The document is about a photo posted by Gyula Dio on April 6, 2010. The photo was posted on a page created by gabriel voiculescu. The brief document provides attribution for the photo and notes the date it was posted.
Este documento presenta las Siete Maravillas del Mundo y proporciona una breve descripci坦n de cada una. Incluye informaci坦n sobre Chich辿n Itz叩 en M辿xico, el Coliseo Romano en Italia, el Cristo Redentor en Brasil, la Gran Muralla China, Machu Picchu en Per炭, Petra en Jordania y el Taj Mahal en India. Cada entrada describe su ubicaci坦n, historia y caracter鱈sticas distintivas.
This document discusses the concept of a paperless classroom using e-learning and information technology. It describes how computers and technology are becoming integral parts of education. A paperless classroom would eliminate hard copies of materials like assignments, handouts, and rubrics, instead providing these digitally. E-learning tools that can enable a paperless classroom include learning management systems, email, digital presentations, and online resources. Benefits of this approach include being more environmentally friendly, enhancing student engagement, allowing immediate feedback, and easier tracking of student progress. Barriers include the need for funding, access to technology, and teacher training in educational institutions.
This document summarizes 7 of the new wonders of the world. It describes the Great Wall of China as a series of fortifications in northern China totaling over 6,000 km. It then briefly describes Petra in Jordan, established in the 6th century BC, Christ the Redeemer statue in Rio de Janeiro standing 130 feet tall, and Machu Picchu, the 15th century Inca site in Peru situated on a mountain ridge. It also summarizes the Taj Mahal in Agra, India as a white marble mausoleum, Chichen Itza as a large pre-Columbian Maya site in Mexico, and the Colosseum in Rome as the largest amphitheater ever
The document provides an overview of the Arduino microcontroller, including its specifications such as a 16MHz clock speed, 2KB SRAM, 32KB flash memory, and 13 digital input/outputs. It notes that the Arduino runs on all operating systems, has a basic IDE for compiling, uploading and debugging code, and is perfect for beginners interested in hardware hacking. However, more advanced users may find the IDE limited.
This document discusses the history and styles of swing dancing. It provides examples of classic swing band leaders and songs from the 1930s-40s era like Benny Goodman, Duke Ellington, and Glen Miller. It also mentions more modern neo-swing and electro-swing artists. The document outlines the origins and moves of lindy hop dancing which evolved in Harlem in the 1920s-30s. It notes how swing dancing saw a revival in the 1990s and is now popular around Europe with workshops and parties, especially in Sweden.
The document provides tips on how to win a dance battle. It discusses recognizing when a dance battle occurs through an impressive intro, fancy moves to hold attention, and an exciting ending. It also emphasizes having a fun attitude, dancing for yourself and your audience, enjoying the music, respecting your opponent, watching them, and improvising. The document includes several YouTube video links showing dance battle examples to get inspired from.
Sildes of the talk I gave at Software Craftsmanship Berlin Meetup. It's all about how we test within the Payments Team.
http://www.meetup.com/Software-Craftsmanship-Berlin/events/160616162/
Processing is an open-source programming language and environment for creating images, animations, and interactions. It was created in 2001 at the MIT Media Lab by Ben Fry and Casey Reas. The language aims to be easy to learn and use for beginners while also capable of producing impressive early results. It has low dependencies on operating systems and focuses on visual beauty with less code. Processing is intended for uses like education, data visualization, sound, interaction design, and small abstract applications. It features a Java-based programming language, a runtime environment called Sketchbook, and support for third-party libraries including video, audio, graphics generation, image processing, and hardware interfacing.
This document introduces Rainbowduino, an Arduino-compatible board that can control RGB LED strips via Processing code and a mtXcontrol library. The Rainbowduino allows for creative coding projects that can control and display colors on LED strips for fun and interactive light shows.
The document provides an overview of the Arduino microcontroller, including its specifications such as a 16MHz clock speed, 2KB SRAM, 32KB flash memory, and 13 digital input/outputs. It notes that the Arduino runs on all operating systems, has a basic IDE for compiling, uploading and debugging code, and is perfect for beginners interested in hardware hacking. However, more advanced users may find the IDE limited.
This document discusses the history and styles of swing dancing. It provides examples of classic swing band leaders and songs from the 1930s-40s era like Benny Goodman, Duke Ellington, and Glen Miller. It also mentions more modern neo-swing and electro-swing artists. The document outlines the origins and moves of lindy hop dancing which evolved in Harlem in the 1920s-30s. It notes how swing dancing saw a revival in the 1990s and is now popular around Europe with workshops and parties, especially in Sweden.
The document provides tips on how to win a dance battle. It discusses recognizing when a dance battle occurs through an impressive intro, fancy moves to hold attention, and an exciting ending. It also emphasizes having a fun attitude, dancing for yourself and your audience, enjoying the music, respecting your opponent, watching them, and improvising. The document includes several YouTube video links showing dance battle examples to get inspired from.
Sildes of the talk I gave at Software Craftsmanship Berlin Meetup. It's all about how we test within the Payments Team.
http://www.meetup.com/Software-Craftsmanship-Berlin/events/160616162/
Processing is an open-source programming language and environment for creating images, animations, and interactions. It was created in 2001 at the MIT Media Lab by Ben Fry and Casey Reas. The language aims to be easy to learn and use for beginners while also capable of producing impressive early results. It has low dependencies on operating systems and focuses on visual beauty with less code. Processing is intended for uses like education, data visualization, sound, interaction design, and small abstract applications. It features a Java-based programming language, a runtime environment called Sketchbook, and support for third-party libraries including video, audio, graphics generation, image processing, and hardware interfacing.
This document introduces Rainbowduino, an Arduino-compatible board that can control RGB LED strips via Processing code and a mtXcontrol library. The Rainbowduino allows for creative coding projects that can control and display colors on LED strips for fun and interactive light shows.