fritzethegreat/NTP-WWV-B-Corr
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| Contents |
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I. Developer's Notes
II. Directory Structure
III. Tests
IV. File Parser Labels
---< I. Developer's Notes >-----------------------------------------------------
+----------+
| 12/24/11 |
+----------+
Wow. I haven't looked at this code in over a YEAR! Looking back on it, I'm not
entirely sure I remember what everything does, which naturally makes documenting
it the first step so that I know what's going on. As I have time, I'll work on
uploading various UML diagrams, commented code segments, and the like to have
a reasonably documented project. This will also serve to refresh my memory.
My goals at this point include finding a radio and antenna that will allow me
to begin collecting WWV/B data again. This might prove difficult since I am in
a residential facility instead of a research building. I might not have the
actual capability or resources to retrieve the signal, but I can hope. After
that, I basically want to complete this library so that it can do complete
numerical calculations akin to MATLAB as opposed to just formatting the data
and pushing it out to MatLab. Then, I want to make pretty graphs! Heehee!
+----------+
| 09/17/10 |
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Currently, the project has been versioned to pre-release v1.3. Most likely,
an official release will be made once a master's thesis has been obtained by
the main author.
To date, the library is cabable of basic file parsing which extracts the time-
series data from a provided data file path. Start times (phase offsets) for
the data are specified within each parser, and the resolution of the series
data is also manually specified. Addition of two time series is possible as
well. Ultimately, the library serves as a file parser capable of dumping
data files of parsed data so that a 3rd party system can perform the necessary
calculations.
However, this is unsatisfactory and this next version should be capable of
performing the calcuations resulting in the output of data files with complete
statistical analyses performed. The main objectives surround cross-correlations,
normalized cross-correlations, fast fourier transforms, normalized fast-fourier
transforms, and primitive statisitcs such as mean, standard deviation,
correlation coefficients, and the time-series data filtering.
---< II. Directory Structure >--------------------------------------------------
+ include/
= Header Files
+ src/
= Source Files
+ tests/
= Test Files
- Makefile
= Should contain everything necessary to build the source and a library,
which can be used by other programs
- README.TXT
= This file
- common.make
= Common makefile defs
---< III. Tests >---------------------------------------------------------------
Current as of: 12/24/2011
+----------------+
| testDataSeries |
+----------------+
Test Summary:
--------------------------------------------------------------------------------
| Test Name | Result |
--------------------------------------------------------------------------------
Default Constructor: .............................................. PASSED
Label Constructor: ................................................ PASSED
Copy Constructor - No Data: ....................................... PASSED
Copy Consturctor - With Data Collect: ............................. PASSED
Copy Consturctor - With Data Final: ............................... PASSED
Restarted Values: ................................................. PASSED
Add Operator: ..................................................... PASSED
Concatenate Operator: ............................................. PASSED
One Value: ........................................................ PASSED
MultiValues: ...................................................... PASSED
Once Sampled: ..................................................... PASSED
Once Sampled with new Start: ...................................... PASSED
Twice Sampled: .................................................... PASSED
+-------------+
| testParsers |
+-------------+
Test Summary:
--------------------------------------------------------------------------------
| Test Name | Result |
--------------------------------------------------------------------------------
Ace Mag Parser: ................................................... N/A
Ace Swe Parser: ................................................... N/A
Clockstats Parser: ................................................<<FAILED>>
Gp Mag Parser: .................................................... N/A
Gp Xray Parser: ................................................... N/A
Gs Mag Parser: .................................................... N/A
Gs Part Parser: ................................................... N/A
Gp Part Parser: ................................................... N/A
---< IV. File Parser Labels >---------------------------------------------------
+--------------+
| AceMagParser |
+--------------+
/*
* Bx, By, Bz, Bt = nT
* yF2, D, hmE, h'F, h', hmF2 = km
* Missing Data -999.9
*
* Label Value Suggested Type
*-------------------------------------------------------------------------
* YR Year Int
* MO Month Int
* DA Day Int
* HHMM Hrs/Min Int
* DAY Julian Calendar day Int
* SEC Seconds of the day Int
* STATUS Status of the data reading Int
* Bx Horizontal component Double
* By Vertical Component Double
* Bz Other Component Double
* Bt Total Magnitude Double
* Lat Latitude Double
* Long Longitude Double
*/
+--------------+
| AceSweParser |
+--------------+
/*
* Proton Density = p/cc
* Bulk Speed = km/s
* Ion temp = degrees K
* Missing Data -9999.9, -1.00e+05
*
* Label Value Suggested Type
*-------------------------------------------------------------------------
* YR Year Int
* MO Month Int
* DA Day Int
* HHMM Hrs/Min Int
* DAY Julian Calendar day Int
* SEC Seconds of the day Int
* STATUS Status of the data reading Int
* Proton Proton density Double
* Speed Bulk Speed Double
* Temp Ion Temperature Double
*/
+----------------+
| ClkStatsParser |
+----------------+
/*
* Name Value Suggested Type
*-------------------------------------------------------------------------
1 * PID Process ID for NTP (ignore)
2 * epoch Time from midnight Double
3 * IP 127.127.36.0 (ignore)
4 * Ident wwv5 (ignore)
5 * status 0x0000 - 0xFFFF (ignore)
6 * gain 0 - 255 Int
7 * yepoch 0 - 5999 Int
8 * epomax 0 - 7000(?) Int
9 * eposnr 0 - 40 dB Double
10 * datsig 0 - 7000(?) Int
11 * datsnr 0 - 40 dB Double
12 * sp->refid WV## (ignore)
13 * reach 0x0000 - 0xFFFF (ignore)
14 * metric 0 - 100 Int
15 * synmax 0 - 7000(?) Int
16 * synsnr 0 - 40dB Double
17 * min_epoch 0 - 479,999 Int
18 * sec_epoch 0 - 5999 Int
19 * rp->refid WH## (ignore)
20 * reach 0x0000 - 0xFFFF (ignore)
21 * metric 0 - 100 Int
22 * synmax 0 - 7000(?) Int
23 * synsnr 0 - 40dB Double
24 * min_epoch 0 - 479,999 Int
25 * sec_epoch 0 - 5999 Int
26 * delay 0 - 5999 Int
*/
/*
* Hp, He, Hn = nT
* Missing Data: -1.00e+05
*
* Label Value Suggested Type
*-------------------------------------------------------------------------
* YR Year Int
* MO Month Int
* DA Day Int
* HHMM Hrs/Min Int
* DAY Julian Calendar day Int
* SEC Seconds of the day Int
* HP Parallel to earth's spin axis Double
* HE Directed Earthwards from space Double
* HN Directed Eastwards orthogonal Double
* TOTAL Total Field Double
*/
/*
* Short = 0.05 - 0.4 nanometer, measured in watts / m^2
* Long = 0.1 - 0.8 nanometer, measured in watts / m^2
* Missing Data -1.00e+05
*
* Label Value Suggested Type
*-------------------------------------------------------------------------
* YR Year Int
* MO Month Int
* DA Day Int
* HHMM Hrs/Min Int
* DAY Julian Calendar day Int
* SEC Seconds of the day Int
* SHORT Short xray power, 0.05 - 0.4 nm Double
* LONG Long xray power, 0.1 - 0.8 nm Double
*/
/*
* Hp, He, Hn, Total = nT
* Missing Data -1.00e+05
*
* Label Value Suggested Type
*-------------------------------------------------------------------------
* YR Year Int
* MO Month Int
* DA Day Int
* HHMM Hrs/Min Int
* DAY Julian Calendar day Int
* SEC Seconds of the day Int
* STATUS Status of the data reading Int
* Proton Proton density Double
* Speed Bulk Speed Double
* Temp Ion Temperature Double
*/
/*
* foF2, MUF(D), foEs, foE, fMUF, foF1, fxI, fbEs = MHz
* yF2, D, hmE, h'F, h', hmF2 = km
* ITEC 10^16 el/m^2
* Missing Data -1.0, -1, -1.00
*
* Label Value Suggested Type
*-------------------------------------------------------------------------
* YR Year Int
* MO Month Int
* DA Day Int
* HHMM Hrs/Min Int
* foF2 F2 critical Frequenecy Double
* hmF2 F2 Max height Int
* MUF(D) Max Useable Freq. @ D Double
* D Distance = 3000 km Int
* h'F min F Virt reflect height Int
* yF2 Half thickness F2 layer Int
* fMUF MUF / OblFactor Double
* h' Virtual height at MUF Int
* fxI Max Freq. F trace Double
* foE E critical frequency Double
* hmE E maximum height Int
* foEs Es critical frequency Double
* fbEs Blanketing frequency Es layer Double
* ITEC Total electron content Double
*/
/*
* Proton Density = p/cc
* Bulk Speed = km/s
* Ion temp = degrees K
* Missing Data -9999.9, -1.00e+05
*
* Label Value Suggested Type
*-------------------------------------------------------------------------
* YR Year Int
* MO Month Int
* DA Day Int
* HHMM Hrs/Min Int
* DAY Julian Calendar day Int
* SEC Seconds of the day Int
* STATUS Status of the data reading Int
* Proton Proton density Double
* Speed Bulk Speed Double
* Temp Ion Temperature Double
*/
/*
* Proton Density = p/cc
* Bulk Speed = km/s
* Ion temp = degrees K
* Missing Data -9999.9, -1.00e+05
*
* Label Value Suggested Type
*-------------------------------------------------------------------------
* YR Year Int
* MO Month Int
* DA Day Int
* HHMM Hrs/Min Int
* DAY Julian Calendar day Int
* SEC Seconds of the day Int
* STATUS Status of the data reading Int
* Proton Proton density Double
* Speed Bulk Speed Double
* Temp Ion Temperature Double
*/
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Various source files to retrieve and group ntp wwv/b data files and public satellite data files for processing in MATLAB
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