MATLAB- How to create professional Graphic User Interfaces

MATLAB: How to create professional Graphic User Interfaces, available at $49.99, has an average rating of 4.44, with 44 lectures, based on 8 reviews, and has 70 subscribers.

You will learn about Matlab programing Graphical User Interfaces GUIs Matlab App Designer This course is ideal for individuals who are Engineers or Matlab begginers or Economists or Science professionals It is particularly useful for Engineers or Matlab begginers or Economists or Science professionals.

Enroll now: MATLAB: How to create professional Graphic User Interfaces

Summary

Title: MATLAB: How to create professional Graphic User Interfaces

Price: $49.99

Average Rating: 4.44

Number of Lectures: 44

Number of Published Lectures: 44

Number of Curriculum Items: 44

Number of Published Curriculum Objects: 44

Original Price: $27.99

Quality Status: approved

Status: Live

What You Will Learn

Matlab programing

Graphical User Interfaces

GUIs

Matlab App Designer

Who Should Attend

Engineers

Matlab begginers

Economists

Science professionals

Target Audiences

Engineers

Matlab begginers

Economists

Science professionals

”The graphical user interface is a form of user interface that allows users to interact with electronic devices through graphical icons and audio indicator such as primary notation, instead of text-based user interfaces, typed command labels or text navigation. GUIs were introduced in reaction to the perceived steep learning curve of command-line interfaces which require commands to be typed on a computer keyboard.” From Wikipedia.

Being able to develop graphical user interfaces will allow you to create applications that are easier to use for your every day user and thus, your work will be able to spread to a greater number of user in lesser time having a greater impact.

If you want to reach more users, specialy those that are not quite familiar with programming, you definetly need to have some knowledge in graphical user interface developing, for it is the only way in which the great majority of user out there has ever interacted with a piece of software ever.

Matlab’s app designer is built with the intention of making GUI developing easy. It’s graphical approach to drag and position components, alogside the way by which it walks us through the callback functions makes it the best option out there for programming enthusiast, engineers and scientists out there that need their applications to be user by more people than just themselves.

This course is meant for intermediate Matlab programmer that would like to take their knowledge to the next level and be able to reach users not accustomed to text based programms.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: What to expect

Chapter 2: Creating a calculator using Matlabs app designer

Lecture 1: Introducing our first project results

Lecture 2: A first look on how does the app designer looks like

Lecture 3: Creating callback functions

Lecture 4: Creating callback functions (Part 2)

Lecture 5: Creating properties

Lecture 6: Creating a logic for the decimal points

Lecture 7: Reducing repetitive logical structures via .m functions

Lecture 8: Reducing repetitive logical structures via .m functions (Part II)

Lecture 9: Creating a logic for the delete push button (part I)

Lecture 10: Creating a logic for the delete push button (part II)

Lecture 11: Creating a logic for the operation push buttons

Lecture 12: Using .m functions to avoid writting repetivive callback functions

Lecture 13: Taking inputs from a hardware keyboard into our Graphical User Interface

Lecture 14: Creating a logic for the Enter push button

Lecture 15: Compiling into a stand alone desktop application (part I)

Lecture 16: Compiling into a stand alone desktop application (part II)

Lecture 17: Compiling into a stand alone desktop application (part III)

Chapter 3: Simulating the air resistance on a projectile launch via GUI

Lecture 1: Showing the results of the modules project

Lecture 2: Introduction

Lecture 3: Projectile motion with air resistance mathematical model and the Eulers method

Lecture 4: projectile_motion.m explanation

Lecture 5: Draggin the components on our graphical user interface

Lecture 6: Using callback function with ChangingValueFcn

Lecture 7: Limiting the axies of the plotting window

Lecture 8: Showing the results with all the callback functions coded

Lecture 9: Compiling the project

Lecture 10: Using the code as a stand alone desktop application

Chapter 4: Linear regression prediction models + GUIs

Lecture 1: Introduction

Lecture 2: Whats linear regression modeling?

Lecture 3: Linear regression modeling using Matlab

Lecture 4: Building a LRM function

Lecture 5: Showing the user the data that they are working with

Lecture 6: uigetfile function

Lecture 7: app.UITable

Lecture 8: Using properties to transmit information from one callback function to another

Lecture 9: Correcting a mistake in the previous class (my apologies)

Lecture 10: Making predictions with our model

Lecture 11: msgbox

Lecture 12: Compiling our application

Lecture 13: Installing into our computer

Lecture 14: Running our application from the desktop

Chapter 5: Congratulations.

Lecture 1: Congratulations video

Instructors

Fernando Alberto Tellez Miotta
Electrical Engineer

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5 stars: 4 votes

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