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emerald:render();
};
on_timer = function(pos,elapse)
local meta = minetest.get_meta(pos)
local inv = meta:get_inventory()
if inv:is_empty('charge') then return false end
local ley = sorcery.ley.estimate(pos)
local charged = false
for i=1,inv:get_size('charge') do
local curve = function(x) return ((x*10)^2)/10 end
local item = inv:get_stack('charge',i)
if minetest.get_item_group(item:get_name(), 'sorcery_wand') ~= 0 then
................................................................................
local repair_per_tick = (65536 / 80) * curve(ley.force) * mese
local spell = item:get_meta():get_string('sorcery_wand_spell')
if spell == '' then goto skip end
local aff = sorcery.data.spells[spell].leytype
if aff == ley.aff[1] or aff == ley.aff[2] then
repair_per_tick = repair_per_tick * 2 end
item:set_wear(math.max(0,item:get_wear() - repair_per_tick * (elapse / 60)))
else
local e = sorcery.enchant.get(item)
if #e.spells == 0 then goto skip end -- item is not magical
local mat = sorcery.enchant.getsubj(item)
if e.energy < mat.data.maxenergy then
local energy_per_tick = (100 * curve(ley.force)) + ((mat.data.energysource or 0)*2)
e.energy = math.min(e.energy + energy_per_tick, mat.data.maxenergy)
sorcery.enchant.set(item,e,true)
else goto skip end -- already fully charged
end
-- print('repair cycle! repairing item'..item:get_name()..' by',repair_per_tick * (elapse / 60))
inv:set_stack('charge',i,item)
charged = true
::skip::end
return charged
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emerald:render();
};
on_timer = function(pos,elapse)
local meta = minetest.get_meta(pos)
local inv = meta:get_inventory()
if inv:is_empty('charge') then return false end
local put_in_hopper = sorcery.lib.node.discharger(pos)
local discharge = function(item,idx)
inv:set_stack('charge',put_in_hopper(item))
end
local ley = sorcery.ley.estimate(pos)
local charged = false
for i=1,inv:get_size('charge') do
local curve = function(x) return ((x*10)^2)/10 end
local item = inv:get_stack('charge',i)
if minetest.get_item_group(item:get_name(), 'sorcery_wand') ~= 0 then
................................................................................
local repair_per_tick = (65536 / 80) * curve(ley.force) * mese
local spell = item:get_meta():get_string('sorcery_wand_spell')
if spell == '' then goto skip end
local aff = sorcery.data.spells[spell].leytype
if aff == ley.aff[1] or aff == ley.aff[2] then
repair_per_tick = repair_per_tick * 2 end
item:set_wear(math.max(0,item:get_wear() - repair_per_tick * (elapse / 60)))
if item:get_wear() == 0 then item = put_in_hopper(item) end
else
local e = sorcery.enchant.get(item)
if #e.spells == 0 then goto skip end -- item is not magical
local mat = sorcery.enchant.getsubj(item)
if e.energy < mat.data.maxenergy then
local energy_per_tick = (100 * curve(ley.force)) + ((mat.data.energysource or 0)*2)
e.energy = math.min(e.energy + energy_per_tick, mat.data.maxenergy)
sorcery.enchant.set(item,e,true)
else discharge(item,i) goto skip end -- already fully charged
end
-- print('repair cycle! repairing item'..item:get_name()..' by',repair_per_tick * (elapse / 60))
inv:set_stack('charge',i,item)
charged = true
::skip::end
return charged
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