Implement HC-LE Table

[p-a-s-c-a-l]

Implement the HC-LE Table according to the Mock-Up and following the approach described here.

HC-LE Table GUI

Important Note: The the Mock-Up seems to be outdated / invalid (to be discussed here). So at the the moment we should re-use the plain HC-Table.

HC-LE Table state model

tbd

Mapping Data Package to HC-LE Table state model

tbd

[p-a-s-c-a-l]

@humerh @bernhardsk

Hazard with Local effects is now calculated in Emikat, right? What is the result of HC-LE calculation? Same as HC? = Events? or Temperature? Is it calculated for all events (RCP/time period) or just for the 6 events selected by the user?

[humerh]

Now the result of Local effect calculation is also available as WMS-Maps:

https://service.emikat.at/geoserver/clarity/wms?service=WMS&version=1.1.0&request=GetMap&layers=clarity%3Aview.2974&bbox=4672000.0%2C1979500.0%2C4687500.0%2C1988000.0&width=768&height=421&srs=EPSG%3A3035&format=image%2Fgif&CQL_FILTER=PROJECT_REF=1%20and%20PERIOD=%27Baseline%27%20AND%20RCP=%27Baseline%27%20AND%20FREQUENCE=%27Rare%27%20AND%20SZ_ID=2846&styles=T_A

In this link you can adapt the follwing parameters:

PROJECT_REF=1 ... (for future selection of an alternate ADAPTATION variants) PERIOD='Baseline' ... (Alternatives are: '20110101-20401231', '20410101-20701231' and '20710101-21001231') RCP='Baseline' ... (Alternatives are: 'rcp26', 'rcp45' and 'rcp85') FREQUENCE='Rare' ... (Alternatives are: 'Occassional' or 'Frequent')

@p-a-s-c-a-l , @therter please test and give me feedback, if this approach is ok.

SZ_ID=2846 has to be set to the current $emikatID

styles=T_A for Apparent temparature styles=T_TMRT for Mean Radiant Temperature styles=T_UTCI for UTCI Temperature

The color schemas (STYLE colors) are currently fixed but not optimized !!!!