Real-Time Workshop Embedded Coder

Index

A

ASAP2 files

data attributes required for

targets supporting

B

blocks, unsupported

C

code generation options

Create Simulink (S-Function) block

Generate an example main program

Generate ASAP2 file

Generate reusable code

Ignore custom storage classes

Initialize floats and doubles to 0.0

Parameter structure

Suppress error status in rtM data structure

Target floating point math environment

Initialize external I/O data

Initialize internal data

Insert block descriptions in code

Integer code only

MAT-file logging

Single output/update function <1> <2>

Terminate function required

code generation report

code modules, generated

code, user-written

custom storage classes

assigning to data

class-specific attributes

code generation with

D

data structures

real-time model

demos for Real-Time Workshop Embedded Coder

E

Embedded-C code format

entry points, model

External mode support

F

G

generated code

H

HTML code generation report

I

installation of Real-Time Workshop Embedded Coder

integer-only code

interrupts, servicing

M

main program (ert_main)

VxWorks example

math, floating point

model entry points

model_initialize

model_SetEventsForThisBaseStep

model_terminate

modifying rt_OneStep

O

optimizing generated code

P

Parameter data structure

non-hierarchical

program execution

multi-rate multitasking operation

multi-rate single-tasking operation

single-rate single-tasking operation

R

real-time model data structure

error status field in

requirements for Real-Time Workshop Embedded Coder programs

restrictions on Real-Time Workshop Embedded Coder programs

S

S-function wrapper generation

solver modes, permitted

source code files, generated

stack space allocation

system target files

T

task identifier (tid) <1> <2>

template makefiles

timer interrupts

typographical conventions (table)

U

unsupported blocks

V

virtualized output port optimization

VxWorks deployment example

Structure of the ASAP2 File