From Visual Analytics and Applications
Jump to navigation
Jump to search
VAST Challenge 2018: Suspense at the Wildlife Preserve
Mini Challenge 2 - Like a duck to water
Dashboard Design
| Description |
Illustration |
1. Scatter Plot: Distribution of Chemical Values in Past Years and Recent Years
- Since we want to show the trend of past years and recent years, we therefore define years before 2013 as Past, years after 2013 as Recent.
- Moreover, map out the color to better disdinguish these two situation. User can choose the chemicals by using the drop down menu.
|
|
2. Heat Map: Number of Records of Different Location by Year
- Location arranged by different streams.
- The darker the color, the higher the value.
|
|
3. Heat Map: Number of Records of Different weekdays
- All records from 1998 to 2016, arranged by month and weekdays.
- The darker the color, the higher the value.
|
|
4. Boxplot: Distribution of Chemical Value (Quarterly)
- Only years from 2013 to 2016 are used.
- Filter for different streams and chemical measurements.
- Grey line shows the trend line for each pane.
- Color mapped by different streams.
|
|
5. Control Chart: Distribution of Chemical Values by Location (1 std)
- Formulas for upper bound, lower bound and Outliers.
- Lowerbound: WINDOW_AVG(SUM([Value])) - (WINDOW_STDEV(SUM([Value])) * 1)
- Upperbound: WINDOW_AVG(SUM([Value])) + (WINDOW_STDEV(SUM([Value])) * 1)
- Outliers: SUM([Value]) < [Lower Bound] OR SUM([Value]) > [Upper Bound]
- Map outliers to color, blue means this value exceeds Upperbound or Lowerbound.
- Filter based on streams.
|
|
6. Map: Map of Value on Selected Chemical Measurement
- By changing the different chemical from boxplot, the map will keep changing.
- The color mapped out by different streams.
- the circle represent the value of this location, the bigger the circle, the higher the value.
- Hover on the location point, the tooltip will show the distribution of the selected chemical at this location.
|
|
