Forecaster::genHistoricalTable() - Code Metrics - Lundmarks/ramverk1-forecaster-modulebth - Measure and Improve Code Quality continuously with Scrutinizer

Forecaster::genHistoricalTable() A
last analyzed 2020-12-30 11:04 UTC

↳ Parent: Forecaster

Complexity

Conditions	5
Paths	16

Size

Total Lines	28
Code Lines	20

Duplication

Lines	0
Ratio	0 %

Importance

Changes	2
Bugs	0	Features	0

Metric	Value
cc	5
eloc	20
c	2
b	0
f	0
nc	16
nop	0
dl	0
loc	28
rs	9.2888

<?php

namespace Anax\Models;

class Forecaster
{
    protected $owmApiKey = "";
    protected $geoApiKey = "";

    protected $latitude = "";
    protected $longitude = "";
    protected $todaysWeather = array();

    protected $dailyDate = [];
    protected $dailyDesc = [];
    protected $dailyTemp = [];
    protected $dailyWind = [];
    protected $historicalDate = [];
    protected $historicalDesc = [];
    protected $historicalTemp = [];
    protected $historicalWind = [];

    public function getWeather($inputLat, $inputLong)
    {
        $this->latitude = $inputLat;
        $this->longitude = $inputLong;
        $owmApiKey = $this->owmApiKey;

        // Fetching epoch times for last 5 days
        $epochDays = array();
        $epochDays[0] = strtotime("-5 days");
        $epochDays[1] = strtotime("-4 days");
        $epochDays[2] = strtotime("-3 days");
        $epochDays[3] = strtotime("-2 days");
        $epochDays[4] = strtotime("-1 days");

        $url1 = "https://api.openweathermap.org/data/2.5/onecall?"
        . "lat=" . $inputLat . "&lon=" . $inputLong
        . "&exclude=minutely,hourly,alerts&"
        . "appid=" . $owmApiKey
        . "&units=metric&lang=se";

        //Creating URLs for historical data
        $historicalUrls = array();
        for ($i = 0; $i < 5; $i++) {
            $historicalUrls[$i] = "https://api.openweathermap.org/data/2.5/onecall/timemachine?"
            . "lat=" . $inputLat . "&lon=" . $inputLong
            . "&dt=" . $epochDays[$i]
            . "&appid=" . $owmApiKey
            . "&units=metric&lang=se";
        }

        // Send request
        $urlReq1 = array($url1);
        $urls = array_merge($urlReq1, $historicalUrls);
        $urlCount = count($urls);

        $responseArr = array();
        $master = curl_multi_init();
        $running = 0;

        for ($i = 0; $i < $urlCount; $i++) {
            $url =$urls[$i];
            $responseArr[$i] = curl_init($url);
            curl_setopt($responseArr[$i], CURLOPT_RETURNTRANSFER, true);
            curl_multi_add_handle($master, $responseArr[$i]);
        }

        do {
            curl_multi_exec($master, $running);
        } while ($running > 0);

        $results = array();
        for ($i = 0; $i < $urlCount; $i++) {
            $results[$i] = curl_multi_getcontent($responseArr[$i]);
            $results[$i] = json_decode($results[$i]);
        }

        if (isset($results[0])) {
            // Handle response for request 1

            // Current weather
            $this->todaysWeather["temperature"] = @$results[0]->current->temp;
            $this->todaysWeather["feelsLike"] = @$results[0]->current->feels_like;
            $this->todaysWeather["windSpeed"] = @$results[0]->current->wind_speed;

            $this->todaysWeather["weatherMain"] = @$results[0]->current->weather[0]->main;
            $this->todaysWeather["weatherDesc"] = @$results[0]->current->weather[0]->description;

            // Weather next 7 days
            $dailySize = @sizeof($results[0]->daily);
            for ($i = 1; $i < @$dailySize; $i++) {
                $this->dailyDate[$i] = $results[0]->daily[$i]->dt;
                $this->dailyDesc[$i] = $results[0]->daily[$i]->weather[0]->description;
                $this->dailyTemp[$i] = $results[0]->daily[$i]->temp->day;
                $this->dailyWind[$i] = $results[0]->daily[$i]->wind_speed;
            }

            // Weather last 5 days
            $resultSize = sizeof($results);
            for ($i = 1; $i < $resultSize; $i++) {
                $this->historicalDate[$i] = @$results[$i]->current->dt;
                $this->historicalDesc[$i] = @$results[$i]->current->weather[0]->description;
                $this->historicalTemp[$i] = @$results[$i]->current->temp;
                $this->historicalWind[$i] = @$results[$i]->current->wind_speed;
            }
        }
    }


    public function buildWeatherHtml()
    {
        if (isset($this->todaysWeather["temperature"])) {
            $geoapifyApiKey = $this->geoApiKey;

            // Weather right now
            $lat = $this->latitude;
            $long = $this->longitude;
            $tmpr = $this->todaysWeather["temperature"];
            $flike = $this->todaysWeather["feelsLike"];
            $wSpeed = $this->todaysWeather["windSpeed"];
            $wMain = $this->todaysWeather["weatherMain"];
            $wDesc = $this->todaysWeather["weatherDesc"];

            // Map image link
            $mapLink = "https://maps.geoapify.com/v1/staticmap?style=osm-carto&width=500&height=350&center="
            . "lonlat:" . $long . "," . $lat . "&zoom=16&apiKey=" . $geoapifyApiKey;

            // Coming weather next 7 days
            $comingWeatherTable = $this->genForecastTable();

            // Weather past 5 days
            $histWeatherTbl = $this->genHistoricalTable();

            // String to return *HTML
            $returnHtml = "
            <h5>Vädret just nu</h5>
            <p>
            Vädret vid koordinaterna (" . $lat . ", " . $long . ")
            är <br><br><b>" . $wMain . "</b> (<b>" . $wDesc . "</b>)
            </p>
            <br>
            <p>
            Temperaturen är <b>" . $tmpr ."°C</b>, och känns som <b>" . $flike . "°C</b>.
            </p>
            <p>
            Vindar blåser i upp emot <b>" . $wSpeed . "m/s</b>.</p>

            <h5>Karta</h5>
            <img src=" . $mapLink . " alt='Karta'>

            <h5>Vädret kommande vecka</h5>
            " . $comingWeatherTable . "

            <h5>Vädret tidigare 5 dagar</h5>
            " . $histWeatherTbl . "

            ";

            return $returnHtml;
        }
        return false;
    }

    private function genForecastTable()
    {
        // Generates/returns table containing coming weather
        // Returned as string, HTML
        $htmlTable = "<table><thead><tr><th></th>"; //First cell is empty
        $dailyDateSize = sizeof($this->dailyDate);
        for ($i = 1; $i < $dailyDateSize; $i++) {
            $epochDate = $this->dailyDate[$i];
            $day = date("D j", $epochDate);
            $htmlTable .= "<th>" . $day . "</th>";
        }
        $htmlTable .= "</tr></thead><tbody><tr><td><b>Beskrivning</b></td>";
        $dailyDescSize = sizeof($this->dailyDesc);
        for ($i = 1; $i < $dailyDescSize; $i++) {
            $htmlTable .= "<td>" . $this->dailyDesc[$i] . "</td>";
        }
        $htmlTable .= "</tr><tr><td><b>Temperatur</b></td>";
        $dailyTSize = sizeof($this->dailyTemp);
        for ($i = 1; $i < $dailyTSize; $i++) {
            $htmlTable .= "<td>" . $this->dailyTemp[$i] . "°C</td>";
        }
        $htmlTable .= "</tr><tr><td><b>Vindhastighet</b></td>";
        $dailyWSize = sizeof($this->dailyWind);
        for ($i = 1; $i < $dailyWSize; $i++) {
            $htmlTable .= "<td>" . $this->dailyWind[$i] . "m/s</td>";
        }
        $htmlTable .= "</tr></tbody></table>";
        return $htmlTable;
    }

    public function genHistoricalTable()
    {
        // Generates/returns table containing historical weather
        // Returned as string, HTML
        $htmlTable = "<table><thead><tr><th></th>"; //First cell is empty
        $histDateSize = sizeof($this->historicalDate);
        for ($i = 1; $i < $histDateSize + 1; $i++) {
            $epochDate = $this->historicalDate[$i];
            $day = date("D j", $epochDate);
            $htmlTable .= "<th>" . $day . "</th>";
        }
        $htmlTable .= "</tr></thead><tbody><tr><td><b>Beskrivning</b></td>";
        $histDescSize = sizeof($this->historicalDesc);
        for ($i = 1; $i < $histDescSize + 1; $i++) {
            $htmlTable .= "<td>" . $this->historicalDesc[$i] . "</td>";
        }
        $htmlTable .= "</tr><tr><td><b>Temperatur</b></td>";
        $dailyWSize = sizeof($this->historicalTemp);
        for ($i = 1; $i < $dailyWSize + 1; $i++) {
            $htmlTable .= "<td>" . $this->historicalTemp[$i] . "°C</td>";
        }
        $htmlTable .= "</tr><tr><td><b>Vindhastighet</b></td>";
        $dailyWSize = sizeof($this->historicalWind);
        for ($i = 1; $i < $dailyWSize + 1; $i++) {
            $htmlTable .= "<td>" . $this->historicalWind[$i] . "m/s</td>";
        }
        $htmlTable .= "</tr></tbody></table>";
        return $htmlTable;
    }

    // SET&GET FUNCS


    public function setApiKeys($geoInputKey, $owmInputKey)
    {
        $this->geoApiKey = $geoInputKey;
        $this->owmApiKey = $owmInputKey;
    }

    public function getLatLong()
    {
        if ($this->latitude != "" && $this->longitude != "") {
            $returnArray = array();
            $returnArray["lat"] = $this->latitude;
            $returnArray["long"] = $this->longitude;
            return $returnArray;
        }
        return false;
    }

    public function getCompleteFetchedData()
    {
        if (isset($this->latitude) &&
            isset($this->todaysWeather["temperature"])) {
            $currentArray = $this->todaysWeather;
            $dailyArray = array();
            $historicalArray = array();
            $returnArray = array();

            $dailyDateSize = sizeof($this->dailyDate);
            for ($i = 1; $i < $dailyDateSize + 1; $i++) {
                $arrayIdx = "forecast_" . $i;
                $dailyArray[$arrayIdx]["date"] = $this->dailyDate[$i];
                $dailyArray[$arrayIdx]["description"] = $this->dailyDesc[$i];
                $dailyArray[$arrayIdx]["temperature"] = $this->dailyTemp[$i];
                $dailyArray[$arrayIdx]["windspeed"] = $this->dailyWind[$i];
            }
            $histDateSize = sizeof($this->historicalDate);
            for ($i = 1; $i < $histDateSize + 1; $i++) {
                $arrayIdx = "historical_" . $i;
                $historicalArray[$arrayIdx]["date"] = $this->historicalDate[$i];
                $historicalArray[$arrayIdx]["description"] = $this->historicalDesc[$i];
                $historicalArray[$arrayIdx]["temperature"] = $this->historicalTemp[$i];
                $historicalArray[$arrayIdx]["windspeed"] = $this->historicalWind[$i];
            }
            $returnArray[0] = $currentArray;
            $returnArray[1] = $dailyArray;
            $returnArray[2] = $historicalArray;
            return $returnArray;
        }
        return false;
    }
}


1			<?php
2
3			namespace Anax\Models;
4
5			class Forecaster
6			{
7			protected $owmApiKey = "";
8			protected $geoApiKey = "";
9
10			protected $latitude = "";
11			protected $longitude = "";
12			protected $todaysWeather = array();
13
14			protected $dailyDate = [];
15			protected $dailyDesc = [];
16			protected $dailyTemp = [];
17			protected $dailyWind = [];
18			protected $historicalDate = [];
19			protected $historicalDesc = [];
20			protected $historicalTemp = [];
21			protected $historicalWind = [];
22
23			public function getWeather($inputLat, $inputLong)
24			{
25			$this->latitude = $inputLat;
26			$this->longitude = $inputLong;
27			$owmApiKey = $this->owmApiKey;
28
29			// Fetching epoch times for last 5 days
30			$epochDays = array();
31			$epochDays[0] = strtotime("-5 days");
32			$epochDays[1] = strtotime("-4 days");
33			$epochDays[2] = strtotime("-3 days");
34			$epochDays[3] = strtotime("-2 days");
35			$epochDays[4] = strtotime("-1 days");
36
37			$url1 = "https://api.openweathermap.org/data/2.5/onecall?"
38			. "lat=" . $inputLat . "&lon=" . $inputLong
39			. "&exclude=minutely,hourly,alerts&"
40			. "appid=" . $owmApiKey
41			. "&units=metric&lang=se";
42
43			//Creating URLs for historical data
44			$historicalUrls = array();
45			for ($i = 0; $i < 5; $i++) {
46			$historicalUrls[$i] = "https://api.openweathermap.org/data/2.5/onecall/timemachine?"
47			. "lat=" . $inputLat . "&lon=" . $inputLong
48			. "&dt=" . $epochDays[$i]
49			. "&appid=" . $owmApiKey
50			. "&units=metric&lang=se";
51			}
52
53			// Send request
54			$urlReq1 = array($url1);
55			$urls = array_merge($urlReq1, $historicalUrls);
56			$urlCount = count($urls);
57
58			$responseArr = array();
59			$master = curl_multi_init();
60			$running = 0;
61
62			for ($i = 0; $i < $urlCount; $i++) {
63			$url =$urls[$i];
64			$responseArr[$i] = curl_init($url);
65			curl_setopt($responseArr[$i], CURLOPT_RETURNTRANSFER, true);
66			curl_multi_add_handle($master, $responseArr[$i]);
67			}
68
69			do {
70			curl_multi_exec($master, $running);
71			} while ($running > 0);
72
73			$results = array();
74			for ($i = 0; $i < $urlCount; $i++) {
75			$results[$i] = curl_multi_getcontent($responseArr[$i]);
76			$results[$i] = json_decode($results[$i]);
77			}
78
79			if (isset($results[0])) {
80			// Handle response for request 1
81
82			// Current weather
83			$this->todaysWeather["temperature"] = @$results[0]->current->temp;
84			$this->todaysWeather["feelsLike"] = @$results[0]->current->feels_like;
85			$this->todaysWeather["windSpeed"] = @$results[0]->current->wind_speed;
86
87			$this->todaysWeather["weatherMain"] = @$results[0]->current->weather[0]->main;
88			$this->todaysWeather["weatherDesc"] = @$results[0]->current->weather[0]->description;
89
90			// Weather next 7 days
91			$dailySize = @sizeof($results[0]->daily);
92			for ($i = 1; $i < @$dailySize; $i++) {
93			$this->dailyDate[$i] = $results[0]->daily[$i]->dt;
94			$this->dailyDesc[$i] = $results[0]->daily[$i]->weather[0]->description;
95			$this->dailyTemp[$i] = $results[0]->daily[$i]->temp->day;
96			$this->dailyWind[$i] = $results[0]->daily[$i]->wind_speed;
97			}
98
99			// Weather last 5 days
100			$resultSize = sizeof($results);
101			for ($i = 1; $i < $resultSize; $i++) {
102			$this->historicalDate[$i] = @$results[$i]->current->dt;
103			$this->historicalDesc[$i] = @$results[$i]->current->weather[0]->description;
104			$this->historicalTemp[$i] = @$results[$i]->current->temp;
105			$this->historicalWind[$i] = @$results[$i]->current->wind_speed;
106			}
107			}
108			}
109
110
111			public function buildWeatherHtml()
112			{
113			if (isset($this->todaysWeather["temperature"])) {
114			$geoapifyApiKey = $this->geoApiKey;
115
116			// Weather right now
117			$lat = $this->latitude;
118			$long = $this->longitude;
119			$tmpr = $this->todaysWeather["temperature"];
120			$flike = $this->todaysWeather["feelsLike"];
121			$wSpeed = $this->todaysWeather["windSpeed"];
122			$wMain = $this->todaysWeather["weatherMain"];
123			$wDesc = $this->todaysWeather["weatherDesc"];
124
125			// Map image link
126			$mapLink = "https://maps.geoapify.com/v1/staticmap?style=osm-carto&width=500&height=350&center="
127			. "lonlat:" . $long . "," . $lat . "&zoom=16&apiKey=" . $geoapifyApiKey;
128
129			// Coming weather next 7 days
130			$comingWeatherTable = $this->genForecastTable();
131
132			// Weather past 5 days
133			$histWeatherTbl = $this->genHistoricalTable();
134
135			// String to return *HTML
136			$returnHtml = "
137			<h5>Vädret just nu</h5>
138			<p>
139			Vädret vid koordinaterna (" . $lat . ", " . $long . ")
140			är <br><br><b>" . $wMain . "</b> (<b>" . $wDesc . "</b>)
141			</p>
142			<br>
143			<p>
144			Temperaturen är <b>" . $tmpr ."°C</b>, och känns som <b>" . $flike . "°C</b>.
145			</p>
146			<p>
147			Vindar blåser i upp emot <b>" . $wSpeed . "m/s</b>.</p>
148
149			<h5>Karta</h5>
150			<img src=" . $mapLink . " alt='Karta'>
151
152			<h5>Vädret kommande vecka</h5>
153			" . $comingWeatherTable . "
154
155			<h5>Vädret tidigare 5 dagar</h5>
156			" . $histWeatherTbl . "
157
158			";
159
160			return $returnHtml;
161			}
162			return false;
163			}
164
165			private function genForecastTable()
166			{
167			// Generates/returns table containing coming weather
168			// Returned as string, HTML
169			$htmlTable = "<table><thead><tr><th></th>"; //First cell is empty
170			$dailyDateSize = sizeof($this->dailyDate);
171			for ($i = 1; $i < $dailyDateSize; $i++) {
172			$epochDate = $this->dailyDate[$i];
173			$day = date("D j", $epochDate);
174			$htmlTable .= "<th>" . $day . "</th>";
175			}
176			$htmlTable .= "</tr></thead><tbody><tr><td><b>Beskrivning</b></td>";
177			$dailyDescSize = sizeof($this->dailyDesc);
178			for ($i = 1; $i < $dailyDescSize; $i++) {
179			$htmlTable .= "<td>" . $this->dailyDesc[$i] . "</td>";
180			}
181			$htmlTable .= "</tr><tr><td><b>Temperatur</b></td>";
182			$dailyTSize = sizeof($this->dailyTemp);
183			for ($i = 1; $i < $dailyTSize; $i++) {
184			$htmlTable .= "<td>" . $this->dailyTemp[$i] . "°C</td>";
185			}
186			$htmlTable .= "</tr><tr><td><b>Vindhastighet</b></td>";
187			$dailyWSize = sizeof($this->dailyWind);
188			for ($i = 1; $i < $dailyWSize; $i++) {
189			$htmlTable .= "<td>" . $this->dailyWind[$i] . "m/s</td>";
190			}
191			$htmlTable .= "</tr></tbody></table>";
192			return $htmlTable;
193			}
194
195			public function genHistoricalTable()
196			{
197			// Generates/returns table containing historical weather
198			// Returned as string, HTML
199			$htmlTable = "<table><thead><tr><th></th>"; //First cell is empty
200			$histDateSize = sizeof($this->historicalDate);
201			for ($i = 1; $i < $histDateSize + 1; $i++) {
202			$epochDate = $this->historicalDate[$i];
203			$day = date("D j", $epochDate);
204			$htmlTable .= "<th>" . $day . "</th>";
205			}
206			$htmlTable .= "</tr></thead><tbody><tr><td><b>Beskrivning</b></td>";
207			$histDescSize = sizeof($this->historicalDesc);
208			for ($i = 1; $i < $histDescSize + 1; $i++) {
209			$htmlTable .= "<td>" . $this->historicalDesc[$i] . "</td>";
210			}
211			$htmlTable .= "</tr><tr><td><b>Temperatur</b></td>";
212			$dailyWSize = sizeof($this->historicalTemp);
213			for ($i = 1; $i < $dailyWSize + 1; $i++) {
214			$htmlTable .= "<td>" . $this->historicalTemp[$i] . "°C</td>";
215			}
216			$htmlTable .= "</tr><tr><td><b>Vindhastighet</b></td>";
217			$dailyWSize = sizeof($this->historicalWind);
218			for ($i = 1; $i < $dailyWSize + 1; $i++) {
219			$htmlTable .= "<td>" . $this->historicalWind[$i] . "m/s</td>";
220			}
221			$htmlTable .= "</tr></tbody></table>";
222			return $htmlTable;
223			}
224
225			// SET&GET FUNCS
226
227
228			public function setApiKeys($geoInputKey, $owmInputKey)
229			{
230			$this->geoApiKey = $geoInputKey;
231			$this->owmApiKey = $owmInputKey;
232			}
233
234			public function getLatLong()
235			{
236			if ($this->latitude != "" && $this->longitude != "") {
237			$returnArray = array();
238			$returnArray["lat"] = $this->latitude;
239			$returnArray["long"] = $this->longitude;
240			return $returnArray;
241			}
242			return false;
243			}
244
245			public function getCompleteFetchedData()
246			{
247			if (isset($this->latitude) &&
248			isset($this->todaysWeather["temperature"])) {
249			$currentArray = $this->todaysWeather;
250			$dailyArray = array();
251			$historicalArray = array();
252			$returnArray = array();
253
254			$dailyDateSize = sizeof($this->dailyDate);
255			for ($i = 1; $i < $dailyDateSize + 1; $i++) {
256			$arrayIdx = "forecast_" . $i;
257			$dailyArray[$arrayIdx]["date"] = $this->dailyDate[$i];
258			$dailyArray[$arrayIdx]["description"] = $this->dailyDesc[$i];
259			$dailyArray[$arrayIdx]["temperature"] = $this->dailyTemp[$i];
260			$dailyArray[$arrayIdx]["windspeed"] = $this->dailyWind[$i];
261			}
262			$histDateSize = sizeof($this->historicalDate);
263			for ($i = 1; $i < $histDateSize + 1; $i++) {
264			$arrayIdx = "historical_" . $i;
265			$historicalArray[$arrayIdx]["date"] = $this->historicalDate[$i];
266			$historicalArray[$arrayIdx]["description"] = $this->historicalDesc[$i];
267			$historicalArray[$arrayIdx]["temperature"] = $this->historicalTemp[$i];
268			$historicalArray[$arrayIdx]["windspeed"] = $this->historicalWind[$i];
269			}
270			$returnArray[0] = $currentArray;
271			$returnArray[1] = $dailyArray;
272			$returnArray[2] = $historicalArray;
273			return $returnArray;
274			}
275			return false;
276			}
277			}
278

Lundmarks / ramverk1-forecaster-modulebth

Forecaster::genHistoricalTable() A last analyzed 2020-12-30 11:04 UTC

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Forecaster::genHistoricalTable() A
last analyzed 2020-12-30 11:04 UTC