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thesis_data_traveltime_tooltip.html
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thesis_data_traveltime_tooltip.html
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<!-- This is the HTML code for the travel time comparison app tooltip. -->
<!-- for Sampo Vesanen's MSc thesis. 15.10.2020. -->
<div id='app-tooltip'>
<div>
<i class='icon hourglass-start'></i>%s, %s<br> <!-- from_zip, nimi[1] -->
<i class='icon hourglass-end'></i><b>%s, %s</b> <!-- zipcode, nimi -->
</div>
<hr class='tooltip-hr'>
<!-- TTM18 data -->
<div>
<i class='icon database'></i>
<b>Travel Time Matrix 2018</b>
</div>
<!-- TTM18 zipcode averages -->
<table class='tg tg-header'>
<tr>
<th class='tg-cell'></th>
<th class='tg-cell mover'><div>rush hour</div></th>
<th class='tg-cell'>midday</th>
<th class='tg-cell mover'><div>all, average</div></th>
</tr>
</table>
<table class='tg tg-flattop vl-sfp-wtd'>
<tr id='ttm-sfp'>
<td class='tg-cell mover'>
<div>
<div class='cell-abbr'>sfp</div>
<div class='cell-expl'>searching for parking (min)</div>
</div>
</td>
<td class='tg-cell'>%0.2f</td> <!-- ttm_sfp -->
<td class='tg-cell'>%0.2f</td> <!-- ttm_sfp -->
<td class='tg-cell'>%0.2f</td> <!-- ttm_sfp -->
</tr>
<tr id='ttm-wtd'>
<td class='tg-cell mover'>
<div>
<div class='cell-abbr'>wtd_avg</div>
<div class='cell-expl'>walk to destination, mean (min)</div>
</div>
</td>
<td class='tg-cell'>%0.2f</td> <!-- ttm_wtd -->
<td class='tg-cell'>%0.2f</td> <!-- ttm_wtd -->
<td class='tg-cell'>%0.2f</td> <!-- ttm_wtd -->
</tr>
</table>
<table class='tg'>
<tr class='tg vl-avg' id='ttm-avg'>
<td class='tg-cell mover'>
<div>
<div class='cell-abbr'>avg</div>
<div class='cell-expl'>mean duration of the total travel chain (min)</div>
</div>
</td>
<td class='tg-cell'>%0.2f</td> <!-- ttm_r_avg -->
<td class='tg-cell'>%0.2f</td> <!-- ttm_m_avg -->
<td class='tg-cell'>%0.2f</td> <!-- ttm_all_avg -->
</tr>
<tr class='tg vl-drive-pct' id='ttm-drivetime'>
<td class='tg-cell mover'>
<div>
<div class='cell-abbr'>drivetime</div>
<div class='cell-expl'>duration of the driving segment in the mean total travel chain (min)</div>
</div>
</td>
<td class='tg-cell'>%0.2f</td> <!-- ttm_r_drivetime -->
<td class='tg-cell'>%0.2f</td> <!-- ttm_m_drivetime -->
<td class='tg-cell'>%0.2f</td> <!-- ttm_all_drivetime -->
</tr>
<tr class='tg vl-drive-pct' id='ttm-pct'>
<td class='tg-cell mover'>
<div>
<div class='cell-abbr'>pct</div>
<div class='cell-expl'>share of the parking process in the total duration of the travel chain (%%)</div>
</div>
</td>
<td class='tg-cell'>%0.2f</td> <!-- ttm_r_pct -->
<td class='tg-cell'>%0.2f</td> <!-- ttm_m_pct -->
<td class='tg-cell'>%0.2f</td> <!-- ttm_all_pct -->
</tr>
</table>
<hr class='tooltip-hr'>
<!-- Thesis results data -->
<div>
<i class='icon poll'></i>
<b>Thesis data</b>, values in %s: %s <!-- zipcode, vals_in_zip -->
</div>
<table class='tg tg-header'>
<tr>
<th class='tg-cell'></th>
<th class='tg-cell mover'><div>rush hour</div></th>
<th class='tg-cell'>midday</th>
<th class='tg-cell mover'><div>all, average</div></th>
</tr>
</table>
<table class='tg tg-flattop vl-sfp-wtd'>
<tr id='thesis-sfp'>
<td class='tg-cell mover'>
<div>
<div class='cell-abbr'>sfp_avg</div>
<div class='cell-expl'>searching for parking, mean (min)</div>
</div>
</td>
<td class='tg-cell'>%0.2f</td> <!-- thesis_r_sfp -->
<td class='tg-cell'>%0.2f</td> <!-- thesis_m_sfp -->
<td class='tg-cell'>%0.2f</td> <!-- thesis_all_sfp -->
</tr>
<tr id='thesis-wtd'>
<td class='tg-cell mover'>
<div>
<div class='cell-abbr'>wtd_avg</div>
<div class='cell-expl'>walk to destination, mean (min)</div>
</div>
</td>
<td class='tg-cell'>%0.2f</td> <!-- thesis_r_wtd -->
<td class='tg-cell'>%0.2f</td> <!-- thesis_m_wtd -->
<td class='tg-cell'>%0.2f</td> <!-- thesis_all_wtd -->
</tr>
</table>
<table class='tg vl-drive-pct'>
<tr id='thesis-drivetime'>
<td class='tg-cell mover'>
<div>
<div class='cell-abbr'>drivetime</div>
<div class='cell-expl'>duration of the driving segment in the mean total travel chain (min)</div>
</div>
</td>
<td class='tg-cell'>%0.2f</td> <!-- thesis_r_drivetime -->
<td class='tg-cell'>%0.2f</td> <!-- thesis_m_drivetime -->
<td class='tg-cell'>%0.2f</td> <!-- thesis_all_drivetime -->
</tr>
<tr id='thesis-pct'>
<td class='tg-cell mover'>
<div>
<div class='cell-abbr'>pct</div>
<div class='cell-expl'>share of the parking process in the total travel chain (%%)</div>
</div>
</td>
<td class='tg-cell'>%0.2f</td> <!-- thesis_r_pct -->
<td class='tg-cell'>%0.2f</td> <!-- thesis_m_pct -->
<td class='tg-cell'>%0.2f</td> <!-- thesis_all_pct -->
</tr>
</table>
<hr class='tooltip-hr'>
<!-- Compare TTM18 and thesis data -->
<div>
<i class='icon exchange-alt'></i>
<b>Comparison of TTM18 and<br>
thesis data</b>
</div>
<table class='tg tg-header'>
<tr>
<th class='tg-cell'></th>
<th class='tg-cell mover'><div>rush hour</div></th>
<th class='tg-cell'>midday</th>
<th class='tg-cell mover'><div>all, average</div></th>
</tr>
</table>
<table class='tg tg-compare tg-flattop vl-sfp-wtd'>
<tr id='compare-sfp'>
<td class='tg-cell mover'>
<div>
<div class='cell-abbr'>sfp</div>
<div class='cell-expl'>compare datasets: searching for parking (%%)</div>
</div>
</td>
<td class='tg-cell compcol1'>%0.2f</td> <!-- comp_r_sfp -->
<td class='tg-cell compcol2'>%0.2f</td> <!-- comp_m_sfp -->
<td class='tg-cell compcol3'>%0.2f</td> <!-- comp_all_sfp -->
</tr>
<tr id='compare-wtd'>
<td class='tg-cell mover'>
<div>
<div class='cell-abbr'>wtd</div>
<div class='cell-expl'>compare datasets: walk to destination (%%)</div>
</div>
</td>
<td class='tg-cell compcol1'>%0.2f</td> <!-- comp_r_wtd -->
<td class='tg-cell compcol2'>%0.2f</td> <!-- comp_m_wtd -->
<td class='tg-cell compcol3'>%0.2f</td> <!-- comp_all_wtd -->
</tr>
</table>
<table class='tg tg-compare vl-drive-pct'>
<tr id='compare-drivetime'>
<td class='tg-cell mover'>
<div>
<div class='cell-abbr'>drivetime</div>
<div class='cell-expl'>compare durations of the driving segments in the two datasets (%%)</div>
</div>
</td>
<td class='tg-cell compcol1'>%0.2f</td> <!-- comp_r_drivetime -->
<td class='tg-cell compcol2'>%0.2f</td> <!-- comp_m_drivetime -->
<td class='tg-cell compcol3'>%0.2f</td> <!-- comp_all_drivetime -->
</tr>
<tr id='compare-pct'>
<td class='tg-cell mover'>
<div>
<div class='cell-abbr'>pct</div>
<div class='cell-expl'>compare the significances of the parking processes in the two datasets (%%)</div>
</div>
</td>
<td class='tg-cell compcol1'>%0.2f</td> <!-- comp_r_pct -->
<td class='tg-cell compcol2'>%0.2f</td> <!-- comp_m_pct -->
<td class='tg-cell compcol3'>%0.2f</td> <!-- comp_all_pct -->
</tr>
</table>
</div>