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no edit summary
_equip_bg = "whitesmoke",
_equip_bg = "whitesmoke",
_header_template = nil,
_header_template = nil,
_calculated_cell_template = [[| colspan="4" style="background: whitesmoke;" |Effective Line of Sight: ${elos} / Fighter Power: ${fighter_power}]],
_column_cell_templates = {
_column_cell_templates = {
ship = [[| rowspan="4" style="background: transparent;" |${values.ship_card}]],
ship = [[| rowspan="4" style="background: transparent;" |${values.ship_card}]],
},
},
_blank = "Empty_ship_slot.png",
_blank = "Empty_ship_slot.png",
_default_size = "120x165px"
_default_size = "120x165px",
_elos = 0,
_fighter_power = 0
})
})
function NanaminFleet:create_items()
function NanaminFleet:create_items()
local row1, row2, row3, row4 = {}, {}, {}, {}
local row1, row2, row3, row4 = {}, {}, {}, {}
local los, fighter_power = 0, 0
for index, item_key in ipairs(self._args) do
for index, item_key in ipairs(self._args) do
local item
local item
else
else
item = self._equip_class(self:process_item_key(item_key))
item = self._equip_class(self:process_item_key(item_key))
--Calculate the effective LoS and fighter power
--[[Effective LoS = Dive Bomber LoS x (1.04) + Torpedo Bomber LoS x (1.37)
+ Carrier-based Recon Plane LoS x (1.66) + Recon Seaplane LoS x (2.00)
+ Seaplane Bomber LoS x (1.78) + Small Radar LoS x (1.00) + Large Radar LoS x (0.99)
+ Searchlight LoS x (0.91) + √(base LoS of each ship) x (1.69)
+ (HQ Lv. rounded up to the next multiple of 5) x (-0.61)--]]
local slot_number = (index - 1) % 5
local multiplier = {
[7] = 1.04,
[8] = 1.04,
[9] = 1.66,
[10] = 2.00,
[11] = 1.78,
[12] = 1.00,
[13] = 0.99,
[29] = 0.91
}
if multiplier[item:type()] ~= nil then
los = los + (item:los() * multiplier[item:type()])
end
fighter_power = fighter_power + math.floor(math.sqrt(select(2, item:slot(slot_number))))
end
end
end
end
end
end
end
end
table.insert(self._items, "extra")
self._elos = los
self._fighter_power = fighter_power
end
end
table.insert(self._data_rows, row_values)
table.insert(self._data_rows, row_values)
end
end
end
function NanaminFleet:build_rows()
for index, row_values in ipairs(self._data_rows) do
if row_values ~= "break" and row_values ~= "extra" then
table.insert(self._rows, self._row_starter)
if row_values == "header" then
table.insert(self._rows, self._header)
elseif type(row_values) == "table" then
for _, column in ipairs(self._columns) do
if row_values[column] then
table.insert(self._rows, format(self._column_cell_templates[column] or self._cell, row_values[column]))
end
end
else
table.insert(self._rows,
format{self._cell,
colspan = #self._columns, rowspan = 1,
text_align = self._args[self._custom_row_prefix .. row_values .. self._text_align_suffix] or self._start_align,
bg_color = self._args[self._custom_row_prefix .. row_values .. self._bg_color_suffix] or self._transparent,
values = {
value = self._args[self._custom_row_prefix .. row_values .. self._content_suffix] or "",
},
}
)
end
elseif row_values == "extra" then
table.insert(self._rows, format{self._calculated_cell_template,
elos = self._elos,
fighter_power = self._fighter_power
})
end
end
end
end
return NanaminFleet
return NanaminFleet