akira093

import scipy
import pylab


def f(x):
    return x**3

x = pylab.arange(0,10,.01)
y = scipy.derivative(f,x,n=2)

akira093

from __future__ import division
import pylab


h_max,k_max,l_max = 4,4,4


L = pylab.zeros((h_max,k_max,l_max))
M = []
for h in range(h_max):

akira093

#encoding:utf-8
from __future__ import division
import pylab


l = pylab.loadtxt("data")
l = l.T

l_ =  pylab.np.polyfit(l[1],l[0],1)

akira093

from __future__ import division
import pylab
import scipy

def p(x, l_):
    sum = 0
    for i in range(len(l_)):
        sum += l_[i]*x**(len(l_)-i-1)
    return sum

akira093

        NeoBundle 'Shougo/vimfiler'
            nnoremap <silent> fv :VimFiler<cr>
            let g:vimfiler_as_default_explorer=1
            let g:vimfiler_execute_file_list={}
            let g:vimfiler_execute_file_list["_"]="vim"
            let g:vimfiler_edit_action="vsplit"
            let g:vimfiler_directory_display_top=1
            let g:vimfiler_safe_mode_by_default=0
            let g:vimfiler_enable_auto_cd=1

akira093

import sys

x = raw_input()
print unicode(x, sys.stdin.encoding)

akira093

#coding:utf-8

# 数字をもらったら漢数字にする

import string


def toKnaji(n):
    L1 = [u"",u"一",u"二",u"三",u"四",u"五",u"六",u"七",u"八",u"九"]
    L1_ = [u"",u"",u"二",u"三",u"四",u"五",u"六",u"七",u"八",u"九"]

akira093

#coding:utf-8

# 数字をもらったら漢数字にする

import string


def toKnaji(n):
    L1 = [u"",u"一",u"二",u"三",u"四",u"五",u"六",u"七",u"八",u"九"]
    L1_ = [u"",u"",u"二",u"三",u"四",u"五",u"六",u"七",u"八",u"九"]

akira093

import pylab
import sys

#arg = sys.argv[1]
arg = "c"
l = pylab.loadtxt("arg"+".csv",delimiter=",",skiprows=1)

l = l.T
pylab.plot(l[0],l[1])
pylab.show()

akira093

import pylab


pH = pylab.linspace(0,14,100)
pK1 = 1.23
pK2 = 4.19
H = 10 ** -pH
K1 = 10 ** -pK1
K2 = 10 ** -pK2