health.ipynb

{

 "metadata": {

  "name": "",

  "signature": "sha256:ea8b3c66dea6efe478d6208cefc487d8ff9714a4d2bada7362112a3c3e9f16a4"

 },

 "nbformat": 3,

 "nbformat_minor": 0,

 "worksheets": [

  {

   "cells": [

    {

     "cell_type": "markdown",

     "metadata": {},

     "source": [

      "This is a comparison of Consumer Choice HSA and Comprehensive Care"

     ]

    },

    {

     "cell_type": "code",

     "collapsed": false,

     "input": [

      "def cost(amount,months=12,premium=132,deductable=3000,maximum=3000,rate=0.15):\n",

      "    t = months\n",

      "    p = premium\n",

      "    d = deductable\n",

      "    m = maximum\n",

      "    r = rate\n",

      "    base = t * p\n",

      "    if a < d:\n",

      "        c = a\n",

      "    else:\n",

      "        c = d + (a - d)*r \n",

      "        c = min(c,m)\n",

      "    return base + c\n",

      "\n",

      "def hsa(a):\n",

      "    return cost(a,months=12,\n",

      "                premium = 176,\n",

      "                deductable = 3000,\n",

      "                maximum = 7000,\n",

      "                rate = 0.20)\n",

      "\n",

      "def regular(a):\n",

      "    return cost(a,months=12,\n",

      "                premium = 492,\n",

      "                deductable = 1500,\n",

      "                maximum = 2500,\n",

      "                rate = 0.10)\n",

      "    \n",

      "\n",

      "pt=\"%9s\\t%9s\\t%9s\\t%9s\\t%9s\"\n",

      "p=\"$%9.2f\\t$%9.2f\\t$%9.2f\\t$%9.2f\\t$%9.2f\"\n",

      "print pt%(\"expenses\",\"HSA\",\"POS\",\"HSA savings\",\"HSA savings + card\")\n",

      "for a in range (0,25000,1000):\n",

      "    print p%(a,hsa(a),regular(a),regular(a)-hsa(a),regular(a)-hsa(a)+750)\n"

     ],

     "language": "python",

     "metadata": {},

     "outputs": [

      {

       "output_type": "stream",

       "stream": "stdout",

       "text": [

        " expenses\t      HSA\t      POS\tHSA savings\tHSA savings + card\n",

        "$     0.00\t$  2112.00\t$  5904.00\t$  3792.00\t$  4542.00\n",

        "$  1000.00\t$  3112.00\t$  6904.00\t$  3792.00\t$  4542.00\n",

        "$  2000.00\t$  4112.00\t$  7454.00\t$  3342.00\t$  4092.00\n",

        "$  3000.00\t$  5112.00\t$  7554.00\t$  2442.00\t$  3192.00\n",

        "$  4000.00\t$  5312.00\t$  7654.00\t$  2342.00\t$  3092.00\n",

        "$  5000.00\t$  5512.00\t$  7754.00\t$  2242.00\t$  2992.00\n",

        "$  6000.00\t$  5712.00\t$  7854.00\t$  2142.00\t$  2892.00\n",

        "$  7000.00\t$  5912.00\t$  7954.00\t$  2042.00\t$  2792.00\n",

        "$  8000.00\t$  6112.00\t$  8054.00\t$  1942.00\t$  2692.00\n",

        "$  9000.00\t$  6312.00\t$  8154.00\t$  1842.00\t$  2592.00\n",

        "$ 10000.00\t$  6512.00\t$  8254.00\t$  1742.00\t$  2492.00\n",

        "$ 11000.00\t$  6712.00\t$  8354.00\t$  1642.00\t$  2392.00\n",

        "$ 12000.00\t$  6912.00\t$  8404.00\t$  1492.00\t$  2242.00\n",

        "$ 13000.00\t$  7112.00\t$  8404.00\t$  1292.00\t$  2042.00\n",

        "$ 14000.00\t$  7312.00\t$  8404.00\t$  1092.00\t$  1842.00\n",

        "$ 15000.00\t$  7512.00\t$  8404.00\t$   892.00\t$  1642.00\n",

        "$ 16000.00\t$  7712.00\t$  8404.00\t$   692.00\t$  1442.00\n",

        "$ 17000.00\t$  7912.00\t$  8404.00\t$   492.00\t$  1242.00\n",

        "$ 18000.00\t$  8112.00\t$  8404.00\t$   292.00\t$  1042.00\n",

        "$ 19000.00\t$  8312.00\t$  8404.00\t$    92.00\t$   842.00\n",

        "$ 20000.00\t$  8512.00\t$  8404.00\t$  -108.00\t$   642.00\n",

        "$ 21000.00\t$  8712.00\t$  8404.00\t$  -308.00\t$   442.00\n",

        "$ 22000.00\t$  8912.00\t$  8404.00\t$  -508.00\t$   242.00\n",

        "$ 23000.00\t$  9112.00\t$  8404.00\t$  -708.00\t$    42.00\n",

        "$ 24000.00\t$  9112.00\t$  8404.00\t$  -708.00\t$    42.00\n"

       ]

      }

     ],

     "prompt_number": 5

    },

    {

     "cell_type": "code",

     "collapsed": false,

     "input": [],

     "language": "python",

     "metadata": {},

     "outputs": [],

     "prompt_number": 15

    },

    {

     "cell_type": "code",

     "collapsed": false,

     "input": [],

     "language": "python",

     "metadata": {},

     "outputs": []

    }

   ],

   "metadata": {}

  }

 ]

}