Author: Derick Rethans
Date: 2006-01-27 15:12:02 +0100 (Fri, 27 Jan 2006)
New Revision: 2062

Log:
- Typo fixes.

Modified:
   packages/ImageConversion/trunk/docs/tutorial.txt

Modified: packages/ImageConversion/trunk/docs/tutorial.txt
===================================================================
--- packages/ImageConversion/trunk/docs/tutorial.txt    2006-01-27 13:51:43 UTC 
(rev 2061)
+++ packages/ImageConversion/trunk/docs/tutorial.txt    2006-01-27 14:12:02 UTC 
(rev 2062)
@@ -12,9 +12,9 @@
 colorspace, adding a swirl effect) and to convert between different MIME types
 of images (so called conversions). Filters and conversions are collected in
 "transformations", which can be globally configured and accessed from anywhere
-in the program. Conversions and filters can be performed through different
-handlers (currently supported PHP's GD extension and the external ImageMagick
-program). Image conversion is capable to select a fitting handler
+in the application. Conversions and filters can be performed through different
+handlers (currently supported are PHP's GD extension and the external 
ImageMagick
+program). ImageConversion is capable to select a fitting handler
 automatically, while you can select handlers to be prioritized.
 
 Class overview
@@ -36,15 +36,6 @@
   that only these MIME types are output.
 
 
-Installation
-============
-
-This tutorial assumes that you have set-up an eZ components environment. For
-information on how to do this, please refer to the `Components Introduction`_.
-
-.. _`Components Introduction`: 
http://ez.no/community/articles/an_introduction_to_ez_components
-
-
 Usage
 =====
 
@@ -59,7 +50,7 @@
 
 First the settings for the ezcImageConverter are defined (line 7-12), using the
 ezcImageConverterSettings struct. Whenever an ezcImageConverter is
-instantiated, it needs to know, which handlers are available. The order in the
+instantiated, it needs to know which handlers are available. The order in the
 array of ezcImageHandlerSettings defines the priority of the handlers. In this
 case, the ezcImageConverter will check if a given filter or conversion can be
 performed by the GD handler. If not, it will check the ImageMagick handler. On
@@ -69,14 +60,14 @@
 ezcImageConverter. The first parameter to
 ezcImageConverter::createTransformation() defines the name of the
 transformation, the second parameter would usually contain filters, which are
-not used here. Instead just 1 output MIME type is defined as the third
+not used here. Instead just one output MIME type is defined as the third
 parameter, which makes this transformation only return images of the type
 "image/jpeg".
 
-On the lines 21-24 you see, how the transformation is applied. The first
+On the lines 21-24 you see how the transformation is applied. The first
 parameter to ezcImageConverter::transform() contains the name of the
-transformation to apply. The second on gives the file to transform, while the
-third one specifies the filename to save the transformed image to. Beside
+transformation to apply. The second one gives the file to transform, while the
+third one specifies the filename to save the transformed image to. Besides
 exceptions of the type ezcBaseFileException, the 
ezcImageTransformation::transform() 
 method may only throw exceptions of the type ezcImageTransformationException, 
which 
 we catch here to print out some error message.
@@ -104,7 +95,7 @@
    :literal:
 
 After instantiating the ezcImageConverter, a definition for filters to apply in
-a conversion is created. Only 1 filter is contained in this example. Each
+a conversion is created. Only one filter is contained in this example. Each
 filter definition must be an instance of ezcImageFilter. The first parameter to
 the constructor of ezcImageFilter (ezcImageFilter::__construct()) is the name
 of the filter to use. The second parameter is an array of settings for the
@@ -172,8 +163,8 @@
 type "image/png" to the allowed output types of the transformation, too (line
 43).
 
-In the transformation definition we define 3 filters, this time. Note, that the
-order of the filter is important, here. The first filter is "scale" again,
+In the transformation definition we define 3 filters. Note, that the
+order of the filters is important here. The first filter is "scale" again,
 after which the colorspace of the image is reduced to grey scale. The last
 filter adds a 5 pixel border with a grey value near to white to the image.
 

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