130
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1 |
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2 |
val urban_prices = List(List(Some(311.349976), Some(27.505054)),
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3 |
List(Some(300.222351), Some(42.357094)),
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4 |
List(Some(330.555054), Some(52.852215)))
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5 |
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6 |
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7 |
assert(CW6c.yearly_yield(CW6c.get_deltas(urban_prices), 100, 0) == 125)
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135
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8 |
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9 |
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137
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10 |
val urban_blchip_portfolio = List("GOOG", "AAPL", "MSFT", "IBM", "FB", "AMZN", "BIDU")
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11 |
val urban_rstate_portfolio = List("PLD", "PSA", "AMT", "AIV", "AVB", "BXP", "CCI",
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12 |
"DLR", "EQIX", "EQR", "ESS", "EXR", "FRT", "GGP", "HCP")
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135
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13 |
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138
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14 |
val urban_rstate_res = CW6c.investment(urban_rstate_portfolio, 1978 to 2017, 100)
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15 |
val urban_blchip_res = CW6c.investment(urban_blchip_portfolio, 1978 to 2017, 100)
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135
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16 |
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138
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17 |
// the rstate value is 30895 because of a faulty ESS.cvs file
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18 |
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166
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19 |
// if you round after each year to a Long you get 30895 and 349597
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20 |
// if you work with doubles until the end and then round to a Long you get 30937 and 355204
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21 |
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22 |
assert((urban_rstate_res > 30885 && urban_rstate_res < 30905) ||
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23 |
(urban_rstate_res > 30927 && urban_rstate_res < 30947))
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24 |
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25 |
assert((urban_blchip_res > 349587 && urban_blchip_res < 349607) ||
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26 |
(urban_blchip_res > 355194 && urban_blchip_res < 355214))
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