public function bite_calculator()
{
$this->load->helper('path');
$this->load->helper('date');
$this->load->view('resources/head_calc');
/*********************************************************************/
/* Here is an example of how to get the users inputs from a form
* that is pre-loaded with todays date
*/
$post = array('pyear' => $this->input->post('pyear'), 'pmonth' => $this->input->post('pmonth'), 'pday' => $this->input->post('pday'), 'tz' => $this->input->post('tz'), 'lat' => $this->input->post('lat'), 'long' => $this->input->post('long'));
if ($post == FALSE) {
// no post yet so use default values
$year = mdate("Year: %Y ");
$month = mdate('Month: %m');
$day = mdate('Day: %d ');
$tz = -5;
$lat = 40.5;
$underlong = -80.5;
} else {
// use post values
$year = (int) $post['pyear'];
$month = (int) $post['pmonth'];
$day = (int) $post['pday'];
$tz = (int) $post['tz'];
$lat = (double) $post['lat'];
$underlong = (double) $post['long'];
}
$UT = 0.0;
$this->load->view('resources/bitetime-calculator');
/*********************************************************************/
/* HERE IS WHAT YOU WANT!!!!
*
* The folowing function calls are all you need to get the RAW data
* These function calls require the following variables to already be
* set: $year, $month, $day, $tz, $lat, $underlong, $UT
*
* $year -> year part of date we will calculate for in yyyy format. example 2008
* &month -> month part of date we will calculate for in mm format. example 2 or 02
* $day -> day part of date we will calculate for in dd format. example 2 or 02
* $tz -> timezone offset to calculate results in. example -5 for EST
* $lat -> latitude (NEGATIVE NUMBERS ARE WEST)
* $underlong -> longitude (NEGATIVE NUMBERS ARE SOUTH)
* $UT = 0.0, Universal time, keep this set at zero, its for the julian
* date calculations, for our purposes we only need the julian date at
* the start of the day, however I might change that in later versions.
*
/*********************************************************************/
//get dates
$JD = $this->get_Julian_Date($year, $month, $day, $UT);
$date = $JD - 2400000.5 - $tz / 24.0;
/*********************************************************************/
//get rise, set and transit times for moon and sun
get_rst(1, $date, 0.0 - $underlong, $lat, $sunrise, $sunset, $suntransit);
get_rst(0, $date, 0.0 - $underlong, $lat, $moonrise, $moonset, $moontransit);
$moonunder = get_underfoot($date, $underlong);
/*********************************************************************/
//get solunar minor periods
sol_get_minor1($minorstart1, $minorstop1, $moonrise);
sol_get_minor2($minorstart2, $minorstop2, $moonset);
/*********************************************************************/
//get solunar major periods
sol_get_major1($majorstart1, $majorstop1, $moontransit);
sol_get_major2($majorstart2, $majorstop2, $moonunder);
/*********************************************************************/
//get moon phase
$moonage = get_moon_phase($JD, $PhaseName, $illumin);
/*********************************************************************/
//get day scale
$phasedayscale = phase_day_scale($moonage);
$soldayscale = sol_get_dayscale($moonrise, $moonset, $moontransit, $sunrise, $sunset);
/*********************************************************************/
/* at this point we have raw data times in decimal
* time format.
*/
/*********************************************************************/
/*
* Here is an example on how to convert the results to
* a human readable format and display using
* functions: convert_time_to_string() and
* display_event_time()
*
* scroll down further to the end of this source to see all our raw data variables
*/
echo "<h4>Moon</h4>";
//set the event title:
$event = sprintf("rise =");
//call function to display event and time
display_event_time($moonrise, $event);
$event = sprintf("transit =");
display_event_time($moontransit, $event);
$event = sprintf("set =");
display_event_time($moonset, $event);
echo "<br>Phase is {$PhaseName}, ";
$illumin = $illumin * 100;
echo round($illumin, 1);
echo "% illuminated, ";
echo round($moonage, 1);
echo " days since new.";
echo "<h4>Sun</h4>";
$event = sprintf("rise = ");
display_event_time($sunrise, $event);
$event = sprintf("transit =");
display_event_time($suntransit, $event);
$event = sprintf("set =");
display_event_time($sunset, $event);
echo "<h4> Minor Periods</h4>";
//display earlier minor time first, minor 1 is based on moonset, minor2 on moonrise
if (moonrise > moonset) {
$event = sprintf("");
display_event_time($minorstart1, $event);
$event = sprintf(" -");
display_event_time($minorstop1, $event);
echo "<br>";
$event = sprintf("");
display_event_time($minorstart2, $event);
$event = sprintf(" -");
display_event_time($minorstop2, $event);
} else {
$event = sprintf("");
display_event_time($minorstart2, $event);
$event = sprintf(" -");
display_event_time($minorstop2, $event);
echo "<br>";
$event = sprintf("");
display_event_time($minorstart1, $event);
$event = sprintf(" -");
display_event_time($minorstop1, $event);
}
echo "<h4> Major Periods</h4>";
//display earlier major time first
if (moontransit < 9.5) {
$event = sprintf("");
display_event_time($majorstart1, $event);
$event = sprintf(" -");
display_event_time($majorstop1, $event);
echo "<br>";
$event = sprintf("");
display_event_time($majorstart2, $event);
$event = sprintf(" -");
display_event_time($majorstop2, $event);
} else {
$event = sprintf("");
display_event_time($majorstart2, $event);
$event = sprintf(" -");
display_event_time($majorstop2, $event);
echo "<br>";
$event = sprintf("");
display_event_time($majorstart1, $event);
$event = sprintf(" -");
display_event_time($majorstop1, $event);
}
echo "<h4>Daily Action Rating</h4>";
$dayscale = 0;
$dayscale = $soldayscale + $phasedayscale;
echo "Todays action is rated a {$dayscale} (scale is 0 thru 5, 5 is the best)";
}
* $day -> day part of date we will calculate for in dd format. example 2 or 02 * $tz -> timezone offset to calculate results in. example -5 for EST * $lat -> latitude (NEGATIVE NUMBERS ARE WEST) * $underlong -> longitude (NEGATIVE NUMBERS ARE SOUTH) * $UT = 0.0, Universal time, keep this set at zero, its for the julian * date calculations, for our purposes we only need the julian date at * the start of the day, however I might change that in later versions. * /*********************************************************************/ //get dates $JD = get_Julian_Date($year, $month, $day, $UT); $date = $JD - 2400000.5 - $tz / 24.0; /*********************************************************************/ //get rise, set and transit times for moon and sun get_rst(1, $date, 0.0 - $underlong, $lat, $sunrise, $sunset, $suntransit); get_rst(0, $date, 0.0 - $underlong, $lat, $moonrise, $moonset, $moontransit); $moonunder = get_underfoot($date, $underlong); /*********************************************************************/ //get solunar minor periods sol_get_minor1($minorstart1, $minorstop1, $moonrise); sol_get_minor2($minorstart2, $minorstop2, $moonset); /*********************************************************************/ //get solunar major periods sol_get_major1($majorstart1, $majorstop1, $moontransit); sol_get_major2($majorstart2, $majorstop2, $moonunder); /*********************************************************************/ //get moon phase $moonage = get_moon_phase($JD, $PhaseName, $illumin); /*********************************************************************/ //get day scale $phasedayscale = phase_day_scale($moonage);