Altair Embed SE
Contents
Introduction
Quick Start
Working with Block Diagrams
Working with Toolboxes
Working with Blocks
Working with Signals
Simulating Dynamic Systems
Analyzing and Linearizing Systems
Viewing and Animating Simulations
Solving Implicit Equations
Performing Global Optimization
Designing Digital Filters
Working with Matrices
Simulating Motion and Motor Control Systems
Simulating Event-Driven Systems
Using OpenVision for Image Processing
Working with Other Applications
Monitoring Data in Real Time
Block Reference
Extending the Block Set
Customizing Embed
Index
1088 keyword(s) found.
!=
*
/
<
<=
==
>
>=
1/X
3D Plot Appearance tab for curve plots
3D Plot Appearance tab for surface plots
3D Plot Appearance tab for waterfall plots
3D Plot Axes tab
3D Plot Lighting tab
3D Plot Options tab
abs
Abs for Simulink
abs(m)
Absolute stability
AC Induction Motor (DQ)
AC Induction Motor (Machine Reference)
AC induction motor application: power train drive system
AC Induction Motor Current Model (FOC)
AC induction motor tutorial: speed control of a machine tool lathe
Acceleration
Accessing a custom block from Embed
Accessing the Advanced options
acos
acos(m)
Action while in a state (do action)
Active and inactive states
Active states in a hierarchical state chart
ActiveX read
ActiveX write
Adaptive Threshold
Add menu item - setUserBlockMenu()
Adding a custom block to an Embed menu
Adding and removing connector tabs
Adding and removing Embed addons
Adding block diagrams
Adding Border
Adding comments
Adding compound blocks to a menu
Adding labels
Advanced
Algebraic Constraint for Simulink
Algorithmic Options
Aligning blocks
Alpha Blending
Analyzing and Linearizing Systems
Analyzing Van Der Pol’s nonlinear dynamical system
and
animate
animating simulations
animation3D
Annotating state charts
Applying protection to state chart
Arithmetic Operation
asin
asin(m)
Associating behaviors with states
atan(v)
atan2
Attenuation characteristics of the filter
audioIn
audioOut
Automatically reloading the last diagram at start up
Automatically saving diagrams
Avoiding system instability
Back Projection
Backlash for Simulink
Band-Limited White Noise for Simulink
Bar meter
Basic (Permanent Magnet) DC Motor
Basic state chart elements
Batch mode execution
Bending and moving transitions
bessel
beta
bezel
Bilateral Filter
Binding a DLL to a userFunction block
Bitwise Logical Operator for Simulink
Block diagrams
moving to different levels
navigating
panning
zooming
Block level functions
Block Reference
Blocks
Blocks that accept vector and matrix signals
Bode magnitude and phase analysis
Boolean
Bounding Box
Bounds that cannot be violated
Breakpoints
Brushless DC (BLDC/PMSM) Motor
Brushless DC (BLDC/PMSM) motor tutorial: target tracking system
buffer
Building a custom global optimizer
Building a custom implicit solver
Building a DLL
Building and simulating a simple Embed model
Building Van Der Pol’s nonlinear system
Built-in variables
Bus Selector for Simulink
button
Calling conventions
camera3D
camera3D properties
aspect ratio
field of view
height at the near view plane
height of the view volume
maximum X value of the view
maximum Y value of the view
maximum Y value of view
minimum X value of the view
minimum Y value of the view
width at the near view plane
width of the view volume
Z value of the far view plane
Z value of the near view plane
CAN Device Pinout Schematic
CAN PEAK Config command
CAN PEAK read block
CAN PEAK write block
Canny’s Edge
Cascade Filter
case
cauchy
Changing or deleting a password
Changing screen element colors
Changing the appearance of block diagrams
Changing the number of connector tabs on an embedded Mathcad document
Changing the order of internal transitions
Changing the viewing mode
Chart-wide debugging
Check Integrity
Checking for wiring mistakes
Chirp Signal for Simulink
choice
Circles to XY
Clarke Transform
Classification
Clearing displays and plots
Clock for Simulink
Closing block diagrams
Closing the OML window
Color Map
Coloring compound blocks
Coloring state chart blocks
Coloring states and pseudo-states
Coloring wires
Combinatorial Logic for Simulink
Commands
comment
Commutator (Six Step)
Comparison of FIR and IIR filters
Compensator design
Completion transitions
Complex to Magnitude-Angle for Simulink
Complex to Real-Imag for Simulink
complexToReIm
composite state
Compound transitions
Conditional execution
Configured as 12 inputs and 12 outputs
Configured as all input channels
Configured as all output channels
Configured as four inputs and four outputs
Configuring group properties
Configuring pictures on compound blocks
Configuring states
Configuring the editing environment and setting editing options
Configuring the PID compensator
Connecting blocks
Connecting to boards with an 8255 Chip
Connecting to PCM-CIA DAS 16/12 and DAS 16/16 boards
Connection rules
const
Constant for Simulink
constraint
Continuing a simulation
Continuous system simulation
Contrast
Controller Area Network Interface
Controllers
Controlling a simulation
Controlling the behavior of the algorithm
Controlling the display of negative frequencies
Controlling the number of displayed significant decimal digits
Convert
convert ID
Convex Hull
Copying a single block using drag-and-drop editing
Copying blocks into other applications
Copying or moving selected blocks within Embed
Correcting algebraic loop errors
Correcting integration that has discontinuities
Correcting numerical round-off errors
cos
cos(m)
cosh
cost
Cost functions with many local minimum values
Cost functions with no minimum values
Coulomb & Viscous Friction for Simulink
Count Objects
Create Circle
Create Image
Create Rectangle
Creating a compound block
Creating a simple state chart
Creating a specific wiring a path
Creating a two-way link with DDE
Creating an app-to-Embed link with DDEreceive
Creating an Embed-to-app link with DDEsend
Creating block hierarchy
Creating custom dialog boxes with compound blocks
Creating custom global optimizers
Creating custom implicit solvers
Creating custom toolbar buttons
Creating DDE links with applications that do not support Copy Link and Paste Link
Creating new block diagrams
Creating path aliases
Creating state charts
Creating transitions
Creating variables
Creating, organizing, and passing data
Criteria for writing DLLs
Crop
crossDetect
csd
Current
Customizing Embed
Customizing Embed start up
Customizing the Embed window
Customizing the menu bar
Customizing the toolbar
Customizing the Volts/Hz Controller block
Customizing your license
Data acquisition guidelines
Data Store Memory for Simulink
Data Store Read for Simulink
Data Store Write for Simulink
Data Type Conversion for Simulink
date
DDE
DDEreceive
DDEsend
Dead Zone for Simulink
deadband
Debugging dynamic models
Debugging hints
deep history
Defining state chart variables
Defining transition specifications
Defining variable data types
Defining variable scope
Definition Scope
delayedSwitch
Deleting blocks
Deleting transitions
Deleting wires
demux
Demux for Simulink
Denoting transition specifications
derivative
Derivative for Simulink
Designing Digital Filters
Designing the volts/frequency controller for the motor
det(m)
Detect Points
Determining the direction of rotation value
Determining transition evaluation order
DFT
diag
diag(v)
Diagram Scope
dialogConstant
dialogTable
Different ways to create animation
Different ways to view simulations
Digital Clock for Simulink
Dilate
Direct Look-Up Table (n-D) for Simulink
Discrete and continuous FIR filter design
Discrete Filter for Simulink
Discrete Integrator
Discrete Pulse Generator for Simulink
Discrete State-Space for Simulink
Discrete time system simulation
Discrete Transfer Fcn for Simulink
Discrete transfer function
Discrete Zero-Pole for Simulink
Discrete-Time Integrator for Simulink
display
Display for Simulink
Display Image
Displaying conflicts between local and global path aliases
Displaying gain, damping ratio, natural frequency, and real and imaginary coordinates in the s-plane
Displaying images on blocks
Displaying signal data values
Dissolving a compound block
Distance Transform
DLL functions
calling
Dot Product for Simulink
dotProduct
Draining tanks example
Draw Circles
Draw Contour
Draw Lines
Draw Rectangles
Draw Text
Drawing a transition
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You can use logical operations: AND, OR, NOT. Examples: football OR hockey, sports AND NOT baseball