2012-14.mth

[hirley0]

GeZz_z.i don't want to 
chase the Blue Earth Green Moon model to far!-! , i was told Moon is Yellow
cheZz_z. {never mind | My approach to everything is to ReInTroduce
A  New parameter, Usually with respect to/4 Time. of course i4got.HoW :>
_WeLL? i could not find what i wanted to copy/paste __ so the following >
O_________________[~~~~~~~~]___<pan of water? Mercury 4e7Kg
--------------------"""""""""""""""""""----------<pressure sensors 

[hirley0]

{Never mind my Jokes Either U get it OR knot
ReThinking the parameters | i think it should be a pan of Mercury | He \-\A
My brain really has become defective
HaltsHiMyrths + DimeMentions + MyRot1.2 = Bad BAD, worse than}
anyway so i can't form a link to the reintro path? eventually WILL
get to LiBraRY & look in a text for aID. in the mean tim

[hirley0]

ad 4553} DEAD in water / waiting4mUs2B1.01 4572 4601 4629
ad 4527}  http://www.stjarnhimlen.se/comp/tutorial.html
a  Mean distance, or semi-major axis  q  Perihelion distance  = a * (1 - e)
e  Eccentricity
T  Time at perihelion
i  Inclination, i.e. the "tilt" of the orbit relative to the ecliptic.
N  (usually written as "Capital Omega") Longitude of Ascending Node.
w  (usually written as "small Omega") The angle OF Ascending node.
NOW ALL I NEED IS DATA TO PLOT SCRIPT
Data for each satellite consist of three lines in  the  following format:
AAAAAAAAAAA
1 NNNNNU NNNNNAAA NNNNN.NNNNNNNN +.NNNNNNNN +NNNNN-N +NNNNN-N N NNNNN
2 NNNNN NNN.NNNN NNN.NNNN NNNNNNN NNN.NNNN NNN.NNNN NN.NNNNNNNNNNNNNN

Line 0 is a eleven-character name.
Lines 1 and 2 are the standard Two-Line Orbital Element Set Format identical to that used by NORAD and NASA.  The format  description is:
Line 1
Column    Description
01-01      Line Number of Element Data
03-07      Satellite Number
10-11      International Designator (Last two digits of launch year)
12-14      International Designator (Launch number of the year)
15-17      International Designator (Piece of launch)
19-20      Epoch Year (Last two digits of year)
21-32      Epoch (Julian Day and fractional portion of the day)
34-43      First Time Derivative of the Mean Motion
      or Ballistic Coefficient (Depending on ephemeris type)

45-52       Second Time Derivative of Mean Motion (decimal point assumed;
      blank if N/A)
54-61      BSTAR drag term if GP4 general perturbation theory was used.
      Otherwise, radiation pressure coefficient.  (Decimal point assumed)
63-63      Ephemeris type
65-68      Element number
69-69      Check Sum (Modulo 10)
      (Letters, blanks, periods = 0; minus sign = 1)

   Line 2
Column        Description
01-01      Line Number of Element Data
03-07      Satellite Number
09-16      Inclination [Degrees]
18-25      Right Ascension of the Ascending Node [Degrees]
27-33      Eccentricity (decimal point assumed)
35-42      Argument of Perigee [Degrees]
44-51      Mean Anomaly [Degrees]
53-63      Mean Motion [Revs per day]
64-68      Revolution number at epoch [Revs]
69-69      Check Sum (Modulo 10)

ISS (ZARYA)             { ad 4522 21:42
1 25544U 98067A   13353.84527943  .00019155  00000-0  34401-3 0  2727
2 25544  51.6513 268.4379 0004682 288.8976 140.6689 15.49892490863507
Two Li
1 25544U 98067A   13353.96179593  .00017851  00000-0  31325-3 0  2727
2 25544 051.6494 267.8708 0004954 288.0385 072.0582 15.49891966863521

ad 4508 NoOn HomePlanet ISS
ad 4471 Hopeless despair How intro T ????/
ad 4433 StAlling / Waiting for Mus to take the lead ????/
ad 4419 F=G *((m1)*{m2}}/[r]^2 ... i.do NOT agree {donno HoW {{{dT ?
ad 4410 My brain really has become defective
HaltsHiMyrths + DimeMentIOns + MyRot2.1= Bad BAD, worse than}
anyway so i can't form a link to the reintro path? eventually WILL
get to LiBraRY & look in a text for aID. in the mean time
ad 4370 A\-\ He
on Cost $13.25 Billion Lemme Call it 20
?80% pendulum BALL{16B) Osmium Price 400/ToZ  16e9/4e2=4e7tOz /2K 2e4
20,000 ton "Osmium" pendulum ball on up/down dD apperatus v/^\v/^  etc
?20% Mercury{4B) http://www.metal-pages.com/metalprices/mercury/
@$3500per(34.5 kg flask of "Mercury" =1.2e6F == 4e7Kg {check MyMyth
the cost for the detectors would come from
a chip off the Osmium ball {maybe 2 ^ 4balance
OH yeah the project NAME = JanNotUm
THUS the No G # CURRENTLY = ?#? & dT/dD = ?2?

[hirley0]

MatLab Script} MAtable = ones(24,40); % CB matrix

4:32 ad 4710 http://www.principiadiscordia.com/forum/index.php/topic,30739.msg1320959.html#msg1320959

2AM / ad 4690 Mu Lost me is my guess
ad 4684 ALTHOUGH the at,tempt is to follow mUs
in effect will try to guess what mUs is about to say {SOMe #'$)
thus here is tomorrows 12/26 matlab
http://www.mathworks.com/help/matlab/math/constructing-sparse-matrices.html

S = sparse([3 2 3 4 1],[1 2 2 3 4],[1 2 3 4 5],4,4)

E1 = sparse(S)

n = 5

D = sparse(1:n,1:n,-2*ones(1,n),n,n);
E = sparse(2:n,1:n-1,ones(1,n-1),n,n);
S = E+D+E'
F = full(S)          one little, two little, three little.

ad 4646 will attempt 2 follow mUs   

in the mean time {as time passes
% Visualizing sparse matrices.
%   spy         - Visualize sparsity structure.
%   gplot       - Plot graph, as in "graph theory".
WiLL be looking there, HERE,, in the days ahead {maybe till 1/1
%  %  %  %%%  Day_n = 20131224 t_Start =  1614
[y]=loadwave('d24-14a3');
ly=length(y) % make length EVEN
ly2=ly/2
ly2i=fix(ly/2)
if ly2 > ly2i
y(ly)=[];
end

l=length(y);
x=1:l;

for n = 1:2:l
y1(n)=y(n);
y1(n+1)=y(n);
y2(n)=y(n+1);
y2(n+1)=y(n+1);
end

y3=fix((y2+y1)/4+63.5);
plot(x,y3)

fs=8000;
savewave('w24m3',y3,fs)

%%% SEARCHING FOR CORRECT FILTER \\
f = [.0 .04 .07 .1 .2 1];
H = [0  0   1   1   0  0];
fs = 8000;              % sampling rate
fhz = f*fs/2;
plot(fhz,H), title('Desired Frequency Response')

N = 8;  % Order of the filter (number of poles &0).
[Bh,Ah] = yulewalk(N,f,H);              % Worki
%%% SEARCHING FOR CORRECT FILTER //
y3f = filtfilt(Bh,Ah,y3);
plot(y3f)

savewave('w24m3f',y3f,fs)

%%% %  %%%% % %%% t_End = 1705  t_Spent =  51

Much of that 51 Min was watching the DW.de news ? at 3????/
no  nono 4pm is news hour not DW.de whiTch is 3 Read Pa up ^ Li down v

[hirley0]

Reply 139 to #142

{{

G

[hirley0]

ad 4734} 

REPLY 140 TO ?/? mUs# 143  {ad 4722

Yuri Valentinovich Knorozov, who advocated phoneticisms |Me2}
/  Sir Eric Thompson  |Me Also}}
Lowest number going to the most frequent glyph
Affixes start at 1 and stops at 500
Main signs go from 501 to 999
Portraits from 1000 up
?: 24Rx40C= 960 ?Hmmm::  {ad 6148

U NO U 4got http://www.ancientscripts.com/maya.html {Link UNO

-CoOrRegraph Mult Left * Right {U'bet

[hirley0]

ad 4735 I DO NOT KNOW HOW to rotate it 90 deg CW

yeah?ad 6161                  ..... TIME4AUDIO ????/
  THEME       ЯEmember " O " 0k

NOW ABOUT THE TIME? ny guess 1:10&?? you UNO A1 {Maybe

[hirley0]

Is that all...

i Ratherv doubt it? ^ R#147 ^ Maybe Math just
CAN NOT keep up: & Side B, because i AM in a fadE { never mind

[hirley0]

ad 4808 there was a lot of time spent
trying to automate the filename
it was no easy task for me | lookfor concat /-/A /-/A /-/A
%  %  %  %%%  Day_n = 20131228  t_Start = 2352
[y]=loadwave('vo');

ly=length(y) % find fs & make length EVEN ?
fs=ly/t

ly2=ly/2;
ly2i=fix(ly/2);

if ly2 > ly2i
y(ly)=[];     
end
l=length(y);
x=1:l;

y_=y(2:l);
y_(l)=y_(l-1);
y1=fix(y+y_)/3+43;

A=('Y1');
FN=[FN0 A]
savewave(FN,y1,fs)

%%% SEARCHING FOR CORRECT FILTER \\
f = [.0 .04 .07 .1 .2 1];
H = [0  0   1   1   1  0];
fhz = f*fs/2;
plot(fhz,H), title('Desired Frequency Response')
N = 8;  % Order of the filter (number of poles &0).
[Bh,Ah] = yulewalk(N,f,H);              % Worki
%%% SEARCHING FOR CORRECT FILTER //

y1f = filtfilt(Bh,Ah,y1);
y2=y1f*2+125;
plot(x,y,x,y1,x,y2)

B=('Y2');
FN=[FN0 B]
savewave(FN,y2,fs)

t_End = 00:11   

[hirley0]

Y0=ORIG Y1=NR Y2=FILT
ad 4871 {Total time logged in: 87 days, 15 hours and 0 minutes.
ad 4900 http://www.principiadiscordia.com/forum/index.php/topic,28631.msg1321289.html#msg1321289

[hirley0]

ad 4923 mUs149 yeah: getting cluttered = bac2script'N }

s=clock;Day_n=10000*s(1)+100*s(2)+s(3);
t_Start=100*s(4)+s(5); t_on=60*s(4)+s(5);
format compact, diary make1.m, Day_n, t_Start
Li4 = ('%  %  %  %%%  ')
W=('W');
nm=Day_n-fix(Day_n/100)*100;
NM=num2str(nm);
FN=[W NM];

%  %  %  %%%  Day_n = 20131230  t_Start =  1215
A=('A');
FN=[W NM A] % FN = W30A
[y]=loadwave(FN); t=3.8;
ly=length(y) % find fs & make length EVEN ?  177593
fs=ly/t  %fs
fs=round(fs)
fs=8000;

ly2=ly/2;
ly2i=fix(ly/2);
if ly2 > ly2i
y(ly)=[];     
end   


l=length(y)
x=1:l;

y_=y(2:l);
y_(l)=y_(l-1);
y1=fix(y+y_)/3+43;

A=('Y1');
FN1=[FN A] % FN1 = W30AY1
savewave(FN,y1,fs)

%%% SEARCHING FOR CORRECT FILTER \\
f = [.0 .04 .07 .1 .2 1];
H = [0  0   1   1   0  0];
fhz = f*fs/2;
plot(fhz,H), title('Desired Frequency Response')

N = 8;  % Order of the filter (number of poles &0).
[Bh,Ah] = yulewalk(N,f,H);              % Worki
%%% SEARCHING FOR CORRECT FILTER //

y1f = filtfilt(Bh,Ah,y1);
y2=y1f+125;
plot(x,y,x,y1,x,y2)
y2=y2*fix(255/(max(y2)-min(y2)));
y2=y2-fix(min(y2)); min(y2), max(y2)

B=('Y2');
FN2=[FN B]  % FN2 = W29AY2
FN2 = W30AY2
savewave(FN2,y2,fs)

%%% %  %  %%% % %%%  t_End =  1229  t_Spent =   next day

Li5 = ('%%% %  %  %%% % %%%  ')
s=clock; t_End=100*s(4)+s(5)
t_off=60*s(4)+s(5); t_Spent=t_off-t_on

[hirley0]

MATLAB

Principal Component Analysis on the FERET Dataset
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^ http://www.face-rec.org/source-codes/ ^ MOVING ALONG FROM
ad 4960 SÔNG,=RIVER | HỎNG,=DAMAGED | THỜI=WEATHER | HỖ TRỢ,=SUPPORT
& trying to get some logic out of MaYan gift'N >====> Dance>

[hirley0]

ad 5002 yeah?yeah: Music has turned the page and
THUS will be playing catch up during the next few days with spectrum
a difficult time for me as i do have a problem with the axis scale TBD}2
AD 5012 %  %  %  %%%  Day_n = 20140102  t_Start = 440
[y]=loadwave('song'); t=7; % .7?
ly=length(y) % find fs
fs=ly/t  %fs =  799.1429
fs=8000;
%
l=length(y)
x=1:l;
m = 2^8 %   256
help specplot
PS=spectrum(x,y,m);
specplot(PS,fs)
help specgram
specgram(y)
%%% %  %  %%% % %%%  t_End = 501  t_Spent =  21



ad 5027 it does appear to me to be #10 low/falling `^ Stay tuned?

[hirley0]

[y]=loadwave('song'); t=7; % .7?

ad 5027 it does appear to me to be  low/falling `^ Stay tuned?

My original post here was hacked out of existence try2}
ok rep146 shows SÔNG the "boat" O sound their(1,2) Mine{0,1}
#1 usage O. flat semi4 {6 tones marks| &not low/falling My{2,1} their(3,2)

[hirley0]

ad 5132
not sure just where ? once around the far turn and on to page 11
MaTH is headed ? MayBe to the Mayan 20's ????/ Really no idea: