Category:83Plus:Basic - Revision history

Galandros: little changes

2010-11-17T19:56:49Z

little changes

Galandros at 12:38, 5 November 2009

2009-11-05T12:38:24Z

Burr at 12:10, 24 September 2006

2006-09-24T12:10:48Z

Burntfuse at 21:56, 31 August 2006

2006-08-31T21:56:23Z

Burntfuse: Added a short description

2006-08-31T21:53:54Z

Added a short description

AndyJ: changed sort key to just Basic

2005-07-15T16:41:06Z

changed sort key to just Basic

AndyJ: 83+ Family Basic

2005-07-15T16:40:32Z

83+ Family Basic

AndyJ: {{stub}}, and removed the manual listing of the categories -- they're autolinked properly now

2005-07-15T16:30:15Z

{{stub}}, and removed the manual listing of the categories -- they're autolinked properly now

Threefingeredguy at 06:37, 15 July 2005

2005-07-15T06:37:22Z

New page

== Basic Commands ==

* [[:Category:83Plus:Basic:Math|Mathematical Functions]]
* [[:Category:83Plus:Basic:Variables|System Variables]]
* [[:Category:83Plus:Basic:Conditionals|Conditional Statements]]
* [[:Category:83Plus:Basic:Graphics|Graphical Commands]]

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 TI-BASIC is the built-in interpreted language for the TI-83 family. The syntax is similar to the PC version of BASIC, and includes very simple commands for I/O (Disp, Output, Text, etc.), flow control (If, For, While, etc.), etc.
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 Programs can be created on a desktop computer with TI's Graph Link software or edited on the calculator with the built-in program editor. The manual that comes with the calculator will usually have a reference for all the BASIC commands, but there are also tutorials such as [http://www.ticalc.org/archives/files/fileinfo/290/29088.html this one] or [http://www.ticalc.org/archives/files/fileinfo/137/13770.html this one] which also teach optimization and programming tricks that the manual does not cover.
-{{stub}}
+See also [http://tibasicdev.wikidot.com/home TI-Basic Developer Home] for complete documentation.
-−
-[[Category:83Plus|Basic]]

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 TI-BASIC is the built-in interpreted language for the TI-83 family. The syntax is similar to the PC version of BASIC, and includes very simple commands for I/O (Disp, Output, Text, etc.), flow control (If, For, While, etc.), etc.
-The main advantage of writing programs in BASIC is that it is a very high-level language, so programs can be written faster and more easily compared to assembly. The disadvantages are its execution speed (since programs are run by an interpreter) and power (the built-in graphics commands are extremely limited, for example), although some assembly programs, such as xLib, can provide extra functions (such as sprites) for BASIC programs to use.
+The main advantage of writing programs in BASIC is that it is a very high-level language, so programs can be written faster and more easily compared to assembly. Also BASIC very unlikely can crash your calculator. The disadvantages are its execution speed (since programs are run by an interpreter) and power (the built-in graphics commands are extremely limited, for example), although some assembly programs, such as xLib, can provide extra functions (such as sprites) for BASIC programs to use.
 Programs can be created on a desktop computer with TI's Graph Link software or edited on the calculator with the built-in program editor. The manual that comes with the calculator will usually have a reference for all the BASIC commands, but there are also tutorials such as [http://www.ticalc.org/archives/files/fileinfo/290/29088.html this one] or [http://www.ticalc.org/archives/files/fileinfo/137/13770.html this one] which also teach optimization and programming tricks that the manual does not cover.

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-BASIC is the built-in interpreted language for the TI-83 family.  The syntax is similar to the PC version of BASIC, and includes very simple commands for I/O (PRINT, OUTPUT...) and flow control (IF, FOR, WHILE...).  The main advantage of writing programs in BASIC is that it is a very high-level language, so programs can be written faster and more easily compared to assembly.  The disadvantages are its execution speed (since programs are run by an interpreter) and power (the built-in graphics commands are extremely limited, for example), although some assembly programs, such as Xlib, can provide extra functions like sprite routines for BASIC programs to use.  Programs can be created on a desktop computer with TI's Graph Link software or edited on the calculator with the built-in program editor.  The manual that comes with the calculator will usually have a reference for all the BASIC commands, but there are also tutorials such as [http://www.ticalc.org/archives/files/fileinfo/290/29088.html this one] or [http://www.ticalc.org/archives/files/fileinfo/137/13770.html this one] which also teach optimization and programming tricks that the manual does not cover.
+TI-BASIC is the built-in interpreted language for the TI-83 family. The syntax is similar to the PC version of BASIC, and includes very simple commands for I/O (Disp, Output, Text, etc.), flow control (If, For, While, etc.), etc.
 {{stub}}
 [[Category:83Plus|Basic]]

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-BASIC is the built-in interpreted language for the TI-83 family.  The syntax is similar to the PC version of BASIC, and includes very simple commands for I/O (PRINT, OUTPUT...) and flow control (IF, FOR, WHILE...).  Programs can be created on a desktop computer with software like Graph Link or edited on the calculator with the built-in program editor.  The manual that comes with the calculator will usually have a reference for all the BASIC commands, but there are also tutorials such as [http://www.ticalc.org/archives/files/fileinfo/290/29088.html this one] or [http://www.ticalc.org/archives/files/fileinfo/137/13770.html this one] that also teach optimization and tricks that the manual does not cover.  The main advantage of writing programs in BASIC is that it is a very high-level language, so programs can be written faster and more easily compared to assembly.  The disadvantages are its execution speed (since programs are run by an interpreter) and power (the built-in graphics commands are extremely limited, for example), although some assembly programs, such as Xlib, can provide extra functions like sprite routines for BASIC programs to use.
+BASIC is the built-in interpreted language for the TI-83 family.  The syntax is similar to the PC version of BASIC, and includes very simple commands for I/O (PRINT, OUTPUT...) and flow control (IF, FOR, WHILE...).  The main advantage of writing programs in BASIC is that it is a very high-level language, so programs can be written faster and more easily compared to assembly.  The disadvantages are its execution speed (since programs are run by an interpreter) and power (the built-in graphics commands are extremely limited, for example), although some assembly programs, such as Xlib, can provide extra functions like sprite routines for BASIC programs to use.  Programs can be created on a desktop computer with TI's Graph Link software or edited on the calculator with the built-in program editor.  The manual that comes with the calculator will usually have a reference for all the BASIC commands, but there are also tutorials such as [http://www.ticalc.org/archives/files/fileinfo/290/29088.html this one] or [http://www.ticalc.org/archives/files/fileinfo/137/13770.html this one] which also teach optimization and programming tricks that the manual does not cover.
 {{stub}}
 [[Category:83Plus|Basic]]

← Older revision		Revision as of 21:53, 31 August 2006
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		+	BASIC is the built-in interpreted language for the TI-83 family. The syntax is similar to the PC version of BASIC, and includes very simple commands for I/O (PRINT, OUTPUT...) and flow control (IF, FOR, WHILE...). Programs can be created on a desktop computer with software like Graph Link or edited on the calculator with the built-in program editor. The manual that comes with the calculator will usually have a reference for all the BASIC commands, but there are also tutorials such as [http://www.ticalc.org/archives/files/fileinfo/290/29088.html this one] or [http://www.ticalc.org/archives/files/fileinfo/137/13770.html this one] that also teach optimization and tricks that the manual does not cover. The main advantage of writing programs in BASIC is that it is a very high-level language, so programs can be written faster and more easily compared to assembly. The disadvantages are its execution speed (since programs are run by an interpreter) and power (the built-in graphics commands are extremely limited, for example), although some assembly programs, such as Xlib, can provide extra functions like sprite routines for BASIC programs to use.
		+
	{{stub}}		{{stub}}

	[[Category:83Plus\|Basic]]		[[Category:83Plus\|Basic]]

← Older revision		Revision as of 16:41, 15 July 2005
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−	[[Category:83Plus\|~~83+ Family~~ Basic]]	+	[[Category:83Plus\|Basic]]

← Older revision		Revision as of 16:40, 15 July 2005
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		+	[[Category:83Plus\|83+ Family Basic]]

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-== Basic Commands ==
+{{stub}}
-−
-* [[:Category:83Plus:Basic:Math|Mathematical Functions]]
-* [[:Category:83Plus:Basic:Variables|System Variables]]
-* [[:Category:83Plus:Basic:Conditionals|Conditional Statements]]
-* [[:Category:83Plus:Basic:Graphics|Graphical Commands]]