SVG inline icons

Previously, I struggled to resize an SVG image to icon dimensions, as I was only familiar with viewBox attributes. Now, by setting the ⠀width and height attributes to 1em in the SVG inline code, I can seamlessly integrate SVG images within text.

Setting the ⠀width and ⠀height to ⠀1em ensures that the SVG scales proportionally with the surrounding text, maintaining consistency in design. This approach leverages the ⠀em unit, which is relative to the font size of the element, allowing the SVG to adapt dynamically to different text sizes.

Additionally, defining a ⠀viewBox attribute in the SVG is crucial, as it establishes the coordinate system and aspect ratio, ensuring the SVG scales correctly without distortion. Combining the ⠀viewBox with ⠀width and ⠀height attributes provides precise control over the SVG's display size.

By implementing these techniques, I have enhanced the integration of SVG images into textual content, achieving a harmonious and responsive design.

This repository contains almost all the icons from Blender software. I can now use those SVG codes, specifying width and height values in em units, to create inline code.😊

This is an example:

(U+2800) Used to add spaces between code snippets

Popular posts from this blog

Evolution of computers and Computers today

Image
Who amongst the following is regarded as the creator of the first digital electronic computer? George Boole Alan Turing John V Atanasoff Frederic Calland Williams John von Neumann Solution John Vincent Atanasoff is widely recognized as the creator of the first digital electronic computer. In the late 1930s, along with his graduate student Clifford Berry, he developed the Atanasoff–Berry Computer (ABC) at Iowa State College (now Iowa State University). This machine was completed around 1939–1942. Why the ABC was important: It was the first computing machine to use binary digits (bits) to represent all data. It used electronic vacuum tubes for arithmetic calculations, which made it much faster than mechanical computers. It could solve systems of linear equations, a critical need in engineering and physics. Although the ABC was never fully operational or commercialized like lat...
Read more

Convert into binary

Image
What is/are the binary representation(s) of the decimal number 113? 1110011 1011001 1110000 1110001 0110001 Solution Let’s convert 113 (decimal) into binary step by step: Division by 2 Previous Step Next Step ...
Read more

Processor Types and Specifications

Image
2020-02 Which of the following is/are TRUE regarding the Von Neumann architecture? Single Instruction, Multiple Data (SIMD) Single Program, Multiple Data (SPMD) Single Instruction Stream, Single Data Stream (SISD) Multiple Instruction, Multiple Data (MIMD) Multiple Instruction, Single Data (MISD) Solution The correct option regarding the Von Neumann architecture is (c) Single Instruction Stream, Single Data Stream (SISD) . The Von Neumann architecture is a foundational computer architecture where both data and instructions are stored in the same memory space. This architecture is characterized by a single processing unit that executes instructions sequentially, one at a time, and processes data from a single stream. This aligns with the definition of SISD (Single Instruction, Single Data) in Flynn's Taxonomy, which categorizes computer architectures based on their instruction and data strea...
Read more