Human Computer Interaction Slide 5

Slides:



Advertisements
Similar presentations
Chris Burfitt Designing for Colour Blindness. What do we mean by ‘Colour Blind’? Actual colour blindness (Monochromacy) is very rare We’re usually talking.
Advertisements

Effective Color Contrast: Designing for People with Partial Sight and Color Deficiencies CSE 491 Michigan State University Fall 2007 Kraemer.
CS 235: User Interface Design March 5 Class Meeting Department of Computer Science San Jose State University Spring 2015 Instructor: Ron Mak
1 Computational Vision CSCI 363, Fall 2012 Lecture 33 Color.
Objective: To know why optical illusions occur.
2/23/051 Human Abilities: Color, Vision, & Perception CS 160, Spring 2005 Slides from: James Landay.
1 SIMS 247: Information Visualization and Presentation Marti Hearst Sept 19, 2005.
A (Uncolorful) Lecture on Color for UI’s Use of Color in UI Design (not ready for distribution) laura leventhal.
Cognitive and physiological design drivers Judy Kay CHAI: Computer human adapted interaction research group School of Information Technologies.
Color Vision: Sensing a Colorful World
Color Theory in Web Design Web Design – Sec 2-2. Objectives  The student will: –Have a better understanding of effective use of color on the web. –Be.
1 Perception and VR MONT 104S, Fall 2008 Lecture 7 Seeing Color.
Academic Scientists at Work
Ch 9 Colors Yonglei Tao School of Computing & Info Systems GVSU.
Animation for Teaching High Contrast Between Colors Distinctive Colors Black Red, Green, Yellow, Blue, Black, and White Click here to view elements of.
Human Perception of Light
Color Theory in Web Design Web Design – Sec 2-2. Objectives  The student will: –Have a better understanding of effective use of color on the web. –Be.
Mind, Brain & Behavior Wednesday February 19, 2003.
Sources Addison Wesley and Plimmer 2009 The Human Perceptual System Using Colour in Interaction Design Colour Concerns for Interaction Design Technical.
Color Blindness “Color Vision Deficiency”. What is it? Our eyes determine Color the wavelength of a light seen Photoreceptors send Chemical messages to.
 the relationship between colors  Primary Colors: colors that cant be made by mixing other colors (red, yellow, blue)  Secondary Colors: Colors made.
How many colors do our eyes really detect?. ANSWER: 3.
Color Theory. Primary Colors Colors that cannot be created by mixing others.
In The Name of God. 2 Instructional Media 4 Anxiety of staff : Select : 1-Task factor 2- learner factor 3- Economic/ Available Known Correcting Function.
Graphics and Desktop Publishing Objective 1.02: Investigate Design Principles and Elements.
Color Selection in Web Design
Color Wheel/Color Theory
Our Color vision is Limited
Vision.
Color Selection in Web Design
How to Start This PowerPoint® Tutorial
Color Theory in Web Design
Yonglei Tao School of Computing & Info Systems GVSU
FLIPPED CLASS ROOM ACTIVITY CONSTRUCTOR-USING EXISTING CONTENT
Graphics – Day 1.
Unit 3 – Driver Physical Fitness
Making Interactive Information Points (IIP’s) That Audiences Will Love
COLOR SCHEMES Students will Identify, create, and present visual examples of major color schemes.
Chapter II Color Theory.
Pengkayaan Materi: Guidelines, Principles, and Theories -> COLOR
Visual Perception.
Investigating Color In the Classroom
Elements of Art and Principles of Design Prisms
Factors that Affect Your Driving Ability
Introduction to Computers
Optical Illusions.
ERGONOMICS VISUAL DISPLAY.
Chapter 6 (C): Vision.
How to Start This PowerPoint® Tutorial
The Nature of Light Light is described in wavelengths
Directions: You will need a quiet semi-dark place to complete this lab
The Use of Color in User Interfaces
How To Give an Effective Presentation
Questions for lesson 3 Perception 11/27/2018 lesson 3.
PowerPoint Presentation Guidelines
Color in Fashion.
Kindergarten Homework
PowerPoint Presentation Guidelines
What Color is it?.
Cooper Part II Making Well-Behaved Products Visual Design
Designing with the Mind in Mind By Jeff Johnson
S&P what’s left?.
Chapter 6.1 Human Vision.
(Do Now) Journal What is psychophysics? How does it connect sensation with perception? What is an absolute threshold? What are some implications of Signal.
Human and Computer Interaction (H.C.I.) &Communication Skills
What is Interaction? Communication User  System
OPTICAL ILLUSIONS.
How to Create Effective PowerPoint Presentations
Successive contrast Simultaneous contrast
Psychology Chapter 4 Section 2: Vision
Presentation transcript:

Human Computer Interaction Slide 5 Lecturer: Gokhan GUMUS

Dhose the design really affect? Look at the given pictures and think about what sort of view do you want to see? And explain why? Lecturer: Gokhan GUMUS

Is Being Structured Enough? Is it really enough to be structured, for making the presentation, short, summarized and clear enough? Look at the given picture and pick one of them and tell the reason about why didyou pick that option... Lecturer: Gokhan GUMUS

Is Being Structured Enough? Is it really enough to be structured, for making the presentation, short, summarized and clear enough? Look at the given picture and pick one of them and tell the reason about why didyou pick that option... The difference was because of obeying (or not) some of the design rules what we had discussed before (gestalt rules) Lecturer: Gokhan GUMUS

Long or Short numbers When you want to enter a date into the system which design do you prefere? Lecturer: Gokhan GUMUS

Long or Short numbers When you want to fill a form about credit card information or mobile phone which design do you prefere? Lecturer: Gokhan GUMUS

Structure the text... In case if you want to give/take some information from a text, Which way do you prefere? Lecturer: Gokhan GUMUS

So What?... We have discussed 5 different conditions... So what do you understand in the frame of HCI ? Lecturer: Gokhan GUMUS

In very simple, we can say that; “We seek and use visual structure”. So What?... In very simple, we can say that; “We seek and use visual structure”. But being structured is not enough, we should also obey the design rules, such as gestalt rules. Lecturer: Gokhan GUMUS

We have limited sight You can develop the best design, but it will be meaningless if there is no ...... Lecturer: Gokhan GUMUS

Our ability to distinguish colors depends on how colors are presented. We have limited sight Human color perception has both strengths and limitations. Many of those strengths and limitations are relevant to user interface design: Our vision is optimized to detect contrasts (edges), not absolute brightness. Our ability to distinguish colors depends on how colors are presented. Some people have color-blindness. The user’s display and the viewing conditions affect color perception. Lecturer: Gokhan GUMUS

Now you will see two circles, Tell me what are their difference? We have limited sight Vision is optimized to detect contrasts (edges), not absolute brightness Now you will see two circles, Tell me what are their difference? Lecturer: Gokhan GUMUS

Look at place “A” and “B”, tell the differences... We have limited sight Vision is optimized to detect contrasts (edges), not absolute brightness Look at place “A” and “B”, tell the differences... Lecturer: Gokhan GUMUS

Ability to distinguish colors depends on how colors are presented; We have limited sight Ability to distinguish colors depends on how colors are presented; Paleness: The paler (less saturated) two colors are, the harder it is to tell them apart Lecturer: Gokhan GUMUS

Ability to distinguish colors depends on how colors are presented; We have limited sight Ability to distinguish colors depends on how colors are presented; Color patch size: The smaller or thinner objects are, the harder it is to distinguish their colors. Text is often thin, so the exact color of text is often hard to determine. Lecturer: Gokhan GUMUS

Ability to distinguish colors depends on how colors are presented; We have limited sight Ability to distinguish colors depends on how colors are presented; Separation: The more separated color patches are, the more difficult it is to distinguish their colors, especially if the separation is great enough to require eye motion between patches Lecturer: Gokhan GUMUS

Ability to distinguish colors depends on how colors are presented; We have limited sight Ability to distinguish colors depends on how colors are presented; Lecturer: Gokhan GUMUS

1) Try to find a circle, star, and/or square on the Demonstration Card We have limited sight Colorblindness; 1) Try to find a circle, star, and/or square on the Demonstration Card Lecturer: Gokhan GUMUS

2) Try and find a circle, star, and/or square in 3 seconds. We have limited sight Colorblindness; 2) Try and find a circle, star, and/or square in 3 seconds. Lecturer: Gokhan GUMUS

3) Try and find a circle, star, and/or square in 3 seconds. We have limited sight Colorblindness; 3) Try and find a circle, star, and/or square in 3 seconds. Lecturer: Gokhan GUMUS

We have limited sight Colorblindness; 4) Try and find a dog, boat, balloon, or car (as shown in the  below demonstration card) on Card 3 seconds. Lecturer: Gokhan GUMUS

1) a circle, star, and square We have limited sight Colorblindness; Answers; 1) a circle, star, and square 2) yellow square and a "faint" brown circle 3) yellow circle and a "faint" brown square. 4) a "faint" brown boat. Lecturer: Gokhan GUMUS

External factors that influence the ability to distinguish colors; We have limited sight External factors that influence the ability to distinguish colors; Variation among color displays: Computer displays vary in how they display colors, depending on their technologies, driver software, or color settings. Even monitors of the same model with the same settings may display colors slightly differently. Something that looks yellow on one display may look beige on another. Colors that are clearly different on one may look the same on another. Lecturer: Gokhan GUMUS

External factors that influence the ability to distinguish colors; We have limited sight External factors that influence the ability to distinguish colors; Grayscale displays: Although most displays these days are color, there are devices, especially small hand-held ones, with grayscale displays. Grayscale display can make areas of different colors look the same. Lecturer: Gokhan GUMUS

External factors that influence the ability to distinguish colors; We have limited sight External factors that influence the ability to distinguish colors; Display angle: Some computer displays, particularly LCD ones, work much better when viewed straight on than when viewed from an angle. When LCD displays are viewed at an angle, colors—and color differences—often are altered. Lecturer: Gokhan GUMUS

External factors that influence the ability to distinguish colors; We have limited sight External factors that influence the ability to distinguish colors; Ambient illumination: Strong light on a display washes out colors before it washes out light and dark areas, reducing color displays to grayscale ones, as anyone who has tried to use a bank ATM in direct sunlight knows. In offices, glare and venetian blind shadows can mask color differences. Lecturer: Gokhan GUMUS

Guidelines For Using Colors; We have limited sight Guidelines For Using Colors; 1. Distinguish colors by saturation and brightness as well as hue. (tip: If you can’t distinguish the colors when they are rendered in grays, they aren’t different enough. ) 2. Use distinctive colors. (red, green, blue, black, white... ) 3. Avoid color pairs that color-blind people cannot distinguish. 4. Use color redundantly with other cues. 5. Separate strong opponent colors. Lecturer: Gokhan GUMUS