use strict;
use warnings;
use Test::More;
use FixMyStreet::TestMech;
use FixMyStreet::App::Controller::Questionnaire;
ok( my $mech = FixMyStreet::TestMech->new, 'Created mech object' );
# create a test user and report
$mech->delete_user('test@example.com');
my $user =
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* OpenLayers OSGB Grid Projection Transformations
*
* Conversion to OpenLayers by Thomas Wood (grand.edgemaster@gmail.com)
*
* this program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
*
* this program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
*
* ---------------------------------------------------------------------------
*
* PLEASE DO NOT HOTLINK THIS, save this onto your own server
* - I cannot guarantee this file will remain here forever.
*
* ---------------------------------------------------------------------------
*
* Credits:
* Based from the geotools js library by Paul Dixon
* GeoTools javascript coordinate transformations
* http://files.dixo.net/geotools.html
*
* Portions of this file copyright (c)2005 Paul Dixon (paul@elphin.com)
*
* The algorithm used by the script for WGS84-OSGB36 conversions is derived
* from an OSGB spreadsheet (www.gps.gov.uk) with permission. This has been
* adapted into Perl by Ian Harris, and into PHP by Barry Hunter. Conversion
* accuracy is in the order of 7m for 90% of Great Britain, and should be
* be similar to the conversion made by a typical GPSr
*
*/
if (typeof OpenLayers !== "undefined") {
OpenLayers.Projection.OS = {
/**
* Method: projectForwardBritish
* Given an object with x and y properties in EPSG:4326, modify the x,y
* properties on the object to be the OSGB36 (transverse mercator)
* projected coordinates.
*
* Parameters:
* point - {Object} An object with x and y properties.
*
* Returns:
* {Object} The point, with the x and y properties transformed to spherical
* mercator.
*/
projectForwardBritish: function(point) {
var x1 = OpenLayers.Projection.OS.Lat_Long_H_to_X(point.y,point.x,0,6378137.00,6356752.313);
var y1 = OpenLayers.Projection.OS.Lat_Long_H_to_Y(point.y,point.x,0,6378137.00,6356752.313);
var z1 = OpenLayers.Projection.OS.Lat_H_to_Z (point.y, 0,6378137.00,6356752.313);
var x2 = OpenLayers.Projection.OS.Helmert_X(x1,y1,z1,-446.448,-0.2470,-0.8421,20.4894);
var y2 = OpenLayers.Projection.OS.Helmert_Y(x1,y1,z1, 125.157,-0.1502,-0.8421,20.4894);
var z2 = OpenLayers.Projection.OS.Helmert_Z(x1,y1,z1,-542.060,-0.1502,-0.2470,20.4894);
var lat2 = OpenLayers.Projection.OS.XYZ_to_Lat (x2,y2,z2,6377563.396,6356256.910);
var lon2 = OpenLayers.Projection.OS.XYZ_to_Long(x2,y2);
point.x = OpenLayers.Projection.OS.Lat_Long_to_East (lat2,lon2,6377563.396,6356256.910,400000,0.999601272,49.00000,-2.00000);
point.y = OpenLayers.Projection.OS.Lat_Long_to_North(lat2,lon2,6377563.396,6356256.910,400000,-100000,0.999601272,49.00000,-2.00000);
return point;
},
/**
* Method: projectInverseBritish
* Given an object with x and y properties in OSGB36 (transverse mercator),
* modify the x,y properties on the object to be the unprojected coordinates.
*
* Parameters:
* point - {Object} An object with x and y properties.
*
* Returns:
* {Object} The point, with the x and y properties transformed from
* OSGB36 to unprojected coordinates..
*/
projectInverseBritish: function(point) {
var lat1 = OpenLayers.Projection.OS.E_N_to_Lat (point.x,point.y,6377563.396,6356256.910,400000,-100000,0.999601272,49.00000,-2.00000);
var lon1 = OpenLayers.Projection.OS.E_N_to_Long(point.x,point.y,6377563.396,6356256.910,400000,-100000,0.999601272,49.00000,-2.00000);
var x1 = OpenLayers.Projection.OS.Lat_Long_H_to_X(lat1,lon1,0,6377563.396,6356256.910);
var y1 = OpenLayers.Projection.OS.Lat_Long_H_to_Y(lat1,lon1,0,6377563.396,6356256.910);
var z1 = OpenLayers.Projection.OS.Lat_H_to_Z (lat1, 0,6377563.396,6356256.910);
var x2 = OpenLayers.Projection.OS.Helmert_X(x1,y1,z1,446.448 ,0.2470,0.8421,-20.4894);
var y2 = OpenLayers.Projection.OS.Helmert_Y(x1,y1,z1,-125.157,0.1502,0.8421,-20.4894);
var z2 = OpenLayers.Projection.OS.Helmert_Z(x1,y1,z1,542.060 ,0.1502,0.2470,-20.4894);
var lat = OpenLayers.Projection.OS.XYZ_to_Lat(x2,y2,z2,6378137.000,6356752.313);
var lon = OpenLayers.Projection.OS.XYZ_to_Long(x2,y2);
point.x = lon;
point.y = lat;
return point;
},
goog2osgb: function(point) {
return OpenLayers.Projection.OS.projectForwardBritish(OpenLayers.Layer.SphericalMercator.projectInverse(point));
},
osgb2goog: function(point) {
return OpenLayers.Layer.SphericalMercator.projectForward(OpenLayers.Projection.OS.projectInverseBritish(point));
},
/*****
* Mathematical functions
*****/
E_N_to_Lat: function(East, North, a, b, e0, n0, f0, PHI0, LAM0) {
//Un-project Transverse Mercator eastings and northings back to latitude.
//eastings (East) and northings (North) in meters; _
//ellipsoid axis dimensions (a & b) in meters; _
//eastings (e0) and northings (n0) of false origin in meters; _
//central meridian scale factor (f0) and _
//latitude (PHI0) and longitude (LAM0) of false origin in decimal degrees.
//Convert angle measures to radians
var Pi = 3.14159265358979;
var RadPHI0 = PHI0 * (Pi / 180);
var RadLAM0 = LAM0 * (Pi / 180);
//Compute af0, bf0, e squared (e2), n and Et
var af0 = a * f0;
var bf0 = b * f0;
var e2 = (Math.pow(af0,2) - Math.pow(bf0,2)) / Math.pow(af0,2);
var n = (af0 - bf0) / (af0 + bf0);
var Et = East - e0;
//Compute initial value for latitude (PHI) in radians
var PHId = OpenLayers.Projection.OS.InitialLat(North, n0, af0, RadPHI0, n, bf0);
//Compute nu, rho and eta2 using value for PHId
var nu = af0 / (Math.sqrt(1 - (e2 * ( Math.pow(Math.sin(PHId),2)))));
var rho = (nu * (1 - e2)) / (1 - (e2 * Math.pow(Math.sin(PHId),2)));
var eta2 = (nu / rho) - 1;
//Compute Latitude
var VII = (Math.tan(PHId)) / (2 * rho * nu);
var VIII = ((Math.tan(PHId)) / (24 * rho * Math.pow(nu,3))) * (5 + (3 * (Math.pow(Math.tan(PHId),2))) + eta2 - (9 * eta2 * (Math.pow(Math.tan(PHId),2))));
var IX = ((Math.tan(PHId)) / (720 * rho * Math.pow(nu,5))) * (61 + (90 * ((Math.tan(PHId)) ^ 2)) + (45 * (Math.pow(Math.tan(PHId),4))));
var E_N_to_Lat = (180 / Pi) * (PHId - (Math.pow(Et,2) * VII) + (Math.pow(Et,4) * VIII) - ((Et ^ 6) * IX));
return (E_N_to_Lat);
},
E_N_to_Long: function(East, North, a, b, e0, n0, f0, PHI0, LAM0) {
//Un-project Transverse Mercator eastings and northings back to longitude.
//eastings (East) and northings (North) in meters; _
//ellipsoid axis dimensions (a & b) in meters; _
//eastings (e0) and northings (n0) of false origin in meters; _
//central meridian scale factor (f0) and _
//latitude (PHI0) and longitude (LAM0) of false origin in decimal degrees.
//Convert angle measures to radians
var Pi = 3.14159265358979;
var RadPHI0 = PHI0 * (Pi / 180);
var RadLAM0 = LAM0 * (Pi / 180);
//Compute af0, bf0, e squared (e2), n and Et
var af0 = a * f0;
var bf0 = b * f0;
var e2 = (Math.pow(af0,2) - Math.pow(bf0,2)) / Math.pow(af0,2);
var n = (af0 - bf0) / (af0 + bf0);
var Et = East - e0;
//Compute initial value for latitude (PHI) in radians
var PHId = OpenLayers.Projection.OS.InitialLat(North, n0, af0, RadPHI0, n, bf0);
//Compute nu, rho and eta2 using value for PHId
var nu = af0 / (Math.sqrt(1 - (e2 * (Math.pow(Math.sin(PHId),2)))));
var rho = (nu * (1 - e2)) / (1 - (e2 * Math.pow(Math.sin(PHId),2)));
var eta2 = (nu / rho) - 1;
//Compute Longitude
var X = (Math.pow(Math.cos(PHId),-1)) / nu;
var XI = ((Math.pow(Math.cos(PHId),-1)) / (6 * Math.pow(nu,3))) * ((nu / rho) + (2 * (Math.pow(Math.tan(PHId),2))));
var XII = ((Math.pow(Math.cos(PHId),-1)) / (120 * Math.pow(nu,5))) * (5 + (28 * (Math.pow(Math.tan(PHId),2))) + (24 * (Math.pow(Math.tan(PHId),4))));