IS428 2019-1920 T1 Assign LeeSunho Interactive Visualization

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Presentation.png
Interactive Visualization


Problem & Motivation


Data Exploration & Transformation Process

Interactive Visualization


Insight

Taks one

Emergency responders will base their initial response on the earthquake shake map. Use visual analytics to determine how their response should change based on damage reports from citizens on the ground. How would you prioritize neighborhoods for response? Which parts of the city are hardest hit? Limit your response to 1000 words and 10 images.


As the emergency responders of St. Himark have limited resources, it is imperative that they are able to prioritize certain areas in the city during the natural disaster. They can do so by basing their initial response on the earthquake shake map. Using visual analytics, I have created two live dashboards which will report the various data regarding the earthquakes. Through this dashboard, the emergency responders will be able to answer several important questions such as: “How to prioritize which neighbourhoods for response?” and “Which parts of the city are hardest hit?”

Live Dashboard

Question1...png

The first dashboard provides a more micro view of the data by showing the user the earthquake intensities grouped by the different regions on specific dates and times. On the top right corner of the dashboard, emergency responders are able to adjust the date to see the intensity of the earthquake on those specific days. This dashboard currently is split into five different sections: line chart, cartogram, intensity counter, heat map, and box plot. I will now be explaining each of the different sections in detail.

Overll Summary
Question1 2.png

bla bla


Explanation Visual Representation
1.Cartogram </font


description

Carogram chart.jpg
2.LINE</font


line

Line Chart question 1.jpg
3.Heat Map</font


HEat


Two terminologies used in the analysis need to be clarified before we move on to the analysis result, paths vs sequences.



Heatmap perday.png
4.Box" analysis </font


Box


Question1 boxchart.jpg
5. Total Summary Intensity level from 6th April to 11th April </font


Box


Question1 total.png
6. Total Summary by region</font


Box


Quesiont1 total2.png
7. Total Summary data table</font


Box


Question1 total3.png


8. Total Summary for Class</font


Box


Question1 total4.png


9. Total Summary different level of intensity </font


Box


Question1 total5.png





Taks Two

How do conditions change over time? How does uncertainty in change over time? Describe the key changes you see. Limit your response to 500 words and 8 images.

hi


Explanation Visual Representation
1.Heatmap


description

During the major intensity

Question2 peakheat.jpg

After the major intensity

Afterheat question2.jpg
2.Bar Chart</font


line

During the major intensity
Question2 Peak comparison.png

After the major intensity

Question 2 nonePeak comparison.png
3.Data Table


HEat


Two terminologies used in the analysis need to be clarified before we move on to the analysis result, paths vs sequences.



Question2 Non reliable report.png

Taks Three

How do conditions change over time? How does uncertainty in change over time? Describe the key changes you see. Limit your response to 500 words and 8 images.

hi


Explanation Visual Representation
1.Region reported data analysis


description

Question3 region.png
2.Medical Certainty</font


line

Medical and shake intensity

Question3 medical.png

Region that has hospital

Question3 3.png