PPT-Texture Analysis with

MTEX inside Matlab For 27750 Texture Microstructure and Anisotropy AD Rollett Last revised 3 rd Feb 2016 InClass Questions What is texture Texture quantifies any bias in crystal orientations with respect to a reference frame associated with the specimen shape or equivalent This is extended to grain boundary GB texture or preference for one type of GB over another GB texture can be present even when the orientation texture is random. Fashion. Texture. Blindfold activity. Was it easy or hard to guess what type of fabric it was?. Why? What clues did you have?. Texture. Where is texture found?. In the thickness and appearance of fabric.. Scientists assign all food tastes to one of five broad categories. Sweet. Salty. Bitter. Sour. and the newest fifth taste-. Umami. Sweet and salty are the least sensitive. Bitter is the most sensitive. . . Texture. Texture is an innate property of all surfaces (clouds, trees, bricks, hair etc…). It refers to visual patterns of homogeneity and does not result from the presence of a single color. . To understand and apply the design. elements Color & Texture. . Color. Color is . the quality of an object or substance with respect to light reflected by the object, usually determined visually by measurement of hue, saturation, and brightness of the reflected light; saturation or . We would like to thank . Amnon Drory . for this deck. הבהרה: . החומר המחייב הוא החומר הנלמד בכיתה ולא זה המופיע / לא מופיע במצגת. . Syllabus. Textons. Texture and its Effect on Anisotropic Properties. Tony (A.D.) Rollett, Carnegie Mellon Univ. .. Last revised. : . 12. th. . Jan. 2014. 2. Microstructure-Properties Relationships. Microstructure. Properties. Outline. Course Map. Set up a Project for . Texturing. GLEW and . FreeImage. Overview. Texture Mapping . Prepare Texture. Render with Texture. Multi-texturing. Environment Mapping (cube). 2. Fixed Pipeline. ROBERT BEZIRGANYAN & ADEDAYO ODESILE. CSS 552 RESEARCH PRESENTATION. What is Texture Mapping?. Wrapping a primitive with a complex surface.. Source: Prof K. Sung, CSS 552 Texture Mapping Class Slides. Sipuikinene Angelo*, Marcilio Matos,Kurt J Marfurt . ConocoPhillips School of Geology & Geophysics, University of Oklahoma. Seismic resolution remains a major limitation in the world of seismic interpretation. The goal of reflection seismology is to analyze seismic amplitude and character to predict lithologic facies, and rock properties such as porosity and thickness. Seismic attribute analysis is a technique that is commonly used by oil industry to delineate stratigraphic and structural features of interest. Seismic attributes, are particularly important in allowing the interpreter to extract subtlest at the limits below seismic resolution. For example, some attributes such as coherence and curvature are particularly good at identifying edges and fractures. Attributes such as spectral components tend to be more sensitive to stratigraphic thickness. Many commercial seismic interpretation packages contain RMS amplitude and relative impedance which is sensitive to acoustic impedance. My proposed research focuses upon seismic textural analysis, borrowing upon techniques commonly used in remote sensing to enhance and detect terrain, vegetation, and land use information. Textures are frequently characterized as different patterns in the underlying data. Seismic texture analysis was first introduced by Love and Simaan (1984) to extract patterns of common seismic signal character .Recently, several workers (West et al., 2002; Gao,2003; Chopra and Vladimir, 2005) have extended this technique to seismic through the uses of gray-level co-occurrence matrices(GLCM).The gray level, allows the recognition of patterns significantly more complex than simple edges. This set of texture attributes, is able to delineate complicated geological features such as mass complex transport and amalgamated channels that exhibit a distinct lateral pattern. . Blindfold activity. Was it easy or hard to guess what type of fabric it was?. Why? What clues did you have?. Texture. Where is texture found?. In the thickness and appearance of fabric.. What is it?. What we Know. We can open image files for reading. We can load them into texture buffers. We can link that texture buffer to a variable in the fragment . shader. We can access the texture in the fragment . TEXTURE MEMORY IN . - IN CUDA PERSPECTIVE. VINAY MANCHIRAJU. TEXTURE MEMORY. Read only memory used by programs in CUDA. Used in General Purpose Computing for Accuracy and Efficiency.. Yu-. Feng. Zhou. J. Phys. G: . Nucl. . Part. Phys.30 (2004) 783-792. Presented by . Ardy. . Introduction. Unresolved problems within the SM: the origin of the fermion masses, mixing angles and CP violation, etc.. ECE P 596. Linda Shapiro. Color Spaces. RGB. HSI/HSV. CIE L*a*b. YIQ. a. nd more. s. tandard for cameras. hue, saturation, intensity. i. ntensity plus 2 color channels. color TVs, Y is intensity. RGB Color Space.