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Cathx Ocean Sub Sea Imaging Portal (Angular)

Clarity loading

  • Clarity Home
    Home - Mission Config, Camera Monitor and Workflow

Sub Sea Imaging

Client: Cathx Ocean

The role involved Research, Design and Development of a browser based image processing portal which interacts with a Microsoft dot net engine by means of a MQTT Internet of Things message broker.

One web based system, ‘Clarity’, to replace three existing desktop applications used by Cathx Ocean for Sub Sea Imaging:

1) Scene Config, which sets up the scene and camera, light and laser controls and sequencer.
2) Camera Monitor, which monitors the cameras live. And
3) SOLID, which is used for image and or laser processing.

Research

  • Technology Nodes.io, Flutter or Angular?
  • Review (SOLID) the existing desktop image and laser processing application.
  • Email out a survey to customers and in-house Users, share with the team and take on board the feedback.
  • Review ‘Camera Monitor’ and ‘Scene Config’ GUI that operate camera, light and laser controls and sequencer.
  • Inspect the existing camera profiles Json file and do some quick analytics to get a better view of the data.
  • Research the Engine (dot NET running Python scripts – GeoAPI, Extended Xml Serializer, Json.NET, OpenCV, MathNet Spatial, Nav, MQTTnet, Zio, logging and Meta Shape for navigation and License Spring to manage the distribution of licences.)
  • Research sending lightweight MQTT IOT messages via web sockets.
  • Define front-end stack (Angular, not Flutter, Material design, Node JS and, Express JS)

Design

  • Host weekly workshops
  • Showing design ideas, mock ups and prototypes.
  • Generate Strategic Ideas including: current depth UI, demo hub on sub domain, working selection to allow User to select a short sample to focus on and transform before applying to all images.
  • Demo UI components.
  • Design screens for Camera Monitoring,  Scene Configuration and Workflow design.

Development

  • Build a ‘Get Status’ proof of concept App that interacts with the Engine via MQTT to get and display the status of the engine. Commands are sent in Json format to the engine via MQTT pub sub model using ‘topics’ and ‘response topics’ which both the engine and UI subscribe to.
  • Develop an Angular App which gets the available ‘workflows’ from the engine and displays a list to the User. (a workflow is a group of micro services which do various image and data transformations).
    • When the User clicks to select a ‘workflow’ the engine returns a list of variables related to that workflows micro services and builds them into a ‘stepper’ form User interface.
    • Every step in the stepper form is a micro service related to the workflow.
    • The prototype workflow was ‘offline undistort’, other workflows include: Camera Monitor (live undistort), Motion Correction, Sharpen, Object Detection, Make Mosaic Friendly, Mission Rules,  Select Mission Range, Select Mission Timeframe, Mission Logging and Mission Alerts.
    • The prototype workflow ‘offline undistort’ is a simple workflow which basically takes a cameras lens calibration file and executes a python script to correct for the visual distortion in an image taken with that lens.
    • The prototype workflow ‘offline undistort’ had only 4 exposed variables:
      1. The images source folder (the Cathx Ocean mission folder)
      2. The camera calibration file (this file is custom to each camera lens and supplied by Cathx Ocean)
      3. Select camera (which camera to process or select all cameras). And
      4. The images Output folder.
    • When the User has stepped through the stepper and the validation is all checked the User can then click ‘Run Workflow’.
    • The engine then goes to work creating the images; during this the UI is constantly querying the status of the engine to determine if the work is complete.
    • When the work is complete the User gets notified via Toast Message.
    • The engine then sends the ‘transformed’ images back to the User by base 64 encoding the images and sending via MQTT message.
    • The process of getting an image or laser file, transforming that data or just encoding it RAW and sending if via MQTT can be done to preview or view live data.

 

Central Bank of Ireland Returns Portal (Angular)

  • Central Bank of Ireland internal tax return portal home

Returns Portal

Client: The Central Bank of Ireland.

An internal portal to manage tax returns.

Research

  • Review the internal portal specs and balsamic mockups.
  • Evaluate the new External Portal’s functionality, accessibility, design, and technology stack.
  • Study the Central Bank of Ireland’s branding guidelines.
  • Audit the External Portal for accessibility compliance.
  • Familiarize with NGX-bootstrap documentation.
  • Analyze web traffic data for current services.

Design

  • Develop the Returns Portal using Angular and a UI component library.
  • Conduct design workshops with cross-functional teams for collaboration.
  • Create a comprehensive design library and guide for developer reference.
  • Design essential UI components including:
    • Navigation elements
    • Global Header and Search
    • Layouts
    • Input controls
    • Pickers
    • Content media
    • Shared components like CBI-grid
    • Accordion, Progress indicators, Dialogs, Modals
    • Tooltips, Popovers, Toasts, Notifications
    • Typehead, Drop-down Menu, Tabs, Tables, Breadcrumb
    • Pagination, Nesting, and Experimental components
  • Address non-functional requirements such as app loading, logging, and accessibility.
  • Enhance the External Portal with new sections for Fitness and Probity, delegate onboarding, and questionnaires.

Develop

  • Develop a ‘Design Guide’ as to how to use the UI Library for best User Experience and how to comply with accessibility guidelines (WCAG 2.1 AA)

Test

  • Test accessibility ARIA features using assistive technologies (NVDA and JAWS)

RSA Book a Service Portal (Angular)

  • Your Safe Journey Starts Here (Desktop)

RSA Book a Service Portal

Client: RSA – the Raod Safety Authority

Research

  • Collaborate with the Road Safety Authority and SGS project managers for requirements.
  • Adopt a ‘mobile first’ design approach, ensuring responsiveness across devices.
  • Implement the front-end using Angular and Material Design.
  • Create a multilingual interface with multi-level navigation suitable for all devices.
  • Utilize Microsoft Dynamics for back-end development.

Design

  • Login/Registration: Portal access, contact creation, and credential management.
  • Services/Eligibility: Manage journeys, display services, handle bookings, and check eligibility.
  • Scheduling: Set up and manage bookings, including test scheduling and rescheduling.
  • Payments: Handle product pricing, test payments, and refunds.
  • Confirmation: Manage communication templates, portal language, and view user interactions and profiles.
  • Workflow: Automate test cancellations, manage bulk operations, sync with Agresso, and communicate with customers.
  • BI/Reporting: Create reports, manage dashboards, oversee demand, and perform ad hoc reporting.
Develop
  • Code a template with global elements:
    • Multi-level responsive navigation.
    • Journey component for the Driver Learning Journey.
    • My Goals component for tracking user goals.
    • My Messages component for RSA communication.
    • Services and Eligibility component for available services and user eligibility.
    • Booking component for appointments.

Mixed Gallery


Gallery showing ‘Booking a Service’ (Mobile)


Mirror Interior Design

Mirror Interior Design

Client: Antique Mirrors Ireland

We positioned and photographed antique mirrors, requiring teamwork for the heavier pieces. The photos were then standardized, placing the mirrors against a neutral backdrop to highlight the exquisite gold leaf details.

A selection of mirrors was showcased within interior designs tailored to specific clients, particularly those with modern homes—not everyone resides in an Edwardian property, after all.

The staging demonstrated how these mirrors could elevate the sophistication of any interior space.

Audio / video Collaboration App (React)

Alert Make Video Permissions Screen

Audio / Video Collaboration App

Client: Whole World Band

Audio / video collaboration web app designed for desktop, android & apple devices. Built using with React (JSX) and bootstrap on the Front-end.

Ensuring a consistent user experience and improved branding and as a result improved user engagement.

Below are links to a low detail mock-up which can be previewed on mobile, tablet and desktop Views. ‘Clicking on any top navigation link from with the mock-Up to see the Reset Password Modal’.


Ian made some crucial changes which improved the user experience and interface design.

Re-factoring the code into a responsive design displaying well on mobile and tablet devices.

John HollandWholeWorldBand

Page Take-over Design

Page Take-over Design

Client: IMC Cinemas

The project involved designing both the front-end and back-end for the IMC Cinema website.

A key feature was the integration of a ‘page takeover ad’ that branded the background for in this case, the launch of the “Fantastic Mr. Fox” film.

In the example below, click to toggle (on/off) the ‘page takeover ad’

Digital Design Update

Digital Design

A mixed-up selection of my digital design work and photos, sorted by colour.

Shamrock Compliance

Design Business Card

Shamrock Compliance

Brand design – Logo design, marketing collateral and responsive website


Looks great and works well. Ian also gave us loads of direction with regard to search engines, blogging and updating our site.

Stephanie HeffernanShamrock Compliance

Walks of Italy

Newsletter Design

Client: Walks of Italy

A newsletter designed to enhance branding and stimulate user engagement. Designed with a simple layout, two columns on desktop and tablet devices and one column on mobile.


This is great design.

Roisin o'SullivanWalks of Italy

Fitafloor Wood Floor Fitting

  • Sandafloor Home
    Sandafloor

Fitafloor the Wood Floor Fitting Experts

QR Code FitafloorThe project entailed the design and development of a responsive website featuring ‘Free Call-Back’ and ‘Product Enquiry’ CTAs.

It also showcased a photo gallery of flooring services, illustrating the transformation achieved with their products.

To enhance sales, SEO strategies were employed, focusing on specific keywords, along with analytics and a pay-per-click campaign. Additionally, traditional print ads with QR codes were used to track ad performance.

The website, built on WordPress, integrates a Digital Invoicing System (DIS), enabling Fitafloor to efficiently manage quotes and invoices.


I’m really happy with how my brand looks, Ian did a great job on the visuals but also got me onto the first page of a Google search ‘organically’ by working on my content. I found him easy to work with and well informed in terms of technology.

Naill DuffinOwner Fitafloor.ieFitafloor.ieDublin

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