Faithin Omaha eBook Collection

Download or read book How to Draw Cool Stuff: Shading, Textures and Optical Illusions written by Catherine V. Holmes and published by Library Tales Publishing. This book was released on 2024-10-08 with total page 0 pages. Available in PDF, EPUB and Kindle. Book excerpt: The 2nd Book in the "How to Draw Cool Stuff' series. From basic shapes to realistic drawings, mastering shading, texture, and illusions. A must-have for artists of all levels. “How to Draw Cool Stuff: Basics, Shading, Texture, Pattern and Optical Illusions” is the second book in the How to Draw Cool Stuff series. Inside this book, you will find simple illustrations that cover the necessities of drawing cool stuff. Specific exercises are provided that offer step-by-step guidelines for drawing a variety of subjects. Each lesson starts with an easy-to-draw shape that will become the basic structure of the drawing. From there, each step adds elements to that structure, allowing the artist to build on their creation and make a more detailed image. Starting with the basic forms, the artist is provided a guide to help see objects in terms of simplified shapes. Instructions for shading to add depth, contrast, character and movement to a drawing are then covered. The varieties of texture and pattern that can be included in an artwork offer another layer of interest and depth to a design. These elements are necessary to indicate the way something looks like it feels in a work (texture) or creating the repetition of shapes, lines or colors (patterns). Illustrated optical illusions involve images that are sensed and perceived to be different from what they really are, showing examples of how the mind and the eyes can play tricks on each other. All you need is a piece of paper, a pencil and an eraser and you are ready to draw cool stuff. Once the drawing is complete, it can be colored, shaded or designed in any way you like to make it original. Following these exercises is a great way to practice your craft and begin seeing things in terms of simple shapes within a complex object.