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<FONT face=Arial color=#0000ff
size=2>Rick,
<FONT face=Arial color=#0000ff
size=2>
It
plots as is...... it appears to be an 8 bar ema of close.. have look, you can
adjust the blue line with param. Makes us really appreciate the work TJ has done
to give us simply..
<FONT face=Arial color=#0000ff
size=2>
<FONT face=Arial color=#0000ff
size=2>x= ema(c,8);
Regards,
Jayson
<FONT
color=#282828 size=2>
Value = <FONT
color=#0000ff>22.2222 * <FONT
size=2>C<FONT
size=2> + 17.284 * <FONT
size=2>Ref(<FONT
size=2>C<FONT
size=2>,-1) + <FONT
size=2>13.4431 * Ref<FONT
size=2>(C<FONT
color=#0000ff>,-2<FONT
color=#282828 size=2>) +
10.4557<FONT
color=#0000ff> * Ref<FONT
size=2>(C<FONT
color=#0000ff>,-3) +
8.1322 * <FONT
size=2>Ref(<FONT
size=2>C<FONT
size=2>,-4) + <FONT
size=2>6.3251 * Ref<FONT
size=2>(C<FONT
color=#0000ff>,-5<FONT
color=#282828 size=2>) +
4.9195<FONT
color=#0000ff> * Ref<FONT
size=2>(C<FONT
color=#0000ff>,-6) +
3.8263 * <FONT
size=2>Ref(<FONT
size=2>C<FONT
size=2>,-7) + <FONT
size=2>2.976 * Ref<FONT
size=2>(C<FONT
color=#0000ff>,-8) +
2.3147
* <FONT
color=#0000ff>Ref(<FONT
size=2>C<FONT
size=2>,-9) + <FONT
size=2>1.8003 * Ref<FONT
size=2>(C<FONT
color=#0000ff>,-10) +
1.4002 * <FONT
size=2>Ref(<FONT
size=2>C<FONT
size=2>,-11) + <FONT
size=2>1.0891 * <FONT
face=Arial color=#0000ff>Ref
(<FONT
face=Arial color=#0000ff>C<FONT
color=#0000ff>,-12) + .8471
* Ref(<FONT
size=2>C<FONT
size=2>,-13) + .6588 * <FONT
size=2>Ref(<FONT
size=2>C<FONT
size=2>,-14) + .5124 * <FONT
size=2>Ref(<FONT
size=2>C<FONT face=Arial
color=#0000ff>,-
15<FONT
color=#0000ff>) + .3985 * Ref<FONT
size=2>(C<FONT
color=#0000ff>,-16) + .31 *
Ref(<FONT
size=2>C<FONT
size=2>,-17) + .2411 * <FONT
size=2>Ref(<FONT
size=2>C<FONT
size=2>,-18<FONT color=#282828
size=2>)
+ .1875 * <FONT
face=Arial>Ref<FONT
size=2>(C<FONT
color=#0000ff>,-19) + .1458
* Ref(<FONT
size=2>C<FONT
size=2>,-20) + .1134 * <FONT
size=2>Ref(<FONT
size=2>C<FONT
size=2>,-21<FONT color=#282828
size=2>)
+ .0882 * <FONT
face=Arial>Ref<FONT
size=2>(C<FONT
color=#0000ff>,-22) + .0686
* Ref(<FONT
size=2>C<FONT
size=2>,-23) + .0534 * <FONT
size=2>Ref(<FONT
size=2>C<FONT
size=2>,-24<FONT color=#282828
size=2>)
+ .0415 * <FONT
face=Arial>Ref<FONT
size=2>(C<FONT
color=#0000ff>,-25) + .1453
* Ref(<FONT
size=2>C<FONT
size=2>,-26<FONT color=#282828
size=2>); <FONT color=#0000ff
size=2>
Plot<FONT color=#282828
size=2>(Value/100<FONT color=#282828
size=2>,""<FONT color=#282828
size=2>,4<FONT color=#282828
size=2>,1<FONT color=#282828
size=2>);
Plot<FONT color=#282828
size=2>(C<FONT
color=#282828 size=2>,""<FONT
color=#282828 size=2>,5<FONT
color=#282828 size=2>,1<FONT
color=#282828 size=2>);
x=<FONT
color=#0000ff>Param(<FONT
size=2>"smooth",5<FONT
size=2>,0,<FONT
size=2>10,1<FONT
color=#282828 size=2>);<FONT
color=#0000ff size=2>
Plot<FONT color=#282828
size=2>(EMA<FONT color=#282828
size=2>(C<FONT
color=#282828 size=2>,x),""<FONT
color=#282828 size=2>,colorBlue<FONT
color=#282828 size=2>);
<FONT face=Tahoma
size=2>-----Original Message-----From: ricko8294_98
[mailto:ricko@xxxxxxxxxx]Sent: Wednesday, March 31, 2004 12:18
PMTo: amibroker@xxxxxxxxxxxxxxxSubject: [amibroker] Can
you identify this formula?I recently came across the
following formula, and other than some type of weighted moving average, I
can't identify it. Anybody have any ideas? Is there an AFL
equivalent?Value = 22.2222 * C + 17.284 * Ref(C,-1) + 13.4431 *
Ref(C,-2) + 10.4557 * Ref(C,-3) + 8.1322 * Ref(C,-4) + 6.3251 * Ref(C,-5) +
4.9195 * Ref(C,-6) + 3.8263 * Ref(C,-7) + 2.976 * Ref(C,-8) + 2.3147 *
Ref(C,-9) + 1.8003 * Ref(C,-10) + 1.4002 * Ref(C,-11) + 1.0891 * Ref(C,-12)
+ .8471 * Ref(C,-13) + .6588 * Ref(C,-14) + .5124 * Ref(C,-15) + .3985 *
Ref(C,-16) + .31 * Ref(C,-17) + .2411 * Ref(C,-18) + .1875 * Ref(C,-19) +
.1458 * Ref(C,-20) + .1134 * Ref(C,-21) + .0882 * Ref(C,-22) + .0686 *
Ref(C,-23) + .0534 * Ref(C,-24) + .0415 * Ref(C,-25) + .1453 * Ref(C,-26);
The initial constant(22.2222)is also a mystery, however each
successive constant seems to be 7/9ths of the previous one.or
this one?Value2 = 66.6667 * C + 22.2222 * Ref(C,-1) + 7.4074 * Ref(C,-2)
+ 2.4691 * Ref(C,-3) + .823 * Ref(C,-4) + .2743 * Ref(C,-5) + .1372 *
Ref(C,-6);where the successive constants are 1/3 of the previous
one.Any insights would be
appreciatedThanksRickSend BUG REPORTS to
bugs@xxxxxxxxxxxxxSend SUGGESTIONS to
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