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[Fos05]  Precise Ink Illustrations of Polygonal Models

Foster:2005:PII (Master's thesis)
Author(s)Foster K.
Title« Precise Ink Illustrations of Polygonal Models »
SchoolDepartment of Computer Science, University of Calgary
Year2005
AddressCanada

Abstract
This research contributes two approaches for pen-and-ink stroke extraction and stylization from 3D polygonal meshes. The pen-and-ink medium is commonly used by artists to highlight shape and form of objects. The first approach presents a general solution to remove errors from silhouettes extracted from polygonal meshes in object space. This approach uses reverse-subdivision multiresolution to remove errors and perform automatic smoothing stylization on silhouette strokes. The second approach creates accurate, technical pen-and-ink styles using an edge-based approach. Ink is placed using edge-based shape measures generalized from geomorphology and controlled by a user-driven interface. The focus of this work is to provide a user with high-level interactive control of ink placement, while automatically generating individual strokes.

BibTeX code
@mastersthesis{Foster:2005:PII,
  opturl = {},
  month = mar,
  optnote = {},
  optwww = {},
  author = {Kevin Foster},
  optkey = {},
  optannote = {},
  opttype = {},
  abstract = {This research contributes two approaches for pen-and-ink stroke
              extraction and stylization from 3D polygonal meshes. The
              pen-and-ink medium is commonly used by artists to highlight shape
              and form of objects. The first approach presents a general
              solution to remove errors from silhouettes extracted from
              polygonal meshes in object space. This approach uses
              reverse-subdivision multiresolution to remove errors and perform
              automatic smoothing stylization on silhouette strokes. The second
              approach creates accurate, technical pen-and-ink styles using an
              edge-based approach. Ink is placed using edge-based shape measures
              generalized from geomorphology and controlled by a user-driven
              interface. The focus of this work is to provide a user with
              high-level interactive control of ink placement, while
              automatically generating individual strokes.},
  title = {{P}recise {I}nk {I}llustrations of {P}olygonal {M}odels},
  school = {Department of Computer Science, University of Calgary},
  address = {Canada},
  localfile = {papers/Foster.2005.PII.pdf},
  year = {2005},
}

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