Appendix - Revision history

Jsimlo at 15:34, 12 March 2014

2014-03-12T15:34:42Z

Jsimlo at 15:31, 12 March 2014

2014-03-12T15:31:59Z

Jsimlo at 15:34, 21 January 2014

2014-01-21T15:34:39Z

Jsimlo at 23:33, 20 November 2013

2013-11-20T23:33:33Z

Jsimlo at 23:26, 20 November 2013

2013-11-20T23:26:15Z

Jsimlo at 23:24, 20 November 2013

2013-11-20T23:24:10Z

Jsimlo at 23:11, 20 November 2013

2013-11-20T23:11:32Z

Jsimlo at 22:59, 20 November 2013

2013-11-20T22:59:30Z

Jsimlo at 22:57, 20 November 2013

2013-11-20T22:57:05Z

Jsimlo at 22:43, 20 November 2013

2013-11-20T22:43:16Z

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 * A {{definition|line column}} is part of {{defined|line}}, which meets certain {{definition|column criteria}}. As these column criteria are applied to subsequent {{defined|lines}}, they determine a logical {{definition|column}} of text over these lines. The criteria are applied to individual {{defined|lines}} independently, thus possibly determining a column of text, which may be visually hard to identify. Nevertheless, for each individual {{defined|line}}, the column criteria are met.
-** Applicable column criteria may change from tool to tool, but they always select one solid line portion, i.e. one line column can never consist of two separate portions of the same line. This is because a {{defined|line column}} is a logical part of {{defined|line}}. Thus the {{defined|column}} only specifies where it begins and where it ends on each line. Column criteria usually include:
+** Note: A {{definition|line column}} is always one solid line portion, i.e. one line column can never consist of two separate portions of the same line. This is because a {{defined|line column}} is a logical part of {{defined|line}}, it only specifies where it begins and where it ends on each line.
 *** Dividing each {{defined|line}} into portions using {{definition|delimiting characters}}, also called {{definition|delimiters}}. These delimiting characters are located within each line and the line is split into portions. A splitting point occurs at any of these characters. These portions are numbered. The criteria then specify, which consequtive portions are to be selected for the line column. Note: Delimiting characters enclosing the selected portions are not included within the line column, but any delimiting characters between the selected portions are naturally included.
 *** Dividing each {{defined|line}} into portions using a {{definition|delimiting phrase}}. In contrast to the {{defined|delimiting characters}}, delimiting phrase is always located within each line as a whole sequence of characters, not as a set of individual and interchangeable characters. The line is split into numbered portions wherever this whole delimiting phrase is found. The criteria then specify, which consequtive portions are to be selected for the line column. Note: Delimiting phrases enclosing the selected portions are not included within the line column, but any delimiting phrases between the selected portions are naturally included.

← Older revision		Revision as of 15:31, 12 March 2014
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	* A {{definition\|sentence}} is a sequence of characters that begins with a {{definition\|capital}} and ends with a Dot, a Question mark or an Exclamation mark. Example: {{string\|Alice? Who the f... is Alice?}} are two {{definition\|sentences}}, but {{string\|Alice? Who the f... Is Alice?}} are three {{definition\|sentences}}. Unfortunatelly, even {{string\|How are you today, Mr. President?}} is considered as two {{definition\|sentences}}.		* A {{definition\|sentence}} is a sequence of characters that begins with a {{definition\|capital}} and ends with a Dot, a Question mark or an Exclamation mark. Example: {{string\|Alice? Who the f... is Alice?}} are two {{definition\|sentences}}, but {{string\|Alice? Who the f... Is Alice?}} are three {{definition\|sentences}}. Unfortunatelly, even {{string\|How are you today, Mr. President?}} is considered as two {{definition\|sentences}}.
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		+	* A {{definition\|line column}} is part of {{defined\|line}}, which meets certain {{definition\|column criteria}}. As these column criteria are applied to subsequent {{defined\|lines}}, they determine a logical {{definition\|column}} of text over these lines. The criteria are applied to individual {{defined\|lines}} independently, thus possibly determining a column of text, which may be visually hard to identify. Nevertheless, for each individual {{defined\|line}}, the column criteria are met.
		+	** Applicable column criteria may change from tool to tool, but they always select one solid line portion, i.e. one line column can never consist of two separate portions of the same line. This is because a {{defined\|line column}} is a logical part of {{defined\|line}}. Thus the {{defined\|column}} only specifies where it begins and where it ends on each line. Column criteria usually include:
		+	*** Dividing each {{defined\|line}} into portions using {{definition\|delimiting characters}}, also called {{definition\|delimiters}}. These delimiting characters are located within each line and the line is split into portions. A splitting point occurs at any of these characters. These portions are numbered. The criteria then specify, which consequtive portions are to be selected for the line column. Note: Delimiting characters enclosing the selected portions are not included within the line column, but any delimiting characters between the selected portions are naturally included.
		+	*** Dividing each {{defined\|line}} into portions using a {{definition\|delimiting phrase}}. In contrast to the {{defined\|delimiting characters}}, delimiting phrase is always located within each line as a whole sequence of characters, not as a set of individual and interchangeable characters. The line is split into numbered portions wherever this whole delimiting phrase is found. The criteria then specify, which consequtive portions are to be selected for the line column. Note: Delimiting phrases enclosing the selected portions are not included within the line column, but any delimiting phrases between the selected portions are naturally included.
		+	*** Taking only a portion of each {{defined\|line}} based on a {{definition\|range of characters}}. A range of characters is simply a starting and an ending point within the line. All characters between the starting and ending points are selected for the line column.
		+	*** Certain combinations of the above criteria can be used to further reduce the column. For example, a set of {{defined\|delimiting characters}} can be used to split the line and select only the second part, and then a {{defined\|range of characters}} can be used to further reduce that part at its beginning and/or at its end. Note that these criteria are applied in sequence and their results compound, i.e. later criteria obey prior criteria and never try to reach outside of boundaries set by preceding criteria.

← Older revision		Revision as of 15:34, 21 January 2014
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−	* An {{definition\|actual insertion point}} (also called a {{definition\|~~cursor position~~}}) is a position of the caret in the documnet. It is also the end of the actual selection, if any. Note that the end of the selection is where the user stops selecting the text, therefore if selecting text upwards, the selection end visually preceeds the selection beginning.	+	* An {{definition\|actual insertion point}} (also called a {{definition\|current caret location}}) is a position of the caret in the documnet. It is also the end of the actual selection, if any. Note that the end of the selection is where the user stops selecting the text, therefore if selecting text upwards, the selection end visually preceeds the selection beginning.


	* To {{definition\|unique}} lines is to remove duplicate lines, to unify them. If lines or words have been {{definition\|uniqued}}, it means that each line (or word) is unique in the results and that no two lines (or words) are of the same text.		* To {{definition\|unique}} lines is to remove duplicate lines, to unify them. If lines or words have been {{definition\|uniqued}}, it means that each line (or word) is unique in the results and that no two lines (or words) are of the same text.

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 * A {{definition|word}} is a non-empty sequence of {{definition|alphanums}}. Underscores may optionally be included within words, a phrase like {{string|hello_world}} is then also treated as a single {{definition|word}}. All characters a {{definition|word}} can consist of are called {{definition|word letters}} or {{definition|word characters}}. Other characters are called {{definition|word delimiters}} or {{definition|non-word characters}}. See section [[General page]] of the {{dialog|Settings}} dialog for more information about Underscores in words.
 * A {{definition|line}} is a sequence of characters, where two {{definition|lines}} are divided by one {{definition|newline}}. Note that if {{feature|Word Wrap}} is turned on, a {{definition|line}} may be visually wrapped into several visual lines, but within all tools and most features it will still be treated as a single unbroken {{definition|line}}. Any current visual word-wrapping has seldom impact on how {{definition|lines}} are treated within tools and features .
 * An {{definition|empty line}} is a {{definition|line}}, which consists of {{definition|white-spaces}} only. Therefore a {{definition|non-empty line}} is a {{definition|line}}, which contains at least one {{definition|graph}} character. Please note that there might be many {{definition|white-spaces}} and still the {{definition|line}} would be considered {{definition|empty line|empty}}.
 * A {{definition|paragraph}} is a sequence of {{definition|non-empty lines}}. Two {{definition|paragraphs}} are divided by a sequence of {{definition|empty lines}}. There is no such thing as empty {{definition|paragraph}}, since sequences of {{definition|empty lines}} are always grouped together when determining {{definition|paragraphs}}.

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 * A {{definition|white-space}} is a Space or a Tab or another character that can not be ''seen'' but provides ''blank visual separator'' in the document. All other characters which can be ''seen'', are called {{definition|graphs}}. A {{definition|blank character}} is also a character that can not be ''seen'' but provides ''blank visual separator'' in the document. All {{definition|white-spaces}} are {{definition|blank characters}}, but some {{defined|control characters}} are {{definition|blank characters}} as well.
-* An {{definition|alphanum}} is an alpha-numeric character, i.e. {{string|a}}, {{string|b}}, ..., {{string|z}}; {{string|A}}, {{string|B}}, ..., {{string|Z}}; {{string|0}}, {{string|1}}, ..., {{string|9}}.
+* An {{definition|alphanum}} is an {{definition|alpha-numeric character}}, i.e. {{string|a}}, {{string|b}}, ..., {{string|z}}; {{string|A}}, {{string|B}}, ..., {{string|Z}}; {{string|0}}, {{string|1}}, ..., {{string|9}}.
 ** <small>Special characters like &aacute; (a with acute) belong to {{definition|alphanums}} only in certain locale settings. To be able to recognize these characters as {{definition|alphanums}} you need to use CTYPE category of a locale that supports it. TED Notepad always works with the current system locale settings.</small>

← Older revision		Revision as of 22:59, 20 November 2013
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	* To {{definition\|ignore case}} is to ignore differences between {{definition\|letter cases}} like {{definition\|capitals}} and {{definition\|lower case}} letters. When {{definition\|ignoring case}}, letter {{string\|a}} is equal to letter {{string\|A}}, {{string\|b}} equal to {{string\|B}}, etc. An antonym of {{definition\|ignore case}} is to {{definition\|match case}} and an operation, that {{definition\|match case\|matches case}} is {{definition\|case sensitive}}.		* To {{definition\|ignore case}} is to ignore differences between {{definition\|letter cases}} like {{definition\|capitals}} and {{definition\|lower case}} letters. When {{definition\|ignoring case}}, letter {{string\|a}} is equal to letter {{string\|A}}, {{string\|b}} equal to {{string\|B}}, etc. An antonym of {{definition\|ignore case}} is to {{definition\|match case}} and an operation, that {{definition\|match case\|matches case}} is {{definition\|case sensitive}}.

−	* To {{definition\|mimic case}} is to try to alter {{definition\|character case}} of some text based on {{definition\|character case}} of the original. Currently only ''basic'' types of {{defined\|character case}} are recognized: {{defined\|lower case}}, {{defined\|upper case}}, {{defined\|word capitals}}, {{defined\|first capital}}. Everyting else is considered {{defined\|mixed case}}.	+	* To {{definition\|mimic character case}} is to try to alter {{definition\|character case}} of some text based on {{definition\|character case}} of the original. Currently only ''basic'' types of {{defined\|character case}} are recognized: {{defined\|lower case}}, {{defined\|upper case}}, {{defined\|word capitals}}, {{defined\|first capital}}. Everyting else is considered {{defined\|mixed case}}.

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 * A {{definition|capital}} is any capital letter, i.e. {{string|A}}, {{string|B}}, ..., {{string|Z}}. These are called letters in {{definition|upper letter case}} or simply {{definition|upper case}} letters. Their oposites are called {{definition|lower case}} letters and are in {{definition|lower letter case}} or simply in {{definition|lower case}}.
-** <small>Special characters like &aacute; (a with acute) belong to {{definition|capitals}} only in certain locale settings. To be able to recognize these characters as {{definition|capitals}} you need to use CTYPE category of a locale that supports it. TED Notepad always works with the current system locale settings.</small>
+** <small>Special characters like &Aacute; (A with acute) belong to {{definition|capitals}} only in certain locale settings. To be able to recognize these characters as {{definition|capitals}} you need to use CTYPE category of a locale that supports it. TED Notepad always works with the current system locale settings.</small>
 * To {{definition|ignore case}} is to ignore differences between {{definition|letter cases}} like {{definition|capitals}} and {{definition|lower case}} letters. When {{definition|ignoring case}}, letter {{string|a}} is equal to letter {{string|A}}, {{string|b}} equal to {{string|B}}, etc. An antonym of {{definition|ignore case}} is to {{definition|match case}} and an operation, that {{definition|match case|matches case}} is {{definition|case sensitive}}.