03/25/2008, 07:58 PM
(This post was last modified: 03/26/2008, 04:23 PM by James Knight.)
THIS POST WAS ORIGINALLY POSTED IN THE ZERATION THREAD BECAUSE THERE ARE IDEAS THAT RELATE TO ZERATION THAT I HAVE POSTED THERE. I THOUGHT I WOULD POST THIS HERE BECAUSE IT RELATES MORE TO NOTATION AND OPINION. ENJOY!
///The notation won't display right because the original post was deleted.. give me some time to fix this.... sorry!
Here is the notation I find easy to work with in my notebook. Tell me what you think.
Regular Operations
x[attachment=268]y = z
Left Inverse (Stick on the Left)
x = z[attachment=267]y
Right Inverse (stick to the right)
y = z[attachment=270]x
The Minus One Law in My Notation
(x[attachment=269]b) [attachment=270] (x) = x [attachment=269](b-1)
Logarithmic Notation
Also I am in the midst of developing a fractional notation as well as horizontal notation for logarithms.
log x (base 10) looks like this
x
~
10
or x~10
where the ~ is like a fraction line. I find the current/traditional notation clumsy.
for example
Anyway, I find the combination of the fractional and horizontal easier to manipulate.
Enjoy!
James
///The notation won't display right because the original post was deleted.. give me some time to fix this.... sorry!
Here is the notation I find easy to work with in my notebook. Tell me what you think.
Regular Operations
x[attachment=268]y = z
Left Inverse (Stick on the Left)
x = z[attachment=267]y
Right Inverse (stick to the right)
y = z[attachment=270]x
The Minus One Law in My Notation
(x[attachment=269]b) [attachment=270] (x) = x [attachment=269](b-1)
Logarithmic Notation
Also I am in the midst of developing a fractional notation as well as horizontal notation for logarithms.
log x (base 10) looks like this
x
~
10
or x~10
where the ~ is like a fraction line. I find the current/traditional notation clumsy.
for example
Code:
((a~b)~c) = log (log a)
c b
and
a~(b~c) = log a
log b
cEnjoy!
James

