| Fixed-Point Blockset | |
With the Real-Time Workshop, the Fixed-Point Blockset can generate C code. The code generated from fixed-point blocks uses only integer types and automatically includes all operations, such as shifts, needed to account for differences in fixed-point locations. You can use the generated code on embedded fixed-point processors or rapid prototyping systems even if they contain a floating-point processor. The code is structured so that key operations can be readily replaced by optimized target-specific libraries that you supply. You can also use the Target Language Compiler to customize the generated code. For more information about code generation, refer to the Real-Time Workshop User's Guide and the Target Language Compiler Reference Guide.
You can also generate code for testing on a rapid prototyping system such as xPC, the Real-Time Windows Target, or dSPACE. The target compiler and processor may support floating-point operations in software or in hardware. In any case, the fixed-point blocks will generate pure integer code and will not use floating-point operations. This allows valid bit-true testing even on a floating-point processor.
You can also generate code for non real-time testing. For example, code can be generated to run in non real-time on computers running any supported operating system. Even though the processors have floating-point hardware, the code generated by fixed-point blocks is pure integer code. The Generic Real-Time Target (GRT) and the Simulink Accelerator are examples of where non real-time code is generated and run.
| | FixPt Zero-Order Hold | Code Generation Support | |