...
| Section | ||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|
| Code Block | ||
|---|---|---|
| ||
{
// Values of the EPS-forecast for the parameter 164.128
"164.128": {
"1": [ 0, 0, .., 0, 0 ],
... // members 1 to 50
"50": [ 0, 0, .., 0, 0 ],
"forecast": [ 0, 0, .., 0, 0 ], // If the forecast is present it will be plotted of the 10 days epsgraph
"control": [ 0, 0, .., 0, 0 ], // If the control is present it will be plotted of the 10 days epsgraph
"steps": [0, 12, ..., 234, 240] // Steps of the forecast
},
//Values of the EPS-forecast for another parameter for example 133.128.. This sequence can be repeated
"133.128": {
"1": [ 0, 0, .., 0, 0 ],
... // members 1 to 50
"50": [ 0, 0, .., 0, 0 ],
"forecast": [ 0, 0, .., 0, 0 ], // If the forecast is present it will be plotted of the 10 days epsgraph
"control": [ 0, 0, .., 0, 0 ], // If the control is present it will be plotted of the 10 days epsgraph
"steps": [0, 12, ..., 234, 240] // Steps of the forecast
},
"date": "20120420", // Base date of the forecast.
"time": "0000" // run of the forecast.
"deterministic_height": 60.4558563232, // altitude of the grid-point for the deterministic model. Can be used to compute the temperature correction.
"eps_height": 93.5405273438,// altitude of the grid-point for the eps model. Can be used to compute the temperature correction.
"height": 61, // altitude of the point in real world. Can be used to compute the temperature correction.
"land_sea_mask": 0.998962402344, // if < 0.5 we consider it is a sea point, Can be used in the title.
"location": { // Information about the point, can be used in the title.
"lat": 51.3883666992,
"lon": 359.166656494
} ,
"points_along_meridian": 320 // Information displayed in the legend.
} |
...
| Code Block | ||
|---|---|---|
| ||
{
// Values of the EPS-forecast for the parameter 164.128
"164.128": {
"1": [ 0, 0, .., 0, 0 ],
... // values for the 8 octats of the Rose for each steps defined in steps[]
"8": [ 0, 0, .., 0, 0 ],
"steps": [0, 12, ..., 234, 240] // Steps of the forecast
},
//Values of the EPS-forecast for another parameter for example 133.128.. This sequence can be repeated
"133.128": {
"1": [ 0, 0, .., 0, 0 ],
... // values for the 8 octats of the Rose for each steps defined in steps[]
"8": [ 0, 0, .., 0, 0 ],
"steps": [0, 12, ..., 234, 240] // Steps of the forecast
},
"date": "20120420", // Base date of the forecast.
"time": "0000", // run of the forecast.
"height": 61, // altitude of the point in real world. Can be used to compute the temperature correction.
"land_sea_mask": 0.998962402344, // if < 0.5 we consider it is a sea point, Can be used in the title.
"location": { // Information about the point, can be used in the title.
"lat": 51.3883666992,
"lon": 359.166656494
} ,
"points_along_meridian": 320 // Information displayed in the legend.
} |
...
| Code Block | ||
|---|---|---|
| ||
{ //The Valueswave ofdistribution theis EPS-forecastdone forusing the eight parameter 164.128 "164.128": { "1": [ 0, 0, .., 0, 0 ], ... // values for the 8 octats of the Rose for each steps defined in steps[] "8main directions:[east, nord, nord_east, nord_west, south, south_east, south_west, west] // Each direction is itself split into 6 categories according the significant wave height, For example, for east, we have // [east_one, east_two, east_three, east_four, east_five, east_six] // each octant is coloured based on the distribution of significant wave height associated with each mean wave direction { // Values of the EPS-forecast for the parameter 230.240 "230.240": { "east_one": [ 0, 0, .., 0, 0 ], ... //values for the probability of having a "steps": [0, 12, ..., 234, 240] // Steps of the forecast }, //Values of the EPS-forecast for another parameter for example 133.128.. This sequence can be repeated "133.128": { "1easterly wave of force 1 for each steps defined in steps[], "east_six": [ 0, 0, .., 0, 0 ], "nord_one": [ 0, 0, .., 0, 0 ], ... // values for the 8 octats probability of having a northerly wave of theforce one Rose for each steps defined in steps[], "8nord_six": [ 0, 0, .., 0, 0 ], "steps": [0, 12, ..., 234, 240] // Steps of the forecast }, } "date": "20120420", // Base date of the forecast. "time": "0000", // run of the forecast. "height": 61, // altitude of the point in real world. Can be used to compute the temperature correction. "land_sea_mask": 0.998962402344, // if < 0.5 we consider it is a sea point, Can be used in the title. "location": { // Information about the point, can be used in the title. "lat": 51.3883666992, "lon": 359.166656494 } , "points_along_meridian": 320 // Information displayed in the legend. } |
...
| HTML |
|---|
<div id="magics"> </div> <script src="/wiki/download/attachments/13207038/magdoc_ajs.js"></script> <link rel="stylesheet" type="text/css" href="/wiki/download/attachments/13207038/magics.css" /> <link rel="stylesheet" type="text/css" href="/wiki/download/attachments/13207038/jquery.miniColors.css" /> <script src="/wiki/download/attachments/13207038/jquery.miniColors.js"></script> <script> load("/wiki/download/attachments/20418633/wrepjson.json"); </script> |
...