This document provides Windows 7 keyboard shortcuts for:
- Maximizing, minimizing, restoring windows and switching between them.
- Docking windows, activating taskbar programs, hiding windows and showing the desktop.
- Opening system properties, flipping between windows, and showing notifications.
The document provides instructions for students learning to play the keyboard. It discusses caring for mini keyboards and full size keyboards, which cost $50-100 to replace if damaged. It emphasizes playing with proper technique and fingering, going slowly, and following directions. The goals are to learn melody, rhythm, and later chords. Students will work through the John Thompson keyboard book one step at a time with playing tests and group performances. Care for the lesson books is also emphasized since they cost $10 each to replace.
This document provides a summary of keyboard shortcuts for Windows, including shortcuts using the Windows logo key, Alt key, Ctrl key, and shortcuts for dialog boxes and Windows Explorer. It also includes shortcuts for Microsoft Natural Keyboard and shortcuts that can be used without a mouse.
This document discusses icon design for different operating systems and platforms. It provides guidance on icon sizes for OS X, Windows, and Linux. Key recommendations include keeping icons simple yet memorable, using consistent lighting, and making icons fun when possible. Examples are given of icon creation workflows using free and open-source tools like Inkscape and online converters. Guidelines are offered for metaphor and abstraction in icon design.
Shortcuts of computer
shortcuts of computer saves time, helpful for compelition of task, increase accuracy
Muhammad Nadeem Zaman Wattu
M.Phil (Edu) LLB
Proper keyboarding techniques include maintaining an upright posture with shoulders down and arms relaxed, keeping elbows level with the keyboard and eyes level with the computer monitor. Using proper finger positioning with curved fingers and wrists lifted off the keyboard surface can improve both speed and accuracy.
Shortcut keys help provide an easier and usually quicker method of navigating and executing commands in computer software programs. Shortcut keys are commonly accessed by using the Alt key (on IBM compatible computers), Ctrl key, or Shift key in conjunction with another key.
This document provides Windows 7 keyboard shortcuts for:
- Maximizing, minimizing, restoring windows and switching between them.
- Docking windows, activating taskbar programs, hiding windows and showing the desktop.
- Opening system properties, flipping between windows, and showing notifications.
The document provides instructions for students learning to play the keyboard. It discusses caring for mini keyboards and full size keyboards, which cost $50-100 to replace if damaged. It emphasizes playing with proper technique and fingering, going slowly, and following directions. The goals are to learn melody, rhythm, and later chords. Students will work through the John Thompson keyboard book one step at a time with playing tests and group performances. Care for the lesson books is also emphasized since they cost $10 each to replace.
This document provides a summary of keyboard shortcuts for Windows, including shortcuts using the Windows logo key, Alt key, Ctrl key, and shortcuts for dialog boxes and Windows Explorer. It also includes shortcuts for Microsoft Natural Keyboard and shortcuts that can be used without a mouse.
This document discusses icon design for different operating systems and platforms. It provides guidance on icon sizes for OS X, Windows, and Linux. Key recommendations include keeping icons simple yet memorable, using consistent lighting, and making icons fun when possible. Examples are given of icon creation workflows using free and open-source tools like Inkscape and online converters. Guidelines are offered for metaphor and abstraction in icon design.
Shortcuts of computer
shortcuts of computer saves time, helpful for compelition of task, increase accuracy
Muhammad Nadeem Zaman Wattu
M.Phil (Edu) LLB
Proper keyboarding techniques include maintaining an upright posture with shoulders down and arms relaxed, keeping elbows level with the keyboard and eyes level with the computer monitor. Using proper finger positioning with curved fingers and wrists lifted off the keyboard surface can improve both speed and accuracy.
Shortcut keys help provide an easier and usually quicker method of navigating and executing commands in computer software programs. Shortcut keys are commonly accessed by using the Alt key (on IBM compatible computers), Ctrl key, or Shift key in conjunction with another key.
1. The document discusses how emotions guide attention and influence behavior, even unconsciously. Traditional marketing research fails to measure this unconscious processing.
2. Emotion Tool uses eye tracking to measure emotional responses and visual attention unconsciously by analyzing eye gaze, blinks, and pupil dilation. This provides a higher resolution look at subconscious processing compared to other methods like GSR.
3. A case study example is given of Bang & Olufsen using Emotion Tool to test visual and emotional attention for different ad approaches and optimize their new marketing campaign.
This document provides a price list for eye tracking and emotion analysis software and services from iMotions. It lists the following license and service options:
1. A "pay as you go" license that charges per credit used for data collection and includes analysis functions.
2. An analysis-only license for clients who outsource data collection.
3. A traditional license that provides unlimited credits for a one-time fee and annual maintenance.
It also provides prices for eye tracking hardware, training and consulting services, and explains credit usage and discounts for software licenses.
The most current release of Tobii Studio is version 2.0 which contains significant increases in stability, speed and functionality. Read about the updates here.
The document discusses various usability considerations for designing online forms, including:
- Users have a "narrow focus" when reading forms, looking mainly at labels and the left side of fields.
- Label placement above or right-aligned works best according to studies, though it depends on form complexity and user goals.
- Required field indicators are best placed at the top of fields rather than at the end.
- "False end" screens without fields can cause users to stop prematurely. Guide users around these or save for the true end.
Keeping It Real While Thinking Aloudensuring Credibility Of Eyetracking Usabi...Acuity ETS Limited
The document discusses challenges with using eye tracking and think aloud protocols together in usability studies. It notes that a user's speech can influence their gaze, and questions asked may influence reactions in unintended ways. It recommends defining specific "checkpoint" situations to analyze, like when a user first views a product list, rather than trying to summarize all data. The document concludes by emphasizing the importance of planning what data to analyze and questions to ask beforehand to get reliable and comparable results across participants.
This document discusses using eye tracking to study how people with dyslexia navigate and interact with websites. It proposes conducting an exploratory study comparing the eye movements and web navigation behaviors of dyslexic users to non-dyslexic users. The study would analyze visual attention patterns, scan paths, fixations, and other eye tracking metrics to better understand how dyslexia impacts the web navigation process and identify design improvements to make websites more accessible.
This document discusses integrating Tobii eye tracking software with E-Prime experiment design software. It describes how E-Prime can be used for stimulus presentation and response collection while Tobii Studio collects eye movement data. It also outlines how the TET and ClearView packages in E-Prime allow communication with Tobii eye trackers to control data collection and send events between the software. Finally, it provides an overview of the modules and objects used in E-Prime experiments.
The document provides an overview of eye tracking applications for advertising testing, psychology research, and usability studies. It describes how eye tracking can provide objective metrics on what users look at, how long they look, and their viewing patterns. The tutorial also demonstrates how eye tracking can be used in various settings and applications, from web and mobile usability to advertising pre-testing.
The document outlines 8 critical usability tips for designing effective user interfaces. Tip 1 discusses keeping navigation simple and obvious. Tip 2 recommends using less navigation elements. Tip 3 advises using visual cues to guide users' eyes. Tip 4 suggests creating scannable content. Tip 5 stresses making the next step clearly obvious. Tip 6 promotes searching and refining. Tip 7 discusses invoking reciprocity, social validation, and similarity. And Tip 8 proposes finding the right social networks and providing thought leadership. The tips focus on navigation, content, interaction, and persuasion techniques.
Tobii eye tracking technology allows researchers to visualize participants' eye movements and engagement with various stimuli like print ads, websites, and TV commercials. By measuring both conscious and unconscious reactions, eye tracking provides objective insights into how information is processed and decisions are made. Tobii offers eye trackers, analysis software, training, and services through their Tobii ForSight package, which allows companies to add eye tracking capabilities without large upfront investments.
Tobii eye tracking technology allows users to gain insights into how people view and interact with digital content and physical products through eye movement data. Their eye trackers can be integrated into monitors or used as standalone devices, and work with Tobii Studio analysis software to visualize fixation times, heat maps, and other metrics. This helps businesses optimize designs, measure marketing effectiveness, and improve usability. Tobii also offers the Tobii ForSight package which provides eye tracking hardware, software, and services on a subscription model.
The document provides instructions for setting up and using the Tobii X60 and X120 eye trackers. It discusses connecting the eye tracker to a computer via an Ethernet connection, installing necessary software, and configuring network settings. It also provides guidelines for product care, safety information, and instructions for configuring the physical setup and parameters using the X120 Configuration Tool. Troubleshooting tips and specifications for the eye trackers are included in appendices.
1. The document discusses how emotions guide attention and influence behavior, even unconsciously. Traditional marketing research fails to measure this unconscious processing.
2. Emotion Tool uses eye tracking to measure emotional responses and visual attention unconsciously by analyzing eye gaze, blinks, and pupil dilation. This provides a higher resolution look at subconscious processing compared to other methods like GSR.
3. A case study example is given of Bang & Olufsen using Emotion Tool to test visual and emotional attention for different ad approaches and optimize their new marketing campaign.
This document provides a price list for eye tracking and emotion analysis software and services from iMotions. It lists the following license and service options:
1. A "pay as you go" license that charges per credit used for data collection and includes analysis functions.
2. An analysis-only license for clients who outsource data collection.
3. A traditional license that provides unlimited credits for a one-time fee and annual maintenance.
It also provides prices for eye tracking hardware, training and consulting services, and explains credit usage and discounts for software licenses.
The most current release of Tobii Studio is version 2.0 which contains significant increases in stability, speed and functionality. Read about the updates here.
The document discusses various usability considerations for designing online forms, including:
- Users have a "narrow focus" when reading forms, looking mainly at labels and the left side of fields.
- Label placement above or right-aligned works best according to studies, though it depends on form complexity and user goals.
- Required field indicators are best placed at the top of fields rather than at the end.
- "False end" screens without fields can cause users to stop prematurely. Guide users around these or save for the true end.
Keeping It Real While Thinking Aloudensuring Credibility Of Eyetracking Usabi...Acuity ETS Limited
The document discusses challenges with using eye tracking and think aloud protocols together in usability studies. It notes that a user's speech can influence their gaze, and questions asked may influence reactions in unintended ways. It recommends defining specific "checkpoint" situations to analyze, like when a user first views a product list, rather than trying to summarize all data. The document concludes by emphasizing the importance of planning what data to analyze and questions to ask beforehand to get reliable and comparable results across participants.
This document discusses using eye tracking to study how people with dyslexia navigate and interact with websites. It proposes conducting an exploratory study comparing the eye movements and web navigation behaviors of dyslexic users to non-dyslexic users. The study would analyze visual attention patterns, scan paths, fixations, and other eye tracking metrics to better understand how dyslexia impacts the web navigation process and identify design improvements to make websites more accessible.
This document discusses integrating Tobii eye tracking software with E-Prime experiment design software. It describes how E-Prime can be used for stimulus presentation and response collection while Tobii Studio collects eye movement data. It also outlines how the TET and ClearView packages in E-Prime allow communication with Tobii eye trackers to control data collection and send events between the software. Finally, it provides an overview of the modules and objects used in E-Prime experiments.
The document provides an overview of eye tracking applications for advertising testing, psychology research, and usability studies. It describes how eye tracking can provide objective metrics on what users look at, how long they look, and their viewing patterns. The tutorial also demonstrates how eye tracking can be used in various settings and applications, from web and mobile usability to advertising pre-testing.
The document outlines 8 critical usability tips for designing effective user interfaces. Tip 1 discusses keeping navigation simple and obvious. Tip 2 recommends using less navigation elements. Tip 3 advises using visual cues to guide users' eyes. Tip 4 suggests creating scannable content. Tip 5 stresses making the next step clearly obvious. Tip 6 promotes searching and refining. Tip 7 discusses invoking reciprocity, social validation, and similarity. And Tip 8 proposes finding the right social networks and providing thought leadership. The tips focus on navigation, content, interaction, and persuasion techniques.
Tobii eye tracking technology allows researchers to visualize participants' eye movements and engagement with various stimuli like print ads, websites, and TV commercials. By measuring both conscious and unconscious reactions, eye tracking provides objective insights into how information is processed and decisions are made. Tobii offers eye trackers, analysis software, training, and services through their Tobii ForSight package, which allows companies to add eye tracking capabilities without large upfront investments.
Tobii eye tracking technology allows users to gain insights into how people view and interact with digital content and physical products through eye movement data. Their eye trackers can be integrated into monitors or used as standalone devices, and work with Tobii Studio analysis software to visualize fixation times, heat maps, and other metrics. This helps businesses optimize designs, measure marketing effectiveness, and improve usability. Tobii also offers the Tobii ForSight package which provides eye tracking hardware, software, and services on a subscription model.
The document provides instructions for setting up and using the Tobii X60 and X120 eye trackers. It discusses connecting the eye tracker to a computer via an Ethernet connection, installing necessary software, and configuring network settings. It also provides guidelines for product care, safety information, and instructions for configuring the physical setup and parameters using the X120 Configuration Tool. Troubleshooting tips and specifications for the eye trackers are included in appendices.
1. Tobii Studio Keyboard Shortcut Guide – March 2010
Can be used in the following areas of Studio...
Function Keyboard shortcut
Testing Design Replay Visualisation Statistics
Advance stimuli F10 (Can also be user defined) x
Event markers Defined by the user x x
Exit fullscreen replay ESC x
Export project archive Ctrl + E x x x x
Fast forward (in replay when playing) Right arrow x
Frame advance (in replay when paused) Right arrow x
Frame rewind (in replay when paused) Left arrow x
Help F1 x x x x
Import project archive Ctrl + I x x x x
Live viewer (open) Ctrl + L x x x x
Minimize to system tray Ctrl + M x
New project Ctrl + N x x x x
Open project Ctrl + O x x x x
Pause replay Space x
Quit test ESC (Can also be user defined) x
Rewind (in replay when playing) Left arrow x
Skip between areas of Studio Left and right arrow x x x x
Timeline (show in full screen replay) T x
Track status (show) Ctrl + T x x x x
Unlock test Ctrl + U x x x x
User camera (descrease opacity in replay) Down arrow x
User camera (increase opacity in replay) Up arrow x
User camera (show in full screen replay) E x
Acuity ETS Limited – UK and Ireland reseller for Tobii eye tracking equipment. Visit us at www.acuity-ets.com or follow us on Twitter @AcuityETS