Git commit 3c4b32f316e4c5dc619ac1c5cbc0a411ff710528 by Yuri Chornoivan. Committed on 01/09/2016 at 16:21. Pushed by yurchor into branch 'master'.
Fix minor typos, conform 'metadata' spelling M +1 -1 digikam/using-bqm.docbook M +1 -1 digikam/using-camera-basis.docbook M +2 -2 digikam/using-camera-processing.docbook M +2 -2 digikam/using-mainwindow.docbook M +1 -1 digikam/using-setup-metadata-intro.docbook M +1 -1 digikam/using-setup-metadata-rotation-ac.docbook http://commits.kde.org/digikam-doc/3c4b32f316e4c5dc619ac1c5cbc0a411ff710528 diff --git a/digikam/using-bqm.docbook b/digikam/using-bqm.docbook index d3b9332..a80611f 100644 --- a/digikam/using-bqm.docbook +++ b/digikam/using-bqm.docbook @@ -73,7 +73,7 @@ </para></tip> <note><para> - If you choose <guilabel>JPEG</guilabel>, or <guilabel>TIFF</guilabel>, or <guilabel>PNG</guilabel> as the <guilabel>Save Format</guilabel> then the meta-data included in RAW file will be included in the target + If you choose <guilabel>JPEG</guilabel>, or <guilabel>TIFF</guilabel>, or <guilabel>PNG</guilabel> as the <guilabel>Save Format</guilabel> then the metadata included in RAW file will be included in the target files as Exif information. </para></note> diff --git a/digikam/using-camera-basis.docbook b/digikam/using-camera-basis.docbook index e33952c..84c46e8 100644 --- a/digikam/using-camera-basis.docbook +++ b/digikam/using-camera-basis.docbook @@ -25,7 +25,7 @@ </para> <para> - The Metadata tab displays an internal picture's metadata like EXIF, Makernotes, GPS, &etc; This information is the same as <link linkend="using-sidebar-metadata">sidebar Meta-Data</link> from the &digikam; main interface or image editor. Note, all these metadata can be unavailable with some digital cameras. + The Metadata tab displays an internal picture's metadata like EXIF, Makernotes, GPS, &etc; This information is the same as <link linkend="using-sidebar-metadata">sidebar Metadata</link> from the &digikam; main interface or image editor. Note, all these metadata can be unavailable with some digital cameras. </para> </sect3> diff --git a/digikam/using-camera-processing.docbook b/digikam/using-camera-processing.docbook index 62f64f9..b2ca5ae 100644 --- a/digikam/using-camera-processing.docbook +++ b/digikam/using-camera-processing.docbook @@ -5,7 +5,7 @@ <title>Automatic Rotation</title> <para> - &digikam; can use any information about the orientation of the camera at the moment the photograph was taken for automatic rotation of the photograph when it is downloaded. Not all cameras include this information. See the <link linkend="using-sidebar-metadata">sidebar Meta-Data</link> section for more detail about information that your camera may have embedded in your photographs. + &digikam; can use any information about the orientation of the camera at the moment the photograph was taken for automatic rotation of the photograph when it is downloaded. Not all cameras include this information. See the <link linkend="using-sidebar-metadata">sidebar Metadata</link> section for more detail about information that your camera may have embedded in your photographs. </para> <example> @@ -30,7 +30,7 @@ <title>Automatic Destination Albums Creation</title> <para> - If your camera provides information about the date of the photograph's taking, &digikam; can use this to automatically create subalbums in the destination Album when it is downloaded. Subalbums names will be based on image dates. All images which have the same date will be downloaded into the same subalbum. Not all cameras include this information. See the <link linkend="using-sidebar-metadata"> sidebar Meta-Data</link> section for more detail about information your camera may have embedded in your photographs. + If your camera provides information about the date of the photograph's taking, &digikam; can use this to automatically create subalbums in the destination Album when it is downloaded. Subalbums names will be based on image dates. All images which have the same date will be downloaded into the same subalbum. Not all cameras include this information. See the <link linkend="using-sidebar-metadata">sidebar Metadata</link> section for more detail about information your camera may have embedded in your photographs. </para> <example> diff --git a/digikam/using-mainwindow.docbook b/digikam/using-mainwindow.docbook index d64c5e2..148c068 100644 --- a/digikam/using-mainwindow.docbook +++ b/digikam/using-mainwindow.docbook @@ -289,7 +289,7 @@ </para> <para> - Note that there can be a problem with meta-data embedded in photographs when they are edited by other image manipulation applications. Some applications do not retain the photograph's meta-data when you save a modified image. This means that if you modify a photograph using one of these programs you will lose information such as orientation, aperture &etc; that are stored in the EXIF and IPTC tags. + Note that there can be a problem with metadata embedded in photographs when they are edited by other image manipulation applications. Some applications do not retain the photograph's metadata when you save a modified image. This means that if you modify a photograph using one of these programs you will lose information such as orientation, aperture &etc; that are stored in the EXIF and IPTC tags. </para> </sect3> @@ -306,7 +306,7 @@ </para> <para> - Many digital cameras now have an orientation sensor. This sensor can detect how you hold the camera while taking an image. It stores this orientation information inside the image. This meta data is stored in an embedded meta-data section called EXIF. The cameras could rotate the image themselves right away, but they have limited processing power, so they leave this job to an application like &digikam;. If the camera is storing the orientation, then &digikam; can use it to automatically rotate your photographs so that they are the correct way up when you display them. &digikam; will rotate the image on disk according to this orientation information. + Many digital cameras now have an orientation sensor. This sensor can detect how you hold the camera while taking an image. It stores this orientation information inside the image. This meta data is stored in an embedded metadata section called EXIF. The cameras could rotate the image themselves right away, but they have limited processing power, so they leave this job to an application like &digikam;. If the camera is storing the orientation, then &digikam; can use it to automatically rotate your photographs so that they are the correct way up when you display them. &digikam; will rotate the image on disk according to this orientation information. </para> <para> diff --git a/digikam/using-setup-metadata-intro.docbook b/digikam/using-setup-metadata-intro.docbook index eb9a658..bc7a607 100644 --- a/digikam/using-setup-metadata-intro.docbook +++ b/digikam/using-setup-metadata-intro.docbook @@ -2,7 +2,7 @@ <title>Introduction</title> <para> - Image files can have some meta-data embedded into the image file format. This meta-data can be stored in a number of standard formats as JPEG, TIFF, PNG, JPEG2000, PGF, and RAW files. Meta-data can be read and write in the <ulink url="https://en.wikipedia.org/wiki/Exif";>EXIF</ulink>, <ulink url="https://en.wikipedia.org/wiki/IPTC_Information_Interchange_Model";>IPTC</ulink>, and <ulink url="https://en.wikipedia.org/wiki/Extensible_Metadata_Platform";>XMP</ulink> format if they are present in the file. + Image files can have some metadata embedded into the image file format. This metadata can be stored in a number of standard formats as JPEG, TIFF, PNG, JPEG2000, PGF, and RAW files. Metadata can be read and written in the <ulink url="https://en.wikipedia.org/wiki/Exif";>EXIF</ulink>, <ulink url="https://en.wikipedia.org/wiki/IPTC_Information_Interchange_Model";>IPTC</ulink>, and <ulink url="https://en.wikipedia.org/wiki/Extensible_Metadata_Platform";>XMP</ulink> format if they are present in the file. </para> </sect3> diff --git a/digikam/using-setup-metadata-rotation-ac.docbook b/digikam/using-setup-metadata-rotation-ac.docbook index a4d82db..965c2e7 100644 --- a/digikam/using-setup-metadata-rotation-ac.docbook +++ b/digikam/using-setup-metadata-rotation-ac.docbook @@ -12,7 +12,7 @@ </para> <para> - <guilabel>Set orientation tag to normal after rotate/flip</guilabel> : the Auto Rotate option automatically corrects the orientation of images taken with digital cameras that have an orientation sensor. The camera adds an orientation tag to the image's EXIF meta-data. &digikam; can read this tag to adjust the image accordingly. If you manually rotate an image, this meta-data will be incorrect. This option will set the orientation tag to "Normal" after an adjustment, assuming that you rotated it to the correct orientation. Switch this off if you don't want &digikam; to make changes to the orientation tag, when you rotate or flip the image. + <guilabel>Set orientation tag to normal after rotate/flip</guilabel> : the Auto Rotate option automatically corrects the orientation of images taken with digital cameras that have an orientation sensor. The camera adds an orientation tag to the image's EXIF metadata. &digikam; can read this tag to adjust the image accordingly. If you manually rotate an image, this metadata will be incorrect. This option will set the orientation tag to "Normal" after an adjustment, assuming that you rotated it to the correct orientation. Switch this off if you don't want &digikam; to make changes to the orientation tag, when you rotate or flip the image. </para> </sect4>
