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[Axiom-developer] 20090418.01.tpd.patch (bookvol10.4 convert EF to +-> s
|
From: |
daly |
|
Subject: |
[Axiom-developer] 20090418.01.tpd.patch (bookvol10.4 convert EF to +-> syntax) |
|
Date: |
Sat, 18 Apr 2009 19:05:11 -0500 |
The derivatives for trig functions in ElementaryFunctions
now use the +-> syntax. Additionally, there are new regression
tests and a help file for ElementaryFunctions.
========================================================================
diff --git a/books/bookvol10.4.pamphlet b/books/bookvol10.4.pamphlet
index 885f2c7..724f459 100644
--- a/books/bookvol10.4.pamphlet
+++ b/books/bookvol10.4.pamphlet
@@ -15277,6 +15277,547 @@ EigenPackage(R) : C == T
@
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\section{package EF ElementaryFunction}
+<<ElementaryFunction.input>>=
+)set break resume
+)sys rm -f ElementaryFunction.output
+)spool ElementaryFunction.output
+)set message test on
+)set message auto off
+)clear all
+
+--S 1 of 32
+)trace EF
+--R
+--R
+--R Parameterized constructors traced:
+--R EF
+--E 1
+
+--S 2 of 32
+D(cos(3*x+6*y),x)
+--I
+--I1<enter ElementaryFunction.cos,64 : ((1 #<vector 0941ef18> (1 0 . 6) (0 1
#<vector 0941eee0> (1 0 . 3))) 0 . 1)
+--I 1<enter ElementaryFunction.iicos,154 : ((1 #<vector 0941ef18> (1 0 . 6) (0
1 #<vector 0941eee0> (1 0 . 3))) 0 . 1)
+--I 1<enter ElementaryFunction.iisqrt2,58 :
+--I 1>exit ElementaryFunction.iisqrt2,58 : ((1 #<vector 0917aab8> (1 0 . 1))
0 . 1)
+--I 1<enter ElementaryFunction.iisqrt3,59 :
+--I 1>exit ElementaryFunction.iisqrt3,59 : ((1 #<vector 0917a1dc> (1 0 . 1))
0 . 1)
+--I 1<enter ElementaryFunction.specialTrigs,116 : ((1 #<vector 0941ef18> (1 0
. 6) (0 1 #<vector 0941eee0> (1 0 . 3))) 0 . 1)\((((0 . 1) 0 . 1)) (((0 . -1) 0
. 1)) (((0 . 0) 0 . 1)) (((0 . 0) 0 . 1)) (((0 . 1) 0 . 2)) (((0 . -1) 0 . 2))
(((0 . -1) 0 . 2)) (((0 . 1) 0 . 2)) (((1 #<vector 0917aab8> (1 0 . 1)) 0 . 2))
(((1 #<vector 0917aab8> (1 0 . -1)) 0 . 2)) (((1 #<vector 0917aab8> (1 0 . -1))
0 . 2)) (((1 #<vector 0917aab8> (1 0 . 1)) 0 . 2)) (((1 #<vector 0917a1dc> (1 0
. 1)) 0 . 2)) (((1 #<vector 0917a1dc> (1 0 . -1)) 0 . 2)) (((1 #<vector
0917a1dc> (1 0 . -1)) 0 . 2)) (((1 #<vector 0917a1dc> (1 0 . 1)) 0 . 2)))
+--I 1<enter ElementaryFunction.pi,46 :
+--I 1>exit ElementaryFunction.pi,46 : ((1 #<vector 090c3a64> (1 0 . 1)) 0 .
1)
+--I 1>exit ElementaryFunction.specialTrigs,116 : (1 . "failed")
+--I 1>exit ElementaryFunction.iicos,154 : ((1 #<vector 0941ed74> (1 0 . 1)) 0
. 1)
+--I1>exit ElementaryFunction.cos,64 : ((1 #<vector 0941ed74> (1 0 . 1)) 0 . 1)
+--I1<enter ElementaryFunction.sin,63 : ((1 #<vector 0941ef18> (1 0 . 6) (0 1
#<vector 0941eee0> (1 0 . 3))) 0 . 1)
+--I 1<enter ElementaryFunction.iisin,152 : ((1 #<vector 0941ef18> (1 0 . 6) (0
1 #<vector 0941eee0> (1 0 . 3))) 0 . 1)
+--I 1<enter ElementaryFunction.iisqrt2,58 :
+--I 1>exit ElementaryFunction.iisqrt2,58 : ((1 #<vector 0917aab8> (1 0 . 1))
0 . 1)
+--I 1<enter ElementaryFunction.iisqrt3,59 :
+--I 1>exit ElementaryFunction.iisqrt3,59 : ((1 #<vector 0917a1dc> (1 0 . 1))
0 . 1)
+--I 1<enter ElementaryFunction.specialTrigs,116 : ((1 #<vector 0941ef18> (1 0
. 6) (0 1 #<vector 0941eee0> (1 0 . 3))) 0 . 1)\((((0 . 0) 0 . 1)) (((0 . 0) 0
. 1)) (((0 . 1) 0 . 1)) (((0 . -1) 0 . 1)) (((1 #<vector 0917a1dc> (1 0 . 1)) 0
. 2)) (((1 #<vector 0917a1dc> (1 0 . 1)) 0 . 2)) (((1 #<vector 0917a1dc> (1 0 .
-1)) 0 . 2)) (((1 #<vector 0917a1dc> (1 0 . -1)) 0 . 2)) (((1 #<vector
0917aab8> (1 0 . 1)) 0 . 2)) (((1 #<vector 0917aab8> (1 0 . 1)) 0 . 2)) (((1
#<vector 0917aab8> (1 0 . -1)) 0 . 2)) (((1 #<vector 0917aab8> (1 0 . -1)) 0 .
2)) (((0 . 1) 0 . 2)) (((0 . 1) 0 . 2)) (((0 . -1) 0 . 2)) (((0 . -1) 0 . 2)))
+--I 1<enter ElementaryFunction.pi,46 :
+--I 1>exit ElementaryFunction.pi,46 : ((1 #<vector 090c3a64> (1 0 . 1)) 0 .
1)
+--I 1>exit ElementaryFunction.specialTrigs,116 : (1 . "failed")
+--I 1>exit ElementaryFunction.iisin,152 : ((1 #<vector 0941eb60> (1 0 . 1)) 0
. 1)
+--I1>exit ElementaryFunction.sin,63 : ((1 #<vector 0941eb60> (1 0 . 1)) 0 . 1)
+--R
+--R (1) - 3sin(6y + 3x)
+--R Type: Expression
Integer
+--E 2
+
+--S 3 of 32
+)trace )off
+--R
+--R
+--R Nothing is traced now.
+--R
+--E 3
+
+
+--S 4 of 32
+D(sin(3*x+6*y),x)
+--R
+--R
+--R (2) 3cos(6y + 3x)
+--R Type: Expression
Integer
+--E 4
+
+--S 5 of 32
+D(cos(3*x+6*y),x)
+--R
+--R
+--R (3) - 3sin(6y + 3x)
+--R Type: Expression
Integer
+--E 5
+
+@
+Note that both Mathematica and Maxima return this result as
+$3 sec(3*x+6*y)^2$ but Maple returns the same result as Axiom.
+They are equivalent results.
+<<ElementaryFunction.input>>=
+
+--S 6 of 32
+D(tan(3*x+6*y),x)
+--R
+--R
+--R 2
+--R (4) 3tan(6y + 3x) + 3
+--R Type: Expression
Integer
+--E 6
+
+--S 7 of 32
+simplify ((3*tan(6*y+3*x)^2+3) - (3*sec(3*x+6*y)^2))
+--R
+--R
+--R (5) 0
+--R Type: Expression
Integer
+--E 7
+
+@
+Note that Mathematica and Maxima return $-3 csc(3x+6y)^2$
+and Maple returns the same form as Axiom. They are equivalent.
+<<ElementaryFunction.input>>=
+
+--S 8 of 32
+D(cot(3*x+6*y),x)
+--R
+--R
+--R 2
+--R (6) - 3cot(6y + 3x) - 3
+--R Type: Expression
Integer
+--E 8
+
+--S 9 of 32
+simplify ((-3*cot(6*y+3*x)^2-3) -(-3*csc(3*x+6*y)^2))
+--R
+--R
+--R (7) 0
+--R Type: Expression
Integer
+--E 9
+
+--S 10 of 32
+D(sec(3*x+6*y),x)
+--R
+--R
+--R (8) 3sec(6y + 3x)tan(6y + 3x)
+--R Type: Expression
Integer
+--E 10
+
+--S 11 of 32
+D(csc(3*x+6*y),x)
+--R
+--R
+--R (9) - 3cot(6y + 3x)csc(6y + 3x)
+--R Type: Expression
Integer
+--E 11
+
+--S 12 of 32
+D(asin(3*x+6*y),x)
+--R
+--R
+--R 3
+--R (10) ---------------------------
+--R +------------------------+
+--R | 2 2
+--R \|- 36y - 36x y - 9x + 1
+--R Type: Expression
Integer
+--E 12
+
+--S 13 of 32
+D(acos(3*x+6*y),x)
+--R
+--R
+--R 3
+--R (11) - ---------------------------
+--R +------------------------+
+--R | 2 2
+--R \|- 36y - 36x y - 9x + 1
+--R Type: Expression
Integer
+--E 13
+
+--S 14 of 32
+D(atan(3*x+6*y),x)
+--R
+--R
+--R 3
+--R (12) ----------------------
+--R 2 2
+--R 36y + 36x y + 9x + 1
+--R Type: Expression
Integer
+--E 14
+
+--S 15 of 32
+D(acot(3*x+6*y),x)
+--R
+--R
+--R 3
+--R (13) - ----------------------
+--R 2 2
+--R 36y + 36x y + 9x + 1
+--R Type: Expression
Integer
+--E 15
+
+@
+Mathematica, Maple, and Maxima give:
+\[\frac{3}{(3*x+6*y)^2 \sqrt{1 - \frac{1}{(3*x+6*y)^2}}}\]
+which proceeds directly from the formula for the derivative of asec:
+\[\frac{d}{dx}arcsec(x) = \frac{1}{x\sqrt{x^2-1}}\]
+<<ElementaryFunction.input>>=
+
+--S 16 of 32
+D(asec(3*x+6*y),x)
+--R
+--R
+--R 1
+--R (14) ---------------------------------
+--R +----------------------+
+--R | 2 2
+--R (2y + x)\|36y + 36x y + 9x - 1
+--R Type: Expression
Integer
+--E 16
+
+@
+If we use the same formula for this example:
+\[\frac{1}{(3*x+6*y)\sqrt{(3*x+6*y)^2-1}} d(3*x+6*y)/dx\]
+<<ElementaryFunction.input>>=
+
+--S 17 of 32
+3/((3*x+6*y)*sqrt((3*x+6*y)^2-1))
+--R
+--R
+--R 1
+--R (15) ---------------------------------
+--R +----------------------+
+--R | 2 2
+--R (2y + x)\|36y + 36x y + 9x - 1
+--R Type: Expression
Integer
+--E 17
+
+@
+Mathematica, Maple, and Maxima give
+\[- \frac{3}{(3*x+6*y)^2 \sqrt{1 - \frac{1}{(3*x+6*y)^2}}}\]
+which is just the negative of the above result and we can see
+that the same analysis applies to explain the results.
+<<ElementaryFunction.input>>=
+
+--S 18 of 32
+D(acsc(3*x+6*y),x)
+--R
+--R
+--R 1
+--R (16) - ---------------------------------
+--R +----------------------+
+--R | 2 2
+--R (2y + x)\|36y + 36x y + 9x - 1
+--R Type: Expression
Integer
+--E 18
+
+--S 19 of 32
+D(sinh(3*x+6*y),x)
+--R
+--R
+--R (17) 3cosh(6y + 3x)
+--R Type: Expression
Integer
+--E 19
+
+--S 20 of 32
+D(cosh(3*x+6*y),x)
+--R
+--R
+--R (18) 3sinh(6y + 3x)
+--R Type: Expression
Integer
+--E 20
+
+@
+Mathematica and Maxima return
+\[3 sech(3x+6y)^2\]
+Maple returns Axiom's answer. Both are equivalent.
+<<ElementaryFunction.input>>=
+
+--S 21 of 32
+D(tanh(3*x+6*y),x)
+--R
+--R
+--R 2
+--R (19) - 3tanh(6y + 3x) + 3
+--R Type: Expression
Integer
+--E 21
+
+--S 22 of 32
+simplify ((-3*tanh(6*y+3*x)^2+3)-(3*sech(3*x+6*y)^2))
+--R
+--R
+--R (20) 0
+--R Type: Expression
Integer
+--E 22
+
+Mathematica and Maxima return
+\[-3 csch(3*x+6*y)^2\]
+Maple returns Axiom's answer. Both are equivalent.
+<<ElementaryFunction.input>>=
+
+--S 23 of 32
+D(coth(3*x+6*y),x)
+--R
+--R
+--R 2
+--R (21) - 3coth(6y + 3x) + 3
+--R Type: Expression
Integer
+--E 23
+
+--S 24 of 32
+simplify ((-3*coth(6*y+3*x)^2+3) - (-3*csch(3*x+6*y)^2))
+--R
+--R
+--R (22) 0
+--R Type: Expression
Integer
+--E 24
+
+--S 25 of 32
+D(sech(3*x+6*y),x)
+--R
+--R
+--R (23) - 3sech(6y + 3x)tanh(6y + 3x)
+--R Type: Expression
Integer
+--E 25
+
+--S 26 of 32
+D(csch(3*x+6*y),x)
+--R
+--R
+--R (24) - 3coth(6y + 3x)csch(6y + 3x)
+--R Type: Expression
Integer
+--E 26
+
+--S 27 of 32
+D(asinh(3*x+6*y),x)
+--R
+--R
+--R 3
+--R (25) -------------------------
+--R +----------------------+
+--R | 2 2
+--R \|36y + 36x y + 9x + 1
+--R Type: Expression
Integer
+--E 27
+
+@
+Mathematica and Maple show
+\[\frac{3}{\sqrt{-1+3*x+6*y}\sqrt{1+3*x+6*y}}\]
+Maxima gives Axiom's answer. Both are equivalent, just factored forms.
+<<ElementaryFunction.input>>=
+
+--S 28 of 32
+D(acosh(3*x+6*y),x)
+--R
+--R
+--R 3
+--R (26) -------------------------
+--R +----------------------+
+--R | 2 2
+--R \|36y + 36x y + 9x - 1
+--R Type: Expression
Integer
+--E 28
+
+--S 29 of 32
+D(atanh(3*x+6*y),x)
+--R
+--R
+--R 3
+--R (27) - ----------------------
+--R 2 2
+--R 36y + 36x y + 9x - 1
+--R Type: Expression
Integer
+--E 29
+
+--S 30 of 32
+D(acoth(3*x+6*y),x)
+--R
+--R
+--R 3
+--R (28) - ----------------------
+--R 2 2
+--R 36y + 36x y + 9x - 1
+--R Type: Expression
Integer
+--E 30
+
+@
+Mathematica gives
+\[- \frac{3}{(3x+6y)\sqrt{\frac{1-3x-6y}{1_3x+6y}}(1+3x+6y)}\]
+Maxima gives
+\[- \frac{3}{(6y+3x)^2\sqrt{\frac{1}{(6y+3x)^2}-1}}\]
+Maple gives
+\[- \frac{3}{(3x+6y)^2 \sqrt{\frac{1}{3x+6y}-1} \sqrt{\frac{1}{3x+6y}+1}}\]
+
+Axiom cannot simplify these differences to zero but Maxima does which
+shows they are all equivalent answers.
+<<ElementaryFunction.input>>=
+
+--S 31 of 32
+D(asech(3*x+6*y),x)
+--R
+--R
+--R 1
+--R (29) - -----------------------------------
+--R +------------------------+
+--R | 2 2
+--R (2y + x)\|- 36y - 36x y - 9x + 1
+--R Type: Expression
Integer
+--E 31
+
+@
+Mathematica, Maple, and Maxima all generate the answer
+\[- \frac{3}{(3x+6y)^2 \sqrt{1+\frac{1}{(3x+6y)^2}}} \]
+
+Axiom cannot simplify these differences to zero but Maxima does which
+shows they are all equivalent answers.
+<<ElementaryFunction.input>>=
+
+--S 32 of 32
+D(acsch(3*x+6*y),x)
+--R
+--R
+--R 1
+--R (30) - ---------------------------------
+--R +----------------------+
+--R | 2 2
+--R (2y + x)\|36y + 36x y + 9x + 1
+--R Type: Expression
Integer
+--E 32
+
+)spool
+)lisp (bye)
+@
+<<ElementaryFunction.help>>=
+====================================================================
+ElementaryFunction examples
+====================================================================
+
+D(sin(3*x+6*y),x)
+ 3cos(6y + 3x)
+
+D(cos(3*x+6*y),x)
+ - 3sin(6y + 3x)
+
+D(tan(3*x+6*y),x)
+ 2
+ 3tan(6y + 3x) + 3
+
+D(cot(3*x+6*y),x)
+ 2
+ - 3cot(6y + 3x) - 3
+
+D(sec(3*x+6*y),x)
+ 3sec(6y + 3x)tan(6y + 3x)
+
+D(csc(3*x+6*y),x)
+ - 3cot(6y + 3x)csc(6y + 3x)
+
+D(asin(3*x+6*y),x)
+ 3
+ ---------------------------
+ +------------------------+
+ | 2 2
+ \|- 36y - 36x y - 9x + 1
+
+D(acos(3*x+6*y),x)
+ 3
+ - ---------------------------
+ +------------------------+
+ | 2 2
+ \|- 36y - 36x y - 9x + 1
+
+D(atan(3*x+6*y),x)
+ 3
+ ----------------------
+ 2 2
+ 36y + 36x y + 9x + 1
+
+D(acot(3*x+6*y),x)
+ 3
+ - ----------------------
+ 2 2
+ 36y + 36x y + 9x + 1
+
+D(asec(3*x+6*y),x)
+ 1
+ ---------------------------------
+ +----------------------+
+ | 2 2
+ (2y + x)\|36y + 36x y + 9x - 1
+
+D(acsc(3*x+6*y),x)
+ 1
+ - ---------------------------------
+ +----------------------+
+ | 2 2
+ (2y + x)\|36y + 36x y + 9x - 1
+
+
+D(sinh(3*x+6*y),x)
+ 3cosh(6y + 3x)
+
+D(cosh(3*x+6*y),x)
+ 3sinh(6y + 3x)
+
+D(tanh(3*x+6*y),x)
+ 2
+ - 3tanh(6y + 3x) + 3
+
+D(coth(3*x+6*y),x)
+ 2
+ - 3coth(6y + 3x) + 3
+
+D(sech(3*x+6*y),x)
+ - 3sech(6y + 3x)tanh(6y + 3x)
+
+D(csch(3*x+6*y),x)
+ - 3coth(6y + 3x)csch(6y + 3x)
+
+D(asinh(3*x+6*y),x)
+ 3
+ -------------------------
+ +----------------------+
+ | 2 2
+ \|36y + 36x y + 9x + 1
+
+D(acosh(3*x+6*y),x)
+ 3
+ -------------------------
+ +----------------------+
+ | 2 2
+ \|36y + 36x y + 9x - 1
+
+D(atanh(3*x+6*y),x)
+ 3
+ - ----------------------
+ 2 2
+ 36y + 36x y + 9x - 1
+
+D(acoth(3*x+6*y),x)
+ 3
+ - ----------------------
+ 2 2
+ 36y + 36x y + 9x - 1
+
+D(asech(3*x+6*y),x)
+ 1
+ - -----------------------------------
+ +------------------------+
+ | 2 2
+ (2y + x)\|- 36y - 36x y - 9x + 1
+
+D(acsch(3*x+6*y),x)
+ 1
+ - ---------------------------------
+ +----------------------+
+ | 2 2
+ (2y + x)\|36y + 36x y + 9x + 1
+
+See Also:
+o )show ElementaryFunction
+
+@
\pagehead{ElementaryFunction}{EF}
\pagepic{ps/v104elementaryfunction.ps}{EF}{1.00}
@@ -16143,7 +16684,9 @@ ElementaryFunction(R, F): Exports == Implementation
where
iiasech x == iasech x
iiacsch x == iacsch x
- evaluate(oppi, ipi)$BasicOperatorFunctions1(F)
+ import BasicOperatorFunctions1(F)
+
+ evaluate(oppi, ipi)
evaluate(oplog, iilog)
evaluate(opexp, iiexp)
evaluate(opsin, iisin)
@@ -16173,29 +16716,29 @@ ElementaryFunction(R, F): Exports == Implementation
where
derivative(opexp, exp)
derivative(oplog, inv)
derivative(opsin, cos)
- derivative(opcos, - sin #1)
- derivative(optan, 1 + tan(#1)**2)
- derivative(opcot, - 1 - cot(#1)**2)
- derivative(opsec, tan(#1) * sec(#1))
- derivative(opcsc, - cot(#1) * csc(#1))
- derivative(opasin, inv sqrt(1 - #1**2))
- derivative(opacos, - inv sqrt(1 - #1**2))
- derivative(opatan, inv(1 + #1**2))
- derivative(opacot, - inv(1 + #1**2))
- derivative(opasec, inv(#1 * sqrt(#1**2 - 1)))
- derivative(opacsc, - inv(#1 * sqrt(#1**2 - 1)))
+ derivative(opcos,(x:F):F +-> - sin x)
+ derivative(optan,(x:F):F +-> 1 + tan(x)**2)
+ derivative(opcot,(x:F):F +-> - 1 - cot(x)**2)
+ derivative(opsec,(x:F):F +-> tan(x) * sec(x))
+ derivative(opcsc,(x:F):F +-> - cot(x) * csc(x))
+ derivative(opasin,(x:F):F +-> inv sqrt(1 - x**2))
+ derivative(opacos,(x:F):F +-> - inv sqrt(1 - x**2))
+ derivative(opatan,(x:F):F +-> inv(1 + x**2))
+ derivative(opacot,(x:F):F +-> - inv(1 + x**2))
+ derivative(opasec,(x:F):F +-> inv(x * sqrt(x**2 - 1)))
+ derivative(opacsc,(x:F):F +-> - inv(x * sqrt(x**2 - 1)))
derivative(opsinh, cosh)
derivative(opcosh, sinh)
- derivative(optanh, 1 - tanh(#1)**2)
- derivative(opcoth, 1 - coth(#1)**2)
- derivative(opsech, - tanh(#1) * sech(#1))
- derivative(opcsch, - coth(#1) * csch(#1))
- derivative(opasinh, inv sqrt(1 + #1**2))
- derivative(opacosh, inv sqrt(#1**2 - 1))
- derivative(opatanh, inv(1 - #1**2))
- derivative(opacoth, inv(1 - #1**2))
- derivative(opasech, - inv(#1 * sqrt(1 - #1**2)))
- derivative(opacsch, - inv(#1 * sqrt(1 + #1**2)))
+ derivative(optanh,(x:F):F +-> 1 - tanh(x)**2)
+ derivative(opcoth,(x:F):F +-> 1 - coth(x)**2)
+ derivative(opsech,(x:F):F +-> - tanh(x) * sech(x))
+ derivative(opcsch,(x:F):F +-> - coth(x) * csch(x))
+ derivative(opasinh,(x:F):F +-> inv sqrt(1 + x**2))
+ derivative(opacosh,(x:F):F +-> inv sqrt(x**2 - 1))
+ derivative(opatanh,(x:F):F +-> inv(1 - x**2))
+ derivative(opacoth,(x:F):F +-> inv(1 - x**2))
+ derivative(opasech,(x:F):F +-> - inv(x * sqrt(1 - x**2)))
+ derivative(opacsch,(x:F):F +-> - inv(x * sqrt(1 + x**2)))
@
<<EF.dotabb>>=
diff --git a/changelog b/changelog
index 6a34a9a..45e78ce 100644
--- a/changelog
+++ b/changelog
@@ -1,3 +1,6 @@
+20090418 tpd src/axiom-website/patches.html 20090418.01.tpd.patch
+20090418 tpd src/algebra/Makefile add help, regress for EF
+20090418 tpd books/bookvol10.4 convert EF to +-> notation
20090417 tpd src/axiom-website/patches.html 20090417.02.tpd.patch
20090417 tpd books/bookvol10.4 add +-> handling
20090417 wxh src/interp/define.boot add +-> handling
diff --git a/src/algebra/Makefile.pamphlet b/src/algebra/Makefile.pamphlet
index 8af306b..7e922ae 100644
--- a/src/algebra/Makefile.pamphlet
+++ b/src/algebra/Makefile.pamphlet
@@ -16450,7 +16450,7 @@ SPADHELP=\
${HELP}/CycleIndicators.help ${HELP}/DeRhamComplex.help \
${HELP}/DecimalExpansion.help ${HELP}/Dequeue.help \
${HELP}/DistributedMultivariatePolynomial.help \
- ${HELP}/DoubleFloat.help \
+ ${HELP}/DoubleFloat.help ${HELP}/ElementaryFunction.help \
${HELP}/EqTable.help ${HELP}/Equation.help \
${HELP}/Expression.help \
${HELP}/EuclideanGroebnerBasisPackage.help \
@@ -16543,7 +16543,7 @@ REGRESS=\
Complex.regress ContinuedFraction.regress \
CycleIndicators.regress DeRhamComplex.regress \
DecimalExpansion.regress Dequeue.regress \
- DoubleFloat.regress \
+ DoubleFloat.regress ElementaryFunction.regress \
DistributedMultivariatePolynomial.regress \
EqTable.regress Equation.regress \
Expression.regress \
@@ -16840,6 +16840,16 @@ ${HELP}/DoubleFloat.help: ${BOOKS}/bookvol10.3.pamphlet
>${INPUT}/DoubleFloat.input
@echo "DoubleFloat (DFLOAT)" >>${HELPFILE}
+${HELP}/ElementaryFunction.help: ${BOOKS}/bookvol10.4.pamphlet
+ @echo 7018 create ElementaryFunction.help from \
+ ${BOOKS}/bookvol10.4.pamphlet
+ @${TANGLE} -R"ElementaryFunction.help" ${BOOKS}/bookvol10.4.pamphlet \
+ >${HELP}/ElementaryFunction.help
+ @cp ${HELP}/ElementaryFunction.help ${HELP}/EF.help
+ @${TANGLE} -R"ElementaryFunction.input" ${BOOKS}/bookvol10.4.pamphlet \
+ >${INPUT}/ElementaryFunction.input
+ @echo "ElementaryFunction (EF)" >>${HELPFILE}
+
${HELP}/EqTable.help: ${BOOKS}/bookvol10.3.pamphlet
@echo 7019 create EqTable.help from ${BOOKS}/bookvol10.3.pamphlet
@${TANGLE} -R"EqTable.help" ${BOOKS}/bookvol10.3.pamphlet \
diff --git a/src/axiom-website/patches.html b/src/axiom-website/patches.html
index 073e024..a2d878e 100644
--- a/src/axiom-website/patches.html
+++ b/src/axiom-website/patches.html
@@ -1098,5 +1098,7 @@ bookvol10.4 update bezier documentation<br/>
bookvol10.4, 10.2 document binomial<br/>
<a href="patches/20090417.02.wxh.patch">20090417.02.wxh.patch</a>
compiler use waldek +-> syntax <br/>
+<a href="patches/20090418.01.tpd.patch">20090418.01.tpd.patch</a>
+bookvol10.4 convert EF to +-> syntax <br/>
</body>
</html>
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- [Axiom-developer] 20090418.01.tpd.patch (bookvol10.4 convert EF to +-> syntax),
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