Lecture 20: Color

Nov 05, 2012

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Color is an immensely complex subject, drawing on physics, physiology, perceptual psychology, art, and graphic designMany theories, measurement techniques, and standards for colors, yet no one theory of human color perception is universally acceptedColor of object depends not only on object itself

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Lecture 20: Color

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Lecture 20

Lecture 20. ANNOUNCEMENTS HW#11 is due in 2 weeks, on 11/20. Review session: Fri. 11/9, 3-5PM in 306 Soda (HP Auditorium) Midterm #2 (Thursday 11/15 in Sibley Auditorium): Material of Lectures 11-18 (HW# 7-10; Chapters 6,9,11) 4 pgs of notes (double-sided, 8.5”×11”), calculator allowed.

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Lecture 20:

Lecture 20:. Wine Complexity and Quality. Many definitions of wine “Quality” center on “Complexity” How does one define “harmonious”?. Harmonious Complexity : The flavors and aromas present meld well, so well that they become difficult to distinguish. Wine Flavor/Aroma Families. Food: Plant

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Lecture 20: Color Design and Typography

Lecture 20: Color Design and Typography. PS3, RS3 due Sunday GR4 due one week from Sunday. UI Hall of Fame or Shame?. Source: UI Hall of Shame. Nanoquiz. closed book, closed notes submit before time is up (paper or web) we’ll show a timer for the last 20 seconds. 10. 12. 13. 14.

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Lecture 20

Lecture 20. Chemical Reaction Engineering (CRE) is the field that studies the rates and mechanisms of chemical reactions and the design of the reactors in which they take place. Last Lecture Energy Balance Fundamentals. Substituting for . Web Lecture 20 Class Lecture 16-Thursday 3/14/2013.

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Lecture 20

Lecture 20. Chemical Reaction Engineering (CRE) is the field that studies the rates and mechanisms of chemical reactions and the design of the reactors in which they take place. Last Lecture. Substituting for . Lecture 20 – 3/10/2011. User friendly Energy Balance Derivations Adiabatic

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Lecture # 20

Lecture # 20. Type Systems. Type Systems. A type system defines a set of types and rules to assign types to programming language constructs Informal type system rules, for example “ if both operands of addition are of type integer, then the result is of type integer ”

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Lecture 20

Lecture 20. Comparing groups Cox PHM. Comparing two or more samples. Anova type approach where τ is the largest time for which all groups have at least one subject at risk Data can be right-censored for the tests we will discuss. Notation.

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LECTURE 2: COLOR

LECTURE 2: COLOR. Light entering a prism and being split into colors. The “Color Wheel” (as developed from Newton’s “Color Circle”). Joan Miro, “Foundation Tapestry,” 1979. Bhandutta, “Rasamanjari Book,” 1615-20. Masaccio, “Rendering Tribute Money,” 1425-28.

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Lecture 20

Lecture 20. DESIGNING TRAINING PROGRAMS. INTRODUCTION. This Learning Topic gives a broad overview of learning program design, including: the definition of a learning program how learning programs relate to learning bigger learning strategies

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Lecture 20

Lecture 20. Infinitive (II). Teaching Contents. 20.1 Adjective + infinitive 20.2 Noun (phrase) + infinitive 20.3 Verb + infinitive. 20.1 Adjective + infinitive

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Lecture 20

Lecture 20. OUTLINE The MOSFET (cont’d) Qualitative theory Field-effect mobility Long-channel I - V characteristics Reading : Pierret 17.2, 18.3.4 ; Hu 6.3-6.6. depletion layer. Qualitative Theory of the NMOSFET. V GS < V T :.

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Lecture 20

Lecture 20. OUTLINE The MOSFET (cont’d) Long-channel I - V characteristics Reading : Pierret 17.2; Hu 6.6. Derivation of NMOSFET I - V. V D > V S Current in the channel flows by drift Channel voltage V C ( y ) varies continuously between the source and the drain

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Lecture 20:

Lecture 20:. Circuit Minimization Karnaugh Maps (K-Maps). The Relationship Between Venn Diagrams and Karnaugh Maps. Examples of Simplifying Groups of Terms in K-Maps. Karnaugh Maps (K-Maps) We will use a K-map to simplify the follwing expression. F(x,y,z) = xy’z’ + x’y’z + xz’ + y’z + x’

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Lecture 20

Lecture 20. Electromagnetic Waves Nature of Light Reflection and Refraction. Fig. 22-CO, p.726. Electromagnetic Waves are Transverse Waves. The and fields are perpendicular to each other Both fields are perpendicular to the direction of motion Therefore, em waves are transverse waves.

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Lecture 20

Lecture 20. CSE 331 Oct 21, 2009. Algorithm for Interval Scheduling. R : set of requests. Set A to be the empty set. While R is not empty. Choose i in R with the earliest finish time. Add i to A. Remove all requests that conflict with i from R. A is optimal. Return A.

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Lecture 20

Lecture 20. Dictionaries. What is a dictionary?. In a list we can identify an retrieve an item by its position or index. A dictionary uses key, value pairs. This association between a key and its value is called a mapping . Here is an example of a dictionary:

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Lecture 20

Physics 2102 Jonathan Dowling. Lecture 20. Ch. 31: Electrical Oscillations, LC Circuits, Alternating Current. What are we going to learn? A road map. Electric charge  Electric force on other electric charges  Electric field , and electric potential

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Lecture 20

Lecture 20 . XML. Objectives. What semistructured data is . Concepts of the Object Exchange Model (OEM), a model for semistructured data . Basics of Lore, a semistructured DBMS, and its query language, Lorel . Main language elements of XML.

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Lecture 20

Lecture 20. A couple of quick additions to past topics: WCS keywords of FITS files Common AIPS tasks Back to XMM calibration hardness ratios photon index vs energy index. WCS keywords of FITS files. WCS stands for W orld C oordinate S ystem. http://fits.gsfc.nasa.gov/fits_wcs.html

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Lecture 20

Lecture 20. Stacks and Queues. Stacks, Queues and Priority Queues. Stacks first-in-last-out structure used for function evaluation (run-time stack) very useful for backtracking algorithms Heavily used in compiler design Queues first-in-first-out structure

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Lecture 20

Lecture 20. First order circuit step response Nonzero initial conditions and multiple sources Steady-state response and DC gain Bias points and nominal operating conditions Introduction to second order systems Related educational modules: Section 2.5.1. First order system step response.

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Lecture 20

Lecture 20. Models of Computation II (S&G, ch. 10). Read S&G ch. 11 (Using & Managing Data) for next week. M. M. x. y. Ordinary Turing Machine. We can design a Turing machine M for a specific purpose For each allowable input x it produces the corresponding output y. U. U. m x. y.

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