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							u,
							l = this;
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							throw e
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					}
				}
			}();
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			FormData : n() ? i : FormData
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			function o(e, t) {
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				return i
			}
			function a(e, t) {
				var n = new XMLHttpRequest;
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					(200 == this.status || 0 === this.status) && t(this.response)
				}, n.send()
			}
			function s(e, t) {
				function n(n) {
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				}
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						n(r)
					}
					else if (/^blob\:/i.test(e.src)) {
						var i = new FileReader;
						i.onload = function(e) {
							n(e.target.result)
						}, a(e.src, function(e) {
							i.readAsArrayBuffer(e)
						})
					}
					else {
						var s = new XMLHttpRequest;
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							200 == this.status || 0 === this.status ? n(s.response) : t(new Error("Could not load image")), s = null
						}, s.open("GET", e.src, !0), s.responseType = "arraybuffer", s.send(null)
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				else if (window.FileReader && (e instanceof window.Blob || e instanceof window.File)) {
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						p && console.log("Got file of length " + e.target.result.byteLength), n(e.target.result)
					}, i.readAsArrayBuffer(e)
				}
			}
			function u(e) {
				var t = new DataView(e);
				if (p && console.log("Got file of length " + e.byteLength), 255 != t.getUint8(0) || 216 != t.getUint8(1)) return p && console.log("Not a valid JPEG"), !1;
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					if (255 != t.getUint8(r)) return p && console.log("Not a valid marker at offset " + r + ", found: " + t.getUint8(r)), !1;
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			function l(e) {
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					}; r > n;) {
					if (i(t, n)) {
						var o = t.getUint8(n + 7);
						o % 2 !== 0 && (o += 1), 0 === o && (o = 4);
						var a = n + 8 + o,
							s = t.getUint16(n + 6 + o);
						return c(e, a, s)
					}
					n++
				}
			}
			function c(e, t, n) {
				for (var r, i, o, a, s, u = new DataView(e), l = {}, c = t; t + n > c;) 28 === u.getUint8(c) && 2 === u.getUint8(c + 1) && (a = u.getUint8(c + 2), a in b && (o = u.getInt16(c + 3), s = o + 5, i = b[a], r = h(u, c + 5, o), l.hasOwnProperty(i) ? l[i] instanceof Array ? l[i].push(r) : l[i] = [ l[i], r ] : l[i] = r)), c++;
				return l
			}
			function d(e, t, n, r, i) {
				var o,
					a,
					s,
					u = e.getUint16(n, !i),
					l = {};
				for (s = 0; u > s; s++) o = n + 12 * s + 2, a = r[e.getUint16(o, !i)], !a && p && console.log("Unknown tag: " + e.getUint16(o, !i)), l[a] = f(e, o, t, n, i);
				return l
			}
			function f(e, t, n, r, i) {
				var o,
					a,
					s,
					u,
					l,
					c,
					d = e.getUint16(t + 2, !i),
					f = e.getUint32(t + 4, !i),
					g = e.getUint32(t + 8, !i) + n;
				switch (d) {
				case 1:
				case 7:
					if (1 == f) return e.getUint8(t + 8, !i);
					for (o = f > 4 ? g : t + 8, a = [], u = 0; f > u; u++) a[u] = e.getUint8(o + u);
					return a;case 2:
					return o = f > 4 ? g : t + 8, h(e, o, f - 1);case 3:
					if (1 == f) return e.getUint16(t + 8, !i);
					for (o = f > 2 ? g : t + 8, a = [], u = 0; f > u; u++) a[u] = e.getUint16(o + 2 * u, !i);
					return a;case 4:
					if (1 == f) return e.getUint32(t + 8, !i);
					for (a = [], u = 0; f > u; u++) a[u] = e.getUint32(g + 4 * u, !i);
					return a;case 5:
					if (1 == f) return l = e.getUint32(g, !i), c = e.getUint32(g + 4, !i), s = new Number(l / c), s.numerator = l, s.denominator = c, s;
					for (a = [], u = 0; f > u; u++) l = e.getUint32(g + 8 * u, !i), c = e.getUint32(g + 4 + 8 * u, !i), a[u] = new Number(l / c), a[u].numerator = l, a[u].denominator = c;
					return a;case 9:
					if (1 == f) return e.getInt32(t + 8, !i);
					for (a = [], u = 0; f > u; u++) a[u] = e.getInt32(g + 4 * u, !i);
					return a;case 10:
					if (1 == f) return e.getInt32(g, !i) / e.getInt32(g + 4, !i);
					for (a = [], u = 0; f > u; u++) a[u] = e.getInt32(g + 8 * u, !i) / e.getInt32(g + 4 + 8 * u, !i);
					return a
				}
			}
			function h(e, t, n) {
				var r,
					i = "";
				for (r = t; t + n > r; r++) i += String.fromCharCode(e.getUint8(r));
				return i
			}
			function g(e, t) {
				if ("Exif" != h(e, t, 4)) return p && console.log("Not valid EXIF data! " + h(e, t, 4)), !1;
				var n,
					r,
					i,
					o,
					a,
					s = t + 6;
				if (18761 == e.getUint16(s))
					n = !1;
				else {
					if (19789 != e.getUint16(s)) return p && console.log("Not valid TIFF data! (no 0x4949 or 0x4D4D)"), !1;
					n = !0
				}
				if (42 != e.getUint16(s + 2, !n)) return p && console.log("Not valid TIFF data! (no 0x002A)"), !1;
				var u = e.getUint32(s + 4, !n);
				if (8 > u) return p && console.log("Not valid TIFF data! (First offset less than 8)", e.getUint32(s + 4, !n)), !1;
				if (r = d(e, s, s + u, y, n), r.ExifIFDPointer) {
					o = d(e, s, s + r.ExifIFDPointer, w, n);
					for (i in o) {
						switch (i) {
						case "LightSource":
						case "Flash":
						case "MeteringMode":
						case "ExposureProgram":
						case "SensingMethod":
						case "SceneCaptureType":
						case "SceneType":
						case "CustomRendered":
						case "WhiteBalance":
						case "GainControl":
						case "Contrast":
						case "Saturation":
						case "Sharpness":
						case "SubjectDistanceRange":
						case "FileSource":
							o[i] = S[i][o[i]];
							break;case "ExifVersion":
						case "FlashpixVersion":
							o[i] = String.fromCharCode(o[i][0], o[i][1], o[i][2], o[i][3]);
							break;case "ComponentsConfiguration":
							o[i] = S.Components[o[i][0]] + S.Components[o[i][1]] + S.Components[o[i][2]] + S.Components[o[i][3]]
						}
						r[i] = o[i]
					}
				}
				if (r.GPSInfoIFDPointer) {
					a = d(e, s, s + r.GPSInfoIFDPointer, v, n);
					for (i in a) {
						switch (i) {
						case "GPSVersionID":
							a[i] = a[i][0] + "." + a[i][1] + "." + a[i][2] + "." + a[i][3]
						}
						r[i] = a[i]
					}
				}
				return r
			}
			var p = !1,
				m = function(e) {
					return e instanceof m ? e : this instanceof m ? void (this.EXIFwrapped = e) : new m(e)
				};
			"undefined" != typeof e && e.exports && (t = e.exports = m), t.EXIF = m;
			var w = m.Tags = {
					36864 : "ExifVersion",
					40960 : "FlashpixVersion",
					40961 : "ColorSpace",
					40962 : "PixelXDimension",
					40963 : "PixelYDimension",
					37121 : "ComponentsConfiguration",
					37122 : "CompressedBitsPerPixel",
					37500 : "MakerNote",
					37510 : "UserComment",
					40964 : "RelatedSoundFile",
					36867 : "DateTimeOriginal",
					36868 : "DateTimeDigitized",
					37520 : "SubsecTime",
					37521 : "SubsecTimeOriginal",
					37522 : "SubsecTimeDigitized",
					33434 : "ExposureTime",
					33437 : "FNumber",
					34850 : "ExposureProgram",
					34852 : "SpectralSensitivity",
					34855 : "ISOSpeedRatings",
					34856 : "OECF",
					37377 : "ShutterSpeedValue",
					37378 : "ApertureValue",
					37379 : "BrightnessValue",
					37380 : "ExposureBias",
					37381 : "MaxApertureValue",
					37382 : "SubjectDistance",
					37383 : "MeteringMode",
					37384 : "LightSource",
					37385 : "Flash",
					37396 : "SubjectArea",
					37386 : "FocalLength",
					41483 : "FlashEnergy",
					41484 : "SpatialFrequencyResponse",
					41486 : "FocalPlaneXResolution",
					41487 : "FocalPlaneYResolution",
					41488 : "FocalPlaneResolutionUnit",
					41492 : "SubjectLocation",
					41493 : "ExposureIndex",
					41495 : "SensingMethod",
					41728 : "FileSource",
					41729 : "SceneType",
					41730 : "CFAPattern",
					41985 : "CustomRendered",
					41986 : "ExposureMode",
					41987 : "WhiteBalance",
					41988 : "DigitalZoomRation",
					41989 : "FocalLengthIn35mmFilm",
					41990 : "SceneCaptureType",
					41991 : "GainControl",
					41992 : "Contrast",
					41993 : "Saturation",
					41994 : "Sharpness",
					41995 : "DeviceSettingDescription",
					41996 : "SubjectDistanceRange",
					40965 : "InteroperabilityIFDPointer",
					42016 : "ImageUniqueID"
				},
				y = m.TiffTags = {
					256 : "ImageWidth",
					257 : "ImageHeight",
					34665 : "ExifIFDPointer",
					34853 : "GPSInfoIFDPointer",
					40965 : "InteroperabilityIFDPointer",
					258 : "BitsPerSample",
					259 : "Compression",
					262 : "PhotometricInterpretation",
					274 : "Orientation",
					277 : "SamplesPerPixel",
					284 : "PlanarConfiguration",
					530 : "YCbCrSubSampling",
					531 : "YCbCrPositioning",
					282 : "XResolution",
					283 : "YResolution",
					296 : "ResolutionUnit",
					273 : "StripOffsets",
					278 : "RowsPerStrip",
					279 : "StripByteCounts",
					513 : "JPEGInterchangeFormat",
					514 : "JPEGInterchangeFormatLength",
					301 : "TransferFunction",
					318 : "WhitePoint",
					319 : "PrimaryChromaticities",
					529 : "YCbCrCoefficients",
					532 : "ReferenceBlackWhite",
					306 : "DateTime",
					270 : "ImageDescription",
					271 : "Make",
					272 : "Model",
					305 : "Software",
					315 : "Artist",
					33432 : "Copyright"
				},
				v = m.GPSTags = {
					0 : "GPSVersionID",
					1 : "GPSLatitudeRef",
					2 : "GPSLatitude",
					3 : "GPSLongitudeRef",
					4 : "GPSLongitude",
					5 : "GPSAltitudeRef",
					6 : "GPSAltitude",
					7 : "GPSTimeStamp",
					8 : "GPSSatellites",
					9 : "GPSStatus",
					10 : "GPSMeasureMode",
					11 : "GPSDOP",
					12 : "GPSSpeedRef",
					13 : "GPSSpeed",
					14 : "GPSTrackRef",
					15 : "GPSTrack",
					16 : "GPSImgDirectionRef",
					17 : "GPSImgDirection",
					18 : "GPSMapDatum",
					19 : "GPSDestLatitudeRef",
					20 : "GPSDestLatitude",
					21 : "GPSDestLongitudeRef",
					22 : "GPSDestLongitude",
					23 : "GPSDestBearingRef",
					24 : "GPSDestBearing",
					25 : "GPSDestDistanceRef",
					26 : "GPSDestDistance",
					27 : "GPSProcessingMethod",
					28 : "GPSAreaInformation",
					29 : "GPSDateStamp",
					30 : "GPSDifferential"
				},
				S = m.StringValues = {
					ExposureProgram : {
						0 : "Not defined",
						1 : "Manual",
						2 : "Normal program",
						3 : "Aperture priority",
						4 : "Shutter priority",
						5 : "Creative program",
						6 : "Action program",
						7 : "Portrait mode",
						8 : "Landscape mode"
					},
					MeteringMode : {
						0 : "Unknown",
						1 : "Average",
						2 : "CenterWeightedAverage",
						3 : "Spot",
						4 : "MultiSpot",
						5 : "Pattern",
						6 : "Partial",
						255 : "Other"
					},
					LightSource : {
						0 : "Unknown",
						1 : "Daylight",
						2 : "Fluorescent",
						3 : "Tungsten (incandescent light)",
						4 : "Flash",
						9 : "Fine weather",
						10 : "Cloudy weather",
						11 : "Shade",
						12 : "Daylight fluorescent (D 5700 - 7100K)",
						13 : "Day white fluorescent (N 4600 - 5400K)",
						14 : "Cool white fluorescent (W 3900 - 4500K)",
						15 : "White fluorescent (WW 3200 - 3700K)",
						17 : "Standard light A",
						18 : "Standard light B",
						19 : "Standard light C",
						20 : "D55",
						21 : "D65",
						22 : "D75",
						23 : "D50",
						24 : "ISO studio tungsten",
						255 : "Other"
					},
					Flash : {
						0 : "Flash did not fire",
						1 : "Flash fired",
						5 : "Strobe return light not detected",
						7 : "Strobe return light detected",
						9 : "Flash fired, compulsory flash mode",
						13 : "Flash fired, compulsory flash mode, return light not detected",
						15 : "Flash fired, compulsory flash mode, return light detected",
						16 : "Flash did not fire, compulsory flash mode",
						24 : "Flash did not fire, auto mode",
						25 : "Flash fired, auto mode",
						29 : "Flash fired, auto mode, return light not detected",
						31 : "Flash fired, auto mode, return light detected",
						32 : "No flash function",
						65 : "Flash fired, red-eye reduction mode",
						69 : "Flash fired, red-eye reduction mode, return light not detected",
						71 : "Flash fired, red-eye reduction mode, return light detected",
						73 : "Flash fired, compulsory flash mode, red-eye reduction mode",
						77 : "Flash fired, compulsory flash mode, red-eye reduction mode, return light not detected",
						79 : "Flash fired, compulsory flash mode, red-eye reduction mode, return light detected",
						89 : "Flash fired, auto mode, red-eye reduction mode",
						93 : "Flash fired, auto mode, return light not detected, red-eye reduction mode",
						95 : "Flash fired, auto mode, return light detected, red-eye reduction mode"
					},
					SensingMethod : {
						1 : "Not defined",
						2 : "One-chip color area sensor",
						3 : "Two-chip color area sensor",
						4 : "Three-chip color area sensor",
						5 : "Color sequential area sensor",
						7 : "Trilinear sensor",
						8 : "Color sequential linear sensor"
					},
					SceneCaptureType : {
						0 : "Standard",
						1 : "Landscape",
						2 : "Portrait",
						3 : "Night scene"
					},
					SceneType : {
						1 : "Directly photographed"
					},
					CustomRendered : {
						0 : "Normal process",
						1 : "Custom process"
					},
					WhiteBalance : {
						0 : "Auto white balance",
						1 : "Manual white balance"
					},
					GainControl : {
						0 : "None",
						1 : "Low gain up",
						2 : "High gain up",
						3 : "Low gain down",
						4 : "High gain down"
					},
					Contrast : {
						0 : "Normal",
						1 : "Soft",
						2 : "Hard"
					},
					Saturation : {
						0 : "Normal",
						1 : "Low saturation",
						2 : "High saturation"
					},
					Sharpness : {
						0 : "Normal",
						1 : "Soft",
						2 : "Hard"
					},
					SubjectDistanceRange : {
						0 : "Unknown",
						1 : "Macro",
						2 : "Close view",
						3 : "Distant view"
					},
					FileSource : {
						3 : "DSC"
					},
					Components : {
						0 : "",
						1 : "Y",
						2 : "Cb",
						3 : "Cr",
						4 : "R",
						5 : "G",
						6 : "B"
					}
				},
				b = {
					120 : "caption",
					110 : "credit",
					25 : "keywords",
					55 : "dateCreated",
					80 : "byline",
					85 : "bylineTitle",
					122 : "captionWriter",
					105 : "headline",
					116 : "copyright",
					15 : "category"
				};
			m.getData = function(e, t) {
				return (e instanceof Image || e instanceof HTMLImageElement) && !e.complete ? !1 : (n(e) ? t && t.call(e) : s(e, t), !0)
			}, m.getTag = function(e, t) {
				return n(e) ? e.exifdata[t] : void 0
			}, m.getAllTags = function(e) {
				if (!n(e)) return {};
				var t,
					r = e.exifdata,
					i = {};
				for (t in r) r.hasOwnProperty(t) && (i[t] = r[t]);
				return i
			}, m.pretty = function(e) {
				if (!n(e)) return "";
				var t,
					r = e.exifdata,
					i = "";
				for (t in r) r.hasOwnProperty(t) && (i += "object" == typeof r[t] ? r[t] instanceof Number ? t + " : " + r[t] + " [" + r[t].numerator + "/" + r[t].denominator + "]\r\n" : t + " : [" + r[t].length + " values]\r\n" : t + " : " + r[t] + "\r\n");
				return i
			}, m.readFromBinaryFile = function(e) {
				return u(e)
			}, r = [], i = function() {
				return m
			}.apply(t, r), !(void 0 !== i && (e.exports = i))
		}).call(this)
	} ])
});
//# sourceMappingURL=lrz.bundle.js.map