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Elementor Pro provides grid containers as an experimental feature. The options provided are limited, when it comes to native controls. The fine-tuning of the grid container items need to be done using Advanced CSS.
If you are looking for a simpler way without using Advanced CSS, I started building out a Grid Tweaker for Elementor.
This will add a new tab to all containers and allows you to tweak grid-row / grid-column. Basic work is done. I am currently tweaking the controls a bit and will make it even easier ;)
Added an example template to import into Elementor. For those interested, the plugin can be freely downloaded from my Github repository. You can also do a search for “cubicfusion-grid-tweaker” on Github.
Cheers and enjoyAlex
Archaeology Travel is an online travel guide for people who enjoy exploring the world’s pasts. Inspiration for where to go and what to see. Information and tips on how to get there and what tickets to buy. Making it possible for everyone to find or create their adventures in archaeology and history, from humanity’s earliest times to our more recent contemporary pasts.
I had the chance to design the booth for the Travel Innovation Summit 2023 in Seville. The booth follows the design patterns we agreed on for the website. QR-Codes were used for access to the core principals and all the important areas of the website.
Artificial intelligence (AI) has revolutionized the way we interact with images, and the current AI image solutions are a testament to this. AI image solutions are applications of AI that can identify, classify, and manipulate images with remarkable accuracy and speed. With the rise of deep learning and computer vision, AI image solutions have become increasingly sophisticated, and their applications have expanded to fields such as healthcare, finance, entertainment, and more. Some of the most prominent AI image solutions and their applications.
Image recognition is the process of identifying and classifying objects, people, or other elements in an image. AI-powered image recognition solutions use deep learning algorithms to recognize images with high accuracy. Image recognition is widely used in various fields, including healthcare, security, and retail. For example, in healthcare, AI image solutions are used to analyze medical images such as X-rays and MRIs to detect diseases and conditions such as cancer, brain injuries, and more. In security, AI-powered image recognition solutions are used to identify faces, license plates, and other elements in surveillance videos. In retail, AI image solutions are used to identify and classify products and improve inventory management.
Object detection is a subset of image recognition that involves detecting the location of specific objects in an image. AI-powered object detection solutions can identify and locate objects in an image with high accuracy. Object detection is used in various fields, including self-driving cars, security, and e-commerce. For example, in self-driving cars, AI image solutions are used to detect pedestrians, traffic lights, and other objects on the road. In security, AI-powered object detection solutions are used to identify suspicious behavior and detect objects such as weapons and explosives. In e-commerce, AI image solutions are used to detect and locate products in images, improving search and recommendation algorithms.
Image segmentation is the process of dividing an image into multiple segments or regions based on specific criteria. AI-powered image segmentation solutions use deep learning algorithms to identify different objects and elements in an image and segment them accordingly. Image segmentation is widely used in various fields, including healthcare, entertainment, and transportation. For example, in healthcare, AI image solutions are used to segment medical images such as CT scans and MRIs to aid in diagnosis and treatment. In entertainment, AI-powered image segmentation solutions are used to create special effects and manipulate images in movies and games. In transportation, AI image solutions are used to segment images of roads and traffic to aid in autonomous driving.
Image generation is the process of creating new images using AI algorithms. AI-powered image generation solutions can generate highly realistic images based on specific inputs, such as text descriptions or reference images. Image generation is used in various fields, including art, fashion, and advertising. For example, in art, AI image solutions are used to generate unique and creative designs and artworks. In fashion, AI-powered image generation solutions are used to create new designs and prototypes. In advertising, AI image solutions are used to generate highly realistic product images and visualizations.
AI image solutions are transforming the way we interact with images and are being used in various fields to improve efficiency, accuracy, and creativity. From image recognition and object detection to image segmentation and generation, AI image solutions are increasingly sophisticated and capable. As AI technology continues to evolve, we can expect to see more applications of AI image solutions in the future, and they will undoubtedly play an essential role in many industries.
Some of the tools are already used in new ways, to help reconstruct or understand archaeology dig sites. They help analyse genes and will help to discover new remedies or cures for illnesses in the future.
Even though many complain about the exponential growth of AI, it brings so many positive angels into the mix, allowing us to fix and elevate our lives. Sadly change often comes at a cost, but it lies in our hands to direct and secure AI technology to help and not destroy lives.
I had the chance this year to meetup with my client Thomas Dowson from “Archaeology Travel Media” at the Travel Innovation Summit in Seville.
Over the past 2 years we have been revamping all the content from archaeology-travel.com and integrated a sophisticated travel itinerary builder system into the mix. We are almost feature complete and are currently fine-tuning the system. New explorers are welcome to signup and testdrive our set of unique features.
It was so nice to finally meet the whole team in person and celebrate what we have accomplished together so far.
Directly taken from the front-page :)
“EXPLORE THE WORLD’S PASTS WITH ARCHAEOLOGY TRAVEL GUIDES, CRAFTED BY EXPERIENCED ARCHAEOLOGISTS & HISTORIANS
Whatever your preferred style of travel, budget or luxury, backpacker or hand luggage only, slow or adventure, if you are interested in archaeology, history and art this is an online travel guide just for you.
Here you will find ideas for where to go, what sites, monuments, museums and art galleries to see, as well as information and tips on how to get there and what tickets to buy.
Our destination and thematic guides are designed to assist you to find and/or create adventures in archaeology and history that suit you, be it a bucket list trip or visiting a hidden gem nearby.”
More DetailsAboutMission & VisionCode of Ethics
We are constantly expanding our set of curated destinations, locations and POIs. Our plan is it, to make it even easier to find unique places for your next travel experience.
We are also working on partnerships to enhance travel options and offer a even broader variety of additional content.
Looking forward to all the things to come, as well as to the continued exceptional collaboration between all team members.
First a bit of context :)
Translation within WordPress is based of Gettext. Gettext is a software internationalization and localization (i18n) framework used in many programming languages to facilitate the translation of software applications into different languages. It provides a set of tools and libraries for managing multilingual strings and translating them into various languages.
The primary goal of Gettext is to separate the text displayed in an application from the code that generates it. It allows developers to mark strings in their code that need to be translated and provides mechanisms for extracting those strings into a separate file known as a “message catalog” or “translation template.”
The translation template file contains the original strings and serves as a basis for translators to provide translations for different languages. Translators use specialized tools, such as poedit or Lokalize, to work with the message catalog files. These tools help them associate translated strings with their corresponding original strings, making the translation process more manageable.
At runtime, Gettext libraries are used to retrieve the appropriate translated strings based on the user’s language preferences and the available translations in the message catalog. It allows applications to display the user interface, messages, and other text elements in the language preferred by the user.
Gettext is widely used in various programming languages, including C, C++, Python, Ruby, PHP, and many others. It has become a de facto standard for internationalization and localization in the software development community due to its flexibility and extensive support in different programming environments.
WordPress uses dedicated language files to store translations of your strings of text in other languages. Two formats are used:
There has been a discussion for years, if it makes sense to cache mo-files, to speedup WordPress when multiple languages are in use. Discussion of the WordPress Core team.
There have been a couple of plugins trying to fix this and prevent reloading of language files on every pageload.
Most of these use transients in your database and object caches if active.
Well it all depends on the amount of language files and your infrastructure. This load/parse operation is quite CPU-intensive and does spend quite a significant amount of time.
I have decided, not to bother with it in the past :) But I am always looking for ways to speed up multi-lingual websites, as that is my daily bread & butter ;) Checkout Index WP MySQL For Speed & Index WP Users For Speed, which optimizes the MySQL Indexes for optimal speed. That change, really does make a bit difference!
One thing that can help to speed up things, is to use the native gettext extension and not the WordPress integration of it. This will indeed help speedup translation processing and help big multilingual websites.
Native Gettext for WordPress by Colin Leroy-Mira, provides just that.
Create a must use plugin and add this:
This will prevent any .mo file from loading.
Please consider the performance impact. Read about it at the main documentation.
Extending iPanorama 360 can be a challenge, as none of the events are documented. You can talk to the developer or ask for support to get things done.
You can also read up on the core assets used: ipanorama.min.js jquery.ipanorama.min.js.
You can easily search for the events and figure out the parameters passed. Here a quick reference for things I used so far.
iPanorama 360 for WordPress is a specialized plugin that enables users to create and display interactive 360-degree virtual tours or panoramic images on WordPress websites. It extends the functionality of the WordPress content management system by providing a user-friendly interface and a range of features specifically tailored for creating and showcasing 360-degree content.
With iPanorama 360 for WordPress, you can upload panoramic images or sets of photographs and convert them into interactive virtual tours or panoramic sliders. The plugin offers customization options to adjust the appearance and behavior of the panoramas, such as controlling the speed of rotation, choosing navigation controls, adding hotspots, and incorporating multimedia elements like images, videos, or audio.
The plugin integrates seamlessly with WordPress, allowing you to embed the created virtual tours or panoramic images directly into your website pages or posts. You can also customize the tour settings, such as enabling or disabling auto-rotation, adjusting the initial zoom level, or defining the starting viewpoint.
iPanorama 360 for WordPress typically provides an intuitive visual editor that enables users to create and edit their virtual tours or panoramas using a drag-and-drop interface. This makes it easier to add hotspots, link to other panoramas or external content, and customize the appearance and functionality of the tour.
You can testdrive iPanorama 360 using the Lite version or get the Pro version. The only limitation for the Lite version, is the ability to only create one panorama.
I have tested many different solutions for 360 panoramas in the past and many have been lacking in one or more areas. I always seem to be coming back to iPanorama 360 for my projects, due to its solid editor and support.
One major problem for iPanorama 360 has been the ability to attach an Arial-map / Floor-map to the panorama. Others tried to fill that void, but mostly failed on Mobile.
There are solutions out there that could be reused (Image Map Pro / ImageLinks ) and integrated with iPanorama 360.
I decided to build an image hotspot solution myself, that can also tie into iPanorama. I am building out all the things I need and more :)
The first version is basically done and I will be using it for a client shortly. If you are interested, please feel free to get in touch. Will setup a demo page soon or link to the client using it ;)
Typebot is a free and open-source platform that lets you create conversational apps and forms, which can be embedded anywhere on your website or mobile apps.
It provides various features like text, image, and video bubble messages, input fields for various data types, native integrations, conditional branching, URL redirections, beautiful animations, and customizable themes.
You can embed it as a container, popup, or chat bubble with the native JS library and get in-depth analytics of the results in real-time.
Typebot can be used in the Cloud (free tier available) or installed via Docker.
It drag & drop builder makes it amazingly fast to build your personal chatbot. It provides a ton of integrations (Google Analytics, Google Sheets, OpenAI, Zapier, Webhooks, Email, Chatwood) out of the box or you can connect other things via your own API Requests.
I have been a longtime user of RocketChat and build my own chatbots using Hubot or BotPress.
RocketChat“Rocket.Chat is a free and open-source team chat platform that enables real-time communication between team members. It provides team messaging, audio and video conferencing, screen sharing, file sharing, and other collaboration features. It offers a familiar chat interface that makes it easy for teams to stay connected and collaborate effectively.
Rocket.Chat is highly customizable and extensible, with a large number of community-contributed plugins and integrations. It supports multiple platforms, including web, desktop, and mobile, making it accessible to teams regardless of their device or location. It also offers end-to-end encryption for secure communication, and compliance with various industry regulations such as HIPAA, GDPR, and others.”
Hubot“Hubot is a popular open-source chatbot framework developed by GitHub. It allows developers to build and deploy custom chatbots that can automate tasks, integrate with various APIs, and enhance team communication and collaboration.
Hubot is built on Node.js and can be extended with various plugins and scripts, making it highly customizable and flexible. It comes with many built-in plugins, including integration with popular chat platforms like Slack, HipChat, and Campfire, as well as various APIs like Twitter, GitHub, and Google.
Hubot enables developers to build chatbots that can perform various tasks, such as scheduling meetings, deploying code, fetching data, and responding to user queries. It also provides a command-line interface for managing and interacting with the chatbot.”
Botpress“Botpress is an open-source platform that allows you to build and deploy chatbots and conversational interfaces. It provides a user-friendly interface and a visual flow editor that allows you to create and manage your chatbot’s conversation flow. Botpress comes with many pre-built components and integrations, including natural language processing (NLP) engines, chat widgets, and webhooks, making it easy to build complex chatbots with advanced functionality.
Botpress offers features like machine learning-based NLP, conversational analytics, multi-language support, customizable themes, and a modular architecture that allows you to add custom functionalities with ease. It supports multiple channels, including web, Facebook Messenger, Slack, and WhatsApp, allowing you to reach your audience wherever they are.”
Typebot beats Botpress and could be the reason why I might be skipping RocketChat as well. Not sure I want to build an integration for RocketChat myself.
Base YAML Docker-Compose File to get you started. This will setup a Postgres instance, the typebot builder and typebot viewer.
IT Tools is an amazing docker image that gives you access to a ton of developer tools for different categories. All these are nicely wrapped into an intuitive web-interface.
The online tools can perform different functions. These include generating tokens, hashing text, generating UUIDs, encrypting and decrypting text, generating BIP39 passphrases, converting dates and times, converting numbers between different bases and converting Roman numerals to numbers and vice versa. Other tools listed include base64 encoders/decoders, color converters, HTML editors, user-agent parsers, crontab generators, Docker run to Docker compose converters, and various calculators for items such as IPv4 subnets, ETA and temperatures.
I am using it locally and added some of my own. These tools are a nice addition for developers to streamline their workflow and are tools you often search online anyway.
Docker is a containerization platform that allows you to create and manage containers for your applications. Not going into detail, but here the docker run command to get you started.
I am a huge Docker fan and run my own home and cloud server with it.
“Docker is a platform that allows developers to create, deploy, and run applications in containers. Containers are lightweight, portable, and self-sufficient environments that can run an application and all its dependencies, making it easier to manage and deploy applications across different environments. Docker provides tools and services for building, shipping, and running containers, as well as a registry for storing and sharing container images.
With Docker, developers can package their applications as containers and deploy them anywhere, whether it’s on a laptop, a server, or in the cloud. Docker has become a popular technology for DevOps teams and has revolutionized the way applications are developed and deployed.”
I am always looking for new ways to document the tools I use. This might help others to find interesting projects to enhance their own work or hobby life :)
I will have multiple series of this kind. I am starting with Docker this week, as it is at the core / a hub for many things I do. I often testdrive things locally, before deploying them to the cloud.
I am not concentrating on the installation of Docker itself, there are so many articles about that out there. You will have no problem to find help articles or videos detailing it for your platform.
Docker Compose and Docker CLI (Command Line Interface) are two different tools provided by Docker, although they are often used together.
Docker CLI is a command-line interface tool that allows users to interact with Docker and manage Docker containers, images, and networks from the terminal. It provides a set of commands that can be used to create, start, stop, and manage Docker containers, as well as to build and push Docker images.
Docker Compose, on the other hand, is a tool for defining and running multi-container Docker applications. It allows users to define a set of services and their dependencies in a YAML file and then start and stop the entire application with a single command. Docker Compose also provides a way to manage the lifecycle of the containers as a group, including scaling up and down the number of containers.
I prefer the use of Docker Compose, as it makes it easy to replicate and tweak a setup between different servers.
There are tools like $composerize, which allow you to easily transform a CLI command into a composer file. Also a nice way to easily combine multiple commands into a clean configuration.
Portainer is an open-source container management tool that provides a web-based user interface for managing Docker environments. With Portainer, users can easily deploy and manage containers, images, networks, and volumes using a graphical user interface (GUI) instead of using the Docker CLI. Portainer also provides features for monitoring container and system metrics, creating and managing container templates, and configuring and managing Docker Swarm clusters.
Portainer is designed to be easy to use and to provide a simple and intuitive interface for managing Docker environments. It supports multiple Docker hosts and allows users to switch between them easily from the GUI. Portainer also provides role-based access control (RBAC) to manage user access and permissions, making it suitable for use in team environments.
Portainer can be installed as a Docker container and can be used to manage both local and remote Docker environments. It is available in two versions: Portainer CE (Community Edition) and Portainer Business. Portainer CE is free and open-source, while Portainer Business provides additional features and support for enterprise users.
Portainer is my tool of choice, as it allows to create stacks. A stack is a collection of Docker services that are deployed and managed as a single entity. A stack is defined in a Compose file (in YAML format) that specifies the services and their configurations.
When a stack is deployed, Portainer creates the required containers, networks, and volumes and starts the services in the stack. Portainer also monitors the stack and its services, providing status updates and alerts in case of issues or failures.
As I said, its important for me to easily transfer a single container or stack to another server. The stack itself can be easily copied and reused. But do we easily export the setup of a current single docker file into a docker-compose file?
docker-autocompose to the rescue! This docker image allows you to generate a docker-compose yaml definition from a docker container.
Export single or multiple containers
Export all containers
This has been a great tool to also quickly backup all relevant container information. Apart from the persistent data, the most important information to quickly restore a setup if needed.
Backup , backup … backup! Learned my lesson, when it comes to restoring docker setups ;) Its so easy to forget little tweaks you did to the setup of a docker container.
Starting tomorrow …