Fuzzy - Revision history

Bubble.rogue: /* source code */

2015-03-12T07:52:16Z

source code

Bubble.rogue at 16:30, 16 December 2014

2014-12-16T16:30:02Z

Bubble.rogue at 16:03, 16 December 2014

2014-12-16T16:03:35Z

Bubble.rogue at 16:03, 16 December 2014

2014-12-16T16:03:13Z

Bubble.rogue at 16:02, 16 December 2014

2014-12-16T16:02:42Z

Bubble.rogue at 15:50, 16 December 2014

2014-12-16T15:50:48Z

Bubble.rogue at 15:49, 16 December 2014

2014-12-16T15:49:50Z

Bubble.rogue at 15:38, 16 December 2014

2014-12-16T15:38:36Z

Bubble.rogue at 15:37, 16 December 2014

2014-12-16T15:37:52Z

Bubble.rogue at 15:35, 16 December 2014

2014-12-16T15:35:49Z

@@ Line 160: / Line 160: @@
 ====source code====
-[[Image:Gnustep-fuzzy-0.1.tar.gz|gnustep-fuzzy tarball version 0.1+]]
+[[Image:Gnustep-fuzzy-0.2.tar.gz|gnustep-fuzzy tarball version 0.2+]]
 ====author====
 `Enry the `Ermit <goon at yellowcouch dot org>

← Older revision		Revision as of 16:30, 16 December 2014
Line 1:		Line 1:
−	~~===~~This is a proposal for an approach that is not yet part of GNUstep though there is source code~~===~~	+	<b>This is a proposal for an approach that is not yet part of GNUstep though there is source code</b>

	This page is for GNUstep developers. It explains the Fuzzy Logic system from the gnustep-fuzzy library for e.g. updating the GNUstep System such as drawing to screen. See the references immediately if you do not know anything about fuzzy logic systems. You should concur that you understand fuzzy logic before reading anything else on this page. Source code is provided at the bottom of the page.		This page is for GNUstep developers. It explains the Fuzzy Logic system from the gnustep-fuzzy library for e.g. updating the GNUstep System such as drawing to screen. See the references immediately if you do not know anything about fuzzy logic systems. You should concur that you understand fuzzy logic before reading anything else on this page. Source code is provided at the bottom of the page.

← Older revision		Revision as of 16:03, 16 December 2014
Line 1:		Line 1:
−	===This is a proposal for an approach that is not yet part of GNUstep.===	+	===This is a proposal for an approach that is not yet part of GNUstep though there is source code===

	This page is for GNUstep developers. It explains the Fuzzy Logic system from the gnustep-fuzzy library for e.g. updating the GNUstep System such as drawing to screen. See the references immediately if you do not know anything about fuzzy logic systems. You should concur that you understand fuzzy logic before reading anything else on this page. Source code is provided at the bottom of the page.		This page is for GNUstep developers. It explains the Fuzzy Logic system from the gnustep-fuzzy library for e.g. updating the GNUstep System such as drawing to screen. See the references immediately if you do not know anything about fuzzy logic systems. You should concur that you understand fuzzy logic before reading anything else on this page. Source code is provided at the bottom of the page.

← Older revision		Revision as of 16:03, 16 December 2014
Line 1:		Line 1:
−	~~<h1>'~~This is a proposal for an approach that is not yet part of GNUstep.~~'</h1>~~	+	===This is a proposal for an approach that is not yet part of GNUstep.===

	This page is for GNUstep developers. It explains the Fuzzy Logic system from the gnustep-fuzzy library for e.g. updating the GNUstep System such as drawing to screen. See the references immediately if you do not know anything about fuzzy logic systems. You should concur that you understand fuzzy logic before reading anything else on this page. Source code is provided at the bottom of the page.		This page is for GNUstep developers. It explains the Fuzzy Logic system from the gnustep-fuzzy library for e.g. updating the GNUstep System such as drawing to screen. See the references immediately if you do not know anything about fuzzy logic systems. You should concur that you understand fuzzy logic before reading anything else on this page. Source code is provided at the bottom of the page.

← Older revision		Revision as of 16:02, 16 December 2014
Line 1:		Line 1:
		+	<h1>'This is a proposal for an approach that is not yet part of GNUstep.'</h1>
		+
	This page is for GNUstep developers. It explains the Fuzzy Logic system from the gnustep-fuzzy library for e.g. updating the GNUstep System such as drawing to screen. See the references immediately if you do not know anything about fuzzy logic systems. You should concur that you understand fuzzy logic before reading anything else on this page. Source code is provided at the bottom of the page.		This page is for GNUstep developers. It explains the Fuzzy Logic system from the gnustep-fuzzy library for e.g. updating the GNUstep System such as drawing to screen. See the references immediately if you do not know anything about fuzzy logic systems. You should concur that you understand fuzzy logic before reading anything else on this page. Source code is provided at the bottom of the page.

@@ Line 7: / Line 7: @@
 [[Image:300px-Fuzzy_logic_temperature_en.svg.png | Figure 1.1]]
-The image displays the fuzzy logic function value increasing with temperature which is a linear algebraic function system. A function for cold would be f(x), for warm f(x*x) and for hot f(x*x*x). as f(X) increases the return value increases as does the temperature. Another solution would be to have the return value of a temperature fuzzy logic function increasing with temperature.
+The image displays the fuzzy logic function value increasing with temperature which is a linear algebraic function system. Values overlap here and there (see the color of the lines), this is where the name fuzzy comes from A function for cold would be f(x), for warm f(x*x) and for hot f(x*x*x). as f(X) increases the return value increases as does the temperature. Another solution would be to have the return value of a temperature fuzzy logic function increasing with temperature.
 As the name fuzzy suggests it uses more general information systems. The functions of the fuzzy logic are most important. For example "extremely" associates with the value x * x * x where x is a floating point number. "a little bit" is associated with sqrt(x) / 1.3 and so on. The fuzzy rules are parsed in succession and yield a value for each natural language word. Thus you can reason as a human what the fuzzy logic should do after a fuzzy function is successful e.g. against some threshold, if x=0 then the "extremely" function i 0 * 0 * 0 = 0 and is smaller than threshold 0.001. The threshold is from Artificial Neural Networks for calculating success of the extremum sought by the network.

← Older revision		Revision as of 15:49, 16 December 2014
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−	This page is for GNUstep developers. It explains the Fuzzy Logic system for e.g. updating the GNUstep System such as drawing to screen. See the references immediately if you do not know anything about fuzzy logic systems. You should concur that you understand fuzzy logic before reading anything else on this page.	+	This page is for GNUstep developers. It explains the Fuzzy Logic system from the gnustep-fuzzy library for e.g. updating the GNUstep System such as drawing to screen. See the references immediately if you do not know anything about fuzzy logic systems. You should concur that you understand fuzzy logic before reading anything else on this page. Source code is provided at the bottom of the page.

	<h2>What is Fuzzy Logic ?</h2>		<h2>What is Fuzzy Logic ?</h2>

@@ Line 91: / Line 91: @@
+}
 -(void) parseFor:(OpalFuzzyPredicate*)predicate On:(id)o;
 // On: is the painting system i.e. where you draw on. preficate gets matched against the rules.

@@ Line 78: / Line 78: @@
 There are three adapters (manipulators) for a rulesystem as used in the above C function. A rulesystem, painter and parser instance wrapper. These can combine the full features with rulesystem parse methods such as the PaintRuleSystem class:
-OpalFuzzyPaintSystem API :
+OpalFuzzyRuleSystem API :
 private _painter and _parser variables where the painter is something to paint or draw on, the parser is the paint rulesystem parser and belongs in a OpalFuzzyNode, which itself is a distributed node for painting or paint node.
 Here is the interface :
 <pre>
 // painter and parser private variable get/set
@@ Line 122: / Line 146: @@
 - (id) createParserManipulator;
 </pre>
 <h2>references</h2>