162 lines
6.4 KiB
PHP
162 lines
6.4 KiB
PHP
<?php
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require_once("../helper.php");
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if(!isset($_GET["TO"])){
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$_GET["TO"] = 12;
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}
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$_GET["TO"] = intval($_GET["TO"]);
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if(!isset($_GET["FROM"])){
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$_GET["FROM"] = -24;
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}
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$_GET["FROM"] = intval($_GET["FROM"]);
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//-totalConsumption-PL1_EV*1000-PL2_EV*1000-PL3_EV*1000-PL1_EVog*1000-PL2_EVog*1000-PL3_EVog*1000+PL1_OG+PL2_OG+PL3_OG-heaterPwr AS 'UG',
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$consQuery = "SELECT
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UNIX_TIMESTAMP(EnergyFlow.datetime) AS time,
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pvP AS 'Solarleistung',
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soc AS Ladestand,
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-totalConsumption-PL1_EV*1000-PL2_EV*1000-PL3_EV*1000-PL1_EVog*1000-PL2_EVog*1000-PL3_EVog*1000+PL1_OG+PL2_OG+PL3_OG-heaterPwr-PL1_UG-PL2_UG-PL3_UG-PL1_EG-PL2_EG-PL3_EG AS 'Gemein',
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(PL1_UG+PL2_UG+PL3_UG) AS 'UG',
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(PL1_EG+PL2_EG+PL3_EG) AS 'EG',
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-(PL1_OG+PL2_OG+PL3_OG) AS 'OG',
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(PL1_EV+PL2_EV+PL3_EV)*1000 AS 'Auto UG',
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(PL1_EVog+PL2_EVog+PL3_EVog)*1000 AS 'Auto OG',
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heaterPwr AS 'Heizstab',
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IF(battP<0, -battP, 0) AS Batterieladung,
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gridPfeed AS Einspeisung
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FROM solarLog.EnergyFlow
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WHERE EnergyFlow.datetime BETWEEN DATE_ADD(NOW(),INTERVAL ".($_GET["FROM"])." HOUR) and DATE_ADD(NOW(),INTERVAL ".$_GET["TO"]." HOUR)
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ORDER BY EnergyFlow.datetime";
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$simQuery = "SELECT
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UNIX_TIMESTAMP(simPower.period_end) AS time,
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power*1000 AS 'Vorhersage'
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FROM solarLog.simPower
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WHERE simPower.period_end BETWEEN DATE_ADD(NOW(),INTERVAL ".($_GET["FROM"])." HOUR) and DATE_ADD(NOW(),INTERVAL ".$_GET["TO"]." HOUR)
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ORDER BY simPower.period_end";
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$linecolors["Solarleistung"] = "#FFFF00";
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$linecolors["Gemein"] = "#FF9900";
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$linecolors["UG"] = "#FF8800";
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$linecolors["EG"] = "#FF6600";
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$linecolors["OG"] = "#FF4400";
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$linecolors["Auto UG"] = "#00aaFF";
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$linecolors["Auto OG"] = "#0044FF";
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$linecolors["Heizstab"] = "#FF0000";
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$linecolors["Batterieladung"] = "#00aa00";
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$linecolors["Einspeisung"] = "#b0b0b0";
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$linecolors["Ladestand"] = "#00aa00";
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$linecolors["Vorhersage"] = "#2222FF";
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if (checkLogin()) {
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$mysql = new mysqli($mysql_server, $mysql_solarUser, $mysql_solarPass, $mysql_solarDB);
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$result = mysqli_query($mysql, $consQuery);
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$simRes = mysqli_query($mysql,$simQuery);
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if(!$result){
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echo "Error:<br>".mysqli_error($mysql)."<br />";
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}
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$obj = (object)[]; // Cast empty array to object
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$obj->labels = [];
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$obj->datasets = [];
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$i = 0;
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$filled = 0;
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if ($simRes->num_rows > 1) {
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$dataset = (object)[];
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$row1 = $simRes->fetch_assoc();
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$dataset->borderColor = $linecolors["Vorhersage"];
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$dataset->backgroundColor = $linecolors["Vorhersage"]."55";
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$dataset->borderWidth=1.5;
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$dataset->pointRadius= 0;
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$dataset->pointHoverRadius= 5;
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$dataset->tension=0.2;
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$dataset->stack = "sim";
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$dataset->fill = "none";
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$dataset->yAxisID = 'y';
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$dataset->label = "Vorhersage";
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/*$pt = (object)[];
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$pt->x = $row1["time"]*1000;
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$pt->y = $row1["Vorhersage"];
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$dataset->data[] = clone $pt;
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while ($row1 = $simRes->fetch_assoc()) {
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$pt = (object)[];
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$pt->x = $row1["time"]*1000 + 30*60*1000;
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$pt->y = $row1["Vorhersage"];
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$dataset->data[] = clone $pt;
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}*/
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$obj->datasets[] = clone $dataset;
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$rownext = $simRes->fetch_assoc();
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$nextSimTimestamp = $rownext["time"]*1000 + 30*60*1000;
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}
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if ($result->num_rows > 1) {
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$ii = 1;
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$row = $result->fetch_assoc();
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foreach ($row as $name => $value) {
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$dataset = (object)[];
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if ($name != "time") {
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$dataset->borderColor = $linecolors[$name];
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$dataset->backgroundColor = $linecolors[$name]."55";
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$dataset->borderWidth=1;
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$dataset->pointRadius= 0;
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$dataset->pointHoverRadius= 5;
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$dataset->tension=0.2;
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if ($name == "Solarleistung") {
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$dataset->stack = "SolarPwr";
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$dataset->fill = "none";
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$dataset->yAxisID = 'y';
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} else if ($name == "Ladestand") {
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$dataset->stack = "Charge";
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$dataset->fill = "none";
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$dataset->yAxisID = 'y1';
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} else {
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$dataset->stack = "Consumers";
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if ($filled == 0) {
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$filled = 1;
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$dataset->fill = "origin";
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} else {
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$dataset->fill = "-1";
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}
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$dataset->yAxisID = 'y';
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}
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$dataset->label = $name;
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$dataset->data[] = $value;
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$obj->datasets[] = clone $dataset;
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$ii++;
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} else {
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$obj->labels[] = $value * 1000;
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}
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}
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while ($row = $result->fetch_assoc()) {
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$ii = 1;
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foreach ($row as $name => $value) {
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if ($name != "time") {
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$obj->datasets[$ii]->data[] = $value;
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$ii++;
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} else {
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if(($value * 1000) < $nextSimTimestamp){
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$obj->datasets[0]->data[] = $row1["Vorhersage"];
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}else{
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$row1 = $rownext;
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$rownext = $simRes->fetch_assoc();
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$nextSimTimestamp = $rownext["time"]*1000 + 30*60*1000;
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$obj->datasets[0]->data[] = $row1["Vorhersage"];
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}
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$obj->labels[] = $value * 1000;
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}
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}
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}
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}
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$obj->labels[] = $nextSimTimestamp; //Draw future forecast
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$obj->datasets[0]->data[] = $rownext["Vorhersage"];
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while($rownext = $simRes->fetch_assoc()){
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$obj->labels[] = $rownext["time"]*1000 + 30*60*1000;
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$obj->datasets[0]->data[] = $rownext["Vorhersage"];
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}
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}
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//header('Content-Type: application/json');
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echo json_encode($obj);
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//echo '{"labels":[1761322682000,1761322782000,1761322882000,1761322982000,1761323082000,1761323182000,1761323282000],"datasets":[{"stack": "Stack 0","cubicInterpolationMode":"monotone","fill":"origin","label":"Acquisitions by year","data":[10,20,50,20,10,5,70]},{"fill": "false","stack": "Stack 1","cubicInterpolationMode": "monotone","label": "Acquisitions by year","data": [10,20,50,20,10,5,70]}]}';
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?>
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