/**
* @param $spot
* @param $tabNotes : array $tabNotes['Y-m-d'] for next 7 days
* @param $mareeDate : prévision de marre que l'on va analyser
* return: la note vis à vis de la marée
*/
static function calculNoteMaree($spot, $tabNotes, $mareeDate)
{
// vérifie que $mareeDate->getDatePrev() soit dans $tabNotes
if (NoteMaree::isInTabNotes($tabNotes, $mareeDate->getDatePrev()) && $spot->getMareeRestriction() != null) {
$listePrevisionMaree = $mareeDate->getListPrevision();
if ($listePrevisionMaree != null && count($listePrevisionMaree) >= 2) {
// *** Calcul de la formule de la courbe: y = a sin(wt + Phi) + b ***
// t=time en seconde, y=hauteur en metre, w: phase 2 pi / T , T: fréquence
// résolution de l'équation
// *** calcul le temps ou la marée est OK, warn et OK ***
$timeMareeOK = 0;
$timeMareeWarn = 0;
$timeMareeKO = 0;
$timeMareeOKTab = array();
$timeMareeWarnTab = array();
$timeMareeKOTab = array();
// pour chaque $restriction de $spot->getMareeRestriction()
foreach ($spot->getMareeRestriction() as $mareeRestriction) {
// calcul l'heure (minute) d'intersection pour calculer le temps dans l'etat
list($timeInState, $timeTab) = MareeTools::calculTimeInState($mareeRestriction, $listePrevisionMaree);
$mareeState = $mareeRestriction->getState();
switch ($mareeState) {
case "OK":
$timeMareeOK += $timeInState;
$timeMareeOKTab = $timeTab;
break;
case "KO":
$timeMareeKO += $timeInState;
$timeMareeKOTab = $timeTab;
break;
case "warn":
$timeMareeWarn += $timeInState;
$timeMareeWarnTab = $timeTab;
break;
}
}
// calcul de la note vis à vis de du temps de navigation / temps etat ok, warn et KO
$tabNotes[$mareeDate->getDatePrev()->format('Y-m-d')]["marée"] = NoteMaree::getNote($timeMareeOK, $timeMareeWarn, $timeMareeKO);
$tabNotes[$mareeDate->getDatePrev()->format('Y-m-d')]["maréeTimeOK"] = $timeMareeOKTab;
$tabNotes[$mareeDate->getDatePrev()->format('Y-m-d')]["maréeTimeWarn"] = $timeMareeWarnTab;
$tabNotes[$mareeDate->getDatePrev()->format('Y-m-d')]["maréeTimeKO"] = $timeMareeKOTab;
}
}
return $tabNotes;
}
