The Practice and Science of Drawing
by OpenStories
Original author: Harold Speed
"The Practice and Science of Drawing" by Harold Speed is an instructional art manual written in the early 20th century. The book aims to provide art students with an understanding of the principles and practices that underpin successful drawing, emphasizing that there are no shortcuts to artistic excellence and that meaningful drawing requires intellectual engagement and individual expression. At the start of the book, Speed addresses common misconceptions about drawing and warns against seeking quick, formulaic solutions. He recounts his own learning journey, highlighting the gap between mechanical accuracy in training and true artistic expression as demonstrated in the works of the old masters. He encourages readers to cultivate an understanding of form and emotional significance in their work while avoiding the pitfalls of purely academic approaches that might stifle creativity and individuality. Speed's introduction sets the stage for a deeper exploration of drawing, aiming to stimulate students' appreciation for the artistic process and the various elements that contribute to the creation of meaningful art.
The Practice and Science of Drawing, by Harold Speed. Republished by OpenStories from Project Gutenberg eBook #14264.
- 74,974words
- 15chapters
- 0stars
- 0bookmarks
- 1hits
15 Chapters
- 1.Preface1,634 words
- 2.Chapter I: Set of Four Photographs of the Same Study From the Life in348 words
- 3.Chapter I: Types of First Drawings by Children214 words
- 4.Introduction (1)8,796 words
- 5.Introduction (2)8,880 words
- 6.Introduction (3)8,765 words
- 7.Introduction (4)8,550 words
- 8.Introduction (5)6,659 words
- 9.Chapter D: Taking Line 3-4 as Dominant Line57 words
- 10.Chapter M: The Same as at K with Addition of Masses to Cover Crossing Lines (1)8,874 words
- 11.Chapter M: The Same as at K with Addition of Masses to Cover Crossing Lines (2)8,798 words
- 12.Chapter M: The Same as at K with Addition of Masses to Cover Crossing Lines (3)8,858 words
- 13.Chapter M: The Same as at K with Addition of Masses to Cover Crossing Lines (4)2,154 words
- 14.Conclusion716 words
- 15.Appendix1,671 words