Wishlist - Revision history

Bo198214: added cheta

2011-06-07T12:58:06Z

added cheta

Bo198214: spelling

2011-06-05T16:23:03Z

spelling

Bo198214: resolved attracting/repelling

2011-06-05T12:13:34Z

resolved attracting/repelling

Bo198214: better fixpoint reference

2011-06-05T12:12:23Z

better fixpoint reference

Bo198214: marked some possible wiki terms

2011-06-03T11:37:10Z

marked some possible wiki terms

Bo198214: posted in behalf of

2011-06-03T11:32:32Z

posted in behalf of <sheldonison>

New page

Hmmm, seems like my wish list could get out of control. Would these items roughly match what you had in mind?

Fixed points
<ul>
<li>Parabolic, Hyperbolic</li>
<li>Attracting, Repelling</li>
<li>Complex fixed point</li>
<li>Behavior at infinity</li>
</ul>

Superfunction
<ul>
<li>Regular Superfunction</li>
<li>upper/lower superfunction</li>
<li>sexp</li>
<li>Regular iteration</li>
<li>Abel function</li>
<li>Slog</li>
</ul>

Convergence of Newton's method, interpolating polynomials 
Kneser Riemann mapping, singularities 
Leau-Fatou-flower 
Half iterate convergence, special case for sexp(z)-1, eta=exp(1/e) 
Theta(z), implementation of Kneser algorithm, eta 
Base change, Jay's and Sheldon's base change sexp, Nowhere analytic, Tommy's 2sinh iteration 
intuitive iteration 
Cauchy Method (Dimitrii Kouznetsov)

← Older revision		Revision as of 12:58, 7 June 2011
Line 27:		Line 27:
	[[intuitive iteration]] <br/>		[[intuitive iteration]] <br/>
	[[Cauchy Method]] (Dimitrii Kouznetsov)		[[Cauchy Method]] (Dimitrii Kouznetsov)
		+
		+	[[cheta function]]

@@ Line 21: / Line 21: @@
 Convergence of Newton's method, interpolating polynomials<br/>
 Kneser Riemann mapping, singularities<br/>
-[[Leau-Fatou-flower]]<br/>
+[[Leau-Fatou flower]]<br/>
 Half iterate convergence, special case for sexp(z)-1, eta=exp(1/e)<br/>
 Theta(z), implementation of Kneser algorithm, eta<br/>

@@ Line 4: / Line 4: @@
 <ul>
 <li>[[Parabolic fixpoint|Parabolic]], [[Hyperbolic fixpoint|Hyperbolic]]</li>
-<li>[[Attracting]], [[Repelling]]</li>
+<li>[[Attracting fixpoint|Attracting]], [[Repelling fixpoint|Repelling]]</li>
 <li>Complex fixed point</li>
 <li>Behavior at infinity</li>

@@ Line 3: / Line 3: @@
 [[Fixed point]]s
 <ul>
-<li>[[Parabolic]], [[Hyperbolic]]</li>
+<li>[[Parabolic fixpoint|Parabolic]], [[Hyperbolic fixpoint|Hyperbolic]]</li>
 <li>[[Attracting]], [[Repelling]]</li>
 <li>Complex fixed point</li>

@@ Line 1: / Line 1: @@
 Hmmm, seems like my wish list could get out of control.   Would these items roughly match what you had in mind?
-Fixed points
+[[Fixed point]]s
 <ul>
-<li>Parabolic, Hyperbolic</li>
+<li>[[Parabolic]], [[Hyperbolic]]</li>
-<li>Attracting, Repelling</li>
+<li>[[Attracting]], [[Repelling]]</li>
 <li>Complex fixed point</li>
 <li>Behavior at infinity</li>
 </ul>
-Superfunction
+[[Superfunction]]
 <ul>
-<li>Regular Superfunction</li>
+<li>[[Regular Superfunction]]</li>
-<li>upper/lower superfunction</li>
+<li>upper/[[lower superfunction]]</li>
-<li>sexp</li>
+<li>[[sexp]]</li>
-<li>Regular iteration</li>
+<li>[[Regular iteration]]</li>
-<li>Abel function</li>
+<li>[[Abel function]]</li>
-<li>Slog</li>
+<li>[[Slog]]</li>
 </ul>
 Convergence of Newton's method, interpolating polynomials<br/>
 Kneser Riemann mapping, singularities<br/>
-Leau-Fatou-flower<br/>
+[[Leau-Fatou-flower]]<br/>
 Half iterate convergence, special case for sexp(z)-1, eta=exp(1/e)<br/>
 Theta(z), implementation of Kneser algorithm, eta<br/>
-Base change, Jay's and Sheldon's base change sexp, Nowhere analytic, Tommy's 2sinh iteration<br/>
+[[Base change]], Jay's and Sheldon's base change sexp, Nowhere analytic, Tommy's 2sinh iteration<br/>
-intuitive iteration <br/>
+[[intuitive iteration]] <br/>
-Cauchy Method (Dimitrii Kouznetsov)
+[[Cauchy Method]] (Dimitrii Kouznetsov)