17,105
edits
m (Special attack testing) |
m (Test amend to support familiars) |
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-- For tables & other outputs generated with attack data, see: Module:Attacks/Tables | |||
local p = {} | local p = {} | ||
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p.effectDefinition = { | p.effectDefinition = { | ||
["Burn"] = { | ["Burn"] = { | ||
["type"] = 'DOT', | { | ||
["subtype"] = ' | ["type"] = 'DOT', | ||
["subtype"] = 'Burn' | |||
}, | |||
-- Alternative definition specifically for familiars like Dragon | |||
{ | |||
["type"] = 'Modifier', | |||
["subtype"] = 'Familiar', | |||
["modifiers"] = { | |||
["include"] = { 'increasedChanceToApplyBurn' } | |||
} | |||
} | |||
}, | }, | ||
["Poison"] = { | ["Poison"] = { | ||
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end | end | ||
-- Determines if attack applies the effect defined in | -- Determines if attack applies the effect defined in effectDefinition | ||
function p.attackHasEffect(attack, effectDefn) | function p.attackHasEffect(attack, effectDefn) | ||
if type(attack) == 'table' and type(effectDefn) == 'table | if type(attack) == 'table' and type(effectDefn) == 'table' then | ||
-- Process pre-hit effects | -- Process pre-hit effects | ||
for i, effect in ipairs(attack.prehitEffects) do | for i, effect in ipairs(attack.prehitEffects) do | ||
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end | end | ||
function p.effectMatchesDefn(effect, effectDefn) | function p.effectMatchesDefn(effect, effectDefnIn) | ||
-- Some effects (e.g. Burn) have multiple definitions, so handle these correctly | |||
local effectDefnList = nil | |||
if effectDefnIn[1] ~= nil and type(effectDefnIn[1]) == 'table' then | |||
-- Definition is actually multiple definitions | |||
effectDefnList = effectDefnIn | |||
else | |||
-- Definition is singular, wrap it within a table so we can iterate | |||
effectDefnList = { effectDefnIn } | |||
end | |||
for i, effectDefn in pairs(effectDefnList) do | |||
if p.effectMatchesDefnSingle(effect, effectDefn) then | |||
return true | |||
end | |||
end | |||
return false | |||
end | |||
function p.effectMatchesDefnSingle(effect, effectDefn) | |||
if effectDefn.type ~= effect.type then | if effectDefn.type ~= effect.type then | ||
-- Effect's type doesn't match that of the effect definition | -- Effect's type doesn't match that of the effect definition |