Difference between revisions of "Group08 application"
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− | | Sub tab | + | | '''FLOW graph''' || '''Instructions''' |
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+ | |Sub tab 1: Aggregation Filter | ||
[[File:Tab 4.png|frameless|500px]] | [[File:Tab 4.png|frameless|500px]] | ||
|| This tab shows and analyze the Flow of passenger from region to region. The first sub tab ‘Aggregation Filters’ filters, aggregate and prepare the data for later analysis. | || This tab shows and analyze the Flow of passenger from region to region. The first sub tab ‘Aggregation Filters’ filters, aggregate and prepare the data for later analysis. | ||
− | [1] After clicking on the Flow tab, 4 sub tabs will appear. Important Note: ‘Aggregation Filters’ is the first step to further flow analysis, it should first be filled before proceeding to the other tabs under Flow. | + | [1] After clicking on the Flow tab, 4 sub tabs will appear. |
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+ | '''Important Note''': ‘Aggregation Filters’ is the first step to further flow analysis, it should first be filled before proceeding to the other tabs under Flow. | ||
[2] Since we are looking at the flow of passenger from region to region, first we have to choose which the Source and Destination of the flow. The filters consist of a radio button for ‘Planning Area’ / ‘Subzone’ and a selector for ‘From Planning Area’ (Source) and ‘To Planning Area’ (Destination). You can input multiple regions in both ‘From Planning Area’ and ‘To Planning Area’ filter. | [2] Since we are looking at the flow of passenger from region to region, first we have to choose which the Source and Destination of the flow. The filters consist of a radio button for ‘Planning Area’ / ‘Subzone’ and a selector for ‘From Planning Area’ (Source) and ‘To Planning Area’ (Destination). You can input multiple regions in both ‘From Planning Area’ and ‘To Planning Area’ filter. | ||
− | [3] A data table here shows your selected Source Busstop and Destination Busstop. There is also a download button below the table to download the table if the user want to see the input data | + | [3] A data table here shows your selected Source Busstop and Destination Busstop. There is also a download button below the table to download the table if the user want to see the input data for further analysis in tabular form. |
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− | | Sub tab | + | | Sub tab 2: Treemap |
[[File:Tab 5.png|frameless|500px]] | [[File:Tab 5.png|frameless|500px]] | ||
|| Next, after filling in the inputs at Aggregation Filter, the map on Flow Map will be populated on the second tab of Flow. | || Next, after filling in the inputs at Aggregation Filter, the map on Flow Map will be populated on the second tab of Flow. | ||
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+ | | Sub tab 3: Flow Map | ||
+ | [[File:Tab 10.png|frameless|500px]] | ||
+ | || This third tab of Flow shows a Sankey diagram of the selected Source and Destination from the Aggregation Filters tab. | ||
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+ | [1] The flow map shows the movement of people from region to region. The nodes are colored blue for Source and Green for Destination, the size of the nodes represents the number of people traveling to/from the regions. The thickness of the line corresponds to the volume of travel between the regions. | ||
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+ | [2] Below the map there are filters for edge weights, node weights, type of day, and from/to district. Especially when the user choose many source to many destination which will create a noisy map, the filters would be helpful providing clarity. | ||
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| '''GW REGRESSION TAB'''|| '''Instructions''' | | '''GW REGRESSION TAB'''|| '''Instructions''' | ||
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In the final tab of flow, we have the origin destination matrix. | In the final tab of flow, we have the origin destination matrix. | ||
− | [1] | + | [1] On the left you can find filters relating to First Flow methods, minimun flow size for first flow, and select minimun flow size for dominance matrix. |
− | + | [2] On the right you can find two | |
− | [2] | ||
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Revision as of 18:19, 26 April 2020
Rshiny application: [Click here]
Github: [Click here]