protected function calculateTrajectory()
{
// sprawdzić czy:
// 1. jest pole zawierające trajektorię?
// 2. czy klasa zawiera taką metodę?
//jeśli tak to liczymy pozostałe parametry i wyznaczamy trajektorię
//
$step = 10;
if (!empty($this->record['azimuth'])) {
$azimut = $this->record['azimuth'];
} else {
$azimut = 0;
}
$algoritm = new TrajectoryAlgoritm();
$this->trajectory = new TrajectoryVariant();
if ($this->record['wellTrajectory'] == 'J1') {
$this->sectionNumber = 2;
}
if ($this->record['wellTrajectory'] == 'J2') {
$this->sectionNumber = 3;
}
if ($this->record['wellTrajectory'] == 'J3') {
$this->sectionNumber = 5;
}
if ($this->record['wellTrajectory'] == 'S1') {
$this->sectionNumber = 3;
}
if ($this->record['wellTrajectory'] == 'S2') {
$this->sectionNumber = 4;
}
if ($this->record['wellTrajectory'] == 'S3') {
$this->sectionNumber = 4;
}
if ($this->record['wellTrajectory'] == 'S4') {
$this->sectionNumber = 5;
}
if ($this->record['wellTrajectory'] == 'catenary') {
$this->sectionNumber = 3;
}
if (method_exists($this->trajectory, $this->record['wellTrajectoryVariant'])) {
if ($this->record['wellType'] == '2d') {
$trajectoryMethod = $this->record['wellTrajectoryVariant'];
$methodParameters = array();
$parameters = explode("_", $this->record['wellTrajectoryVariant']);
array_shift($parameters);
foreach ($parameters as $parameter) {
$methodParameters[$parameter] = $this->record[$parameter];
}
$this->trajectoryParams = call_user_func_array(array($this->trajectory, $trajectoryMethod), $methodParameters);
if (!empty($this->trajectoryParams['error'])) {
$this->errorMessageContainer = new CoreFormValidationMessageContainer();
$this->errorMessageContainer->addMessage('parametrError');
return 0;
}
$this->trajectoryTable = $algoritm->calculateCoordinates($this->sectionNumber, $this->trajectoryParams['A'], $this->trajectoryParams['H'], $this->trajectoryParams['L'], $this->trajectoryParams['alfa'], $this->trajectoryParams['delta'], $this->trajectoryParams['DLS'], $this->trajectoryParams['R'], $azimut, $step);
$firstElements = array_values($this->trajectoryTable);
$firstElement = $firstElements[0];
if ($this->record['vsection'] !== null) {
$angleParametr = $this->record['vsection'];
} else {
$angleParametr = $algoritm->calculateVsAngle($this->trajectoryTable[1], $this->trajectoryTable[count($this->trajectoryTable)]);
}
foreach ($this->trajectoryTable as $key => $trajectoryTableElement) {
$this->trajectoryTable[$key]['alfa'] = rad2deg($trajectoryTableElement['alfa']);
$this->trajectoryTable[$key]['beta'] = rad2deg($trajectoryTableElement['beta']);
}
$algoritm->calculateVerticalSection($this->trajectoryTable, $angleParametr);
/*foreach($this->trajectoryTable as $key => $trajectoryTableElement){
$this->trajectoryTable[$key]['alfa'] = rad2deg($trajectoryTableElement['alfa']);
$this->trajectoryTable[$key]['beta'] = rad2deg($trajectoryTableElement['beta']);
}*/
for ($i = 1; $i <= $this->sectionNumber; $i++) {
$this->trajectoryParams['alfa'][$i] = rad2deg($this->trajectoryParams['alfa'][$i]);
$this->trajectoryParams['delta'][$i] = rad2deg($this->trajectoryParams['delta'][$i]);
}
if (!empty($this->trajectoryTable)) {
$xmax = 0;
$ymax = 0;
$zmax = 0;
$mdmax = 0;
$tmpArr = array();
$section = null;
foreach ($this->trajectoryTable as $element) {
if ($xmax < $element['X']) {
$xmax = $element['X'];
}
if ($ymax < $element['Y']) {
$ymax = $element['Y'];
}
if ($zmax < $element['Z']) {
$zmax = $element['Z'];
}
if ($mdmax < $element['MD']) {
$mdmax = $element['MD'];
}
//print_r($element);
$this->trajectoryTable[$key]['X'] = $this->trajectoryTable[$key]['X'] + floatval($this->record['tvectorX']);
$this->trajectoryTable[$key]['Y'] = $this->trajectoryTable[$key]['Y'] + floatval($this->record['tvectorY']);
$this->trajectoryTable[$key]['Z'] = $this->trajectoryTable[$key]['Z'] + floatval($this->record['tvectorZ']);
$tmpArr['x'] = 1 * ($element['X'] + floatval($this->record['tvectorX']));
$tmpArr['y'] = -1 * ($element['Y'] + floatval($this->record['tvectorY']));
$tmpArr['z'] = 1 * ($element['Z'] + floatval($this->record['tvectorZ']));
$tmpArr['md'] = -1 * $element['MD'];
$this->trajectory3DRender[1][] = $tmpArr;
if ($section == null) {
$section = $element['section'];
$this->startingPoint = $tmpArr;
}
if ($element['section'] == 'PP') {
$this->trajectoryHaracteristicPoints[count($this->trajectory3DRender[1]) - 1] = $tmpArr;
} elseif ($element['section'] != $section) {
$this->trajectoryHaracteristicPoints[count($this->trajectory3DRender[1]) - 1] = $tmpArr;
}
$section = $element['section'];
}
$this->trajectory3DRenderParam[1]['xMax'] = 1 * $xmax;
$this->trajectory3DRenderParam[1]['yMax'] = -1 * $ymax;
$this->trajectory3DRenderParam[1]['zMax'] = 1 * $zmax;
$this->trajectory3DRenderParam[1]['mdMax'] = -1 * $mdmax;
}
}
}
if ($this->record['wellType'] == '3d') {
// get points from DAO
$well3dDAO = new Well3DPointDAO();
$this->points3d = $well3dDAO->getWellPointsByWellId($this->record['id']);
// print_r("Input points X[m], Y[m], Z[m], LP[m], alfa[st], beta[st] \n");
foreach ($this->points3d as $point) {
$MX[$point['number']] = $point['X'];
$MY[$point['number']] = $point['Y'];
$MZ[$point['number']] = $point['Z'];
$MLP[$point['number']] = $point['LP'];
$Malfa[$point['number']] = $point['alfa'];
$Mbeta[$point['number']] = $point['beta'];
// print_r( $point['X']." ".$point['Y']." ".$point['Z']." ".$point['LP']." ".$point['alfa']." ".$point['beta']."\n");
}
$np = count($this->points3d);
//$step = 50;
if ($this->record['well3DTrajectory'] == 'POCZ' || empty($this->record['well3DTrajectory'])) {
if ($np > 0) {
$this->trajectoryTable = $algoritm->r3pocz($np, $MX, $MY, $MZ, $MLP, $Malfa, $Mbeta, $step);
$this->defaultVsection = $algoritm->calculateVsAngle($this->trajectoryTable[1], $this->trajectoryTable[count($this->trajectoryTable)]);
}
} else {
if ($np > 0) {
$this->trajectoryTable = $algoritm->r3konc($np, $MX, $MY, $MZ, $MLP, $Malfa, $Mbeta, $step);
$this->defaultVsection = $algoritm->calculateVsAngle($this->trajectoryTable[1], $this->trajectoryTable[count($this->trajectoryTable)]);
}
}
//print_r($this->record);
//print_r($this->trajectoryTable);
// count in algoritm
if (!empty($this->trajectoryTable)) {
$xmax = 0;
$ymax = 0;
$zmax = 0;
$mdmax = 0;
$tmpArr = array();
$section = null;
foreach ($this->trajectoryTable as $key => $element) {
//print_r($element['X']);
//print_r("MD ". $element['MD'] ." ". $element['X'] ."\n\t");
if ($xmax < $element['X']) {
$xmax = $element['X'];
}
if ($ymax < $element['Y']) {
$ymax = $element['Y'];
}
if ($zmax < $element['Z']) {
$zmax = $element['Z'];
}
if ($mdmax < $element['MD']) {
$mdmax = $element['MD'];
}
//print_r($element);
$this->trajectoryTable[$key]['X'] = $this->trajectoryTable[$key]['X'] + floatval($this->record['tvectorX']);
$this->trajectoryTable[$key]['Y'] = $this->trajectoryTable[$key]['Y'] + floatval($this->record['tvectorY']);
$this->trajectoryTable[$key]['Z'] = $this->trajectoryTable[$key]['Z'] + floatval($this->record['tvectorZ']);
$tmpArr['x'] = $element['X'] + floatval($this->record['tvectorX']);
$tmpArr['y'] = $element['Y'] + floatval($this->record['tvectorY']);
$tmpArr['z'] = -($element['Z'] + floatval($this->record['tvectorZ']));
$tmpArr['md'] = -1 * $element['MD'];
$this->trajectory3DRender[1][] = $tmpArr;
if ($section == null) {
$section = $element['section'];
$this->startingPoint = $tmpArr;
}
if ($element['section'] == 'PP') {
$this->trajectoryHaracteristicPoints[count($this->trajectory3DRender[1]) - 1] = $tmpArr;
} elseif ($element['section'] != $section) {
$this->trajectoryHaracteristicPoints[count($this->trajectory3DRender[1]) - 1] = $tmpArr;
}
$section = $element['section'];
}
$this->trajectory3DRenderParam[1]['xMax'] = 1 * $xmax;
$this->trajectory3DRenderParam[1]['yMax'] = -1 * $ymax;
$this->trajectory3DRenderParam[1]['zMax'] = 1 * $zmax;
$this->trajectory3DRenderParam[1]['mdMax'] = -1 * $mdmax;
$this->trajectory3DRenderParam[1]['color'] = $this->record['color'];
}
//
}
}
public function calculateTrajectory($wellId, $step, $azimut)
{
$wellDAO = new WellDAO();
$this->record = $wellDAO->getRecordById($wellId);
$algoritm = new TrajectoryAlgoritm();
$this->trajectory = new TrajectoryVariant();
if ($this->record['wellTrajectory'] == 'J1') {
$this->sectionNumber = 2;
}
if ($this->record['wellTrajectory'] == 'J2') {
$this->sectionNumber = 3;
}
if ($this->record['wellTrajectory'] == 'J3') {
$this->sectionNumber = 5;
}
if ($this->record['wellTrajectory'] == 'S1') {
$this->sectionNumber = 3;
}
if ($this->record['wellTrajectory'] == 'S2') {
$this->sectionNumber = 4;
}
if ($this->record['wellTrajectory'] == 'S3') {
$this->sectionNumber = 4;
}
if ($this->record['wellTrajectory'] == 'S4') {
$this->sectionNumber = 5;
}
if (method_exists($this->trajectory, $this->record['wellTrajectoryVariant'])) {
if ($this->record['wellType'] == '2d') {
$trajectoryMethod = $this->record['wellTrajectoryVariant'];
$methodParameters = array();
$parameters = explode("_", $this->record['wellTrajectoryVariant']);
array_shift($parameters);
//print_r($parameters);
foreach ($parameters as $parameter) {
$methodParameters[$parameter] = $this->record[$parameter];
}
//print_r($methodParameters);
//print_r($trajectoryMethod);
$this->trajectoryParams = call_user_func_array(array($this->trajectory, $trajectoryMethod), $methodParameters);
if (!empty($this->trajectoryParams['error'])) {
// $this->errorMessageContainer = new CoreFormValidationMessageContainer();
// $this->errorMessageContainer->addMessage('parametrError');
return 0;
}
//$this->trajectory->$trajectoryMethod(extract($methodParameters));
$this->trajectoryTable = $algoritm->calculateCoordinates($this->sectionNumber, $this->trajectoryParams['A'], $this->trajectoryParams['H'], $this->trajectoryParams['L'], $this->trajectoryParams['alfa'], $this->trajectoryParams['delta'], $this->trajectoryParams['DLS'], $this->trajectoryParams['R'], $azimut, $step);
$firstElements = array_values($this->trajectoryTable);
$firstElement = $firstElements[0];
//print_r($firstElement);
if ($this->record['vsection'] !== null) {
$angleParametr = $this->record['vsection'];
} else {
$angleParametr = $algoritm->calculateVsAngle($this->trajectoryTable[1], $this->trajectoryTable[count($this->trajectoryTable)]);
}
$algoritm->calculateVerticalSection($this->trajectoryTable, $angleParametr);
/*foreach($this->trajectoryTable as $key => $telement){
//print_r($telement);
$kx = $telement['Y'] - $firstElement['Y'];
$ky = $telement['X'] - $firstElement['X'];
$dept = sqrt(pow($kx,2) + pow($ky,2));
if ($ky==0){
$angle = 0;
}
else $angle = rad2deg(atan(abs($kx/$ky)));
if (($kx=0) && ($ky=0)){
$angle = 0;
}
if (($kx>=0)&&($ky>0)) $angle = $angle;
if (($kx>0) && ($ky==0)) $angle = rad2deg(pi()/2);
if (($kx>=0) && ($ky<0)) $angle = rad2deg(pi()) - $angle;
if (($kx<=0) && ($ky<0)) $angle = rad2deg(pi()) + $angle;
if (($kx<0) && ($ky==0)) $angle = rad2deg(3*pi()/2);
if (($kx<=0) && ($ky>0)) $angle = rad2deg(2*pi()) - $angle;
$this->trajectoryTable[$key]['CL_DEP'] = $dept;
$this->trajectoryTable[$key]['CL_Angle'] = $angle;
//$this->trajectoryTable[$key]['VS_Displacment'] = $dept*cos(deg2rad($angle-vs_angle));
}*/
//print_r($this->trajectoryTable);
foreach ($this->trajectoryTable as $key => $trajectoryTableElement) {
$this->trajectoryTable[$key]['alfa'] = rad2deg($trajectoryTableElement['alfa']);
$this->trajectoryTable[$key]['beta'] = rad2deg($trajectoryTableElement['beta']);
}
for ($i = 1; $i <= $this->sectionNumber; $i++) {
$this->trajectoryParams['alfa'][$i] = rad2deg($this->trajectoryParams['alfa'][$i]);
$this->trajectoryParams['delta'][$i] = rad2deg($this->trajectoryParams['delta'][$i]);
}
if (!empty($this->trajectoryTable)) {
$xmax = 0;
$ymax = 0;
$zmax = 0;
$mdmax = 0;
$tmpArr = array();
$this->trajectory3DRender = null;
foreach ($this->trajectoryTable as $element) {
if ($xmax < $element['X']) {
$xmax = $element['X'];
}
if ($ymax < $element['Y']) {
$ymax = $element['Y'];
}
if ($zmax < $element['Z']) {
$zmax = $element['Z'];
}
if ($mdmax < $element['MD']) {
$mdmax = $element['MD'];
}
//print_r($element);
$this->trajectoryTable[$key]['X'] = $this->trajectoryTable[$key]['X'] + floatval($this->record['tvectorX']);
$this->trajectoryTable[$key]['Y'] = $this->trajectoryTable[$key]['Y'] + floatval($this->record['tvectorY']);
$this->trajectoryTable[$key]['Z'] = $this->trajectoryTable[$key]['Z'] + floatval($this->record['tvectorZ']);
$tmpArr['x'] = 1 * ($element['X'] + floatval($this->record['tvectorX']));
$tmpArr['y'] = 1 * ($element['Y'] + floatval($this->record['tvectorY']));
$tmpArr['z'] = -1 * ($element['Z'] + floatval($this->record['tvectorZ']));
$tmpArr['md'] = -1 * $element['MD'];
$this->trajectory3DRender[] = $tmpArr;
}
$this->trajectory3DRenderParam['render'] = $this->trajectory3DRender;
$this->trajectory3DRenderParam['trayectory'] = $this->trajectoryTable;
$this->trajectory3DRenderParam['xMax'] = 1 * $xmax;
$this->trajectory3DRenderParam['yMax'] = 1 * $ymax;
$this->trajectory3DRenderParam['zMax'] = -1 * $zmax;
$this->trajectory3DRenderParam['mdMax'] = -1 * $mdmax;
$this->trajectory3DRenderParam['color'] = $this->record['color'];
$this->trajectory3DRenderParam['wellName'] = $this->record['wellName'];
}
//print_r($this->trajectoryTable);
}
}
if ($this->record['wellType'] == '3d') {
// get points from DAO
$well3dDAO = new Well3DPointDAO();
$this->points3d = $well3dDAO->getWellPointsByWellId($this->record['id']);
// print_r("Input points X[m], Y[m], Z[m], LP[m], alfa[st], beta[st] \n");
foreach ($this->points3d as $point) {
$MX[$point['number']] = $point['X'];
$MY[$point['number']] = $point['Y'];
$MZ[$point['number']] = $point['Z'];
$MLP[$point['number']] = $point['LP'];
$Malfa[$point['number']] = $point['alfa'];
$Mbeta[$point['number']] = $point['beta'];
// print_r( $point['X']." ".$point['Y']." ".$point['Z']." ".$point['LP']." ".$point['alfa']." ".$point['beta']."\n");
}
$np = count($this->points3d);
//$step = 50;
if ($this->record['well3DTrajectory'] == 'POCZ' || empty($this->record['well3DTrajectory'])) {
if ($np > 0) {
$this->trajectoryTable = $algoritm->r3pocz($np, $MX, $MY, $MZ, $MLP, $Malfa, $Mbeta, $step, $this->record['vsection']);
}
} else {
if ($np > 0) {
$this->trajectoryTable = $algoritm->r3konc($np, $MX, $MY, $MZ, $MLP, $Malfa, $Mbeta, $step, $this->record['vsection']);
}
}
//print_r($this->record);
//print_r($this->trajectoryTable);
// count in algoritm
if (!empty($this->trajectoryTable)) {
$xmax = 0;
$ymax = 0;
$zmax = 0;
$mdmax = 0;
$tmpArr = array();
$this->trajectory3DRender = null;
foreach ($this->trajectoryTable as $key => $element) {
//print_r($element['X']);
//print_r("MD ". $element['MD'] ." ". $element['X'] ."\n\t");
if ($xmax < $element['X']) {
$xmax = $element['X'];
}
if ($ymax < $element['Y']) {
$ymax = $element['Y'];
}
if ($zmax < $element['Z']) {
$zmax = $element['Z'];
}
if ($mdmax < $element['MD']) {
$mdmax = $element['MD'];
}
//print_r($element);
$this->trajectoryTable[$key]['X'] = $this->trajectoryTable[$key]['X'] + floatval($this->record['tvectorX']);
$this->trajectoryTable[$key]['Y'] = $this->trajectoryTable[$key]['Y'] + floatval($this->record['tvectorY']);
$this->trajectoryTable[$key]['Z'] = $this->trajectoryTable[$key]['Z'] + floatval($this->record['tvectorZ']);
$tmpArr['x'] = $element['X'] + floatval($this->record['tvectorX']);
$tmpArr['y'] = -($element['Y'] + floatval($this->record['tvectorY']));
$tmpArr['z'] = -($element['Z'] + floatval($this->record['tvectorZ']));
$tmpArr['md'] = -1 * $element['MD'];
$this->trajectory3DRender[] = $tmpArr;
}
$this->trajectory3DRenderParam['render'] = $this->trajectory3DRender;
//$this->trajectory3DRenderParam['trajectory'] = $this->trajectoryTable;
$this->trajectory3DRenderParam['xMax'] = 1 * $xmax;
$this->trajectory3DRenderParam['yMax'] = 1 * $ymax;
$this->trajectory3DRenderParam['zMax'] = -1 * $zmax;
$this->trajectory3DRenderParam['mdMax'] = -1 * $mdmax;
$this->trajectory3DRenderParam['color'] = $this->record['color'];
$this->trajectory3DRenderParam['wellName'] = $this->record['wellName'];
}
}
//print_r($this->trajectory3DRenderParam);
return $this->trajectory3DRenderParam;
}
public function prepareData()
{
parent::prepareData();
$this->initForm();
$this->createFormFields();
$this->setFieldValuesFromRequest();
$request = CoreServices::get('request');
$this->A = $this->form->getField('A')->getValue();
$this->H = $this->form->getField('H')->getValue();
$this->L1 = $this->form->getField('L1')->getValue();
$this->DLS = $this->form->getField('DLS')->getValue();
$this->DLS2 = $this->form->getField('DLS2')->getValue();
$this->alfa2 = $this->form->getField('alfa2')->getValue();
$this->L3 = $this->form->getField('L3')->getValue();
$this->Azimuth = $this->form->getField('Azimuth')->getValue();
$this->targetInclination = $this->form->getField('targetInclination')->getValue();
$this->targetAzimuth = $this->form->getField('targetAzimuth')->getValue();
$this->TR = $this->form->getField('TR')->getValue();
$this->TL = $this->form->getField('TL')->getValue();
$this->BR = $this->form->getField('BR')->getValue();
$this->BL = $this->form->getField('BL')->getValue();
$this->SR = $this->form->getField('SR')->getValue();
$this->ST = $this->form->getField('ST')->getValue();
$this->SM = $this->form->getField('SM')->getValue();
$this->NOS = $this->form->getField('NOS')->getValue();
$this->DeltaX = $this->form->getField('DeltaX')->getValue();
$this->DeltaY = $this->form->getField('DeltaY')->getValue();
$this->Variant = $this->form->getField('Variant')->getValue();
$this->Name = $this->form->getField('Name')->getValue();
$this->siteId = $this->form->getField('SiteId')->getValue();
if (empty($this->Name)) {
$this->Name = "Pads";
}
if (empty($this->Variant)) {
throw new Exception("No Trajectory Variant");
}
$wellDAO = new WellDAO();
$well3dpointDAO = new Well3DPointDAO();
$well = $wellDAO->getRecordTemplate();
$well['A'] = $this->A;
$well['H'] = $this->H;
$well['L1'] = $this->L1;
$well['DLS'] = $this->DLS;
$well['DLS2'] = $this->DLS2;
$well['alfa2'] = $this->alfa2;
$well['L3'] = $this->L3;
$well['wellName'] = $this->Name . " W0";
$well['siteId'] = $this->siteId;
$well['wellType'] = '2d';
$well['wellTrajectory'] = "J2";
$well['wellTrajectoryVariant'] = $this->Variant;
$wellDAO->save($well);
$this->trajectory = new TrajectoryVariant();
$algoritm = new TrajectoryAlgoritm();
$trajectoryMethod = $this->Variant;
$methodParameters = array();
$parameters = explode("_", $this->Variant);
array_shift($parameters);
foreach ($parameters as $parameter) {
$methodParameters[$parameter] = $well[$parameter];
}
$this->trajectoryParams = call_user_func_array(array($this->trajectory, $trajectoryMethod), $methodParameters);
if (!empty($this->trajectoryParams['error'])) {
//$this->errorMessageContainer = new CoreFormValidationMessageContainer();
//$this->errorMessageContainer->addMessage('parametrError');
return 0;
//!!!!!
}
//print_r($this->trajectoryParams);
$sectionNumber = 3;
$step = 10;
$azimut = 0;
$this->trajectoryTable = $algoritm->calculateCoordinates($sectionNumber, $this->trajectoryParams['A'], $this->trajectoryParams['H'], $this->trajectoryParams['L'], $this->trajectoryParams['alfa'], $this->trajectoryParams['delta'], $this->trajectoryParams['DLS'], $this->trajectoryParams['R'], $azimut, $step);
//print_r($this->trajectoryTable);
$firstElements = array_values($this->trajectoryTable);
$firstElement = $firstElements[0];
$trayectoryTableLenght = count($this->trajectoryTable);
$section = $firstElement['section'];
$hpoints[] = $firstElement;
$counter = 1;
foreach ($this->trajectoryTable as $point) {
if ($point['section'] == 'PP' || $section != $point['section'] && $section != 'PP' || $counter == $trayectoryTableLenght) {
$section = $point['section'];
$hpoints[] = $point;
}
$counter++;
}
//print_r($hpoints);
if ($this->TR == 'true') {
// In loop create
// 1. well 3d with R3Konc
// 2. calulate points W, HP, TP
// 3. save well & points
if ($this->NOS > 0) {
for ($i = 1; $i <= $this->NOS; $i++) {
$padWell = $wellDAO->getRecordTemplate();
$padWell['wellName'] = $this->Name . "_W" . $i . "R";
$padWell['wellType'] = '3d';
$padWell['well3DTrajectory'] = "KONC";
$padWell['siteId'] = $this->siteId;
$wellDAO->save($padWell);
$srSum = $i * $this->SR;
$stSum = $i * $this->ST;
$BOPX = $firstElement['X'] + $srSum * cos($this->Azimuth * Pi() / 180) + $this->DeltaX;
$BOPY = $firstElement['Y'] - $srSum * sin($this->Azimuth * Pi() / 180) + $this->DeltaY;
$HPX = $hpoints[2]['X'] + $stSum * cos($this->Azimuth * Pi() / 180) + $this->DeltaX;
$HPY = $hpoints[2]['Y'] - $srSum * sin($this->Azimuth * Pi() / 180) + $this->DeltaY;
$TPX = $hpoints[3]['X'] + $stSum * cos($this->Azimuth * Pi() / 180) + $this->DeltaX;
$TPY = $hpoints[3]['Y'] - $srSum * sin($this->Azimuth * Pi() / 180) + $this->DeltaY;
$well3dpoint = $well3dpointDAO->getRecordTemplate();
$well3dpoint['wellId'] = $padWell['id'];
$well3dpoint['number'] = 1;
$well3dpoint['X'] = $BOPX;
$well3dpoint['Y'] = $BOPY;
$well3dpoint['Z'] = 0;
$well3dpoint['alfa'] = 0;
$well3dpoint['beta'] = 0;
$well3dpoint['LP'] = 0;
$well3dpointDAO->save($well3dpoint);
$well3dpoint = $well3dpointDAO->getRecordTemplate();
$well3dpoint['wellId'] = $padWell['id'];
$well3dpoint['number'] = 2;
$well3dpoint['X'] = $HPX;
$well3dpoint['Y'] = $HPY;
$well3dpoint['Z'] = $hpoints[2]['Z'];
$well3dpoint['alfa'] = 0;
$well3dpoint['beta'] = 0;
$well3dpoint['LP'] = 0;
$well3dpointDAO->save($well3dpoint);
$well3dpoint = $well3dpointDAO->getRecordTemplate();
$well3dpoint['wellId'] = $padWell['id'];
$well3dpoint['number'] = 3;
$well3dpoint['X'] = $TPX;
$well3dpoint['Y'] = $TPY;
$well3dpoint['Z'] = $hpoints[3]['Z'];
$well3dpoint['alfa'] = $this->targetInclination;
$well3dpoint['beta'] = $this->targetAzimuth;
$well3dpoint['LP'] = 0;
$well3dpointDAO->save($well3dpoint);
}
}
}
if ($this->TL == 'true') {
if ($this->NOS > 0) {
for ($i = 1; $i <= $this->NOS; $i++) {
$padWell = $wellDAO->getRecordTemplate();
$padWell['wellName'] = $this->Name . "_W" . $i . "L";
$padWell['wellType'] = '3d';
$padWell['well3DTrajectory'] = "KONC";
$padWell['siteId'] = $this->siteId;
$wellDAO->save($padWell);
$srSum = $i * $this->SR;
$stSum = $i * $this->ST;
$BOPX = $firstElement['X'] - $srSum * cos($this->Azimuth * Pi() / 180) + $this->DeltaX;
$BOPY = $firstElement['Y'] + $srSum * sin($this->Azimuth * Pi() / 180) + $this->DeltaY;
$HPX = $hpoints[2]['X'] - $stSum * cos($this->Azimuth * Pi() / 180) + $this->DeltaX;
$HPY = $hpoints[2]['Y'] + $srSum * sin($this->Azimuth * Pi() / 180) + $this->DeltaY;
$TPX = $hpoints[3]['X'] - $stSum * cos($this->Azimuth * Pi() / 180) + $this->DeltaX;
$TPY = $hpoints[3]['Y'] + $srSum * sin($this->Azimuth * Pi() / 180) + $this->DeltaY;
$well3dpoint = $well3dpointDAO->getRecordTemplate();
$well3dpoint['wellId'] = $padWell['id'];
$well3dpoint['number'] = 1;
$well3dpoint['X'] = $BOPX;
$well3dpoint['Y'] = $BOPY;
$well3dpoint['Z'] = 0;
$well3dpoint['alfa'] = 0;
$well3dpoint['beta'] = 0;
$well3dpoint['LP'] = 0;
$well3dpointDAO->save($well3dpoint);
$well3dpoint = $well3dpointDAO->getRecordTemplate();
$well3dpoint['wellId'] = $padWell['id'];
$well3dpoint['number'] = 2;
$well3dpoint['X'] = $HPX;
$well3dpoint['Y'] = $HPY;
$well3dpoint['Z'] = $hpoints[2]['Z'];
$well3dpoint['alfa'] = 0;
$well3dpoint['beta'] = 0;
$well3dpoint['LP'] = 0;
$well3dpointDAO->save($well3dpoint);
$well3dpoint = $well3dpointDAO->getRecordTemplate();
$well3dpoint['wellId'] = $padWell['id'];
$well3dpoint['number'] = 3;
$well3dpoint['X'] = $TPX;
$well3dpoint['Y'] = $TPY;
$well3dpoint['Z'] = $hpoints[3]['Z'];
$well3dpoint['alfa'] = $this->targetInclination;
$well3dpoint['beta'] = $this->targetAzimuth;
$well3dpoint['LP'] = 0;
$well3dpointDAO->save($well3dpoint);
}
}
}
if ($this->BR == 'true') {
if ($this->NOS > 0) {
for ($i = 1; $i <= $this->NOS; $i++) {
$this->Azimuth = $this->Azimuth + 180;
$padWell = $wellDAO->getRecordTemplate();
$padWell['wellName'] = $this->Name . "_W" . $i . "MR";
$padWell['wellType'] = '3d';
$padWell['well3DTrajectory'] = "KONC";
$padWell['siteId'] = $this->siteId;
$wellDAO->save($padWell);
$srSum = $i * $this->SR;
$stSum = $i * $this->ST;
$DeltaX = $this->DeltaX + $this->SM * sin($this->Azimuth * pi() / 180);
$DeltaY = $this->DeltaY + $this->SM * sin($this->Azimuth * pi() / 180);
$BOPX = $firstElement['X'] + $srSum * cos($this->Azimuth * Pi() / 180) + $DeltaX;
$BOPY = $firstElement['Y'] - $srSum * sin($this->Azimuth * Pi() / 180) + $DeltaY;
$HPX = $hpoints[2]['X'] + $stSum * cos($this->Azimuth * Pi() / 180) + $DeltaX;
$HPY = $hpoints[2]['Y'] - $srSum * sin($this->Azimuth * Pi() / 180) + $DeltaY;
$TPX = $hpoints[3]['X'] + $stSum * cos($this->Azimuth * Pi() / 180) + $DeltaX;
$TPY = $hpoints[3]['Y'] - $srSum * sin($this->Azimuth * Pi() / 180) + $DeltaY;
$well3dpoint = $well3dpointDAO->getRecordTemplate();
$well3dpoint['wellId'] = $padWell['id'];
$well3dpoint['number'] = 1;
$well3dpoint['X'] = $BOPX;
$well3dpoint['Y'] = $BOPY;
$well3dpoint['Z'] = 0;
$well3dpoint['alfa'] = 0;
$well3dpoint['beta'] = 0;
$well3dpoint['LP'] = 0;
$well3dpointDAO->save($well3dpoint);
$well3dpoint = $well3dpointDAO->getRecordTemplate();
$well3dpoint['wellId'] = $padWell['id'];
$well3dpoint['number'] = 2;
$well3dpoint['X'] = $HPX;
$well3dpoint['Y'] = $HPY;
$well3dpoint['Z'] = $hpoints[2]['Z'];
$well3dpoint['alfa'] = 0;
$well3dpoint['beta'] = 0;
$well3dpoint['LP'] = 0;
$well3dpointDAO->save($well3dpoint);
$well3dpoint = $well3dpointDAO->getRecordTemplate();
$well3dpoint['wellId'] = $padWell['id'];
$well3dpoint['number'] = 3;
$well3dpoint['X'] = $TPX;
$well3dpoint['Y'] = $TPY;
$well3dpoint['Z'] = $hpoints[3]['Z'];
$well3dpoint['alfa'] = $this->targetInclination;
$well3dpoint['beta'] = $this->targetAzimuth;
$well3dpoint['LP'] = 0;
$well3dpointDAO->save($well3dpoint);
}
}
}
if ($this->BL == 'true') {
if ($this->NOS > 0) {
for ($i = 1; $i <= $this->NOS; $i++) {
$this->Azimuth = $this->Azimuth + 180;
$padWell = $wellDAO->getRecordTemplate();
$padWell['wellName'] = $this->Name . "_W" . $i . "ML";
$padWell['wellType'] = '3d';
$padWell['well3DTrajectory'] = "KONC";
$padWell['siteId'] = $this->siteId;
$wellDAO->save($padWell);
$srSum = $i * $this->SR;
$stSum = $i * $this->ST;
$DeltaX = $this->DeltaX + $this->SM * sin($this->Azimuth * pi() / 180);
$DeltaY = $this->DeltaY + $this->SM * sin($this->Azimuth * pi() / 180);
$BOPX = $firstElement['X'] - $srSum * cos($this->Azimuth * Pi() / 180) + $DeltaX;
$BOPY = $firstElement['Y'] + $srSum * sin($this->Azimuth * Pi() / 180) + $DeltaY;
$HPX = $hpoints[2]['X'] - $stSum * cos($this->Azimuth * Pi() / 180) + $DeltaX;
$HPY = $hpoints[2]['Y'] + $srSum * sin($this->Azimuth * Pi() / 180) + $DeltaY;
$TPX = $hpoints[3]['X'] - $stSum * cos($this->Azimuth * Pi() / 180) + $DeltaX;
$TPY = $hpoints[3]['Y'] + $srSum * sin($this->Azimuth * Pi() / 180) + $DeltaY;
$well3dpoint = $well3dpointDAO->getRecordTemplate();
$well3dpoint['wellId'] = $padWell['id'];
$well3dpoint['number'] = 1;
$well3dpoint['X'] = $BOPX;
$well3dpoint['Y'] = $BOPY;
$well3dpoint['Z'] = 0;
$well3dpoint['alfa'] = 0;
$well3dpoint['beta'] = 0;
$well3dpoint['LP'] = 0;
$well3dpointDAO->save($well3dpoint);
$well3dpoint = $well3dpointDAO->getRecordTemplate();
$well3dpoint['wellId'] = $padWell['id'];
$well3dpoint['number'] = 2;
$well3dpoint['X'] = $HPX;
$well3dpoint['Y'] = $HPY;
$well3dpoint['Z'] = $hpoints[2]['Z'];
$well3dpoint['alfa'] = 0;
$well3dpoint['beta'] = 0;
$well3dpoint['LP'] = 0;
$well3dpointDAO->save($well3dpoint);
$well3dpoint = $well3dpointDAO->getRecordTemplate();
$well3dpoint['wellId'] = $padWell['id'];
$well3dpoint['number'] = 3;
$well3dpoint['X'] = $TPX;
$well3dpoint['Y'] = $TPY;
$well3dpoint['Z'] = $hpoints[3]['Z'];
$well3dpoint['alfa'] = $this->targetInclination;
$well3dpoint['beta'] = $this->targetAzimuth;
$well3dpoint['LP'] = 0;
$well3dpointDAO->save($well3dpoint);
}
}
}
// +add slot to DB
// +calculate trajectory
// +get points 0, HP, TP
// calculate additional trajectories points
// create
}