellaneous Integer Functions.
* mp.h BSD Compatible Functions.
* MPN_PATH Build Options.
* MS Windows Notes for Particular Systems.
* MS-DOS Notes for Particular Systems.
* Multi-threading Reentrancy.
* Multiplication algorithms Multiplication Algorithms.
* Nails Low-level Functions.
* Native compilation Build Options.
* NeXT Known Build Problems.
* Next prime function Number Theoretic Functions.
* Nomenclature Nomenclature and Types.
* Non-Unix systems Build Options.
* Nth root algorithm Nth Root Algorithm.
* Number sequences Efficiency.
* Number theoretic functions Number Theoretic Functions.
* Numerator and denominator Applying Integer Functions.
* obstack output Formatted Output Functions.
* OpenBSD Notes for Particular Systems.
* Optimizing performance Performance optimization.
* ostream output C++ Formatted Output.
* Other languages Language Bindings.
* Output functions <1> I/O of Floats.
* Output functions <2> I/O of Integers.
* Output functions <3> Formatted Output Functions.
* Output functions I/O of Rationals.
* Packaged builds Notes for Package Builds.
* Parameter conventions Parameter Conventions.
* Parsing expressions demo Demonstration Programs.
* Particular systems Notes for Particular Systems.
* Past GMP versions Compatibility with older versions.
* PDF Build Options.
* Perfect power algorithm Perfect Power Algorithm.
* Perfect power functions Integer Roots.
* Perfect square algorithm Perfect Square Algorithm.
* Perfect square functions Integer Roots.
* perl Demonstration Programs.
* Perl module Demonstration Programs.
* Postscript Build Options.
* Power/PowerPC <1> Known Build Problems.
* Power/PowerPC Notes for Particular Systems.
* Powering algorithms Powering Algorithms.
* Powering functions <1> Integer Exponentiation.
* Powering functions Float Arithmetic.
* PowerPC ABI and ISA.
* Precision of floats Floating-point Functions.
* Precision of hardware floating point Notes for Particular Systems.
* Prefix Build Options.
* Prime testing algorithms Prime Testing Algorithm.
* Prime testing functions Number Theoretic Functions.
* printf formatted output Formatted Output.
* Probable prime testing functions Number Theoretic Functions.
* prof Profiling.
* Profiling Profiling.
* Radix conversion algorithms Radix Conversion Algorithms.
* Random number algorithms Random Number Algorithms.
* Random number functions <1> Random Number Functions.
* Random number functions <2> Integer Random Numbers.
* Random number functions Miscellaneous Float Functions.
* Random number seeding Random State Seeding.
* Random number state Random State Initialization.
* Random state Nomenclature and Types.
* Rational arithmetic Efficiency.
* Rational arithmetic functions Rational Arithmetic.
* Rational assignment functions Initializing Rationals.
* Rational comparison functions Comparing Rationals.
* Rational conversion functions Rational Conversions.
* Rational initialization functions Initializing Rationals.
* Rational input and output functions I/O of Rationals.
* Rational internals Rational Internals.
* Rational number Nomenclature and Types.
* Rational number functions Rational Number Functions.
* Rational numerator and denominator Applying Integer Functions.
* Rational sign tests Comparing Rationals.
* Raw output internals Raw Output Internals.
* Reallocations Efficiency.
* Reentrancy Reentrancy.
* References References.
* Remove factor functions Number Theoretic Functions.
* Reporting bugs Reporting Bugs.
* Root extraction algorithm Nth Root Algorithm.
* Root extraction algorithms Root Extraction Algorithms.
* Root extraction functions <1> Integer Roots.
* Root extraction functions Float Arithmetic.
* Root testing functions Integer Roots.
* Rounding functions Miscellaneous Float Functions.
* Sample programs Demonstration Programs.
* Scan bit functions Integer Logic and Bit Fiddling.
* scanf formatted input Formatted Input.
* SCO Known Build Problems.
* Seeding random numbers Random State Seeding.
* Segmentation violation Debugging.
* Sequent Symmetry Known Build Problems.
* Services for Unix Notes for Particular Systems.
* Shared library versioning Notes for Package Builds.
* Sign tests <1> Integer Comparisons.
* Sign tests <2> Comparing Rationals.
* Sign tests Float Comparison.
* Size in digits Miscellaneous Integer Functions.
* Small operands Efficiency.
* Solaris <1> Known Build Problems.
* Solaris <2> ABI and ISA.
* Solaris Known Build Problems.
* Sparc Notes for Particular Systems.
* Sparc V9 ABI and ISA.
* Special integer functions Integer Special Functions.
* Square root algorithm Square Root Algorithm.
* SSE2 Notes for Particular Systems.
* Stack backtrace Debugging.
* Stack overflow <1> Build Options.
* Stack overflow Debugging.
* Static linking Efficiency.
* stdarg.h Headers and Libraries.
* stdio.h Headers and Libraries.
* Stripped libraries Known Build Problems.
* Sun ABI and ISA.
* SunOS Notes for Particular Systems.
* Systems Notes for Particular Systems.
* Temporary memory Build Options.
* Texinfo Build Options.
* Text input/output Efficiency.
* Thread safety Reentrancy.
* Toom multiplication <1> Toom 3-Way Multiplication.
* Toom multiplication Other Multiplication.
* Types Nomenclature and Types.
* ui and si functions Efficiency.
* Upward compatibility Compatibility with older versions.
* Useful macros and constants Useful Macros and Constants.
* User-defined precision Floating-point Functions.
* Valgrind Debugging.
* Variable conventions Variable Conventions.
* Version number Useful Macros and Constants.
* Web page Introduction to GMP.
* Windows Notes for Particular Systems.
* x86 Notes for Particular Systems.
* x87 Notes for Particular Systems.
* XML Build Options.
Info Catalog
(gmp.info.gz) GNU Free Documentation License
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