LINEAR OBJECT'S POINT-CLOUDS OBTAINED FOR HORIZONTAL SHOOTING DIRECTIONS: QUANTIFYING ITS METRIC AND DENSITY QUALITY AS A FUNCTION OF OBJECT'S INCLINATION ANGLE
Journal Title: Journal of Industrial Design and Engineering Graphics - Year 2015, Vol 10, Issue 2
Abstract
This paper investigates characteristics of metric and density quality of linear object's point-clouds (obtained for horizontal shooting directions) as a function of its inclination angle (measured from horizontal plane). Conclusion is that for a fixed focal length, horizontal shooting directions targeting center of object`s axes, 24 station-points uniformly radially distributed around it, Object's Photo-Coverage-Mean of 2.05%, and process-quality descriptors values that belong to recommended ranges, concerning metric quality, generated Clouds are more precise but less accurate and almost not prone to object’s inclination; density quality of these Clouds is characterized by precision and accuracy - slightly dependent on object's inclination: the lower the inclination angle, the higher the precision and accuracy; additionally, the lower the inclination, the lower the density.
Authors and Affiliations
DJORDJEVIC Djordje, DJUKANOVIC Gordana, FILIPOVIC Dusan
Keywords
Related Articles
- EP ID EP465371
- DOI -
- Views 82
- Downloads 0
ART AND ENGINEERING IN METAL SCULPTURES
This paper shows how engineering and art are combined in making metal sculptures, referring to artistic creations exhibited in the “Dunărea de Jos” University campus in Galați, in the tradition existing between the Facul...
ASPECTS REGARDING THE METHODS IN DESCRIPTIVE GEOMETRY
The paper presents some practical rules used in one of the most used method in descriptive geometry, the folding method applied for a point and a line without building the position triangle. These simple considerations c...
ABOUT EFFICIENT MODELLING OF THE GEOMETRY FOR FINITE ELEMENT ANALYSIS
The current CAD platforms provides to user a wide variety of powerful geometric modelling tools, which allows the generation with a high accuracy the 3D geometry of the machinery components. If for achieving the fabricat...
GEOMETRY AND COMPLEXITY IN ARCHITECTURE
As Constantin Brancuși (1876-1956) said „Simplicity is complexity itself“, simplicity and regularity through the use of basic geometric forms has always played a central role in architectural design, during the 20th cent...
METHODS FOR SOLVING THE INTERSECTION OF ROTATION AREAS WITH STRAIGHT LINES
Given the frequent practical use of rotation areas, the paper proposes to study the methods for solving and determining the intersection of these rotation areas with various pipes, assimilated to the straight line. The a...