馃寧

CICESE PyK-Ar - A free software tool for the K-Ar dating in the cloud

Potassium-Argon dating Software

Abstract

A numerical method K-Ar tracer, a web platform to date volcanic rocks 5 million years from getting spectrometer data.

While a lot of laboratories use a software insider, reproducibly requires open-source software availability and verifiability plus interoperability thanks Web. Therefore, it鈥檚 introducing the 鈥楶yK-ar鈥 package for Python, an open-source software package and web platform that dates volcanic rocks, it can manage them using a graphical user interface. The latest version of the package can be downloaded from GitHub.

The dating used in the package is, with some adaptations, largely based on the method originally proposed by G. B. Dalrymple and M. A. Lanphere (1969).

https://pykar.sanchezcarlosjr.com/
GitHub - sanchezcarlosjr/PyK-Ar: Potassium-argon dating
Potassium-argon dating. Contribute to sanchezcarlosjr/PyK-Ar development by creating an account on GitHub.
https://github.com/sanchezcarlosjr/PyK-Ar

Justificaci贸n

Se requiere reducir los datos adquiridos por espectrometr铆a de masas desde una plataforma sencilla. El proceso de reducci贸n de datos usado actualmente requiere asociar grupos de datos diversos y f谩cilmente provoca errores del operador. Nuestro software ayudar谩 al investigador Basabe del CICESE y tambi茅n a otros investigadores del mismo campo.

Estado del arte

El estado del arte es el m茅todo num茅rico descrito en [3] (K-Ar con trazador), adem谩s de un software anterior escrito en C por los investigadores de CICESE, tales como el proyecto RaDAn (mezcla de archivos), IsoCalc (procesamiento) [5]. Como bases de datos, una bit谩cora de resultados en Google Sheets y un guardado temporal de los archivos obtenidos por el espectr贸metro.

Objetivo general

Crear una plataforma web que procesar谩 datos geocronol贸gicos de K-Ar con trazado.

Objetivos espec铆ficos

Hip贸tesis

Se espera aprender sobre K-Ar, m茅todos num茅ricos aplicados y la generaci贸n de conocimiento. Adem谩s, tambi茅n se espera la apreciaci贸n mutua en relaci贸n empresa y cliente.

Proceso de desarrollo

Aplicar el Modelo General del Proceso de Desarrollo de Software, utilizando un n煤mero selecto de artefactos del Proceso Unificado de Racional (RUP) con el Lenguaje Unificado de Moldelado (UML), tales como:

Requerimientos

Requisitos funcionales obtenidos desde la entrevista y la carpeta compartida.

Planificaci贸n

Cronograma

Modelado

Casos de uso

Escenarios

Dise帽o y an谩lisis

Diagrama de arquitectura

Dise帽o de la interfaz

Mapa de navegaci贸n

Esquema de men煤s

Casos de prueba

Prueba de integraci贸n

Pruebas

T.IDESCENARIOS DE PRUEBADESCRIPCI脫NPASO DE PRUEBARESULTADO ESPERADOESTADO
1Inicio de sesi贸n v谩lido por correo electr贸nico.Probar la funcionalidad de inicio de sesi贸n de la aplicaci贸n web para garantizar que un usuario registrado pueda iniciar sesi贸n con correo y contrase帽a.1.Entre a la p谩gina (URL). 2.Navegue por la p谩gina de inicio de sesi贸n. 3.Introduzca un correo v谩lido. 4.Introduzca una contrase帽a v谩lida. 5.Haga clic en el bot贸n de inicio de sesi贸n.Se crea la sesi贸n y el usuario se guarda en local, despu茅s se redirige a la bit谩cora de todos los experimentos de su organizaci贸nAprobado
2Inicio de sesi贸n v谩lido por una cuenta de Google.Probar la funcionalidad de inicio de sesi贸n de la aplicaci贸n web para garantizar que un usuario registrado con una cuenta de Google pueda iniciar sesi贸n.1.Entre a la p谩gina (URL). 2.Navegue por la p谩gina de inicio de sesi贸n. 3.Haga clic en el icono de Google. 4.Elegir una cuenta v谩lida.Se crea la sesi贸n y el usuario se guarda en local, despu茅s se redirige a la bit谩cora de todos los experimentos de su organizaci贸n.Aprobado
3Funcionalidad de cierre de sesi贸n.Comprobar la funci贸n de cierre de sesi贸n.1.Haga clic en el bot贸n de usuario. 2.Seleccione el bot贸n de cierre de sesi贸n.El usuario deber铆a poder cerrar la sesi贸n y regresar la p谩gina de inicio de sesi贸n.Aprobado
4Inicio de sesi贸n mediante una cuenta no v谩lida de Google.Probar la funcionalidad de inicio de sesi贸n de la aplicaci贸n web para garantizar que un usuario no v谩lido pueda entrar a la bit谩cora.1.Entre a la p谩gina (URL). 2.Navegue por la p谩gina de inicio de sesi贸n. 3.Haga clic en el icono de Google. 4.Elegir una cuenta no v谩lida. 5.Registrarse en Arsus.Se le redirige a la p谩gina de registro para poder tener acceso a la bit谩cora.Aprobado

Calidad de software

Siguiendo el est谩ndar ISO 9126 identificamos los siguientes seis atributos clave de calidad:

Mathematical model

馃挕
The numbers are represented in E notation.

Interface

interface Cycle {
    cycle: string;
    mass: string; // Grams
    peak: string; // M36, M38, M40
    measure: string;
    intensity: string; // Volts
    time: string; // Milliseconds
}

interface Experiment {
    cycles: Cycle[];
    analysis_date: string;
    spectrum: string;
    sample_id: string;
    type: string;
    spectrum_user_name: string;
    file_name: string;
}

JSON

{
  "experiments": [{
		  "analysis_date": "2019-01-08T08:00:00.000Z",
		  "spectrum": "MCAT 5400 ",
		  "file_name": "7A",
		  "sample_id": "BCO AIRE ",
		  "type": "Sample Analysis",
		  "spectrum_user_name": "miguel",
		  "cycles": [
			    {
			      "cycle": "1",
			      "mass": "3.59675500E+001",
			      "peak": "M36",
			      "measure": "RawData",
			      "intensity": "2.18833200E-006",
			      "time": "8.45625000E+001"
			    },
			    {
			      "cycle": "2",
			      "mass": "3.99623800E+001",
			      "peak": "M40",
			      "measure": "Corrected",
			      "intensity": "9.13460400E-005",
			      "time": "2.13250000E+002"
			    }
			]
		}]
}

Constants

T0,D,(Ar40/Ar36)A=295.5(Ar40/Ar38)A=1581(Ar36/Ar38)A=5.35grams聽K/grams聽K2O=0.8301(atoms聽K)(gramsOfK)=1.19E4(grams聽K)/(moleK)=39.10(scale聽40)(scale聽38)(scale聽38)(scale聽36)XT_0,D,\\ (Ar^{40}/Ar^{36})_A=295.5\\ (Ar^{40}/Ar^{38})_A=1581\\ (Ar^{36}/Ar^{38})_A=5.35\\ \text{grams K}/\text{grams }K_2O=0.8301\\ \text{(atoms K})(gramsOfK)=1.19E-4\\ \text{(grams K)}/(moleK)=39.10\\ \dfrac{(\text{scale 40})}{(\text{scale 38})}\\ \dfrac{(\text{scale 38})}{(\text{scale 36})}\\ X

Algorithms

calculateGramsOfK(%K2O,W):return(%K2O)(grams聽K/grams聽K2O)(W)100calculateGramsOfK(\%K_2O,W):\\ return \text{} \dfrac{(\%K_2O)(\text{grams K}/\text{grams }K_2O)(W)}{100}
calculateMolesOfK40(gramsOfK):returnK40=(atoms聽K40/atoms聽K)(gramsOfK)(grams聽K/mole聽K)calculateMolesOfK^{40}(gramsOfK):\\ return \text{ }K^{40}=\dfrac{(\text{atoms }K^{40}/\text{atoms K})(gramsOfK)}{(\text{grams K}/\text{mole K})}
calculateMolesAr38InTracer(T0,X,):returnArT38=T0eXcalculateMolesAr^{38}InTracer(T_0,X,\delta):\\ return\text{ } Ar^{38}_T=T_0e^{-\delta X}
Measurement.init():,W,(Ar40/Ar38)T,(Ar36/Ar38)Tsample.filterMeasureByCorrected()blank.filterMeasureByCorrected()Blank36=Blank.CiclosIntensity36Blank38=Blank.CiclosIntensity38Blank40=Blank.Intensity40Ar36=Sample36iBlank36Ar38=Sample38iBlank38Ar40=Sample40iBlank40Measurement.init():\\ \delta,W,(Ar^{40}/Ar^{38})_T,(Ar^{36}/Ar^{38})_T\\ sample.filterMeasureByCorrected()\\ blank.filterMeasureByCorrected()\\ \mu_{Blank36}=Blank.\overline{CiclosIntensity36}\\ \mu_{Blank38}=Blank.\overline{CiclosIntensity38}\\ \mu_{Blank40}=Blank.\overline{Intensity40}\\ Ar_{}^{36}=\overline{Sample_{36i}-\mu_{Blank36}}\\ Ar_{}^{38}=\overline{Sample_{38i}-\mu_{Blank38}}\\ Ar_{}^{40}=\overline{Sample_{40i}-\mu_{Blank40}}\\
calculate(Ar40/Ar38)M():(Ar40/Ar38)M=(Ar40/Ar38)D(scale聽40)(scale聽38)return(Ar40/Ar38)Mcalculate(Ar^{40}_{}/Ar^{38})_M():\\ (Ar^{40}_{}/Ar^{38})_M=(Ar^{40}/Ar^{38})D\dfrac{(\text{scale 40})}{(\text{scale 38})}\\ return \text{ }(Ar^{40}_{}/Ar^{38})_M
calculate(Ar38/Ar36)M():(Ar38/Ar36)M=(Ar38/Ar36)D(scale聽38)(scale聽36)return(Ar40/Ar38)Mcalculate(Ar^{38}_{}/Ar^{36})_M():\\ (Ar^{38}_{}/Ar^{36})_M=(Ar^{38}/Ar^{36})D\dfrac{(\text{scale 38})}{(\text{scale 36})}\\ return \text{ }(Ar^{40}_{}/Ar^{38})_M
calculateArrad40():Arrad40=ArT38{(Ar40/Ar38)M(Ar40/Ar38)T[1(Ar38/Ar36)M(Ar36/Ar38)T(Ar38/Ar36)M(Ar36/Ar38)A1][(Ar40/Ar38)A(Ar40/Ar38)M]}calculateAr_{rad}^{40}():\\ Ar_{rad}^{40}=Ar_{T}^{38}\{ (Ar^{40}/Ar^{38})_M-(Ar^{40}/Ar^{38})_T-[\dfrac{1-(Ar^{38}/Ar^{36})_M(Ar^{36}/Ar^{38})_T}{(Ar^{38}/Ar^{36})_M(Ar^{36}/Ar^{38})_A-1}][(Ar^{40}/Ar^{38})_A-(Ar^{40}/Ar^{38})_M] \}\\
measureAge(Arrad40,K40):t=1.885109loge{9.068Arrad40K40+1}return聽t \\measureAge(Ar^{40}_{rad},K^{40}):\\ t=1.885\times 10^9log_e\{9.068\dfrac{Ar_{rad}^{40}}{K^{40}}+1\}\\ \text{return } t
measureError():measureError():\\

Note:

We use Gaussian rounding

Dictionary

WW sample weight [grams]

T0T_0 initial tracer value [mole Ar38]

\delta tracer depletion constant

XX tracer number

(Ar40/Ar38)T(Ar^{40}/Ar^{38})_T Ar40/Ar38Ar^{40}/Ar^{38} ratio for tracer

(Ar36/Ar38)T(Ar^{36}/Ar^{38})_T Ar36/Ar38Ar^{36}/Ar^{38} ratio for tracer

DD spectrometer discrimination correction factor for two mass units.

Ar36,Ar38,Ar40.Ar_{36},Ar_{38},Ar_{40}. Argon Isotops.

Datar. Determinar la fecha la edad que surge una roca.

M茅todo K-Ar. M茅todo de dataci贸n radiom茅trica que se utiliza en geolog铆a y arqueolog铆a para datar rocas o cenizas volc谩nicas, en general, las m谩s antiguas.

Incertidumbre. Medida cuantitativa de la variabilidad de los datos.

Blanco. Experimento anterior a la muestra para verificar el estado del espectr贸metro.

Muestra. Medicion de Spike.

Referencias

鈥淪OFTWARE CIENT脥FICO PARA GEOCRONOLOG脥A(CLON11043)(CLON55671),鈥 Uabc.mx, 2021. [Online]. Available: https://sifpvu.uabc.mx/accesoUABC. [Accessed: 23 Aug-2021]

鈥淕eocronolog铆a K-Ar,鈥 Unam.mx, 2021. [Online]. Available: https://www.geologia.unam.mx/igl/deptos/geoq/lugis/kar/. [Accessed: 23-Aug-2021]

G. B. Dalrymple and M. A. Lanphere, Potassium-argon dating: Principles, techniques and applications to geochronology. W.H. Freeman and Company, 1969.

PyKAr - Google Drive. (2011). Google.com. https://drive.google.com/drive/folders/1HjwOAXkeaS17qxFPskPLqr1qW4FMNZqr?usp=sharing

SOFTWARE CIENT脥FICO PARA GEOCRONOLOG脥A (2021-09-03 at 10:03 GMT-7. (2021). SOFTWARE CIENT脥FICO PARA GEOCRONOLOG脥A (2021-09-03 at 10:03 GMT-7). Google Drive. https://drive.google.com/file/d/1j4O\\_LxUlz-l43asC2O-k89C9guLExmlk/view?usp=sharing

驴C贸mo ...

驴C贸mo creo un an谩lisis en la interfaz grafica?

Con el boton CREATE. Debe subir los archivos planos con extension .dat en pares, el primero representa el blanco, el segundo la muestra. Los cuales deben seguir el siguiente formato:

"MCAT 5400 " "Sample Analysis"
"Analysis Date:" "Tuesday, January 08, 2019"
"File Name:" "7A"
"Sample ID:" "BCO AIRE "
"Cycle" "Mass" "Peak" "Measure" "Inty." "Time" 
-
miguel
7A
BCO AIRE 











-
""
"  1"   3.54675500E+001 "ZERO1" "Raw Data   " 1.73016000E-006  7.79375000E+001
"  1"   3.59675500E+001 "M36  " "Raw Data   " 2.18833200E-006  8.45625000E+001
"  1"   3.62675500E+001 "ZERO2" "Raw Data   " 1.48345200E-006  9.61875000E+001
"  1"   3.74667800E+001 "ZERO3" "Raw Data   " 1.68210000E-006  1.02875000E+002
"  1"   3.79627300E+001 "M38  " "Raw Data   " 1.66287600E-006  1.09500000E+002
"  1"   3.84627300E+001 "ZERO4" "Raw Data   " 1.65326400E-006  1.21125000E+002
"  1"   3.94643100E+001 "ZERO5" "Raw Data   " 1.67248800E-006  1.27812500E+002
"  1"   3.99623800E+001 "M40  " "Raw Data   " 9.34510680E-005  1.34437500E+002
"  1"   4.04623800E+001 "ZERO6" "Raw Data   " 1.63404000E-006  1.46062500E+002
"  1"   3.59675500E+001 "M36  " "Corrected  " 5.81526000E-007  8.45625000E+001
"  1"   3.79627300E+001 "M38  " "Corrected  " -4.80600000E-009  1.09500000E+002
"  1"   3.99623800E+001 "M40  " "Corrected  " 9.17978040E-005  1.34437500E+002
""
"  2"   3.54675500E+001 "ZERO1" "Raw Data   " 1.60840800E-006  1.56750000E+002
"  2"   3.59675500E+001 "M36  " "Raw Data   " 2.32290000E-006  1.63375000E+002
"  2"   3.62675500E+001 "ZERO2" "Raw Data   " 1.43539200E-006  1.75000000E+002
"  2"   3.74667800E+001 "ZERO3" "Raw Data   " 1.55714400E-006  1.81687500E+002
"  2"   3.79627300E+001 "M38  " "Raw Data   " 1.74137400E-006  1.88312500E+002
"  2"   3.84627300E+001 "ZERO4" "Raw Data   " 1.55394000E-006  1.99937500E+002
"  2"   3.94643100E+001 "ZERO5" "Raw Data   " 1.57636800E-006  2.06625000E+002
"  2"   3.99623800E+001 "M40  " "Raw Data   " 9.30009060E-005  2.13250000E+002
"  2"   4.04623800E+001 "ZERO6" "Raw Data   " 1.73336400E-006  2.24875000E+002
"  2"   3.59675500E+001 "M36  " "Corrected  " 8.01000000E-007  1.63375000E+002
"  2"   3.79627300E+001 "M38  " "Corrected  " 1.85832000E-007  1.88312500E+002
"  2"   3.99623800E+001 "M40  " "Corrected  " 9.13460400E-005  2.13250000E+002
""
"  3"   3.54675500E+001 "ZERO1" "Raw Data   " 1.59559200E-006  2.35562500E+002
"  3"   3.59675500E+001 "M36  " "Raw Data   " 2.24440200E-006  2.42187500E+002
"  3"   3.62675500E+001 "ZERO2" "Raw Data   " 1.67889600E-006  2.53812500E+002
"  3"   3.74667800E+001 "ZERO3" "Raw Data   " 1.67248800E-006  2.60500000E+002
"  3"   3.79627300E+001 "M38  " "Raw Data   " 1.73656800E-006  2.67125000E+002
"  3"   3.84627300E+001 "ZERO4" "Raw Data   " 1.68850800E-006  2.78750000E+002
"  3"   3.94643100E+001 "ZERO5" "Raw Data   " 1.51869600E-006  2.85437500E+002
"  3"   3.99623800E+001 "M40  " "Raw Data   " 9.38147220E-005  2.92062500E+002
"  3"   4.04623800E+001 "ZERO6" "Raw Data   " 1.54112400E-006  3.03687500E+002
"  3"   3.59675500E+001 "M36  " "Corrected  " 6.07158000E-007  2.42187500E+002
"  3"   3.79627300E+001 "M38  " "Corrected  " 5.60700000E-008  2.67125000E+002
"  3"   3.99623800E+001 "M40  " "Corrected  " 9.22848120E-005  2.92062500E+002
""
"  4"   3.54675500E+001 "ZERO1" "Raw Data   " 1.52510400E-006  3.14375000E+002
"  4"   3.59675500E+001 "M36  " "Raw Data   " 2.11784400E-006  3.21000000E+002
"  4"   3.62675500E+001 "ZERO2" "Raw Data   " 1.64365200E-006  3.32625000E+002
"  4"   3.74667800E+001 "ZERO3" "Raw Data   " 1.60840800E-006  3.39312500E+002
"  4"   3.79627300E+001 "M38  " "Raw Data   " 1.74778200E-006  3.45937500E+002
"  4"   3.84627300E+001 "ZERO4" "Raw Data   " 1.56355200E-006  3.57562500E+002
"  4"   3.94643100E+001 "ZERO5" "Raw Data   " 1.66608000E-006  3.64250000E+002
"  4"   3.99623800E+001 "M40  " "Raw Data   " 9.34110180E-005  3.70875000E+002
"  4"   4.04623800E+001 "ZERO6" "Raw Data   " 1.63724400E-006  3.82500000E+002
"  4"   3.59675500E+001 "M36  " "Corrected  " 5.33466000E-007  3.21000000E+002
"  4"   3.79627300E+001 "M38  " "Corrected  " 1.61802000E-007  3.45937500E+002
"  4"   3.99623800E+001 "M40  " "Corrected  " 9.17593560E-005  3.70875000E+002
""
"  5"   3.54675500E+001 "ZERO1" "Raw Data   " 1.65646800E-006  3.93187500E+002
"  5"   3.59675500E+001 "M36  " "Raw Data   " 2.17551600E-006  3.99812500E+002
"  5"   3.62675500E+001 "ZERO2" "Raw Data   " 1.46743200E-006  4.11437500E+002
"  5"   3.74667800E+001 "ZERO3" "Raw Data   " 1.62763200E-006  4.18125000E+002
"  5"   3.79627300E+001 "M38  " "Raw Data   " 1.67248800E-006  4.24750000E+002
"  5"   3.84627300E+001 "ZERO4" "Raw Data   " 1.65006000E-006  4.36375000E+002
"  5"   3.94643100E+001 "ZERO5" "Raw Data   " 1.74618000E-006  4.43062500E+002
"  5"   3.99623800E+001 "M40  " "Raw Data   " 9.38868120E-005  4.49687500E+002
"  5"   4.04623800E+001 "ZERO6" "Raw Data   " 1.59879600E-006  4.61312500E+002
"  5"   3.59675500E+001 "M36  " "Corrected  " 6.13566000E-007  3.99812500E+002
"  5"   3.79627300E+001 "M38  " "Corrected  " 3.36420000E-008  4.24750000E+002
"  5"   3.99623800E+001 "M40  " "Corrected  " 9.22143240E-005  4.49687500E+002
""
"  6"   3.54675500E+001 "ZERO1" "Raw Data   " 1.68210000E-006  4.72000000E+002
"  6"   3.59675500E+001 "M36  " "Raw Data   " 2.22998400E-006  4.78625000E+002
"  6"   3.62675500E+001 "ZERO2" "Raw Data   " 1.69491600E-006  4.90250000E+002
"  6"   3.74667800E+001 "ZERO3" "Raw Data   " 1.77822000E-006  4.96937500E+002
"  6"   3.79627300E+001 "M38  " "Raw Data   " 1.65646800E-006  5.03562500E+002
"  6"   3.84627300E+001 "ZERO4" "Raw Data   " 1.55394000E-006  5.15187500E+002
"  6"   3.94643100E+001 "ZERO5" "Raw Data   " 1.72695600E-006  5.21875000E+002
"  6"   3.99623800E+001 "M40  " "Raw Data   " 9.39476880E-005  5.28500000E+002
"  6"   4.04623800E+001 "ZERO6" "Raw Data   " 1.74297600E-006  5.40125000E+002
"  6"   3.59675500E+001 "M36  " "Corrected  " 5.41476000E-007  4.78625000E+002
"  6"   3.79627300E+001 "M38  " "Corrected  " -9.61200000E-009  5.03562500E+002
"  6"   3.99623800E+001 "M40  " "Corrected  " 9.22127220E-005  5.28500000E+002
""
"  7"   3.54675500E+001 "ZERO1" "Raw Data   " 1.66287600E-006  5.50812500E+002
"  7"   3.59675500E+001 "M36  " "Raw Data   " 2.14187400E-006  5.57437500E+002
"  7"   3.62675500E+001 "ZERO2" "Raw Data   " 1.56355200E-006  5.69062500E+002
"  7"   3.74667800E+001 "ZERO3" "Raw Data   " 1.71093600E-006  5.75750000E+002
"  7"   3.79627300E+001 "M38  " "Raw Data   " 1.72855800E-006  5.82375000E+002
"  7"   3.84627300E+001 "ZERO4" "Raw Data   " 1.74297600E-006  5.94000000E+002
"  7"   3.94643100E+001 "ZERO5" "Raw Data   " 1.52830800E-006  6.00687500E+002
"  7"   3.99623800E+001 "M40  " "Raw Data   " 9.49537440E-005  6.07312500E+002
"  7"   4.04623800E+001 "ZERO6" "Raw Data   " 1.60840800E-006  6.18937500E+002
"  7"   3.59675500E+001 "M36  " "Corrected  " 5.28660000E-007  5.57437500E+002
"  7"   3.79627300E+001 "M38  " "Corrected  " 1.60200000E-009  5.82375000E+002
"  7"   3.99623800E+001 "M40  " "Corrected  " 9.33853860E-005  6.07312500E+002
""
"  8"   3.54675500E+001 "ZERO1" "Raw Data   " 1.56675600E-006  6.29625000E+002
"  8"   3.59675500E+001 "M36  " "Raw Data   " 2.25241200E-006  6.36250000E+002
"  8"   3.62675500E+001 "ZERO2" "Raw Data   " 1.64685600E-006  6.47875000E+002
"  8"   3.74667800E+001 "ZERO3" "Raw Data   " 1.56355200E-006  6.54562500E+002
"  8"   3.79627300E+001 "M38  " "Raw Data   " 1.77982200E-006  6.61187500E+002
"  8"   3.84627300E+001 "ZERO4" "Raw Data   " 1.70452800E-006  6.72812500E+002
"  8"   3.94643100E+001 "ZERO5" "Raw Data   " 1.74297600E-006  6.79500000E+002
"  8"   3.99623800E+001 "M40  " "Raw Data   " 9.49329180E-005  6.86125000E+002
"  8"   4.04623800E+001 "ZERO6" "Raw Data   " 1.65967200E-006  6.97750000E+002
"  8"   3.59675500E+001 "M36  " "Corrected  " 6.45606000E-007  6.36250000E+002
"  8"   3.79627300E+001 "M38  " "Corrected  " 1.45782000E-007  6.61187500E+002
"  8"   3.99623800E+001 "M40  " "Corrected  " 9.32315940E-005  6.86125000E+002
""
"  9"   3.54675500E+001 "ZERO1" "Raw Data   " 1.67248800E-006  7.08437500E+002
"  9"   3.59675500E+001 "M36  " "Raw Data   " 2.31008400E-006  7.15062500E+002
"  9"   3.62675500E+001 "ZERO2" "Raw Data   " 1.62122400E-006  7.26687500E+002
"  9"   3.74667800E+001 "ZERO3" "Raw Data   " 1.49626800E-006  7.33375000E+002
"  9"   3.79627300E+001 "M38  " "Raw Data   " 1.62763200E-006  7.40000000E+002
"  9"   3.84627300E+001 "ZERO4" "Raw Data   " 1.62763200E-006  7.51625000E+002
"  9"   3.94643100E+001 "ZERO5" "Raw Data   " 1.54112400E-006  7.58312500E+002
"  9"   3.99623800E+001 "M40  " "Raw Data   " 9.49905900E-005  7.64937500E+002
"  9"   4.04623800E+001 "ZERO6" "Raw Data   " 1.64044800E-006  7.76562500E+002
"  9"   3.59675500E+001 "M36  " "Corrected  " 6.63228000E-007  7.15062500E+002
"  9"   3.79627300E+001 "M38  " "Corrected  " 6.56820000E-008  7.40000000E+002
"  9"   3.99623800E+001 "M40  " "Corrected  " 9.33998040E-005  7.64937500E+002
""
" 10"   3.54675500E+001 "ZERO1" "Raw Data   " 1.55073600E-006  7.87250000E+002
" 10"   3.59675500E+001 "M36  " "Raw Data   " 2.21556600E-006  7.93875000E+002
" 10"   3.62675500E+001 "ZERO2" "Raw Data   " 1.56996000E-006  8.05500000E+002
" 10"   3.74667800E+001 "ZERO3" "Raw Data   " 1.73016000E-006  8.12187500E+002
" 10"   3.79627300E+001 "M38  " "Raw Data   " 1.71894600E-006  8.18812500E+002
" 10"   3.84627300E+001 "ZERO4" "Raw Data   " 1.65006000E-006  8.30437500E+002
" 10"   3.94643100E+001 "ZERO5" "Raw Data   " 1.60840800E-006  8.37125000E+002
" 10"   3.99623800E+001 "M40  " "Raw Data   " 9.51187500E-005  8.43750000E+002
" 10"   4.04623800E+001 "ZERO6" "Raw Data   " 1.57636800E-006  8.55375000E+002
" 10"   3.59675500E+001 "M36  " "Corrected  " 6.55218000E-007  7.93875000E+002
" 10"   3.79627300E+001 "M38  " "Corrected  " 2.88360000E-008  8.18812500E+002
" 10"   3.99623800E+001 "M40  " "Corrected  " 9.35263620E-005  8.43750000E+002
""
" 11"   3.54675500E+001 "ZERO1" "Raw Data   " 1.74938400E-006  8.66062500E+002
" 11"   3.59675500E+001 "M36  " "Raw Data   " 2.21716800E-006  8.72687500E+002
" 11"   3.62675500E+001 "ZERO2" "Raw Data   " 1.55073600E-006  8.84312500E+002
" 11"   3.74667800E+001 "ZERO3" "Raw Data   " 1.68850800E-006  8.91000000E+002
" 11"   3.79627300E+001 "M38  " "Raw Data   " 1.71894600E-006  8.97625000E+002
" 11"   3.84627300E+001 "ZERO4" "Raw Data   " 1.57636800E-006  9.09250000E+002
" 11"   3.94643100E+001 "ZERO5" "Raw Data   " 1.61802000E-006  9.15937500E+002
" 11"   3.99623800E+001 "M40  " "Raw Data   " 9.55544940E-005  9.22562500E+002
" 11"   4.04623800E+001 "ZERO6" "Raw Data   " 1.50908400E-006  9.34187500E+002
" 11"   3.59675500E+001 "M36  " "Corrected  " 5.67108000E-007  8.72687500E+002
" 11"   3.79627300E+001 "M38  " "Corrected  " 8.65080000E-008  8.97625000E+002
" 11"   3.99623800E+001 "M40  " "Corrected  " 9.39909420E-005  9.22562500E+002
""
" 12"   3.54675500E+001 "ZERO1" "Raw Data   " 1.50908400E-006  9.44875000E+002
" 12"   3.59675500E+001 "M36  " "Raw Data   " 2.17711800E-006  9.51500000E+002
" 12"   3.62675500E+001 "ZERO2" "Raw Data   " 1.47384000E-006  9.63125000E+002
" 12"   3.74667800E+001 "ZERO3" "Raw Data   " 1.61802000E-006  9.69812500E+002
" 12"   3.79627300E+001 "M38  " "Raw Data   " 1.70292600E-006  9.76437500E+002
" 12"   3.84627300E+001 "ZERO4" "Raw Data   " 1.62122400E-006  9.88062500E+002
" 12"   3.94643100E+001 "ZERO5" "Raw Data   " 1.68530400E-006  9.94750000E+002
" 12"   3.99623800E+001 "M40  " "Raw Data   " 9.51427800E-005  1.00137500E+003
" 12"   4.04623800E+001 "ZERO6" "Raw Data   " 1.65967200E-006  1.01300000E+003
" 12"   3.59675500E+001 "M36  " "Corrected  " 6.85656000E-007  9.51500000E+002
" 12"   3.79627300E+001 "M38  " "Corrected  " 8.33040000E-008  9.76437500E+002
" 12"   3.99623800E+001 "M40  " "Corrected  " 9.34702920E-005  1.00137500E+003
""
" 13"   3.54675500E+001 "ZERO1" "Raw Data   " 1.65326400E-006  1.02368750E+003
" 13"   3.59675500E+001 "M36  " "Raw Data   " 2.18993400E-006  1.03031250E+003
" 13"   3.62675500E+001 "ZERO2" "Raw Data   " 1.45141200E-006  1.04193750E+003
" 13"   3.74667800E+001 "ZERO3" "Raw Data   " 1.67569200E-006  1.04862500E+003
" 13"   3.79627300E+001 "M38  " "Raw Data   " 1.69812000E-006  1.05525000E+003
" 13"   3.84627300E+001 "ZERO4" "Raw Data   " 1.64685600E-006  1.06687500E+003
" 13"   3.94643100E+001 "ZERO5" "Raw Data   " 1.54112400E-006  1.07356250E+003
" 13"   3.99623800E+001 "M40  " "Raw Data   " 9.61808760E-005  1.08018750E+003
" 13"   4.04623800E+001 "ZERO6" "Raw Data   " 1.62763200E-006  1.09181250E+003
" 13"   3.59675500E+001 "M36  " "Corrected  " 6.37596000E-007  1.03031250E+003
" 13"   3.79627300E+001 "M38  " "Corrected  " 3.68460000E-008  1.05525000E+003
" 13"   3.99623800E+001 "M40  " "Corrected  " 9.45964980E-005  1.08018750E+003
""
" 14"   3.54675500E+001 "ZERO1" "Raw Data   " 1.59879600E-006  1.10250000E+003
" 14"   3.59675500E+001 "M36  " "Raw Data   " 2.14347600E-006  1.10912500E+003
" 14"   3.62675500E+001 "ZERO2" "Raw Data   " 1.56996000E-006  1.12075000E+003
" 14"   3.74667800E+001 "ZERO3" "Raw Data   " 1.60520400E-006  1.12743750E+003
" 14"   3.79627300E+001 "M38  " "Raw Data   " 1.58117400E-006  1.13406250E+003
" 14"   3.84627300E+001 "ZERO4" "Raw Data   " 1.62122400E-006  1.14568750E+003
" 14"   3.94643100E+001 "ZERO5" "Raw Data   " 1.65646800E-006  1.15237500E+003
" 14"   3.99623800E+001 "M40  " "Raw Data   " 9.67367700E-005  1.15900000E+003
" 14"   4.04623800E+001 "ZERO6" "Raw Data   " 1.67569200E-006  1.17062500E+003
" 14"   3.59675500E+001 "M36  " "Corrected  " 5.59098000E-007  1.10912500E+003
" 14"   3.79627300E+001 "M38  " "Corrected  " -3.20400000E-008  1.13406250E+003
" 14"   3.99623800E+001 "M40  " "Corrected  " 9.50706900E-005  1.15900000E+003
""
" 15"   3.54675500E+001 "ZERO1" "Raw Data   " 1.53471600E-006  1.18131250E+003
" 15"   3.59675500E+001 "M36  " "Raw Data   " 2.28445200E-006  1.18793750E+003
" 15"   3.62675500E+001 "ZERO2" "Raw Data   " 1.57957200E-006  1.19956250E+003
" 15"   3.74667800E+001 "ZERO3" "Raw Data   " 1.56675600E-006  1.20625000E+003
" 15"   3.79627300E+001 "M38  " "Raw Data   " 1.60039800E-006  1.21287500E+003
" 15"   3.84627300E+001 "ZERO4" "Raw Data   " 1.55714400E-006  1.22450000E+003
" 15"   3.94643100E+001 "ZERO5" "Raw Data   " 1.55714400E-006  1.23118750E+003
" 15"   3.99623800E+001 "M40  " "Raw Data   " 9.67463820E-005  1.23781250E+003
" 15"   4.04623800E+001 "ZERO6" "Raw Data   " 1.65646800E-006  1.24943750E+003
" 15"   3.59675500E+001 "M36  " "Corrected  " 7.27308000E-007  1.18793750E+003
" 15"   3.79627300E+001 "M38  " "Corrected  " 3.84480000E-008  1.21287500E+003
" 15"   3.99623800E+001 "M40  " "Corrected  " 9.51395760E-005  1.23781250E+003
""
" 16"   3.54675500E+001 "ZERO1" "Raw Data   " 1.62442800E-006  1.26012500E+003
" 16"   3.59675500E+001 "M36  " "Raw Data   " 2.15469000E-006  1.26675000E+003
" 16"   3.62675500E+001 "ZERO2" "Raw Data   " 1.50908400E-006  1.27837500E+003
" 16"   3.74667800E+001 "ZERO3" "Raw Data   " 1.51228800E-006  1.28506250E+003
" 16"   3.79627300E+001 "M38  " "Raw Data   " 1.67248800E-006  1.29168750E+003
" 16"   3.84627300E+001 "ZERO4" "Raw Data   " 1.42257600E-006  1.30331250E+003
" 16"   3.94643100E+001 "ZERO5" "Raw Data   " 1.52510400E-006  1.31000000E+003
" 16"   3.99623800E+001 "M40  " "Raw Data   " 9.65797740E-005  1.31662500E+003
" 16"   4.04623800E+001 "ZERO6" "Raw Data   " 1.59238800E-006  1.32825000E+003
" 16"   3.59675500E+001 "M36  " "Corrected  " 5.87934000E-007  1.26675000E+003
" 16"   3.79627300E+001 "M38  " "Corrected  " 2.05056000E-007  1.29168750E+003
" 16"   3.99623800E+001 "M40  " "Corrected  " 9.50210280E-005  1.31662500E+003
""

Lo cual convierte a un JSON (el cual se espera tambien en la API):

{
"tracer_depletion_constant": "",
"experiments": [{
    "analysis_date": "1",
    "spectrum": "",
    "sample_id": "",
    "type": "",
    "spectrum_user_name": "",
    "file_name": "",
    "cycles": [{
        "cycle": "1",
        "mass": "3.54675500E+001",
        "peak": "ZERO1",
        "measure": "RawData",
        "inty": "1.73016000E-006",
        "time": "7.79375000E+001"
    }, {
        "cycle": "1",
        "mass": "3.54675500E+001",
        "peak": "ZERO1",
        "measure": "Corrected",
        "inty": "1.73016000E-006",
        "time": "7.79375000E+001"
    }]
},
    {
        "analysis_date": "1",
        "spectrum": "",
        "sample_id": "",
        "type": "",
        "spectrum_user_name": "",
        "file_name": "",
        "cycles": [{
            "cycle": "1",
            "mass": "3.54675500E+001",
            "peak": "ZERO1",
            "measure": "RawData",
            "inty": "1.73016000E-006",
            "time": "7.79375000E+001"
        }, {
            "cycle": "1",
            "mass": "3.54675500E+001",
            "peak": "ZERO1",
            "measure": "Corrected",
            "inty": "1.73016000E-006",
            "time": "7.79375000E+001"
        }, ...]
    }
]
}

驴C贸mo busco?

驴C贸mo actualizo el c贸digo?

驴C贸mo realizar una petici贸n al servidor sin interfaz grafica?

Mi sistema ya no usa ese formato de archivo .dat 驴C贸mo cambiamos de formato?

驴C贸mo cambiar el idioma?

驴C贸mo cambiar a modo oscuro?

驴C贸mo compartir mis resultados?