hello_world.ipynb

{
 "cells": [
  {
   "cell_type": "code",
   "execution_count": 1,
   "metadata": {},
   "outputs": [],
   "source": [
    "%%capture\n",
    "import qiskit as q \n",
    "import numpy as np\n",
    "import matplotlib.pyplot as plt\n",
    "\n",
    "\"\"\"\n",
    "we begin by importing the assorted libraries we need,\n",
    "qiskit for the actual hello world circuit\n",
    "numpy and matplot for plotting\n",
    "\n",
    "forgive me for my lazy importing...\n",
    "\n",
    "\"\"\""
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 2,
   "metadata": {},
   "outputs": [],
   "source": [
    "#set up the qiskit back end\n",
    "#no shots here, let's just grab the whole state\n",
    "backend = q.BasicAer.get_backend('statevector_simulator')"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 3,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "'OPENQASM 2.0;\\ninclude \"qelib1.inc\";\\nqreg q[8];\\nu3(1.3655558,0,0) q[7];\\nu1(0.14726216) q[7];\\ncx q[7],q[6];\\nu3(-0.17612555,0,0) q[6];\\ncx q[7],q[6];\\nu3(1.4954208,0,0) q[6];\\ncx q[7],q[6];\\nu1(-pi/64) q[6];\\ncx q[7],q[6];\\nu1(-0.14726216) q[6];\\ncx q[7],q[5];\\nu3(0.0020713604,0,0) q[5];\\ncx q[6],q[5];\\nu3(0.0023318517,0,0) q[5];\\ncx q[6],q[5];\\ncx q[7],q[5];\\ncx q[6],q[5];\\nu3(0.13742302,0,0) q[5];\\ncx q[6],q[5];\\nu3(1.52772,0,0) q[5];\\ncx q[7],q[5];\\nu1(pi/64) q[5];\\ncx q[6],q[5];\\nu1(-pi/64) q[5];\\ncx q[6],q[5];\\ncx q[7],q[5];\\ncx q[6],q[5];\\nu1(-0.14726216) q[5];\\ncx q[6],q[5];\\nu1(pi/64) q[5];\\ncx q[7],q[4];\\nu3(-0.16364563,0,0) q[4];\\ncx q[5],q[4];\\nu3(0.16096432,0,0) q[4];\\ncx q[5],q[4];\\ncx q[6],q[4];\\ncx q[5],q[4];\\nu3(-0.008235858,0,0) q[4];\\ncx q[5],q[4];\\nu3(0.12307104,0,0) q[4];\\ncx q[6],q[4];\\ncx q[7],q[4];\\ncx q[6],q[4];\\nu3(0.076601948,0,0) q[4];\\ncx q[5],q[4];\\nu3(-0.13720709,0,0) q[4];\\ncx q[5],q[4];\\ncx q[6],q[4];\\ncx q[5],q[4];\\nu3(0.046548628,0,0) q[4];\\ncx q[5],q[4];\\nu3(1.3577608,0,0) q[4];\\ncx q[7],q[4];\\nu1(pi/32) q[4];\\ncx q[5],q[4];\\nu1(-pi/8) q[4];\\ncx q[5],q[4];\\ncx q[6],q[4];\\ncx q[5],q[4];\\nu1(0.29452431) q[4];\\ncx q[5],q[4];\\nu1(pi/32) q[4];\\ncx q[6],q[4];\\ncx q[7],q[4];\\ncx q[6],q[4];\\nu1(-pi/32) q[4];\\ncx q[5],q[4];\\nu1(0.29452431) q[4];\\ncx q[5],q[4];\\ncx q[6],q[4];\\ncx q[5],q[4];\\nu1(pi/32) q[4];\\ncx q[5],q[4];\\nu1(pi/16) q[4];\\ncx q[7],q[3];\\nu3(-0.014873083,0,0) q[3];\\ncx q[4],q[3];\\nu3(0.0026209359,0,0) q[3];\\ncx q[4],q[3];\\ncx q[5],q[3];\\ncx q[4],q[3];\\nu3(0.14351597,0,0) q[3];\\ncx q[4],q[3];\\nu3(0.056723054,0,0) q[3];\\ncx q[5],q[3];\\ncx q[6],q[3];\\ncx q[5],q[3];\\nu3(-0.061027305,0,0) q[3];\\ncx q[4],q[3];\\nu3(-0.2010387,0,0) q[3];\\ncx q[4],q[3];\\ncx q[5],q[3];\\ncx q[4],q[3];\\nu3(-0.090098689,0,0) q[3];\\ncx q[4],q[3];\\nu3(0.030755871,0,0) q[3];\\ncx q[6],q[3];\\ncx q[7],q[3];\\ncx q[6],q[3];\\nu3(-0.04081643,0,0) 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q[1];\\ncx q[2],q[1];\\nu3(-0.0080195161,0,0) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu3(-0.073581569,0,0) q[1];\\ncx q[2],q[1];\\nu3(0.0067778063,0,0) q[1];\\ncx q[4],q[1];\\ncx q[5],q[1];\\ncx q[4],q[1];\\nu3(-0.10555061,0,0) q[1];\\ncx q[2],q[1];\\nu3(0.038437737,0,0) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu3(-0.035678773,0,0) q[1];\\ncx q[2],q[1];\\nu3(-0.090960813,0,0) q[1];\\ncx q[3],q[1];\\ncx q[4],q[1];\\ncx q[3],q[1];\\nu3(-0.061565064,0,0) q[1];\\ncx q[2],q[1];\\nu3(-0.013700393,0,0) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu3(-0.044272208,0,0) q[1];\\ncx q[2],q[1];\\nu3(-0.03483428,0,0) q[1];\\ncx q[5],q[1];\\ncx q[6],q[1];\\ncx q[5],q[1];\\nu3(-0.12011018,0,0) q[1];\\ncx q[2],q[1];\\nu3(0.011859247,0,0) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu3(-0.11865938,0,0) q[1];\\ncx q[2],q[1];\\nu3(0.0048171074,0,0) q[1];\\ncx q[3],q[1];\\ncx q[4],q[1];\\ncx q[3],q[1];\\nu3(-0.063880594,0,0) q[1];\\ncx q[2],q[1];\\nu3(-0.10220243,0,0) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu3(-0.028868555,0,0) q[1];\\ncx q[2],q[1];\\nu3(-0.01657573,0,0) q[1];\\ncx q[4],q[1];\\ncx q[5],q[1];\\ncx q[4],q[1];\\nu3(0.12972957,0,0) q[1];\\ncx q[2],q[1];\\nu3(-0.093876509,0,0) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu3(0.089331275,0,0) q[1];\\ncx q[2],q[1];\\nu3(0.11194862,0,0) q[1];\\ncx q[3],q[1];\\ncx q[4],q[1];\\ncx q[3],q[1];\\nu3(0.021220786,0,0) q[1];\\ncx q[2],q[1];\\nu3(0.00011290099,0,0) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu3(-0.010002051,0,0) q[1];\\ncx q[2],q[1];\\nu3(1.6447517,0,0) q[1];\\ncx q[7],q[1];\\nu1(-pi/64) q[1];\\ncx q[2],q[1];\\nu1(pi/32) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu1(-pi/16) q[1];\\ncx q[2],q[1];\\nu1(-0.14726216) q[1];\\ncx q[3],q[1];\\ncx q[4],q[1];\\ncx q[3],q[1];\\nu1(0.29452431) q[1];\\ncx q[2],q[1];\\nu1(-0.14726216) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu1(0.14726216) q[1];\\ncx q[2],q[1];\\nu1(-pi/16) q[1];\\ncx q[4],q[1];\\ncx q[5],q[1];\\ncx q[4],q[1];\\nu1(-0.29452431) q[1];\\ncx q[2],q[1];\\nu1(-0.3436117) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu1(-0.24543693) q[1];\\ncx q[2],q[1];\\nu1(0) q[1];\\ncx q[3],q[1];\\ncx q[4],q[1];\\ncx q[3],q[1];\\nu1(-0.24543693) q[1];\\ncx q[2],q[1];\\nu1(pi/32) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu1(-pi/16) q[1];\\ncx q[2],q[1];\\nu1(0.24543693) q[1];\\ncx q[5],q[1];\\ncx q[6],q[1];\\ncx q[5],q[1];\\nu1(0.14726216) q[1];\\ncx q[2],q[1];\\nu1(-pi/32) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu1(0) q[1];\\ncx q[2],q[1];\\nu1(0.24543693) q[1];\\ncx q[3],q[1];\\ncx q[4],q[1];\\ncx q[3],q[1];\\nu1(-0.29452431) q[1];\\ncx q[2],q[1];\\nu1(0.24543693) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu1(-0.24543693) q[1];\\ncx q[2],q[1];\\nu1(-pi/16) q[1];\\ncx q[4],q[1];\\ncx q[5],q[1];\\ncx q[4],q[1];\\nu1(-pi/8) q[1];\\ncx q[2],q[1];\\nu1(0.14726216) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu1(pi/64) q[1];\\ncx q[2],q[1];\\nu1(0.29452431) q[1];\\ncx q[3],q[1];\\ncx q[4],q[1];\\ncx q[3],q[1];\\nu1(pi/64) q[1];\\ncx q[2],q[1];\\nu1(0) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu1(0.29452431) q[1];\\ncx q[2],q[1];\\nu1(0.14726216) q[1];\\ncx q[6],q[1];\\ncx q[7],q[1];\\ncx q[6],q[1];\\nu1(pi/64) q[1];\\ncx q[2],q[1];\\nu1(pi/32) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu1(-pi/16) q[1];\\ncx q[2],q[1];\\nu1(-0.24543693) q[1];\\ncx q[3],q[1];\\ncx q[4],q[1];\\ncx q[3],q[1];\\nu1(pi/32) q[1];\\ncx q[2],q[1];\\nu1(-pi/64) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu1(0.24543693) q[1];\\ncx q[2],q[1];\\nu1(pi/16) q[1];\\ncx q[4],q[1];\\ncx q[5],q[1];\\ncx q[4],q[1];\\nu1(pi/16) q[1];\\ncx q[2],q[1];\\nu1(0.44178647) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu1(0.14726216) q[1];\\ncx q[2],q[1];\\nu1(-pi/32) q[1];\\ncx q[3],q[1];\\ncx q[4],q[1];\\ncx q[3],q[1];\\nu1(0.14726216) q[1];\\ncx q[2],q[1];\\nu1(0) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu1(pi/32) q[1];\\ncx q[2],q[1];\\nu1(pi/64) q[1];\\ncx q[5],q[1];\\ncx q[6],q[1];\\ncx q[5],q[1];\\nu1(pi/64) q[1];\\ncx q[2],q[1];\\nu1(-pi/32) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu1(-pi/16) q[1];\\ncx q[2],q[1];\\nu1(0.14726216) q[1];\\ncx q[3],q[1];\\ncx q[4],q[1];\\ncx q[3],q[1];\\nu1(-pi/32) q[1];\\ncx q[2],q[1];\\nu1(-0.24543693) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu1(-0.14726216) q[1];\\ncx q[2],q[1];\\nu1(0) q[1];\\ncx q[4],q[1];\\ncx q[5],q[1];\\ncx q[4],q[1];\\nu1(-0.29452431) q[1];\\ncx q[2],q[1];\\nu1(-pi/64) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu1(0.44178647) q[1];\\ncx q[2],q[1];\\nu1(pi/8) q[1];\\ncx q[3],q[1];\\ncx q[4],q[1];\\ncx q[3],q[1];\\nu1(-0.14726216) q[1];\\ncx q[2],q[1];\\nu1(-pi/32) q[1];\\ncx q[2],q[1];\\ncx q[3],q[1];\\ncx q[2],q[1];\\nu1(0) q[1];\\ncx q[2],q[1];\\nu1(-pi/64) q[1];\\ncx q[7],q[0];\\nu3(0.04862245,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.054987306,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(-0.066187835,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.017817755,0,0) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu3(-0.079404534,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.051690538,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(-0.039180577,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.038596853,0,0) q[0];\\ncx q[3],q[0];\\ncx q[4],q[0];\\ncx q[3],q[0];\\nu3(0.099353879,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.10246186,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(0.040561921,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.067541831,0,0) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu3(0.057207967,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.034270902,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(0.086810473,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.023824016,0,0) q[0];\\ncx q[4],q[0];\\ncx q[5],q[0];\\ncx q[4],q[0];\\nu3(0.062039274,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.033336899,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(0.074685249,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.025476449,0,0) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu3(-0.015436573,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.030303067,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(0.1093731,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.17698221,0,0) q[0];\\ncx q[3],q[0];\\ncx q[4],q[0];\\ncx q[3],q[0];\\nu3(0.043905352,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.051232492,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(0.0084983011,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.076321347,0,0) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu3(-0.12533793,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.00021711868,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(-0.061800187,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.097875481,0,0) q[0];\\ncx q[5],q[0];\\ncx q[6],q[0];\\ncx q[5],q[0];\\nu3(-0.045559931,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.047180069,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(0.073813133,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.045338512,0,0) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu3(-0.0026976069,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.0018971427,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(-0.03868514,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.05880699,0,0) q[0];\\ncx q[3],q[0];\\ncx q[4],q[0];\\ncx q[3],q[0];\\nu3(-0.050239072,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.058430245,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(0.0036713131,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.088863638,0,0) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu3(0.052389917,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.1329676,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(-0.0092593151,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.018927447,0,0) q[0];\\ncx q[4],q[0];\\ncx q[5],q[0];\\ncx q[4],q[0];\\nu3(-0.11233069,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.097015636,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(0.091094087,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.21354642,0,0) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu3(0.086985015,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.034484265,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(0.054263706,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.012388534,0,0) q[0];\\ncx q[3],q[0];\\ncx q[4],q[0];\\ncx q[3],q[0];\\nu3(0.034069198,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.099448203,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(0.022353208,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.11801989,0,0) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu3(-0.11119293,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.010289936,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(-0.19823998,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.25583009,0,0) q[0];\\ncx q[6],q[0];\\ncx q[7],q[0];\\ncx q[6],q[0];\\nu3(-0.11466938,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.054705991,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(-0.004654076,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.22551353,0,0) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu3(0.11814072,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.0014337337,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(0.02029545,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.02437122,0,0) q[0];\\ncx q[3],q[0];\\ncx q[4],q[0];\\ncx q[3],q[0];\\nu3(-0.03050503,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.029731656,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(-0.067712324,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.096594728,0,0) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu3(0.086827214,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.028463781,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(-0.01368386,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.026738408,0,0) q[0];\\ncx q[4],q[0];\\ncx q[5],q[0];\\ncx q[4],q[0];\\nu3(0.15544973,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.012213052,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(-0.0089082568,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.042543938,0,0) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu3(0.022551394,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.094186924,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(0.072410936,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.059488089,0,0) q[0];\\ncx q[3],q[0];\\ncx q[4],q[0];\\ncx q[3],q[0];\\nu3(0.037847471,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.083832677,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(-0.063256237,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.084960869,0,0) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu3(0.012076579,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.0031672295,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(-0.060903695,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.036566815,0,0) q[0];\\ncx q[5],q[0];\\ncx q[6],q[0];\\ncx q[5],q[0];\\nu3(-0.014834047,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.09184348,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(0.16577362,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.066817298,0,0) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu3(-0.013600489,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.079281004,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(0.038001908,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.044625453,0,0) q[0];\\ncx q[3],q[0];\\ncx q[4],q[0];\\ncx q[3],q[0];\\nu3(0.060673857,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.066066914,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(0.024167092,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.081499667,0,0) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu3(0.018209778,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.19692249,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(-0.0051987413,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.0070388824,0,0) q[0];\\ncx q[4],q[0];\\ncx q[5],q[0];\\ncx q[4],q[0];\\nu3(-0.18463624,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.0044196188,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(-0.057835344,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.048805064,0,0) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu3(-0.083511812,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.027614348,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(0.012992305,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.077214141,0,0) q[0];\\ncx q[3],q[0];\\ncx q[4],q[0];\\ncx q[3],q[0];\\nu3(-0.069337978,0,0) q[0];\\ncx q[1],q[0];\\nu3(0.033641641,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(-0.0548307,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.097034934,0,0) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu3(-0.017253516,0,0) q[0];\\ncx q[1],q[0];\\nu3(-0.039501352,0,0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu3(-0.07517766,0,0) q[0];\\ncx q[1],q[0];\\nu3(1.5437362,0,0) q[0];\\ncx q[7],q[0];\\nu1(pi/16) q[0];\\ncx q[1],q[0];\\nu1(pi/16) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(0.24543693) q[0];\\ncx q[1],q[0];\\nu1(0.24543693) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu1(-0.44178647) q[0];\\ncx q[1],q[0];\\nu1(-pi/64) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(0.29452431) q[0];\\ncx q[1],q[0];\\nu1(-pi/32) q[0];\\ncx q[3],q[0];\\ncx q[4],q[0];\\ncx q[3],q[0];\\nu1(pi/64) q[0];\\ncx q[1],q[0];\\nu1(0.3436117) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(-pi/16) q[0];\\ncx q[1],q[0];\\nu1(pi/32) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu1(0) q[0];\\ncx q[1],q[0];\\nu1(-pi/32) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(0.24543693) q[0];\\ncx q[1],q[0];\\nu1(0.14726216) q[0];\\ncx q[4],q[0];\\ncx q[5],q[0];\\ncx q[4],q[0];\\nu1(pi/64) q[0];\\ncx q[1],q[0];\\nu1(-0.24543693) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(pi/16) q[0];\\ncx q[1],q[0];\\nu1(-0.29452431) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu1(0) q[0];\\ncx q[1],q[0];\\nu1(-pi/32) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(-0.14726216) q[0];\\ncx q[1],q[0];\\nu1(0.3436117) q[0];\\ncx q[3],q[0];\\ncx q[4],q[0];\\ncx q[3],q[0];\\nu1(pi/16) q[0];\\ncx q[1],q[0];\\nu1(pi/16) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(-0.14726216) q[0];\\ncx q[1],q[0];\\nu1(pi/64) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu1(-pi/64) q[0];\\ncx q[1],q[0];\\nu1(-0.24543693) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(-pi/32) q[0];\\ncx q[1],q[0];\\nu1(-pi/32) q[0];\\ncx q[5],q[0];\\ncx q[6],q[0];\\ncx q[5],q[0];\\nu1(-pi/32) q[0];\\ncx q[1],q[0];\\nu1(pi/32) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(-pi/64) q[0];\\ncx q[1],q[0];\\nu1(-0.24543693) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu1(-0.14726216) q[0];\\ncx q[1],q[0];\\nu1(-0.3436117) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(0) q[0];\\ncx q[1],q[0];\\nu1(pi/16) q[0];\\ncx q[3],q[0];\\ncx q[4],q[0];\\ncx q[3],q[0];\\nu1(0.14726216) q[0];\\ncx q[1],q[0];\\nu1(-0.3436117) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(-pi/32) q[0];\\ncx q[1],q[0];\\nu1(pi/16) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu1(pi/32) q[0];\\ncx q[1],q[0];\\nu1(0) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(0.14726216) q[0];\\ncx q[1],q[0];\\nu1(pi/64) q[0];\\ncx q[4],q[0];\\ncx q[5],q[0];\\ncx q[4],q[0];\\nu1(-0.14726216) q[0];\\ncx q[1],q[0];\\nu1(-pi/64) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(0) q[0];\\ncx q[1],q[0];\\nu1(-pi/32) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu1(0) q[0];\\ncx q[1],q[0];\\nu1(-pi/32) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(pi/64) q[0];\\ncx q[1],q[0];\\nu1(-0.24543693) q[0];\\ncx q[3],q[0];\\ncx q[4],q[0];\\ncx q[3],q[0];\\nu1(pi/8) q[0];\\ncx q[1],q[0];\\nu1(-pi/16) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(pi/64) q[0];\\ncx q[1],q[0];\\nu1(pi/64) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu1(0.14726216) q[0];\\ncx q[1],q[0];\\nu1(-0.24543693) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(-pi/32) q[0];\\ncx q[1],q[0];\\nu1(pi/32) q[0];\\ncx q[6],q[0];\\ncx q[7],q[0];\\ncx q[6],q[0];\\nu1(-pi/32) q[0];\\ncx q[1],q[0];\\nu1(pi/32) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(0.24543693) q[0];\\ncx q[1],q[0];\\nu1(pi/64) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu1(0.3436117) q[0];\\ncx q[1],q[0];\\nu1(-pi/64) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(0) q[0];\\ncx q[1],q[0];\\nu1(0) q[0];\\ncx q[3],q[0];\\ncx q[4],q[0];\\ncx q[3],q[0];\\nu1(pi/64) q[0];\\ncx q[1],q[0];\\nu1(0.14726216) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(pi/32) q[0];\\ncx q[1],q[0];\\nu1(pi/16) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu1(0.29452431) q[0];\\ncx q[1],q[0];\\nu1(-pi/16) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(0.24543693) q[0];\\ncx q[1],q[0];\\nu1(-0.24543693) q[0];\\ncx q[4],q[0];\\ncx q[5],q[0];\\ncx q[4],q[0];\\nu1(-0.44178647) q[0];\\ncx q[1],q[0];\\nu1(pi/64) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(-pi/16) q[0];\\ncx q[1],q[0];\\nu1(-0.29452431) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu1(-pi/16) q[0];\\ncx q[1],q[0];\\nu1(0.29452431) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(-pi/64) q[0];\\ncx q[1],q[0];\\nu1(-0.14726216) q[0];\\ncx q[3],q[0];\\ncx q[4],q[0];\\ncx q[3],q[0];\\nu1(pi/16) q[0];\\ncx q[1],q[0];\\nu1(pi/16) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(-pi/64) q[0];\\ncx q[1],q[0];\\nu1(0.14726216) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu1(-0.14726216) q[0];\\ncx q[1],q[0];\\nu1(0.24543693) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(pi/32) q[0];\\ncx q[1],q[0];\\nu1(-pi/32) q[0];\\ncx q[5],q[0];\\ncx q[6],q[0];\\ncx q[5],q[0];\\nu1(-pi/8) q[0];\\ncx q[1],q[0];\\nu1(-pi/16) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(-pi/64) q[0];\\ncx q[1],q[0];\\nu1(0.14726216) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu1(-0.14726216) q[0];\\ncx q[1],q[0];\\nu1(-0.14726216) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(pi/32) q[0];\\ncx q[1],q[0];\\nu1(pi/32) q[0];\\ncx q[3],q[0];\\ncx q[4],q[0];\\ncx q[3],q[0];\\nu1(-pi/64) q[0];\\ncx q[1],q[0];\\nu1(0.24543693) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(0) q[0];\\ncx q[1],q[0];\\nu1(0.29452431) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu1(-pi/16) q[0];\\ncx q[1],q[0];\\nu1(-pi/32) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(-pi/64) q[0];\\ncx q[1],q[0];\\nu1(pi/64) q[0];\\ncx q[4],q[0];\\ncx q[5],q[0];\\ncx q[4],q[0];\\nu1(-pi/64) q[0];\\ncx q[1],q[0];\\nu1(-0.14726216) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(pi/16) q[0];\\ncx q[1],q[0];\\nu1(0.29452431) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu1(0) q[0];\\ncx q[1],q[0];\\nu1(-pi/32) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(-pi/64) q[0];\\ncx q[1],q[0];\\nu1(pi/64) q[0];\\ncx q[3],q[0];\\ncx q[4],q[0];\\ncx q[3],q[0];\\nu1(0) q[0];\\ncx q[1],q[0];\\nu1(pi/8) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(-0.24543693) q[0];\\ncx q[1],q[0];\\nu1(-pi/64) q[0];\\ncx q[2],q[0];\\ncx q[3],q[0];\\ncx q[2],q[0];\\nu1(-0.3436117) q[0];\\ncx q[1],q[0];\\nu1(-0.3436117) q[0];\\ncx q[1],q[0];\\ncx q[2],q[0];\\ncx q[1],q[0];\\nu1(pi/32) q[0];\\ncx q[1],q[0];\\nu1(-pi/32) q[0];\\n'"
      ]
     },
     "execution_count": 3,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "circ = q.QuantumCircuit(8)\n",
    "circ = circ.from_qasm_file('./qiskit_circuit')\n",
    "circ.qasm()\n",
    "#set up the circuit and import the canonical hello world circuit.\n",
    "#in the output we view the 1400-ish canonical QASM commands "
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 4,
   "metadata": {},
   "outputs": [],
   "source": [
    "#run the above circuit\n",
    "job = q.execute(circ, backend)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 9,
   "metadata": {},
   "outputs": [],
   "source": [
    "#grab the sate vector from the circuit run\n",
    "final_state = job.result().get_statevector()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 10,
   "metadata": {},
   "outputs": [
    {
     "data": {
      "text/plain": [
       "array([ 0.06372567+0.00000000e+00j,  0.17397985-3.86923767e-09j,\n",
       "        0.08497814+1.18137548e-10j,  0.05393829-1.73472348e-17j,\n",
       "       -0.04501512+1.19751701e-09j,  0.05145129-3.11882417e-10j,\n",
       "        0.04662671+2.43034252e-10j, -0.11085424+2.38407341e-09j,\n",
       "        0.0519748 -1.65357254e-09j, -0.0244676 +3.23097160e-10j,\n",
       "        0.08334244+9.39606212e-10j, -0.07536526+6.34382875e-10j,\n",
       "        0.07715316-1.48649504e-09j, -0.00367707+1.78461554e-10j,\n",
       "       -0.01579734+2.99490528e-10j, -0.09312708+1.39876823e-09j,\n",
       "        0.08306602-6.09351226e-10j,  0.01496403-3.79016532e-10j,\n",
       "        0.00611282-1.70404725e-10j,  0.04538994+6.31016107e-11j,\n",
       "       -0.11201753+2.06307653e-09j,  0.03857249-1.47429067e-10j,\n",
       "        0.02570558-3.27500306e-11j,  0.11300134+3.01064321e-10j,\n",
       "       -0.09536093+4.50671662e-09j, -0.0380774 +7.82142077e-10j,\n",
       "        0.03653935-8.74689892e-10j,  0.06364907-1.93650269e-09j,\n",
       "        0.07888987-1.34327614e-09j, -0.09140085+2.55856236e-09j,\n",
       "        0.05644544-6.90868112e-10j,  0.06784494+3.32699855e-10j,\n",
       "       -0.01543096+2.38326108e-10j,  0.00408255+3.90916969e-11j,\n",
       "        0.05496389-1.40052715e-10j,  0.12378821-3.06842001e-09j,\n",
       "        0.04684413+6.13139801e-10j,  0.02702544-3.44315895e-11j,\n",
       "        0.1542678 -4.75906313e-09j, -0.02104873+1.10446702e-09j,\n",
       "       -0.14914626+4.95241693e-09j,  0.14994356-6.84297742e-09j,\n",
       "       -0.04308299+2.89462567e-10j,  0.10030973+1.40979952e-09j,\n",
       "        0.01736371-7.31418789e-10j,  0.11813723-3.70835248e-09j,\n",
       "       -0.10487046+4.29607401e-09j, -0.00135772+4.56598806e-11j,\n",
       "        0.05059626-1.28923602e-10j,  0.14609152+2.09830938e-09j,\n",
       "       -0.00591305+3.17802576e-10j, -0.08215224+1.59235472e-09j,\n",
       "        0.07042165+5.84589533e-10j,  0.07512608-1.83029510e-09j,\n",
       "       -0.0270776 +4.29704130e-10j,  0.03963676-5.04989518e-11j,\n",
       "       -0.00628223+1.89196613e-10j, -0.03619686+8.32989625e-10j,\n",
       "        0.02204731-8.25713951e-10j,  0.07422189-2.75685322e-09j,\n",
       "       -0.08294279+2.83420774e-09j,  0.11037368-3.80559047e-09j,\n",
       "        0.0297723 +6.08089803e-10j,  0.08884494-1.16288570e-09j,\n",
       "        0.01889231+3.42874956e-11j,  0.03185683-1.75876886e-10j,\n",
       "       -0.0427338 +2.92870183e-09j, -0.01216308+2.65336354e-10j,\n",
       "       -0.03857251+1.73653439e-09j,  0.0532639 -7.81460906e-10j,\n",
       "        0.03889148-1.18326082e-09j,  0.03661424-2.68592738e-10j,\n",
       "        0.18318328-6.93835901e-09j,  0.04966596-1.08345763e-09j,\n",
       "       -0.12547077+3.96770546e-09j,  0.09386769+1.01840454e-09j,\n",
       "        0.06154661-1.17865670e-09j, -0.03607613+1.65478912e-09j,\n",
       "       -0.07076822+2.07115968e-09j,  0.01571593-4.38106575e-10j,\n",
       "        0.11388139-9.45360855e-10j, -0.01599695+6.59040119e-10j,\n",
       "        0.05493715-3.33012700e-10j, -0.0041687 +8.96536059e-11j,\n",
       "        0.0550462 +4.67541110e-11j,  0.10515236+5.92746095e-10j,\n",
       "        0.04053428-8.32608514e-10j, -0.04900985+3.42126278e-09j,\n",
       "       -0.01741752+7.32358609e-10j, -0.02958637+3.78126273e-10j,\n",
       "       -0.06219935+1.49617213e-09j,  0.06739157-2.22991515e-09j,\n",
       "       -0.03366853+6.05789946e-10j, -0.06572884+2.07087763e-09j,\n",
       "        0.02821011+1.26357249e-10j, -0.04088537+1.44916886e-09j,\n",
       "       -0.11994   +4.03355616e-09j, -0.03149239+1.07611497e-09j,\n",
       "        0.03770928-2.60611255e-10j, -0.02481635+5.33709791e-10j,\n",
       "       -0.05072499+1.11245276e-09j,  0.20276304-7.98541205e-10j,\n",
       "       -0.03378642+1.70109562e-09j, -0.01144544+1.51138265e-10j,\n",
       "       -0.02098098+4.39877326e-10j,  0.10983452-1.09834522e-09j,\n",
       "       -0.00139128+3.11031967e-11j, -0.04386013+2.03046239e-09j,\n",
       "        0.02632614-3.55761351e-10j,  0.02344469+2.84229481e-10j,\n",
       "        0.07233506-7.54069949e-10j,  0.0146759 +1.98324434e-10j,\n",
       "        0.03802471-2.95087964e-10j,  0.0306821 -8.68342655e-10j,\n",
       "        0.00755854-1.28701074e-10j, -0.00404876+2.29640267e-10j,\n",
       "       -0.00413191+1.35925749e-10j,  0.02388767-8.33770977e-10j,\n",
       "        0.02208686-6.71985521e-10j,  0.03670345-3.00421713e-10j,\n",
       "        0.01404804+8.08210157e-11j,  0.02388751-4.14107719e-10j,\n",
       "        0.03106733+3.80250849e-10j,  0.01426244-1.30510411e-10j,\n",
       "        0.03302149-3.72285676e-10j,  0.01904928-3.75108711e-10j,\n",
       "       -0.02682134+1.13915343e-09j,  0.0149059 -3.90204668e-10j,\n",
       "       -0.07488823+9.57103195e-10j, -0.02465178+3.22665521e-10j,\n",
       "        0.06249627+4.31915768e-10j, -0.06365562+1.58526853e-09j,\n",
       "        0.06476856-3.30071737e-10j, -0.02080301+3.56634321e-10j,\n",
       "        0.10285092-2.02528740e-09j, -0.01210758+4.45981210e-10j,\n",
       "        0.01921387+2.35169552e-10j, -0.08401741+1.28786149e-09j,\n",
       "        0.00226079-4.61758928e-11j,  0.02066815-6.31222813e-10j,\n",
       "        0.10909223+1.47423062e-09j,  0.01626004+1.00452412e-10j,\n",
       "        0.05215822-1.49829488e-09j,  0.04495104+9.61512188e-10j,\n",
       "        0.0059923 -1.40900753e-10j,  0.01936442+2.46711002e-11j,\n",
       "       -0.03539301+1.34878987e-09j, -0.01013137+1.86593976e-10j,\n",
       "        0.06684353-6.19426031e-10j,  0.07605367-1.26268504e-09j,\n",
       "        0.06590528-1.72525978e-09j,  0.033715  -6.76740079e-11j,\n",
       "        0.02738977+2.04106192e-10j,  0.02011371+2.46183161e-10j,\n",
       "        0.04624567+1.04812368e-09j, -0.04106218+8.13345558e-10j,\n",
       "        0.04901995-6.88949302e-10j,  0.00795857+8.72699370e-11j,\n",
       "       -0.03561363+1.04229734e-09j,  0.03111214-6.75093862e-10j,\n",
       "        0.00991106-2.41028969e-11j,  0.00054952-1.60187233e-11j,\n",
       "       -0.06752758+2.34398228e-09j,  0.0517316 -3.57520409e-10j,\n",
       "        0.0291758 -6.98419038e-10j,  0.01010287+6.24142433e-11j,\n",
       "        0.07863136-1.85804204e-09j,  0.00745533+4.83581550e-11j,\n",
       "        0.04813994+6.13323125e-11j,  0.06819136-2.25637946e-09j,\n",
       "        0.02395118+1.04498483e-10j, -0.03811103+1.48474058e-09j,\n",
       "       -0.02963959+1.09177086e-09j, -0.0010217 +2.55628118e-11j,\n",
       "        0.13056359+2.92406811e-10j,  0.01268993+6.28837260e-18j,\n",
       "        0.02357139+2.35713870e-10j, -0.0379825 +6.67279574e-10j,\n",
       "        0.06042734+7.01975804e-12j, -0.03984025+1.09369111e-09j,\n",
       "       -0.1027555 +2.07898384e-09j,  0.05658081+5.11177657e-10j,\n",
       "        0.11282282-9.23466983e-10j, -0.00165358+7.21453912e-11j,\n",
       "        0.05634914-1.91239391e-09j, -0.01204025+4.58841227e-10j,\n",
       "        0.07500132-2.86664709e-10j,  0.00729083+4.41948314e-11j,\n",
       "       -0.0377907 +1.00971918e-09j,  0.05372996-2.73817167e-10j,\n",
       "       -0.04613798+1.73867528e-09j,  0.08231837+2.54276074e-10j,\n",
       "        0.09312628+3.66758925e-10j, -0.04344144+1.71085300e-09j,\n",
       "       -0.08608051+9.90474994e-10j,  0.00640439-1.97584115e-12j,\n",
       "       -0.05045292+2.73306668e-09j, -0.00279317+6.48158349e-11j,\n",
       "       -0.00248757+3.60178474e-11j, -0.1310235 +1.96797239e-09j,\n",
       "        0.01889439-1.64871623e-10j,  0.01487191-1.34359844e-10j,\n",
       "       -0.04623372+2.23851862e-09j, -0.01931492+5.05623566e-10j,\n",
       "        0.06437675-9.86799475e-10j,  0.07371329-1.85848445e-09j,\n",
       "        0.0336058 +1.18077874e-10j,  0.1109077 -2.26525450e-09j,\n",
       "        0.02837588-7.66921616e-10j, -0.03303656+1.66334148e-09j,\n",
       "        0.00260072-6.22568256e-11j,  0.0452474 -7.12790858e-10j,\n",
       "       -0.01603402+6.11039319e-10j,  0.08262746+2.20140635e-10j,\n",
       "        0.00825866+5.00615715e-11j,  0.09419667-1.68391567e-09j,\n",
       "        0.04186123-1.10875257e-09j, -0.06573752+9.23905691e-10j,\n",
       "        0.01815572-3.93955913e-10j,  0.03036021+1.45354336e-10j,\n",
       "        0.08844179-4.60988744e-10j,  0.15435686-1.93688323e-09j,\n",
       "        0.02143782-4.79258482e-10j, -0.07699127+3.23726976e-09j,\n",
       "        0.01898707+1.17299603e-10j, -0.0015034 +7.69708911e-11j,\n",
       "        0.07922214-2.45315560e-09j,  0.07358431+7.04593228e-10j,\n",
       "        0.00166146+1.09699027e-11j,  0.0246384 -8.36185451e-10j,\n",
       "       -0.03528535+6.19895937e-10j,  0.04363514-1.23493012e-09j,\n",
       "        0.03877966-2.51539770e-10j, -0.01103413+5.21468277e-10j,\n",
       "       -0.11297949+2.57372046e-09j, -0.08989174+1.61740081e-09j,\n",
       "        0.01509033-3.16376690e-10j,  0.04118334+1.66976420e-10j,\n",
       "        0.00939484+3.98980198e-12j,  0.07375675+1.21598210e-09j,\n",
       "       -0.04128225+1.13807233e-09j,  0.03869802+4.03414531e-10j,\n",
       "       -0.04433246+9.72257922e-10j,  0.12928806-3.09493590e-09j,\n",
       "       -0.03367233+1.85265133e-09j,  0.04370754+4.37075444e-10j,\n",
       "        0.02428865+1.39737201e-10j, -0.04179528+1.13446594e-09j,\n",
       "        0.04199471+5.44787531e-10j, -0.06121799+1.20547327e-09j,\n",
       "        0.02859803+2.89302416e-10j,  0.07996467-2.71675839e-10j,\n",
       "       -0.02271921+1.10264547e-09j,  0.01964728-1.02408340e-10j,\n",
       "        0.01963175-4.78287923e-10j,  0.0537548 -1.43001490e-09j])"
      ]
     },
     "execution_count": 10,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "\"\"\"\n",
    "Here we are! We did it! Hello world. \n",
    "\n",
    "\"\"\"\n",
    "final_state"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 11,
   "metadata": {},
   "outputs": [
    {
     "name": "stderr",
     "output_type": "stream",
     "text": [
      "/home/jamie/.local/lib/python3.6/site-packages/qiskit/tools/qi/qi.py:78: DeprecationWarning: This function is deprecated and will be removed in the future. It is superseded by the `quantum_info.partial_trace` function\n",
      "  DeprecationWarning)\n"
     ]
    },
    {
     "data": {
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\n",
      "text/plain": [
       "<Figure size 576x360 with 2 Axes>"
      ]
     },
     "execution_count": 11,
     "metadata": {},
     "output_type": "execute_result"
    }
   ],
   "source": [
    "\"\"\"\n",
    "Let's just look at the sub-system of just the first 4-qubits.\n",
    "\n",
    "Finally!! Here it is!\n",
    "\n",
    "I'm using tools instead of quantum_info because tools return an array that visualization will work with. \n",
    "\n",
    "\"\"\"\n",
    "reduced_state = q.tools.partial_trace(final_state, (0,1,2,3))\n",
    "\n",
    "q.visualization.plot_state_hinton(reduced_state)"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 12,
   "metadata": {},
   "outputs": [
    {
     "data": {
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      "text/plain": [
       "<Figure size 432x288 with 1 Axes>"
      ]
     },
     "metadata": {
      "needs_background": "light"
     },
     "output_type": "display_data"
    }
   ],
   "source": [
    "\"\"\"\n",
    "This is much easier on a classical computer...\n",
    "\n",
    "Okay, let's now zoom in on those off-diagonal coherence terms.\n",
    "\n",
    "\"\"\"\n",
    "\n",
    "plt.imshow( np.triu(np.real(reduced_state), 1) )\n",
    "plt.show()"
   ]
  },
  {
   "cell_type": "code",
   "execution_count": 13,
   "metadata": {},
   "outputs": [],
   "source": [
    "%%capture\n",
    "\"\"\"\n",
    "Okay... it's not \"Hello World\", it's Hi World\". But it's there, sort of...\n",
    "\n",
    "Woo! Congratulations to us, we just made our first Hello World-ish qiskit program\n",
    "\n",
    "\"\"\""
   ]
  },
  {
   "cell_type": "code",
   "execution_count": null,
   "metadata": {},
   "outputs": [],
   "source": []
  }
 ],
 "metadata": {
  "kernelspec": {
   "display_name": "Python 3",
   "language": "python",
   "name": "python3"
  },
  "language_info": {
   "codemirror_mode": {
    "name": "ipython",
    "version": 3
   },
   "file_extension": ".py",
   "mimetype": "text/x-python",
   "name": "python",
   "nbconvert_exporter": "python",
   "pygments_lexer": "ipython3",
   "version": "3.6.9"
  }
 },
 "nbformat": 4,
 "nbformat_minor": 4
}