def TotalIncomeForeignInvestor(phase):
"""Calculates total income for the foreign investor, including the bonus $5.
Args:
phase: the phase object.
Returns:
The total income.
"""
ids = phase.foreign_investor.companies
return base.BaseIncome(ids) - CostOfOwnership(ids, phase) + 5
def TotalIncomePlayer(i, phase):
"""Calculates total income for a player.
Args:
i: 0-based position of the player in the players list in phase.
phase: the Phase named-tuple.
Returns:
The total income.
"""
player = phase.players[i]
ids = player.companies
return base.BaseIncome(ids) - CostOfOwnership(ids, phase)
def TotalIncomeCorporation(i, phase):
"""Calculates total income for a corporation.
Args:
i: 0-based position of the corporation in the corporations list in phase.
phase: the Phase named-tuple.
Returns:
The total income.
"""
corp = phase.corporations[i]
ids = corp.companies | corp.companies_in_flight
return (base.BaseIncome(ids) - CostOfOwnership(ids, phase) +
base.SynergyIncome(ids))
def _CorporationDetails(i):
corp = phase.corporations[i]
cash = '$%s' % corp.money
i_price = corp.price
share_price = util.SharePrice(i, phase)
n_prices = len(base.PRICES)
required_bv_down = (
base.PRICES[i_price-1] * corp.shares if i_price > 1 else 0)
required_bv_up = (
share_price * corp.shares if i_price < n_prices-1 else 0)
required_bv_double_up = (
base.PRICES[i_price+1] * corp.shares if i_price < n_prices-2 else 0)
bv = util.BookValueCorporation(i, phase)
president = util.President(i, phase.players)
all_companies = corp.companies | corp.companies_in_flight
if corp.money_in_flight:
cash += ' <span title="%s">(+$%d)</span>' % (
MONEY_IN_FLIGHT_EXPLANATION, corp.money_in_flight)
lines = [
'<div class="tooltip-corp">',
'<table class="tooltip-corp">',
'<tr><th>President</th><th>Cash</th><th>Shares</th></tr>',
'<tr><td>%s</td>' % (html.escape(phase.params.players[president])
if president > -1 else 'NONE'),
'<td>%s</td>' % cash,
'<td>%d</td></tr></table>' % corp.shares,
'<table class="tooltip-corp">',
'<tr><th>↞</th><th>←</th>'
'<th>Share Price</th><th>→</th>'
'<th>↠</th></tr>',
'<tr><td class="%s">%s</td>' % (
'red-shareprice' if i_price==2 else 'small-shareprice',
'$%d' % base.PRICES[i_price-2] if i_price > 1 else '–'),
'<td class="%s">$%d</td>' % (
'red-shareprice' if i_price==1 else 'small-shareprice',
base.PRICES[i_price-1]),
'<td class="shareprice">$%d</td>' % share_price,
'<td class="small-shareprice">%s</td>' % (
'$%d' % base.PRICES[i_price+1] if i_price < n_prices-1
else '–'),
'<td class="small-shareprice">%s</td></tr>' % (
'$%d' % base.PRICES[i_price+2] if i_price < n_prices-2
else '–'),
'<tr><th colspan="2">(required)</th><th>Book Value</th>'
'<th colspan="2">(required)</th></tr>',
'<tr><td>–</td><td>%s</td>' % (
'≥$%d' % required_bv_down if required_bv_down
else '–'),
'<td>$%d</td>' % bv,
'<td>%s</td>' % (
'≥$%d' % required_bv_up if required_bv_up
else '–'),
'<td>%s</td></tr>' % (
'≥$%d' % required_bv_double_up if required_bv_double_up
else '–'),
'<tr><th title="%s" colspan="2">(+/-)</th>' % DELTA_EXPLANATION,
'<th>Max Payout</th>'
'<th title="%s" colspan="2">(+/-)</th></tr>' % DELTA_EXPLANATION,
'<tr><td>–</td><td title="%s">%s</td>' % (
DELTA_EXPLANATION,
_FormatDelta(bv-required_bv_down) if required_bv_down
else '–'),
'<td>$%d per share</td>' % util.MaxPayout(i, phase),
'<td title="%s">%s</td>' % (
DELTA_EXPLANATION,
_FormatDelta(bv-required_bv_up) if required_bv_up
else '–'),
'<td title="%s">%s</td></tr></table>' % (
DELTA_EXPLANATION,
_FormatDelta(bv-required_bv_double_up) if required_bv_double_up
else '–'),
'<table class="tooltip-corp">',
'<tr><th colspan="4">Income</th></tr>',
'<tr><th>Base</th><th>Synergy</th><th>Cost</th>'
'<th class="sum">Total</th></tr>',
'<tr><td>%s</td>' % _FormatDelta(base.BaseIncome(all_companies)),
'<td>%s</td>' % _FormatDelta(base.SynergyIncome(all_companies)),
'<td>%s</td>' % _FormatDelta(-base.CostOfOwnership(
all_companies, util.TierOnTop(phase), phase.params.type)),
'<td class="sum">%s</td>' %
_FormatDelta(util.TotalIncomeCorporation(i, phase)),
'</tr></table>',
'<table class="tooltip-corp">',
'<tr><th>Companies</th></tr>',
'<tr><td>%s</td></tr>' % _FormatCompanies(corp.companies, corp),
'</table>',
]
if corp.companies_in_flight:
lines += [
'<table class="tooltip-corp">',
'<tr><th title="%s">Companies “in flight”</th></tr>' %
COMPANIES_IN_FLIGHT_EXPLANATION,
'<tr><td>%s</td></tr>' %
_FormatCompanies(corp.companies_in_flight, corp),
'</table>',
]
lines += [
'</div>',
]
return "\n".join(lines + [''])
def testBaseIncome(self):
self.assertEqual(base.BaseIncome({}), 0)
self.assertEqual(base.BaseIncome({
1,
}), 1)
self.assertEqual(base.BaseIncome({
8,
}), 2)
self.assertEqual(base.BaseIncome({1, 8}), 3)
self.assertEqual(base.BaseIncome({
11,
}), 3)
self.assertEqual(base.BaseIncome({
19,
}), 3)
self.assertEqual(base.BaseIncome({2, 11}), 4)
self.assertEqual(base.BaseIncome({7, 11}), 5)
self.assertEqual(base.BaseIncome({
20,
}), 6)
self.assertEqual(base.BaseIncome({
30,
}), 12)
self.assertEqual(base.BaseIncome({
43,
}), 10)
self.assertEqual(base.BaseIncome({
56,
}), 15)
self.assertEqual(base.BaseIncome({
100,
}), 25)
self.assertEqual(base.BaseIncome({1, 8, 14, 22}), 12)
self.assertEqual(base.BaseIncome({45, 47, 70}), 55)
self.assertEqual(base.BaseIncome({43, 45, 60, 70}), 65)
self.assertEqual(base.BaseIncome({33, 12, 90}), 40)
self.assertEqual(base.BaseIncome({1, 2, 5, 6, 7, 11, 12, 19, 20}), 23)