MatLab GUI Tutorial
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MatLab GUI Tutorial
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MatLab GUI Tutorial

Matthew Baynham
“The ease of pushing, turning and transferring into my car with such a light wheelchair was a breath of fresh air.”

Matlab Gui Tutorial -

4kg*. That’s a newborn baby. A 7 week old Labrador puppy. Your Tiga Sub4. By making 72 minute but fundamental changes to the Tiga, alterations that many would simply neglect to notice, we have made an obscenely alluring, pioneering lightweight wheelchair that is as rigid and stable as it is lightweight. Transferring, propelling, lifting, turning… All effortless with your Tiga Sub4.

TIGA Sub4 Lightweight wheelchair

*excluding wheels, cushion and any non-certified options.

Matlab Gui Tutorial -

By embracing marginal gains technology, the Tiga Sub4 has been created as an unparalleled ultra-lightweight wheelchair. A completely unique Sub4 upholstery, shortened axle and pin setup, specially designed froglegs super light castors and corrosion resistant titanium fasteners, the Tiga Sub4 is as smart as it is beautiful.

  • Made to measure
  • Less than 4kg guaranteed*
    (excluding wheels and cushion)
  • Rigid and lightweight
  • Aluminium 7020 frame
  • Optimised hollow forged castor arm
  • Low profile cross braces
  • Optimised single tube design
  • Max user weight 110kg
MatLab GUI Tutorial

Matlab Gui Tutorial -

Only the best materials are used in your Tiga Sub4. Aluminium is famous for its strength, durability and is synonymous with lightness. The utmost best performance of your chair is ensured by only using elements produced by market leaders, alongside a staggering 19 quality checks throughout the build, from measure to handover.

  • Optimised biomechanics for maximum power and efficiency
  • Perfect toe in toe out for minimum drag
  • Rigid and lightweight frame for pushing efficiency
  • Super light Froglegs castors, 4” x 1.25” with aluminium centre
  • Aerospace grade aluminium as standard

Download the full Tiga Sub 4 user manual here

TIGA Sub4 Lightweight wheelchair

Matlab Gui Tutorial -

Matlab Gui Tutorial -

  • INDIVIDUAL MEASUREMENTS
    Over 30 individual measurements are taken of the user for the wheelchair, so that it fits their individual requirements.
  • ERGONOMIC OPTIONS
    A wide range of ergonomic options are available to provide optimum comfort, balance and posture.
  • LIGHTWEIGHT AND COMPACT
    The lightest possible solution is achieved using individual measurements.

Matlab Gui Tutorial -

  • OPTIMUM POSTURE
    Sitting in the correct position can significantly reduce the risks of developing pressure related issues in the short and long term. Good health helps promote a more active lifestyle which in turn can positively impact a user’s well-being.
  • OPTIMUM COMFORT
    Feeling comfortable increases confidence which helps the user to achieve an active lifestyle. The likelihood of developing prolonged discomfort, pain and persistent injuries are significantly reduced.
  • MAXIMISED PERFORMANCE
    The user and wheelchair work in complete unison. This reduces the amount of energy needed to propel and in turn increases the wheelchair’s efficiency to maximize the user’s abilities.
TIGA Sub4 Lightweight wheelchair

Matlab Gui Tutorial -

  • Compact wheel locks with lightweight mounting system
  • Lightweight Carbon fibre sideguards with fender and lightweight sideguard mounting system
  • Lightweight Carbon fibre footplate with weight saving hole
  • Titanium fasteners used throughout
  • Lightweight nylon footrest mount with ‘Easy Adjustment System’
  • Many non-certified wheelchair options available
TIGA Sub4 Lightweight wheelchair

Matlab Gui Tutorial -

  • Sports bearing housing with plastic top bearing
  • New stem bolt complete with integrated washer
  • Hollow forged castor arm with zero tolerance bearing alignment
  • A7075 castor axle with Titanium strengthening bolts and plastic spacers
  • Optimised axle and pin set up with Titanium sleeves
TIGA Sub4 Lightweight wheelchair

Matlab Gui Tutorial -

  • Polished or brushed
  • Choose an accent colour to suit your style
  • Add a personal embroidery on the backrest
TIGA Sub4 Lightweight wheelchair

Matlab Gui Tutorial -

  • New mesh strap adjustable seat upholstery including low profile titanium buckles
  • Tension adjustable backrest and centre pad, including mesh cover panels and low profile titanium buckles, for better support and positioning
  • Breathable material to keep you cool
  • Lightweight and tough for longevity with kevlar reinforced wings

Product Manual

Download the manual for the Tiga Sub 4 here

Download

Do you need help with funding your RGK chair?

There are a few different ways in which you can try to get funding for your wheelchair. These choices include NHS Wheelchair Services, Access to Work and charities.

Matlab Gui Tutorial -

: A good tutorial emphasizes that an interface should be foolproof. This involves "input validation"—ensuring that if a user enters text where a number should be, the program doesn't crash but instead provides a helpful error message. Practical Applications

The real-world utility of MATLAB GUIs is vast. In , GUIs are used to create custom interfaces for MRI image processing, allowing doctors to adjust filters without writing a single line of code. In financial modeling , analysts use interactive dashboards to simulate market changes and visualize risk in real-time. By transforming a script into a GUI, a developer empowers non-programmers to leverage complex simulations, effectively democratizing data-driven decision-making. Conclusion MatLab GUI Tutorial

: By separating the mathematical logic from the visual representation, programmers learn to write cleaner, more maintainable code. : A good tutorial emphasizes that an interface

: This is the "front end" where users interact with buttons, sliders, edit boxes, and axes for plotting. Traditionally, this was handled by GUIDE (Graphical User Interface Design Environment), though modern developers have transitioned to the App Designer , which offers a more robust, object-oriented environment for building apps. In , GUIs are used to create custom

: Developers must learn how to pass data between different parts of the UI, often using the handles structure or app properties.

MATLAB, originally designed as a "Matrix Laboratory" for command-line numerical computation, has evolved into a comprehensive environment for technical computing that bridges the gap between complex algorithms and end-user accessibility through . A MATLAB GUI tutorial typically serves as more than just a coding guide; it is an introduction to user-centered design in scientific computing, allowing researchers and engineers to package sophisticated logic into intuitive, interactive tools. The Architecture of a MATLAB GUI

For students and professionals, learning to build a GUI in MATLAB reinforces several critical programming concepts:

Matlab Gui Tutorial -