Opiprog

from scipy.integrate import odeint 
from pylab import *  # for plotting commands 
 
def deriv(y,t):  # return derivatives of the array y 
   a = -2.0 
   b = -0.1 
   return array([ y[1], a*y[0]+b*y[1] ]) 
 
time = linspace(0.0,10.0,1000) 
yinit = array([0.0005,0.2])  # initial values 

Opiprog

Sub UpdateCycleNum()

Dim CellSelect As Long
Dim CycAdd As Long
Dim rng As Range

CellSelect = 1000
CycAdd = 67000

    'Set the range in column A you want to loop through

Opiprog

Sub CopyData()

Dim i As Long
Dim j As Long

i = 0
j = 1

Header = Range("A" & (1 + (258 * i)))

Opiprog

Index	Axial Load	FE	AA	IE
0	70	25	3	-10
1	195.9902	24.97371961	3.235454367	-9.992665938
2	400.7797	24.89494269	3.470092195	-9.97068168
3	773.9403	24.76386181	3.703099776	-9.934100971
4	1254.5773	24.58079744	3.933669057	-9.88301324
5	1760.8765	24.34619711	4.161000441	-9.81754338
6	2173.2502	24.06063434	4.384305557	-9.737851445
7	2404.0408	23.72480725	4.602809999	-9.644132256
8	2537.4333	23.33953682	4.815756011	-9.536614927

Opiprog

# Open a command prompt in windows and type the following
# This open the excelcnv.exe from the Office15 folder and converts MyFile.xls (from the in folder) to MyFile.xlsx (to the out folder)

"C:\Program Files (x86)\Microsoft Office\Office15\excelcnv.exe" -oice "C:\in\MyFile.xls" "C:\out\MyFile.xlsx”

Opiprog

import kivy

from kivy.app import App
from kivy.uix.label import Label


class MyApp(App):

    def build(self):
        return Label(text='Hello world')