introduction to scilab
play

Introduction to Scilab Aditya Sengupta and Deepak Patil National - PowerPoint PPT Presentation

Apr 22, 2023 •703 likes •985 views

Introduction to Scilab Aditya Sengupta and Deepak Patil National Mission on Education through ICT Indian Institute of Technology Bombay E mail: sengupta@ee.iitb.ac.in deepakp@ee.iitb.ac.in Outline Introduction Scilab Objects: Matrices and

  1. Introduction to Scilab Aditya Sengupta and Deepak Patil National Mission on Education through ICT Indian Institute of Technology Bombay E mail: sengupta@ee.iitb.ac.in deepakp@ee.iitb.ac.in

  2. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics Outline 1 Introduction 2 Scilab Objects: Matrices and Polynomials. 3 Basic Programming 4 Basic Input And Output 5 Basic Graphics Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  3. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics About Scilab Around since 1990 Numerical Computational package Free and Open Source Maintained by INRIA Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  4. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics About Scilab Inspired by Cleve Molers MATLAB Interpreted Very High Level Scilab : C = C : Assembly Available for Linux, Mac and Windows Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  5. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics Scilab Window looks like Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  6. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics Try This Stuff 42 + 4^2 64/4 a = 1, b=2, c=3 a + b + c institute = ‘‘IITB’’; typeof(institute) clear(‘‘institute’’) exists(‘‘institute’’) Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  7. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics Try This Stuff 1/0 ieee(2) 1/0 ➐ e sin( ➐ pi/2), cos( ➐ pi/2) (10+5* ➐ i)*(2* ➐ i) 2*cos( ➐ pi/5) Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  8. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics About Scilab Everything is a matrix! Even a real scalar is a 1 × 1 matrix You can define numbers, character strings, booleans, polynomials and lists Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  9. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics Try This Stuff a=[1 2 3], b=[2 3 4] a’ a*b a.*b a’*b a*b’ size(a) length(a) diag(a) Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  10. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics Try This Stuff A=[1 2; 0 4], B=[1 2; 3 4] A+B, A-B A*B, B*A, A.*B, B.*A det(A) inv(A) size(A) length(A) spec(A) trace(A) diag(A) Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  11. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics Try This Stuff A=1:4 //This is a comment B=2:2:8 // range B([3 4]) // submatrix extraction A(6)=6 // add an element // oops! Forgot the fifth element! A( $ − 1 )=5 // ‘‘ ✩ ’’ is last element B=2*A // reassignment B=[B 2*B; 3*B] // new rows B( $ + 1 ,:)=4*B(1,:) B([2 3], 2: $ − 1 ) //submatrix extraction Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  12. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics Try This Stuff pwd cd(‘‘path-to-directory’’) diary(‘‘ my-record-of-what-follows.sci’’) inv([1 2; 0 4]) C=rand(3,3) C > .5 // boolean matrix find(C > .5) C(find(C > .5)) disp(C) Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  13. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics Try This Stuff P=poly([2 3 1], ‘x’, ‘coeff’) Q=poly([-1 4], ‘x’) P*Q, P+Q, P-Q roots(P), roots(Q), roots(P*Q) factors(P), factors(Q), factors(P*Q) 1/P Q/P derivat(P), derivat(Q), derivat(Q/P) Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  14. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics Conventions Commands may be put in scripts. Extension is .sce If it only contains function definitions, the extension is .sci These are conventions! Execute: exec(‘path-to-script/script-name.sce’) Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  15. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics Functions function [y1, y2, ...]=foo(x1, x2, ...) statement statement statement endfunction OR deff(‘‘[y]=foo([x])’’, ‘‘statements’’) Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  16. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics Functions If function definitions are in a script file, use getf(‘path/script.sci’) To see the source of a Scilab coded function use fun2string(function-name) Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  17. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics Branching if condition then statement statement statement else statement statement statement end Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  18. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics Iterations for name = expression statement statement statement end // Use break to stop execution within statement block Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  19. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics Iterations while condition statement statement statement // Use break to stop execution within statement block Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  20. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics Try This Stuff function y = myfactorial(x) if x==0 then y=1 else y = x*myfactorial(x-1) end endfunction Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  21. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics Try This Stuff // try a few examples: myfactorial(5), myfactorial(0) // now try Scilabs own function: factorial(5), factorial(0) Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  22. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics Input name=input(‘‘Enter your name: ’’) // oops (try entering your name in “ ”) or try this: name=input(‘‘Enter your name: ’’, ‘‘string’’) disp(name); more comfortable with C? try this: mprintf(‘‘Your name is ➐ s’’, name) Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  23. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics [Optional] Look these up in help: mopen mprintf mfprintf mscanf mfscanf mclose Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  24. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics plot2d x=linspace(- ➐ pi, ➐ pi, 40) plot2d(x, sin(x)) //Try getting the axes in the centre //Don’t like the continuous version? plot2d3(x,sin(x)) Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  25. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics plot3d y=x plot3d(x, y, sin(x)’*cos(y)) — Notice the transpose Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

  26. Outline Introduction Scilab Objects: Matrices and Polynomials. Basic Programming Basic Input And Output Basic Graphics z=sin(x)’*cos(y) Aditya Sengupta and Deepak Patil, CC group, EE, IITB Scilab/Objects/Programming/Input & Output/Graphics

Recommend

Introduction to Scilab application to feedback control Yassine Ariba Brno University of

Introduction to Scilab application to feedback control Yassine Ariba Brno University of

Introduction to Scilab application to feedback control Yassine Ariba Brno University of Technology - April 2015 Y. Ariba - Icam, Toulouse. Brno University of Technology - April 2015 1 / 142 Sommaire 1 What is Scilab ? 4 Application to

1.99k views • 181 slides
FOSDEM Sylvestre Ledru / February 2nd, 2013 Professional Services & Support for Scilab,

FOSDEM Sylvestre Ledru / February 2nd, 2013 Professional Services & Support for Scilab,

FOSDEM Sylvestre Ledru / February 2nd, 2013 Professional Services & Support for Scilab, Free Open Source Software for Numerical Computation Sylvestre Ledru Operation manager at Scilab Enterprises Responsible of GNU/Linux & Mac

669 views • 41 slides
Introduction to Scilab application to feedback control Yassine Ariba Brno University of

Introduction to Scilab application to feedback control Yassine Ariba Brno University of

Introduction to Scilab application to feedback control Yassine Ariba Brno University of Technology - April 2014 Y. Ariba - Icam, Toulouse. Brno University of Technology - April 2014 1 / 115 Sommaire 1 Introduction 2 Basics 3 Matrices 4

4.54k views • 154 slides
TRL algorithm to de-embed a RF test fixture T. Reveyrand University of Colorado - Boulder ECEE

TRL algorithm to de-embed a RF test fixture T. Reveyrand University of Colorado - Boulder ECEE

Introduction TRL Reciprocity Scilab Code TRL algorithm to de-embed a RF test fixture T. Reveyrand University of Colorado - Boulder ECEE department 425 UCB Boulder, Colorado 80309 USA July 2013 Introduction TRL Reciprocity Scilab Code

532 views • 33 slides
Digital Signal Processing and Filter Design using Scilab Iman Mukherjee Department of Electrical

Digital Signal Processing and Filter Design using Scilab Iman Mukherjee Department of Electrical

Digital Signal Processing and Filter Design using Scilab Digital Signal Processing and Filter Design using Scilab Iman Mukherjee Department of Electrical Engineering, IIT Bombay December 1, 2010 Iman Mukherjee Digital Signal Processing and

813 views • 49 slides
INTRODUCTION INTRODUCTION INTRODUCTION INTRODUCTION INTRODUCTION INTRODUCTION INTRODUCTION

INTRODUCTION INTRODUCTION INTRODUCTION INTRODUCTION INTRODUCTION INTRODUCTION INTRODUCTION

TRAINING COURSE ON SOCIAL PROTECTION & FORMALIZATION TRINIDAD AND TOBAGO MARCH 15, 2017 INTRODUCTION INTRODUCTION INTRODUCTION INTRODUCTION INTRODUCTION INTRODUCTION INTRODUCTION INTRODUCTION Design of the NIS Assistance from the

547 views • 23 slides
summary company profile hardware: the FLEX boards ERIKA Enterprise RTOS

summary company profile hardware: the FLEX boards ERIKA Enterprise RTOS

Flex: an open platform for embedded system prototyping WIRTES 07, July 2, 2007 www.es-online.it www.evidence.eu.com summary company profile hardware: the FLEX boards ERIKA Enterprise RTOS Scilab/Scicos automatic code

327 views • 8 slides
Free Platform For Numerical Computation August, 25 th , 2011 1 Presentation Sylvestre Ledru

Free Platform For Numerical Computation August, 25 th , 2011 1 Presentation Sylvestre Ledru

Free Platform For Numerical Computation August, 25 th , 2011 1 Presentation Sylvestre Ledru In charge of the R&D projects Responsible of GNU/Linux & Mac OS X Developer Community manager for Scilab and also for

522 views • 41 slides
Linear Algebra libraries in Debian DebConf 10 New York 05/08/2010 Sylvestre Who I am

Linear Algebra libraries in Debian DebConf 10 New York 05/08/2010 Sylvestre Who I am

Linear Algebra libraries in Debian DebConf 10 New York 05/08/2010 Sylvestre Who I am ? Core developer of Scilab (daily job) Debian Developer Involved in Debian mainly in Science and Java aspects

502 views • 21 slides
Lecture 5 First Order Transfer Function Models Process Control Prof. Kannan M. Moudgalya IIT

Lecture 5 First Order Transfer Function Models Process Control Prof. Kannan M. Moudgalya IIT

Lecture 5 First Order Transfer Function Models Process Control Prof. Kannan M. Moudgalya IIT Bombay Tuesday, 30 July 2013 1/38 Process Control First Order Models Outline 1. Thermal sensor as a first order system 2. Scilab demonstration of

739 views • 38 slides
INTRODUCTION Introduction 2/42 INTRODUCTION Alternations I am giving bread to the

INTRODUCTION Introduction 2/42 INTRODUCTION Alternations I am giving bread to the

Patterns of variation in the expression of case and agreement Andrs Brny Leiden University Centre for Linguistics 9 November 2019, BaSIS Workshop a.barany@hum.leidenuniv.nl INTRODUCTION Introduction 2/42 INTRODUCTION

1.37k views • 42 slides
Introduction Introduction Introduction Introduction Outline Motivation Failures

Introduction Introduction Introduction Introduction Outline Motivation Failures

Introduction Introduction Introduction Introduction Outline Motivation Failures Definition and concepts Process and product properties Principles SE Approaches Motivation Software and the economy The economies of

1.03k views • 49 slides
Introduction Introduction Introduction Nationwide Cause for Concern 1

Introduction Introduction Introduction Nationwide Cause for Concern 1

Introduction Introduction Introduction Nationwide Cause for Concern 1 https://www.cdc.gov/std/stats17/infographic.htm Introduction Epidemiology in Western Colorado CPHE Surveillance Data Report, May 2018 Chlamydia Epidemiology in Western

977 views • 39 slides
DAQ introduction Purpose of this talk : (1) Introduction for those who have not been in every

DAQ introduction Purpose of this talk : (1) Introduction for those who have not been in every

DAQ introduction Purpose of this talk : (1) Introduction for those who have not been in every meeting (2) Some ideas of diagrams for section 7.1 (Introduction) of TP. Giles Barr 25 Jan 2018, Pembroke College On DUNE, the reality is there is a

474 views • 10 slides
INTRODUCTION cf. Schneider, Chapter 1 INTRODUCTION THEY ARE OUT TO GET YOU INTRODUCTION WHAT

INTRODUCTION cf. Schneider, Chapter 1 INTRODUCTION THEY ARE OUT TO GET YOU INTRODUCTION WHAT

ADVANCED COMPUTER SECURITY INTRODUCTION cf. Schneider, Chapter 1 INTRODUCTION THEY ARE OUT TO GET YOU INTRODUCTION WHAT IS SECURITY? A systems security policies describe What the system is supposed to do Store and provide access

479 views • 16 slides
Overview Introduction to SMIL Introduction to W3C and XML Introduction to SMIL

Overview Introduction to SMIL Introduction to W3C and XML Introduction to SMIL

Overview Introduction to SMIL Introduction to W3C and XML Introduction to SMIL Writing a SMIL file Adding Media Objects Martin Halvey Clipping media files January 2008 Timing and Synchronising Layout World Wide

387 views • 14 slides
14 Introduction Introduction Bad guys can put malware into Example: hosts

14 Introduction Introduction Bad guys can put malware into Example: hosts

Introduction Introduction source Encapsulation ISO/OSI reference model message M application segment H t H t M transport network datagram H n H n H t M presentation: allow applications to frame link H l H n H t M interpret

583 views • 4 slides
Previous Lecture Introduction to SMIL 2 Introduction to W3C and XML Introduction to SMIL

Previous Lecture Introduction to SMIL 2 Introduction to W3C and XML Introduction to SMIL

Previous Lecture Introduction to SMIL 2 Introduction to W3C and XML Introduction to SMIL Writing a SMIL file Adding Media Objects Martin Halvey Clipping media files January 2008 Timing and Synchronising Layout

322 views • 8 slides
Lecture 1 Andreas Habegger Introduction Zynq Introduction Zynq Introduction Zynq PS vs. PL

Lecture 1 Andreas Habegger Introduction Zynq Introduction Zynq Introduction Zynq PS vs. PL

Introduction Zynq Lecture 1 Andreas Habegger Introduction Zynq Introduction Zynq Introduction Zynq PS vs. PL Processing System Processor Peripherals Data Buses AXI Bus Conclusion BTE5380 - Embedded Systems Octobre 2014 Andreas Habegger

1.81k views • 30 slides
2018.06 01 SMILE5 Introduction S E 5 02 Alpha Cloud M I L 03 Company Introduction 04

2018.06 01 SMILE5 Introduction S E 5 02 Alpha Cloud M I L 03 Company Introduction 04

2018.06 01 SMILE5 Introduction S E 5 02 Alpha Cloud M I L 03 Company Introduction 04 Project References S E 5 PART.1 SMILE5 Introduction M I L Introduction STORION-SMILE5 Residential Energy Storage System Inverter 5kW Output Input

1.06k views • 25 slides
Introduction to CICS Course introduction Course introduction What is CICS? What is an

Introduction to CICS Course introduction Course introduction What is CICS? What is an

Introduction to CICS Course introduction Course introduction What is CICS? What is an application server? Why use an application server? Course introduction Services provided by CICS How CICS applications are defined Scaling CICS to meet

1.84k views • 146 slides
Network Visualization Introduction Presented by Shahed Introduction Introduction Basic

Network Visualization Introduction Presented by Shahed Introduction Introduction Basic

Network Visualization Introduction Presented by Shahed Introduction Introduction Basic building blocks Node Links (relationship between nodes) Spatial information Network data

584 views • 9 slides
Introduction Introduction (1) Main argument of the paper: universities are not only

Introduction Introduction (1) Main argument of the paper: universities are not only

Le jugement des pairs comme outil de management des universits Peer-review as a management tool Christine Musselin (CSO, Sciences Po et CNRS) Avril 2013, Lirrsistible ascension du capitalisme acadmique Introduction Introduction (1)

590 views • 28 slides
Introduction Introduction to storage and to storage and filesystems filesystems Introduction

Introduction Introduction to storage and to storage and filesystems filesystems Introduction

Moreno Baricevic Gilberto Daz Axel Kohlmeyer Stefano Cozzini ULA ICTP CNR-IOM DEMOCRITOS Merida, VENEZUELA Trieste, ITALY Trieste, ITALY Introduction Introduction to storage and to storage and filesystems filesystems Introduction

1.19k views • 51 slides

More recommend