CSC/ECE 517 Fall 2017/E1792 OSS Visualizations for instructors: Difference between revisions
No edit summary |
No edit summary |
||
| Line 3: | Line 3: | ||
== '''Issue Statement:''' == | == '''Issue Statement:''' == | ||
'''Issue 1''' | '''Issue 1:''' For links in each cell. We are not sure what will happen if we click the link and which page will open. | ||
'''Approach to solve issue 1''' | '''Approach to solve issue 1:''' The issue is about the cell contains link to different pages in expertiza, but there is no way to know which cell is linked to which page. So user don't know the destination page when he/she clicks on some page. So we know that there is link in each cell, so we will show a hove over text displaying the link of the destination page.\ | ||
'''Issue 2:'''The scale is blue to green, which does not make sense. And colors will change randomly each time loading the page. It will be better to scale from red to green. | |||
'''Approach to solve issue 2:''' Here the color coding is blue to green and also it changes randomly. So we will use RBG color coding to make it red to green. We will use percentage to decide color coding. For example if it between 0 - 20% then make it red and so on. This way no matter what scale is being used it will always have appropriate color coding. | |||
Revision as of 02:00, 7 November 2017
Visualisations for instructors
Issue Statement:
Issue 1: For links in each cell. We are not sure what will happen if we click the link and which page will open.
Approach to solve issue 1: The issue is about the cell contains link to different pages in expertiza, but there is no way to know which cell is linked to which page. So user don't know the destination page when he/she clicks on some page. So we know that there is link in each cell, so we will show a hove over text displaying the link of the destination page.\
Issue 2:The scale is blue to green, which does not make sense. And colors will change randomly each time loading the page. It will be better to scale from red to green.
Approach to solve issue 2: Here the color coding is blue to green and also it changes randomly. So we will use RBG color coding to make it red to green. We will use percentage to decide color coding. For example if it between 0 - 20% then make it red and so on. This way no matter what scale is being used it will always have appropriate color coding.