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Page Contents (page1)






new chars/structures on this page

This page introduces the first step
numbers and simple equations
.
I toss in a couple extra visual examples for arrow , time/entropy , etc
DO NOT NIT PICK THEM
They aren't actually 'used' or necessary'
I like them because they add some general vibe to the first page
But they are not actually relied on going forward
if you want to complain about them
then just ignore them. pretend they aren't there
they are just superfluous window dressing tone setting
I only do this on the first page
You wont find this kind of 'fun unused dressing' after page 1
.
The only thing of import on page one is numbers and basic math

dims ... numbers

fractions sci-note

=

+ - * / exp root log alt exp

sub()

subtract ( 3 subtract 1 = 2 ) subtracts ( 1 subtracts 3 = 2 )

the dot in the subtract symbol represents the side kept / measured

x / (divide-by) y x \ (divides) y dim corner points to the 'segment length to divide into'

x to-the-power-of y x powers-of y dimension corner points to power

x rooted-by y x roots y dims/split points at number of dimensions to fracture into

x logged-by y x logs y dims corner points at dimensional length to fracture into





full page desc content

some intro vague conceptuals like arrow and subset, time/entropy, dimensions There are mirror versions of non-commutative operations the reverse the operation direction Operation direction is arbitrary anyways. For example in Chinese the normal way of expressing fractions is inverted. 1/3 on third is 三分之一 (3 split of-that 1), 三分之二 is 2/3, etc.. This will also help with design expressions and 'hiding brackets' later. Add examples of inverted non-commutative operations add example of scinote left shift (only added right shifting so far) *string bin digits is all high or all low should include mark to show high/low if not clear *maybe fill in arrow triangle to add-mass to tip *sub example maybe clarify that all can be sub or any permutation *numbers(hex, bin-string,tens,fractions),+-/*,exp,root,log *maybe rotate number dots so they follow reading dir l-r t-b *maybe modify string numbers so that the digits around the radix point are inferred form position 1_._1 = 11.11 0-.-0 = 00.00 0-\_.1= 01.11 0-.-\_= 00.01 0-\(dot in line)_1 = 00.11 etc... !! not satisfied with ten and hun symbols.. maybe change them or delete them add some root braks? _img roots.jpg img_ *show* _2 :: This page introduces the first step
numbers and simple equations
.
I toss in a couple extra visual examples for arrow .. time/entropy .. etc
DO NOT NIT PICK THEM
They aren't actually 'used' or necessary'
I like them because they add some general vibe to the first page
But they are not actually relied on going forward
if you want to complain about them
then just ignore them. pretend they aren't there
they are just superfluous window dressing tone setting
I only do this on the first page
You wont find this kind of 'fun unused dressing' after page 1
.
The only thing of import on page one is numbers and basic math 1dim 2dim 3dim 4dim :: dims , 0 1 2 :: ... numbers b>b11/101 b>b1/10 :: fractions, sci-5 sci+11 :: sci-note = :: = + - * / :: + - * /, exp2 root log :: exp root log , exp :: alt exp sub ( _14 v_20 ) :: sub() . . . subtract . = . . :: subtract ( 3 subtract 1 = 2 ) , . subtracts . . . = . . :: subtracts ( 1 subtracts 3 = 2 ) _1 :: the dot in the subtract symbol represents the side kept / measured divide :: x / (divide-by) y , divides :: x \ (divides) y , _2 :: dim corner points to the 'segment length to divide into' pow :: x to-the-power-of y , pows :: x powers-of y , _2 :: dimension corner points to power root :: x rooted-by y , roots :: x roots y , _2 :: dims/split points at number of dimensions to fracture into log :: x logged-by y , logs :: x logs y , _2 :: dims corner points at dimensional length to fracture into