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COMPILED FUNCTION TOOLS PACKAGE OVERVIEW
The
Mathematica
Compiler
The
Mathematica
compiler provides an important way both to speed up and also to work with
Mathematica
computations.
Introduction
Basics
Comparison with Function
Compiled Function Internals
Calling the Compiler
Benefits of the Compiler
Faster Computation
Code Generation
Parallel Computation
Compiled Function Operation
Type System
Boolean
Integer
Real
Complex
Tensor
Summary
Type Propagation
Type Coercion
Type Consistency
External Calls
Undefined External Calls
Packed Arrays
Compilation Errors
Runtime Errors
Mathematical Function Error
Overflow and Underflow
External Call Error
List Processing and Other Errors
Runtime Attributes
Compilation Options
ExpressionOptimization
InlineCompiledFunctions
InlineExternalDefinitions
Runtime Options
CatchMachineOverflow
CatchMachineUnderflow
CatchMachineIntegerOverflow
RuntimeErrorHandler
Code Generation
CompilationTarget
Computation Speedup
Listability and Parallelization
Lifecycle
Inspecting Generated Code
Output when Generating Code
C Compiler Commands when Generating Code
Debugging Generated Code
Parallel Computation
Computation Speedup
CompilationTarget
External Calls
Random Numbers
Parallel Controls
Efficiency
CompilationTarget
Parallel Compilation
CompilationTarget
External Calls
Runtime Options
Runtime Error Handling
Code Inspection
Examples
Newton's Method Fractals
Julia Sets
Reference
CompilePrint