Same name and namespace in other branches
- 8.x-1.x src/ExifPHPExtension.php \Drupal\exif\ExifPHPExtension::getHumanReadableDescriptions() 1 comment
- 8.x-2.x src/ExifPHPExtension.php \Drupal\exif\ExifPHPExtension::getHumanReadableDescriptions() 1 comment
Convert machine tag values to their human-readable descriptions.
Return value
array A list of human readable descriptions of meta data values.
See also
http://www.sno.phy.queensu.ca/~phil/exiftool/TagNames/EXIF.html
http://www.cipa.jp/english/hyoujunka/kikaku/pdf/DC-008-2010_E.pdf
File
-
./
ExifPHPExtension.php, line 884
Class
- ExifPHPExtension
- This is a helper class to handle the whole data processing of exif.
Namespace
Drupal\exifCode
public function getHumanReadableDescriptions() {
$machineToHuman = array();
$machineToHuman['componentsconfiguration'] = array(
'0' => t('-'),
'1' => t('Y'),
'2' => t('Cb'),
'3' => t('Cr'),
'4' => t('R'),
'5' => t('G'),
'6' => t('B'),
);
$machineToHuman['compression'] = array(
'1' => t('Uncompressed'),
'2' => t('CCITT 1D'),
'3' => t('T4/Group 3 Fax'),
'4' => t('T6/Group 4 Fax'),
'5' => t('LZW'),
'6' => t('JPEG (old-style)'),
'7' => t('JPEG'),
'8' => t('Adobe Deflate'),
'9' => t('JBIG B&W'),
'10' => t('JBIG Color'),
'99' => t('JPEG'),
'262' => t('Kodak 262'),
'32766' => t('Next'),
'32767' => t('Sony ARW Compressed'),
'32769' => t('Packed RAW'),
'32770' => t('Samsung SRW Compressed'),
'32771' => t('CCIRLEW'),
'32773' => t('PackBits'),
'32809' => t('Thunderscan'),
'32867' => t('Kodak KDC Compressed'),
'32895' => t('IT8CTPAD'),
'32896' => t('IT8LW'),
'32897' => t('IT8MP'),
'32898' => t('IT8BL'),
'32908' => t('PixarFilm'),
'32909' => t('PixarLog'),
'32946' => t('Deflate'),
'32947' => t('DCS'),
'34661' => t('JBIG'),
'34676' => t('SGILog'),
'34677' => t('SGILog24'),
'34712' => t('JPEG 2000'),
'34713' => t('Nikon NEF Compressed'),
'34715' => t('JBIG2 TIFF FX'),
'34718' => t('Microsoft Document Imaging (MDI) Binary Level Codec'),
'34719' => t('Microsoft Document Imaging (MDI) Progressive Transform Codec'),
'34720' => t('Microsoft Document Imaging (MDI) Vector'),
'65000' => t('Kodak DCR Compressed'),
'65535' => t('Pentax PEF Compressed'),
);
$machineToHuman['contrast'] = array(
'0' => t('Normal'),
'1' => t('Low'),
'2' => t('High'),
);
$machineToHuman['exposuremode'] = array(
'0' => t('Auto'),
'1' => t('Manual'),
'2' => t('Auto bracket'),
);
// The value of 9 is not standard EXIF, but is used by the Canon EOS 7D.
$machineToHuman['exposureprogram'] = array(
'0' => t('Not Defined'),
'1' => t('Manual'),
'2' => t('Program AE'),
'3' => t('Aperture-priority AE'),
'4' => t('Shutter speed priority AE'),
'5' => t('Creative (Slow speed)'),
'6' => t('Action (High speed)'),
'7' => t('Portrait'),
'8' => t('Landscape'),
'9' => t('Bulb'),
);
$machineToHuman['flash'] = array(
'0' => t('Flash did not fire'),
'1' => t('Flash fired'),
'5' => t('Strobe return light not detected'),
'7' => t('Strobe return light detected'),
'9' => t('Flash fired, compulsory flash mode'),
'13' => t('Flash fired, compulsory flash mode, return light not detected'),
'15' => t('Flash fired, compulsory flash mode, return light detected'),
'16' => t('Flash did not fire, compulsory flash mode'),
'24' => t('Flash did not fire, auto mode'),
'25' => t('Flash fired, auto mode'),
'29' => t('Flash fired, auto mode, return light not detected'),
'31' => t('Flash fired, auto mode, return light detected'),
'32' => t('No flash function'),
'65' => t('Flash fired, red-eye reduction mode'),
'69' => t('Flash fired, red-eye reduction mode, return light not detected'),
'71' => t('Flash fired, red-eye reduction mode, return light detected'),
'73' => t('Flash fired, compulsory flash mode, red-eye reduction mode'),
'77' => t('Flash fired, compulsory flash mode, red-eye reduction mode, return light not detected'),
'79' => t('Flash fired, compulsory flash mode, red-eye reduction mode, return light detected'),
'89' => t('Flash fired, auto mode, red-eye reduction mode'),
'93' => t('Flash fired, auto mode, return light not detected, red-eye reduction mode'),
'95' => t('Flash fired, auto mode, return light detected, red-eye reduction mode'),
);
// Values 1, 4 and 5 are not standard EXIF.
$machineToHuman['focalplaneresolutionunit'] = array(
'1' => t('None'),
'2' => t('inches'),
'3' => t('cm'),
'4' => t('mm'),
'5' => t('um'),
);
$machineToHuman['gaincontrol'] = array(
'0' => t('None'),
'1' => t('Low gain up'),
'2' => t('High gain up'),
'3' => t('Low gain down'),
'4' => t('High gain down'),
);
$machineToHuman['lightsource'] = array(
'0' => t('Unknown'),
'1' => t('Daylight'),
'2' => t('Fluorescent'),
'3' => t('Tungsten (Incandescent)'),
'4' => t('Flash'),
'9' => t('Fine Weather'),
'10' => t('Cloudy'),
'11' => t('Shade'),
'12' => t('Daylight Fluorescent'),
'13' => t('Day White Fluorescent'),
'14' => t('Cool White Fluorescent'),
'15' => t('White Fluorescent'),
'16' => t('Warm White Fluorescent'),
'17' => t('Standard Light A'),
'18' => t('Standard Light B'),
'19' => t('Standard Light C'),
'20' => t('D55'),
'21' => t('D65'),
'22' => t('D75'),
'23' => t('D50'),
'24' => t('ISO Studio Tungsten'),
'255' => t('Other'),
);
$machineToHuman['meteringmode'] = array(
'0' => t('Unknown'),
'1' => t('Average'),
'2' => t('Center-weighted average'),
'3' => t('Spot'),
'4' => t('Multi-spot'),
'5' => t('Multi-segment'),
'6' => t('Partial'),
'255' => t('Other'),
);
$machineToHuman['orientation'] = array(
'1' => t('Horizontal (normal)'),
'2' => t('Mirror horizontal'),
'3' => t('Rotate 180'),
'4' => t('Mirror vertical'),
'5' => t('Mirror horizontal and rotate 270 CW'),
'6' => t('Rotate 90 CW'),
'7' => t('Mirror horizontal and rotate 90 CW'),
'8' => t('Rotate 270 CW'),
);
// (the value 1 is not standard EXIF)
$machineToHuman['resolutionunit'] = array(
'1' => t('None'),
'2' => t('inches'),
'3' => t('cm'),
);
$machineToHuman['saturation'] = array(
'0' => t('Normal'),
'1' => t('Low'),
'2' => t('High'),
);
$machineToHuman['scenecapturetype'] = array(
'0' => t('Standard'),
'1' => t('Landscape'),
'2' => t('Portrait'),
'3' => t('Night'),
);
// (values 1 and 6 are not standard EXIF)
$machineToHuman['sensingmethod'] = array(
'1' => t('Monochrome area'),
'2' => t('One-chip color area'),
'3' => t('Two-chip color area'),
'4' => t('Three-chip color area'),
'5' => t('Color sequential area'),
'6' => t('Monochrome linear'),
'7' => t('Trilinear'),
'8' => t('Color sequential linear'),
);
// (applies to EXIF:ISO tag)
$machineToHuman['sensitivitytype'] = array(
'0' => t('Unknown'),
'1' => t('Standard Output Sensitivity'),
'2' => t('Recommended Exposure Index'),
'3' => t('ISO Speed'),
'4' => t('Standard Output Sensitivity and Recommended Exposure Index'),
'5' => t('Standard Output Sensitivity and ISO Speed'),
'6' => t('Recommended Exposure Index and ISO Speed'),
'7' => t('Standard Output Sensitivity, Recommended Exposure Index and ISO Speed'),
);
$machineToHuman['sharpness'] = array(
'0' => t('Normal'),
'1' => t('Soft'),
'2' => t('Hard'),
);
$machineToHuman['subjectdistancerange'] = array(
'0' => t('Unknown'),
'1' => t('Macro'),
'2' => t('Close'),
'3' => t('Distant'),
);
$machineToHuman['uncompressed'] = array(
'0' => t('No'),
'1' => t('Yes'),
);
$machineToHuman['whitebalance'] = array(
'0' => t('Auto'),
'1' => t('Manual'),
);
return $machineToHuman;
}