ejherran

package main

import (
	"fmt"
	"math/rand"
	"time"
)

type Unit struct {
	value   int32

ejherran

cantidad = int(input("Cantidad a comprar:\t\t"))
compra   = float(input("Precio de compra:\t\t"))
venta    = float(input("Precio de venta:\t\t"))

try:
    ingreso  = float(input("Margend de ganancia (20%):\t")) / 100
except:
    ingreso  = 0.2

diferencia = venta-compra

ejherran

import numpy as np
import math
import time

# General data accumulator.
BUFFER = []

# Sets decimal precision to 10 digits, using truncation.
def fix(v):
    return np.around(v, decimals=10)

ejherran

import numpy as np

# Sets decimal precision to 10 digits, using truncation.
def fix(v):
    return np.around(v, decimals=10)

def main(args):
    
    # Multiplying a number by this factor is the equivalent of dividing it by 10 ^ 6
    FACTOR = 0.000001

ejherran

TARGETS:
    KIC 10338279:
        FILE: "./KIC10338279.csv"
#############
### STAR INFO
#############
        STAR:
            MASS: 0.778
            MASS_LOWER_ERROR: 0.052999973
            #MASS_UPPER_ERROR: 

ejherran

TARGETS:
  KIC 4570326:
    FILE: "./KIC4570326.csv"
##############
### STAR INFO
##############
    STAR:
        MASS: 1.620
        MASS_LOWER_ERROR: 0.2210000705719
        MASS_UPPER_ERROR: 0.061999921798706

ejherran

TARGETS:                                    # Targets of the process
  KIC 8197761:                              # Target Star
    FILE: "./KIC8197761.csv"                # Lightcurve source file

#############
### STAR INFO
#############
    STAR:                                   
        MASS: 1.384     
    #    MASS_LOWER_ERROR: 0.27

ejherran

#include <EtherCard.h>

static byte mymac[] = { 0x74,0x69,0x69,0x2D,0x30,0x31 };    // Mac de la tarjeta ether... Debe ser unico en la red local

const static uint8_t ip[] = {10,14,0,56};                   // Ip de la tarjeta
const static uint8_t gw[] = {10,14,0,1};                    // Ip de la puerta de enlace
const static uint8_t mask[] = {255,255,255,0};              // Mascara de la tarjea
const static uint8_t dns[] = {10,14,0,1};                   // Ip del servidor DNS, si existe
const static uint8_t hisip[] = {10,14,0,104};               // Ip de la aplicacion remota
const static int hisport = 8080;                            // Puerto de la aplicacion remota

ejherran

import cherrypy
import json

class HelloWorld(object):
    
    @cherrypy.expose
    def index(self, data):
        
        size = len(data)
        

ejherran

import random as rnd

class Naval():
    
    def __init__(self):
        
        self.tabM = Naval.createBoard(8, 8, "·")                        # Tableros
        self.tabJ = Naval.createBoard(8, 8, "·")
        
        self.barM = []                                                  # Barcos