'Projection plane' presentation slideshows

Projections

Projections. Projection. Demo. Projections - Outline. 3D Viewing Coordinate System & Transform Process Generalized Projections Taxonomy of Projections Perspective Projections Parallel Projections. 3D Viewing. Inherently more complex than 2D case. Extra dimension to deal with

1.12k views • 74 slides

Chapter 5

Chapter 5. Viewing. OpenGL Perspective Matrix. planar geometric projections. parallel. perspective. 1 point. 2 point. 3 point. multiview orthographic. axonometric. oblique. isometric. dimetric. trimetric. Perspective Projection. Parallel Projection. Planar Geometric Projections.

969 views • 58 slides

Dimensioning & Projections

Dimensioning & Projections. Dimensions. Dimensions are used to describe the sizes and relationships between features in your drawing. Dimensions are used to manufacture parts and to inspect the resulting parts to determine if they are acceptable.

1.06k views • 51 slides

CS 470 Introduction to Computer Graphics

577 views • 46 slides

Viewing

Viewing. Part I (History and Overview of Projections). Lecture Topics. History of projection in art Geometric constructions Types of projection (parallel and perspective). Drawing as Projection (Turning 3D to 2D).

679 views • 45 slides

Cameras

Cameras. CSE 455, Winter 2010 January 25 , 2010. Announcements. Project 1b (seam carving) was due on Friday the 22 nd Project 2 ( eigenfaces ) went out on Friday the 22nd to be done individually. New Lecturer!. Neel Joshi, Ph.D. Post-Doctoral Researcher Microsoft Research neel@cs.

588 views • 44 slides

Ray Tracing

862 views • 33 slides

159.235 Graphics & Graphical Programming

159.235 Graphics & Graphical Programming. Lecture - Projections - Part 2. Projections Part 2 - Outline. Mathematics of Projections Perspective Transforms Stereo Orthographic 3D Clipping Homogeneous Coordinates (again). Mathematics of Viewing.

512 views • 33 slides

CS 445 / 645 Introduction to Computer Graphics

CS 445 / 645 Introduction to Computer Graphics. Lecture 10 Camera Models. Where are we?. Rendering Pipeline. Modeling Transformation. Display. Illumination. Rasterization. Viewing Transformation. Projection. Clipping. Pinhole Camera. Ingredients Box Film Hole Punch Results

428 views • 27 slides

3-D Viewing

3-D Viewing. Assist. Prof. Dr. Ahmet Sayar Computer Engineering Department Computer Graphics Course Kocaeli University Fall 2013. Geometric Projection Systems. geometric projections. parallel. perspective. orthographic. axonometric. oblique. trimetric. cavalier. cabinet.

414 views • 26 slides

CSE452 Computer Graphics

CSE452 Computer Graphics. Lecture 6: Projection. Model. Lect 2-3: Images. Lect 17-21: Curves, surfaces, fractals, and dynamic objects. Lect 4-5: Basic shapes. Skeleton of CSE452. Render. Lect 6-9: Camera projection. Lect 10-15: Illumination. Interact. Lect 16:

458 views • 26 slides

Sketching Multiview Drawings

Sketching Multiview Drawings. Multiview Drawing. A multiview drawing is one that shows two or more two-dimensional views of a three-dimensional object.

634 views • 25 slides

Sketching Multiview Drawings

Sketching Multiview Drawings. (Developed by Project Lead The Way). Multiview Drawing. A multiview drawing is one that shows two or more two-dimensional views of a three-dimensional object.

641 views • 24 slides

Classical Viewing

Classical Viewing. Objectives. Introduce the classical views Compare and contrast image formation by computer with how images have been formed by architects, artists, and engineers Learn the benefits and drawbacks of each type of view. Classical Viewing. Viewing requires three basic elements

452 views • 23 slides

Chapter Six Orthogonal Projection

Chapter Six Orthogonal Projection . Purpose. This chapter provides an overview of how to: understand the principles of third angle orthogonal projection produce a detailed orthogonal drawing of a component, including all information necessary for its manufacture.

523 views • 21 slides

Fundamentals of Descriptive Geometry

Fundamentals of Descriptive Geometry. AT 301 Dr. Trent. Introduction. Most of the concepts of this chapter have already been touched on in prior lectures and exercises. The intent of this lecture to provide another view of the principles and concepts from an analytical standpoint.

1.69k views • 18 slides

CSC461: Lecture 18 Classical Viewing

CSC461: Lecture 18 Classical Viewing . Objectives Introduce the classical views Compare and contrast image formation by computer with how images have been formed by architects, artists, and engineers Learn the benefits and drawbacks of each type of view. Classical Viewing.

407 views • 16 slides

Multiview Drawing

Multiview Drawing. A multiview drawing is one that shows two or more two-dimensional views of a three-dimensional object.

882 views • 13 slides

Parallel Projections

Parallel Projections. Parallel projections are defined by a Direction Of Projection (DOP) and a projection plane DOP also called projection vector Coordinate positions are transformed to the view plane along parallel lines Important property: they preserve relative proportions of objects

678 views • 13 slides

Motion Segmentation in Forward Motion Video

Motion Segmentation in Forward Motion Video. Nick Hirsch: Progress Report. Overview of the Technique. Track Features (KLT). Compare Tracks to FoE Direction Field. Stabilize Tracks. Weed Out Stationary Tracks. Determine Direction of Tracked Points. Rate Remaining Tracks. Update FoE.

210 views • 7 slides