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class THDM:
    '''
    All parameters in the several basis with functions to get the missing ones
    th=THDM()
    self.general -> dict with general
    '''
    import numpy as np
    def __init__(self):
        
        #general

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def test_casasibarra():
    ci={'MH0':53.,'MH':125.3,'MA0':120.,'MH1':130.,'La2':0.01,'LaL':0.001,'Mtr01':91.,\
        'Mtr02':92.,'Mtr03':93,'Mtrch1': 91.8,'Mtrch2': 92.8, 'Mtrch3': 93.8}

    #mnu1in,Dms2,Dma2,ThetSol,ThetAtm,ThetRec=neutrino_data()
    #Mnuin=np.array([mnu1in,np.sqrt(Dms2[1]+mnu1in**2),np.sqrt(Dma2[1]+mnu1in**2)])
    mnu1in=1E-5
    
    h,U,Mnuin,phases=casasibarra(ci,norotate1=True,norotate2=True,norotate3=True,bestfit=True,\
                nophases=True,min_nulight=mnu1in,max_nulight=mnu1in)

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#!/usr/bin/env python
# -*- coding: utf-8 -*-
import argparse
import sys

if __name__ == '__main__':
    
    # create the parser
    parser = argparse.ArgumentParser(
        description='''Calcula el valor de la descarga académica 

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url='http://inspirehep.net/search?ln=en&ln=en&p=find++d+>+2015-11-07+and+primarch+hep-ph'

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def casasibarra(di,ranMnu=False):
    """
    di.keys()-> ['MH0','MA0','Mtr01','Mtr02','Mtr03',]
    """
    MH0=di['MH0'];MA0=di['MA0'];Mtr01=di['Mtr01'];Mtr02=di['Mtr02'];Mtr03=di['Mtr03']

    mnu1in,Dms2,Dma2,ThetSol,ThetAtm,ThetRec=neutrino_data()
    #Nupa r=       min,    best_fit, max

    #Thesol=np.array([0.278, 0.323, 0.375])

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#include <Servo.h> 
 
Servo myservo;  
Servo myservo2;          
const int sensor = 2;
const int ledr= 12;
const int ledv = 13; 
int pos = 0;    
 
void setup() 

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def Fme(x,xmin=0.996,xmax=1.005,xfit=1.001):
    """Fixing near to one values
     xmin: close to 1 from below
     xmax: close to 1 from above
     xfit:  optimized 1 limit
    """
    x=np.asarray(x)
    if x.shape:
        x[np.logical_and(x>xmin,x<xmax)]=xfit
    else:

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