Designing Lightness - Structures For Saving Energy

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Stauffer, R., Mayr, G. J., Dabernig, M. & Zeileis, A. Somewhere over the rainbow: how to make effective use of colors in meteorological visualizations. Bull. Am. Meteorological Soc. 96, 203–216 (2015). Crameri, F. Geodynamic diagnostics, scientific visualisation and StagLab 3.0. Geoscientific Model Dev. 11, 2541–2562 (2018).

Desiging Lightness – structures for saving energy

Over the past decade, the “science of daylighting” has matured as practitioners and building-science researchers have continued to demonstrate measurable benefits of daylighting in the areas of energy savings, carbon and greenhouse gas reductions, increased human comfort, and improved productivity and health. Great improvements have also been made in digital rendering, analysis tools, and an ever-increasing number of daylight metrics, guidelines, and assessment methods. These developments have benefited architects and designers in more effectively integrating daylight with other design and performance issues.See the Pen [Testing HSL Colors (22 Jun 2021)](https://codepen.io/smashingmag/pen/gOWawpX) by Ahmad Shadeed Daylighting masterpieces of exceptional beauty and architectural clarity form a body of seminal works that shape and inspire succeeding generations of designers. The legacy of the modern masters of light such as Alvar Aalto, Louis Kahn, Carlo Scarpa, and Luis Barragán continue to influence architects and daylighting designers to this day. It is hoped that the clarity, innovation, and elegance of the contemporary projects in the book will inform and inspire design practitioners, educators, and students in their own daylighting explorations. May The Art of Architectural Daylighting be of benefit to all those who seek to integrate the rich potential of daylighting into contemporary architectural design.

Designing for lightness in fabric structures Designing for lightness in fabric structures

Silva, S., Sousa Santos, B. & Madeira, J. Using color in visualization: a survey. Computer Graph. 35, 320–333 (2011). Transferring the knowledge and awareness about the importance of scientifically derived colour maps to new generations of scientists is, therefore, a key goal. Teaching is a frontline tool in building solid visualisation skills. Indeed, learning and applying scientific data visualisation should be a requirement to receive BSc, MSc, and PhD degrees. Here, we provide an instructive user guide for choosing and applying a suitable scientific colour map (Fig. 6), which should be part of every research office, and possibly even desk space. We provide a poster (Supplementary Data 1) that can be placed in communal areas, like near a printing station, coffee machine or restroom, that highlights the key advantages of scientifically derived colour maps and serves as a conversation starter. CET (Centre for Exploration Targeting): The CET colour maps 32 (available at ref. 65), developed by Peter Kovesi, aim to offer a large choice of the most common colour combinations in a wide variety of data formats. Many of the offered colour maps feature perceptual uniformity, although not all of them to the highest standards. The CET colour maps are continuous and cover sequential, diverging, and cyclic classes.

Two thirds of all cone cells process longer wavelengths of light (i.e., colours like red, orange, yellow), which allows the human eye to perceive more colour detail across warmer colours than for cooler colours 54. Greenish colour gradients tend to under-represent a given data variation compared to yellow-red gradients. Three types of cone cells (for short, medium and, long wavelengths) build the trichromatic visual system that can, as a whole, represent all colours in our visual spectrum 55, 56, 57, 58. Usually, we use hexadecimal color codes (hex colors) which are fine, but they have a couple of issues: The Art of Architectural Daylighting by Mary Guzowski is published by Laurence King. Redeem 35% off RRP by using code ARCHDAILY at www.laurenceking.com.

Elements of Design | Envato Tuts+ The Basic Elements of Design | Envato Tuts+

Nuñez, J. R., Anderton, C. R. & Renslow, R. S. Cividis colour map, PLoS ONE, https://www.doi.org/10.1371/journal.pone.0199239.s002 (2020).Although biomimicry is mentioned several times in the book, van Hinte says that while the idea of extracting good design from nature is growing in popularity as a concept, the commercialized outputs fall short of expectations. He says the notion is often a distraction, and he uses the example of the Rotterdam-based bridge-building company FiberCore® Europe (FCE), which uses an oblique layering technology that significantly reduces the risk of delamination. After the company designed and patented the technology, it discovered that the layering is widely used in nature in plants, vegetables and animal life. “Often,” says van Hinte, “this is how biomimetics works. First the copy is designed and then the original is discovered.” Steep environmental costs