A.C.M.E. Atomic Jet Engines: Eludium Q-36 Plasma Chromatography Interpreter
Purpose
This is a fun project intended to explore different Discrete & Multi-Platform coding mediums:
1) Windows CMD Line / PowerShell / Linux Bash
2) C# .NET / C# Core
3) Julia / Python
4) C / Pascal / Fortran
5) Kotlin / Lua / Ruby
6) LabView
Story
A.C.M.E. Research & Development (on Mars) is testing Eludium Q-36 as a fuel for their Atomic Jet Engines.
A.C.M.E. Simulation & Safety (on Earth) runs some of this testing remotely.
Problem One
The A.C.M.E. Plasma Chromatograph on Mars outputs the Measurement Sample Locations as strings.
However, the A.C.M.E. Simulation In Loop software is not capable of ingesting Data Strings.
Problem Two
The A.C.M.E. Plasma Chromatograph on Mars runs on Local Solar Time (LST) on Mars.
However, A.C.M.E. Simulation in Loop software runs on Universal Standard Time (UST) on Earth.
Goal
Write a simple Measurement Interpreter to convert the A.C.M.E. Plasma Chromatograph's CSV output file
"MarsDataRaw.csv" to an INI file "EarthDataRaw.ini" for ingestion into A.C.M.E Simulation & Loop software.
Example CSV
SampleName,"Atomic Jet Engine"
MethodName,"Chromatograph_Q-36"
UserName,"Marvin T. Martian"
Comments,"TurbineHP" **OR** "TurbineLP" **OR** "Nozzle"
LocalSolarTime,"75/123 12:34:56"
SettingsFile,"Eludium Q-36.cnfg"
Instrument,"123456789"
RawTotalMolePct,1.4119
==========,==========,==========,==========,==========,==========
Number,Component,Ret.Time,Peak Area,Normalized%
1,"Eludium Q-36",38.8000,80795.3700,100.0000
==========,==========,==========,==========,==========,==========
Year,SolarLongitude,Hour,Minute,Second
"75","123","12","34","56"
Technical References
https://www.planetary.org/articles/mars-calendar
https://en.wikipedia.org/wiki/Timekeeping_on_Mars#Martian_calendars
https://en.wikipedia.org/wiki/Julian_day
https://en.wikipedia.org/wiki/Year#Besselian_year
https://en.wikipedia.org/wiki/Universal_Time
Contributors:
Philip D. Stubbs, Test Engineer & Software Support Lead
Marvin T. Martian, Chief Engineer & Technical Design Lead
Wylie E. Coyote, Safety Engineer & Simulation Analyst
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