[DOWNLOAD NOW] MATLAB (R2013a) Full Crack Version
Use this file to specify parameters required by the installer at runtime.
## Instructions for using this file.
## 1. Create a copy of this template file and fill in the required
## information.
## 2. Uncomment only those lines that start with a single ‘#’
## and set the desired values. All allowed values for the
## parameters are defined in the comments section for each
## parameter.
## 3. Launch the installer from the command line, using the -inputFile option
## to specify the name of your installer initialization file.
## (Windows) setup.exe -inputFile <file_name>
## (Mac/Unix) install -inputFile <file_name>
## NOTE:
## If you want to run the activation application in silent
## mode immediately after the installer completes, you must create
## an activation initialization file and specify its name as the
## value of the activationPropertiesFile= option. You can also
## pass the name of the activation initialization file to the
## installer using the -activationPropertiesFile command line
## option.
## SPECIFY INSTALLATION FOLDER
## Example:
## (Windows) destinationFolder=C:\Program Files\MATLAB\RXXXX
## (Unix) destinationFolder=/usr/local/RXXXX
## (Mac) destinationFolder=/Applications
## Set the desired value for destinationFolder and
## uncomment the line.
# destinationFolder=
## SPECIFY FILE INSTALLATION KEY
## Example: fileInstallationKey=xxxxx-xxxxx-xxxxx-xxxxx…..
## Set the desired value for fileInstallationKey and
## uncomment the line.
# fileInstallationKey=
## ACCEPT LICENSE AGREEMENT
## You must agree to the license agreement to install MathWorks products.
## The license agreement can be found in the license.txt file at the
## root level of the installation DVD.
## Example: agreeToLicense=yes
## Set agreeToLicense value to yes or no and
## uncomment the line.
# agreeToLicense=
## SPECIFY OUTPUT LOG
## Specify full path of file into which you want the results of the
## installation to be recorded.
## Example:
## (Windows) outputFile=C:\TEMP\mathworks_<user_name>.log
## (Unix/Mac) outputFile=/tmp/mathworks_<user_name>.log
## Set the desired value for outputFile and
## uncomment the line.
# outputFile=
## SPECIFY INSTALLER MODE
## interactive: Run the installer GUI, waiting for user input on all
## dialog boxes.
## silent: Run the installer without displaying the GUI.
## automated: Run the installer GUI, displaying all dialog boxes, but only
## waiting for user input on dialogs that are missing required
## input.
## Set mode value to either interactive, silent, or automated and
## uncomment the line.
# mode=
## SPECIFY LENGTH OF TIME DIALOG BOXES ARE DISPLAYED
## NOTE: Use this value only if you set the installer mode to automated.
## By default, the dialog boxes display on the screen for one second.
## Example: (To specify a value of 1 second.) automatedModeTimeout=1000
## Set the desired value for automatedModeTimeout and
## uncomment the line.
# automatedModeTimeout=
## SPECIFY ACTIVATION PROPERTIES FILE (For non-network license types only)
## Enter the path to an existing file that contains properties to configure
## the activation process.
# activationPropertiesFile=
## SPECIFY PATH TO LICENSE FILE (Required for network license types only)
## This value is required when installing either the License Manager or when
## installing as a Network End-User
## Example:
## (Windows) licensePath=C:\TEMP\license.dat
## (Unix) licensePath=/tmp/license.dat
## Set the desired value for licensePath and
## uncomment the line.
# licensePath=
## CHOOSE TO INSTALL LICENSE MANAGER (For network license types only)
## Installs license manager files to disk.
## NOTE: You only need to install the license manager files
## on your license server.
## Set lmgrFiles value to true or false and
## uncomment the line.
# lmgrFiles=
## INSTALL LICENSE MANAGER AS A SERVICE (For network license types only)
## Configure the license manager as a service on Windows.
## NOTE: Not applicable for Unix or Mac.
## NOTE: The lmgr_files option (set in previous step) must also be set to true.
## Set lmgrService value to true or false and
## uncomment the line.
# lmgrService=
## CHOOSE TO SET FILE ASSOCIATIONS
## Set to true if you want the installer to associate file types used by MathWorks
## products to this version of MATLAB, or false if you do not want the installer to
## associate MathWorks file types with this version of MATLAB.
## Default value is true.
## Set setFileAssoc value to true or false and
## uncomment the line.
# setFileAssoc=
## CHOOSE TO CREATE WINDOWS DESKTOP SHORTCUT
## Set to true if you would like the installer to create a desktop shortcut icon
## when MATLAB is installed or false if you don’t want the shortcut created.
## Set desktopShortcut value to true or false and
## uncomment the line.
# desktopShortcut=
## CHOOSE TO ADD SHORTCUT TO WINDOWS START MENU
## Set to true if you would like the installer to create a Start Menu shortcut
## icon when MATLAB is installed or false if you don’t want the shortcut created.
## Set startMenuShortcut value to true or false and
## uncomment the line.
# startMenuShortcut=
## CREATE a MATLAB Startup Accelerator task
## The MATLAB Startup Accelerator installer creates a
## system task to preload MATLAB into the system’s cache
## for faster startup.
## NOTE: By default, a MATLAB Startup Accelerator task will
## automatically be created.
## If you want a MATLAB Startup Accelerator task to be created,
## do not edit this section.
## Set createAccelTask value to false if you do not want to
## create an Accelerator task and uncomment the line.
# createAccelTask=
## SPECIFY PRODUCTS YOU WANT TO INSTALL
## By default, the installer installs all the products and
## documentation for which you are licensed. Products you are not licensed for
## are not installed, even if they are listed here.
## Note:
## 1. To automatically install all your licensed products, do not edit
## any lines in this section.
## 2. To install a specific product or a subset of products for
## which you are licensed, uncomment the line for the product(s) you want
## to install.
1. R2013a Product List
2. System Requirements
3. Installation
4. Help
1. R2013a Product and Platform List
MATLAB 9.6 – glnxa64 maci64 win64
Simulink 9.3 – glnxa64 maci64 win64
5G Toolbox 1.1 – glnxa64 maci64 win64
AUTOSAR Blockset 2.0 – glnxa64 maci64 win64
Aerospace Blockset 4.1 – glnxa64 maci64 win64
Aerospace Toolbox 3.1 – glnxa64 maci64 win64
Antenna Toolbox 4.0 – glnxa64 maci64 win64
Audio Toolbox 2.0 – glnxa64 maci64 win64
Automated Driving Toolbox 2.0 – glnxa64 maci64 win64
Bioinformatics Toolbox 4.12 – glnxa64 maci64 win64
Communications Toolbox 7.1 – glnxa64 maci64 win64
Computer Vision Toolbox 9.0 – glnxa64 maci64 win64
Control System Toolbox 10.6 – glnxa64 maci64 win64
Curve Fitting Toolbox 3.5.9 – glnxa64 maci64 win64
DO Qualification Kit 3.7 – glnxa64 maci64 win64
DSP System Toolbox 9.8 – glnxa64 maci64 win64
Data Acquisition Toolbox 4.0 – win64
Database Toolbox 9.1 – glnxa64 maci64 win64
Datafeed Toolbox 5.8.1 – glnxa64 maci64 win64
Deep Learning Toolbox 12.1 – glnxa64 maci64 win64
Econometrics Toolbox 5.2 – glnxa64 maci64 win64
Embedded Coder 7.2 – glnxa64 maci64 win64
Filter Design HDL Coder 3.1.5 – glnxa64 maci64 win64
Financial Instruments Toolbox 2.9 – glnxa64 maci64 win64
Financial Toolbox 5.13 – glnxa64 maci64 win64
Fixed-Point Designer 6.3 – glnxa64 maci64 win64
Fuzzy Logic Toolbox 2.5 – glnxa64 maci64 win64
GPU Coder 1.3 – glnxa64 win64
Global Optimization Toolbox 4.1 – glnxa64 maci64 win64
HDL Coder 3.14 – glnxa64 maci64 win64
HDL Verifier 5.6 – glnxa64 win64
IEC Certification Kit 3.13 – glnxa64 maci64 win64
Image Acquisition Toolbox 6.0 – glnxa64 maci64 win64
Image Processing Toolbox 10.4 – glnxa64 maci64 win64
Instrument Control Toolbox 4.0 – glnxa64 maci64 win64
LTE HDL Toolbox 1.3 – glnxa64 maci64 win64
LTE Toolbox 3.1 – glnxa64 maci64 win64
MATLAB Coder 4.2 – glnxa64 maci64 win64
MATLAB Compiler 7.0.1 – glnxa64 maci64 win64
MATLAB Compiler SDK 6.6.1 – glnxa64 maci64 win64
MATLAB Parallel Server 7.0 – glnxa64 maci64 win64
MATLAB Production Server 4.1 – glnxa64 maci64 win64
MATLAB Report Generator 5.6 – glnxa64 maci64 win64
Mapping Toolbox 4.8 – glnxa64 maci64 win64
Mixed-Signal Blockset 1.0 – glnxa64 maci64 win64
Model Predictive Control Toolbox 6.3 – glnxa64 maci64 win64
Model-Based Calibration Toolbox 5.6 – win64
OPC Toolbox 4.0.7 – win64
Optimization Toolbox 8.3 – glnxa64 maci64 win64
Parallel Computing Toolbox 7.0 – glnxa64 maci64 win64
Partial Differential Equation Toolbox 3.2 – glnxa64 maci64 win64
Phased Array System Toolbox 4.1 – glnxa64 maci64 win64
Polyspace Bug Finder 3.0 – glnxa64 maci64 win64
Polyspace Bug Finder Server 3.0 – glnxa64 maci64 win64
Polyspace Code Prover 10.0 – glnxa64 maci64 win64
Polyspace Code Prover Server 10.0 – glnxa64 maci64 win64
Powertrain Blockset 1.5 – glnxa64 maci64 win64
Predictive Maintenance Toolbox 2.0 – glnxa64 maci64 win64
RF Blockset 7.2 – glnxa64 maci64 win64
RF Toolbox 3.6 – glnxa64 maci64 win64
Reinforcement Learning Toolbox 1.0 – glnxa64 maci64 win64
Risk Management Toolbox 1.5 – glnxa64 maci64 win64
Robotics System Toolbox 2.2 – glnxa64 maci64 win64
Robust Control Toolbox 6.6 – glnxa64 maci64 win64
Sensor Fusion and Tracking Toolbox 1.1 – glnxa64 maci64 win64
SerDes Toolbox 1.0 – glnxa64 maci64 win64
Signal Processing Toolbox 8.2 – glnxa64 maci64 win64
SimBiology 5.8.2 – glnxa64 maci64 win64
SimEvents 5.6 – glnxa64 maci64 win64
Simscape 4.6 – glnxa64 maci64 win64
Simscape Driveline 2.16 – glnxa64 maci64 win64
Simscape Electrical 7.1 – glnxa64 maci64 win64
Simscape Fluids 2.6 – glnxa64 maci64 win64
Simscape Multibody 6.1 – glnxa64 maci64 win64
Simulink 3D Animation 8.2 – glnxa64 maci64 win64
Simulink Check 4.3 – glnxa64 maci64 win64
Simulink Code Inspector 3.4 – glnxa64 win64
Simulink Coder 9.1 – glnxa64 maci64 win64
Simulink Control Design 5.3 – glnxa64 maci64 win64
Simulink Coverage 4.3 – glnxa64 maci64 win64
Simulink Design Optimization 3.6 – glnxa64 maci64 win64
Simulink Design Verifier 4.1 – glnxa64 maci64 win64
Simulink Desktop Real-Time 5.8 – maci64 win64
Simulink PLC Coder 3.0 – win64
Simulink Real-Time 6.10 – win64
Simulink Report Generator 5.6 – glnxa64 maci64 win64
Simulink Requirements 1.3 – glnxa64 maci64 win64
Simulink Test 3.0 – glnxa64 maci64 win64
SoC Blockset 1.0 – glnxa64 win64
Spreadsheet Link 3.4.1 – win64
Stateflow 10.0 – glnxa64 maci64 win64
Statistics and Machine Learning Toolbox 11.5 – glnxa64 maci64 win64
Symbolic Math Toolbox 8.3 – glnxa64 maci64 win64
System Composer 1.0 – glnxa64 maci64 win64
System Identification Toolbox 9.10 – glnxa64 maci64 win64
Text Analytics Toolbox 1.3 – glnxa64 maci64 win64
Trading Toolbox 3.5.1 – glnxa64 maci64 win64
Vehicle Dynamics Blockset 1.2 – glnxa64 maci64 win64
Vehicle Network Toolbox 4.2 – glnxa64 win64
Vision HDL Toolbox 1.8 – glnxa64 win64
WLAN Toolbox 2.1 – glnxa64 maci64 win64
Wavelet Toolbox 5.2 – glnxa64 maci64 win64
2. System Requirements
For information about the system requirements for this
release, see the installation guide for your system. A copy
in PDF format is available in the top-level directory
of the installation disk.
For the most up-to-date system requirements information,
go to the Support page on the MathWorks Web site, www.mathworks.com.
3. Installation
3.1 Installation Commands
On UNIX systems: install
On PCs: setup.exe
On Mac: InstallForMacOSX
3.2 Installation Instructions
For more information about the installation procedure,
see the installation guide for your system. A copy
in PDF format is available in the top-level directory
of the installation disk.