LEARN MATLAB QUICK HANDBOOK: Matlab Basics, 2D Line Plot, Polygon Plot, Vector operations
- Length: 401 pages
- Edition: 1
- Language: English
- Publisher: Independently published
- Publication Date: 2021-10-14
- ISBN-10: B09JJ7D6G7
- ISBN-13: 9798496445139
- Sales Rank: #0 (See Top 100 Books)
There are so many questions in our mind about MetaLab like, what is MATLAB? What are the use of MetaLab? What are the application area of MATLAB? I will try to answer the patients. I am digging together and you’re watching me on my YouTube channel by seller. So let’s get started, firstly, about history of MetaLab from where all this started. American mathematician and computer programmers specialize in new medical analysis named Clare Mohler. He was one of the author of lean back and his spare for time libraries for numerical computing. But the problem was. To use that extra help to learn for track a computer programming language. So working at university of New Mexico as a chairman of computer science department, he started developing MetaLab in late 1970s to provide access AAPL in Peck and despair without learning for time, starting from university of New Mexico.
It’s so spread to other universities and have gained strong credential among applied mathematics. An engineer named the generator was exposed to MetaLab during a visit of Claire Mueller to Stanford university in 1983. And to see commercial potential, he joined molar Ash to Vanguard founded mentor in 1984 to continue its development.
WHAT IS MATLAB? WHAT TO EXPECT WHY IS IT SO POWERFUL AND USEFUL ARITHMETIC ARRAY OPERATIONS AREA PLOT CREATE ARRAY BAR PLOT FINAL PROJECT PRESENTATION THE PROGRAMMING ENVIRONMENT THE SEMICOLON SPACE SEPARATION ORDER OF PRECEDENCE IN MATLAB CALCULATIONS SCRIPTS MATLAB IS A CASE SENSITIVE PROGRAMMING LANGUAGE READ YOUR ERRORS FUNCTIONS COMMENTS VARIABLE TYPES AND MATRIX DECLARATIONS GLOBAL AND LOCAL VARIABLES THE INPUT AND DISP COMMANDS THE SWITCH CASE STATEMENT MODULE_S FINAL PROJECT CREATE PLOT IMAGES CREATE DATA TABLE COMPLEX NUMBER FUNCTIONS CREATE VECTOR FINAL PROJECT (AND MINI PROJECT) PRESENTATION THINKING AS A MACHINE THINKING AS A MACHINE PART II INTRODUCING THE FOR LOOP FOR LOOP (COUNTING STEPS OTHER THAN 1) MINI PROJECT_ CALCULATING THE COMPOUND INTEREST THE RIEMANN SUM (NUMERICAL INTEGRATION) PART I THE RIEMANN SUM (NUMERICAL INTEGRATION) PART II ORANGE WARNINGS PLOT NUMBERING AND TITTLES, AXIS LABELING AND THE GRID ON COMMAND SAVING PLOTS AS IMAGES THE TRAPEZOID RULE (NUMERICAL INTEGRATION)_ THE DEFINITIONS NUMERICAL DIFFERENTIATION AND INTEGRATION DISCRETE MATHEMATICS PUBLISH TO PDF PUBLISH TO EXCEL THE THEORY BEHIND THE WHILE LOOP 01 THE THEORY BEHIND THE WHILE LOOP 02 THE THEORY BEHIND THE WHILE LOOP 03 THE NEWTON-RAPHSON NUMERICAL METHOD HANDLES NEWTON-RAPHSON METHOD MODULE_ NEWTON-RAPHSON WITHIN A WHILE LOOP FZERO FUNCTION 01 FSOLVE FUNCTION 02 PUBLISH TO CSV FOR LOOP FOURIER TRANSFORM IF ELSE CONDITIONAL STATEMENTS INTRODUCING THE IF STATEMENT PRIMALITY TEST FINAL PROJECT PRESENTATION GAUSS-JORDAN THEORETICAL BASIC OPERATIONS WITH MATRIXES GAUSS-JORDAN IMPLEMENTATION PART I GAUSS-JORDAN IMPLEMENTATION PART II LINSOLVE FUNCTION CREATE FUNCTION 2D LINE PLOT EXPONENTS AND LOGARITHMS MATRICES INTRODUCING THE FINAL PROJECT WHAT IS AN API AND INTRODUCING THE TRY CATCH STATEMENTS CREATING AN ACCOUNT ON WEATHERSTACK MAKING THE API REQUESTS WITHIN A TRY STATEMENT PARSING STRUCTURE TYPE VARIABLES WRAPPING UP THE FINAL DETAILS OF OUR API REQUESTS FUNCTION A LITTLE CLARIFICATION BEFORE WE MOVE ON TO THE NEXT MODULE MATRIX OPERATIONS PIE CHART PLOT ONLY DATA POINTS POLYGON PLOT LOADING THE DATA FMINUNC AND GETTING THE BEST CURVE FIT CALCULATING THE R SQUARE FOR OUR CURVE FITTING PROCESS CURVE FITTING A PARABOLA THE POLYFIT FUNCTION AND THE CURVE FITTING APP PUBLISH CODE TO HTML RANDOM NUMBER GENERATOR SIZE SHAPE OPERATORS SORT RESHAPE SHIFT ARRAY INTRODUCING SYMBOLIC TYPE VARIABLES USING DSOLVE TO SOLVE DIFFERENTIAL EQUATIONS VIA SYMBOLIC VARIABLES SOLVING DIFFERENTIAL EQUATIONS VIA DSOLVE AND SUBS USING DSOLVE AND SUBS WITHIN A FUNCTION INTRODUCING THE EURLERS METHOD FIRST EULER_S METHOD APPLICATION ON SERIES RL CIRCUIT EULERS METHOD VS ANALITICAL METHOD ODE45 COMPARISON SQUARE ROOT FUNCTION SWITCH CASE SYMBOLIC MATH FUNCTIONS USING DSOLVE AND SUBS FOR SYSTEM OF DIFFERENTIAL EQUATIONS WRITING A SCRIPT TO SOLVE A SERIES RLC CIRCUIT BOT NUMERICALLY AND SYMBOLICALLY PLAYING AROUND WITH OUR SCRIPT TRIGONOMETRIC FUNCTIONS VECTOR OPERATIONS WHILE LOOP CREATE STRUCTURED ARRAY IMPORT IMAGE DATA MUPAD NOTEBOOK SIMULINK MODEL CREATE GUI WITH GUIDE CONNECT TO MYSQL DATABASE TOOLBOX EXPLORER
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