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Commit 041958c6 authored by Lisa Greene's avatar Lisa Greene
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Change how rare+ are generated to tree based instead of individual talent based

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game/modules/tome/class/GameState.lua
+ 111
− 55
View file @ 041958c6
......@@ -2096,11 +2096,14 @@ function _M:applyRandomClass(b, data, instant)
end
if data.autolevel ~= false then b.autolevel = data.autolevel or "random_boss" end
local tt_unlocked = {} -- unlocked categories by base
local tt_locked = {} -- locked categories by base
-- Class talent categories
for tt, d in pairs(mclass.talents_types or {}) do b:learnTalentType(tt, true) b:setTalentTypeMastery(tt, (b:getTalentTypeMastery(tt) or 1) + d[2]) end
for tt, d in pairs(mclass.unlockable_talents_types or {}) do b:learnTalentType(tt, true) b:setTalentTypeMastery(tt, (b:getTalentTypeMastery(tt) or 1) + d[2]) end
for tt, d in pairs(class.talents_types or {}) do b:learnTalentType(tt, true) b:setTalentTypeMastery(tt, (b:getTalentTypeMastery(tt) or 1) + d[2]) end
for tt, d in pairs(class.unlockable_talents_types or {}) do b:learnTalentType(tt, true) b:setTalentTypeMastery(tt, (b:getTalentTypeMastery(tt) or 1) + d[2]) end
local ttypes = {}
for tt, d in pairs(mclass.talents_types or {}) do b:learnTalentType(tt, true) b:setTalentTypeMastery(tt, (b:getTalentTypeMastery(tt) or 1) + d[2]) ttypes[tt] = table.clone(d) end
for tt, d in pairs(mclass.unlockable_talents_types or {}) do b:learnTalentType(tt, true) b:setTalentTypeMastery(tt, (b:getTalentTypeMastery(tt) or 1) + d[2]) ttypes[tt] = table.clone(d) end
for tt, d in pairs(class.talents_types or {}) do b:learnTalentType(tt, true) b:setTalentTypeMastery(tt, (b:getTalentTypeMastery(tt) or 1) + d[2]) ttypes[tt] = table.clone(d) end
for tt, d in pairs(class.unlockable_talents_types or {}) do b:learnTalentType(tt, true) b:setTalentTypeMastery(tt, (b:getTalentTypeMastery(tt) or 1) + d[2]) ttypes[tt] = table.clone(d) end
-- Non-class talent categories
if data.add_trees then
......@@ -2109,9 +2112,11 @@ function _M:applyRandomClass(b, data, instant)
if type(d) ~= "number" then d = rng.range(1, 3)*0.1 end
b:learnTalentType(tt, true)
b:setTalentTypeMastery(tt, (b:getTalentTypeMastery(tt) or 1) + d)
ttypes[tt] = table.clone(d)
end
end
end
-- Add starting equipment
local apply_resolvers = function(k, resolver)
if type(resolver) == "table" and resolver.__resolver then
......@@ -2158,76 +2163,127 @@ function _M:applyRandomClass(b, data, instant)
local t = b:getTalentFromId(tid)
if not t.no_npc_use and not t.no_npc_autolevel and (not t.random_boss_rarity or rng.chance(t.random_boss_rarity)) and not (t.rnd_boss_restrict and t.rnd_boss_restrict(b, t, data) ) then
local max = (t.points == 1) and 1 or math.ceil(t.points * 1.2)
local step = max / 50
local step = max / 70
tres[1][tid] = v + math.ceil(step * data.level)
end
end
-- Select additional talents from the class
local known_types = {}
for tt, d in pairs(b.talents_types) do
known_types[tt] = b:numberKnownTalent(tt)
-- learn talents based on trees: focus trees we take 3-4 talents from with a decent amount of point investment, shallow trees we only take 1 or 2 with not many points
-- ideally rares should feel different even within the same class based on what focus trees they get
local nb_focus, nb_shallow = 0, 0
local rank = b.rank
if rank <= 3.2 then --rare
nb_focus = math.floor(0.2 + rng.float(0.25, 0.35)*(math.max(0,data.level))^0.55) -- first around 8-10, second around 25-35, third around 50-70
nb_shallow = 2 + math.floor(0.25 + rng.float(0.1, 0.2)*(math.max(0,data.level))^0.6) -- third around 12-30, fourth 40-80
elseif rank >= 4 then --boss/elite boss
nb_focus = 1 + math.floor(0.25 + rng.float(0.12, 0.33)*(math.max(0,data.level-4))^0.5) -- second around 10-16, third around 30-50, fourth around 60-85 uncommonly
nb_shallow = 1 + math.floor(0.33 + rng.float(0.1, 0.18)*(math.max(0,data.level-3))^0.6) -- second around 12-20, third 40-80
else --unique
nb_focus = 1 + math.floor(0.2 + rng.float(0.1, 0.3)*(math.max(0,data.level-10))^0.5) -- second around 17-30, third around 40-80
nb_shallow = 1 + math.floor(0.7 + rng.float(0.1, 0.2)*(math.max(0,data.level-8))^0.6) -- second around 12-14, third around 30-70, fourth around 70-90 rarely
end
print("Adding "..nb_focus.." primary trees to boss")
print("Adding "..nb_shallow.." secondary trees to boss")
local list = {}
for _, t in pairs(b.talents_def) do
if b.talents_types[t.type[1]] then
local tt_choices = {}
for tt, d in pairs(ttypes) do
d.tt = tt
table.insert(tt_choices, d)
end
local fails = 0
local focus_trees = {}
local shallow_trees = {}
local tt, tt_idx, tt_def
local t, t_idx
while #focus_trees < nb_focus or #shallow_trees < nb_shallow do
local ok = false
while not ok do
tt = rng.tableRemove(tt_choices)
if not tt or not tt.tt then break end
if not (tt.tt=="technique/combat-training" or tt.tt=="cunning/survival") then ok=true end
end
if not ok then break end
tt = tt.tt
tt_def = tt and b:knowTalentType(tt) and b.talents_types_def[tt]
if not tt_def then break end
print("[applyRandomClass] Attempting to add tree "..tt.." to boss")
local t_choices = {}
local nb_known = b:numberKnownTalent(tt)
for i, t in ipairs(tt_def.talents) do
local ok = true
if t.no_npc_use or t.not_on_random_boss then
known_types[t.type[1]] = known_types[t.type[1]] + 1 -- allows higher tier talents to be learnt
else
local ok = true
if t.rnd_boss_restrict and t.rnd_boss_restrict(b, t, data) then
nb_known = nb_known + 1 -- treat as known to allow later talents to be learned
print(" * Random boss forbade talent because talent not allowed on random bosses", t.name, t.id, data.level)
ok = false
end
if t.rnd_boss_restrict and t.rnd_boss_restrict(b, t, data) and ok then
print(" * Random boss forbade talent because of special talent restriction", t.name, t.id, data.level)
nb_known = nb_known + 1 -- treat as known to allow later talents to be learned
ok = false
end
if t.random_boss_rarity and rng.percent(t.random_boss_rarity) and ok then
print(" * Random boss forbade talent because of random boss rarity random chance", t.name, t.id, data.level)
nb_known = nb_known + 1 -- treat as known to allow later talents to be learned
ok = false
end
if data.check_talents_level and rawget(t, 'require') and ok then
local req = t.require
if type(req) == "function" then req = req(b, t) end
if req and req.level and util.getval(req.level, 1) > math.ceil(data.level) then
print(" * Random boss forbade talent because of level", t.name, t.id, data.level)
ok = false
print("[applyRandomClass] Random boss forbade talent because of special talent restriction", t.name, t.id, data.level)
end
if data.check_talents_level and rawget(t, 'require') then
local req = t.require
if type(req) == "function" then req = req(b, t) end
if req and req.level and util.getval(req.level, 1) > math.ceil(data.level/2) then
print("[applyRandomClass] Random boss forbade talent because of level", t.name, t.id, data.level)
ok = false
end
if ok then
table.insert(t_choices, t)
end
end
print(" Talent choices for "..tt..":") for i, t in ipairs(t_choices) do print("\t", i, t.id, t.name) end
if #t_choices <= 2 or #focus_trees >= nb_focus then
if #t_choices > 0 and #shallow_trees < nb_shallow then
table.insert(shallow_trees, tt) -- record that we added the tree as a minor tree
max_talents_from_tree = rng.percent(65) and 2 or 1
print("Adding secondary tree "..tt.." to boss with "..max_talents_from_tree.." talents")
for i = max_talents_from_tree,1,-1 do
local t = table.remove(t_choices, 1)
if not t then break end
local max = (t.points == 1) and 1 or math.ceil(t.points * 1.2)
local step = max / 60
local lev = math.max(1, math.round(rng.float(0.75,1.15)*math.ceil(step * data.level)))
print(#shallow_trees, " * talent:", t.id, lev)
if instant then -- affected by game difficulty settings
if b:getTalentLevelRaw(t) < lev then b:learnTalent(t.id, true, lev - b:getTalentLevelRaw(t.id)) end
if t.mode == "sustained" and data.auto_sustain then b:forceUseTalent(t, {ignore_energy=true}) end
else -- applied when added to the level (unaffected by game difficulty settings)
b.learn_tids[t.id] = lev
end
end
if t.type[1]:find("/other$") then
print("[applyRandomClass] Random boss forbase talent because category /other", t.name, t.id, t.type[1])
ok = false
end
if ok then list[t.id] = true end
else
print("Tree "..tt.." rejected")
end
end
end
local nb = 4 + 0.38*data.level^.75 -- = 11 at level 50
nb = math.max(rng.range(math.floor(nb * 0.7), math.ceil(nb * 1.3)), 1)
print("Adding "..nb.." random class talents to boss")
local count, fails = 0, 0
while count < nb do
local tid = rng.tableIndex(list, b.learn_tids)
if not tid or fails > nb * 5 then break end
local t = b:getTalentFromId(tid)
if t then
if t.type[2] and known_types[t.type[1]] < t.type[2] - 1 then -- not enough of talents of type
fails = fails + 1
else -- ok to add
count = count + 1
else
table.insert(focus_trees, tt) --record that we added the tree as a major tree
local max_talents_from_tree = rng.percent(75) and 4 or 3
print("Adding primary tree "..tt.." to boss with "..max_talents_from_tree.." talents")
for i = max_talents_from_tree,1,-1 do
local t = table.remove(t_choices, 1)
if not t then break end
local max = (t.points == 1) and 1 or math.ceil(t.points * 1.2)
local step = max / 50
local lev = math.ceil(step * data.level)
print(count, " * talent:", tid, lev)
local lev = math.max(1, math.round(rng.float(0.75,1.25)*math.ceil(step * data.level)))
print(#focus_trees, " * talent:", t.id, lev)
if instant then -- affected by game difficulty settings
if b:getTalentLevelRaw(tid) < lev then b:learnTalent(tid, true, lev - b:getTalentLevelRaw(tid)) end
if t.mode == "sustained" and data.auto_sustain then b:forceUseTalent(tid, {ignore_energy=true}) end
if b:getTalentLevelRaw(t) < lev then b:learnTalent(t.id, true, lev - b:getTalentLevelRaw(t.id)) end
if t.mode == "sustained" and data.auto_sustain then b:forceUseTalent(t, {ignore_energy=true}) end
else -- applied when added to the level (unaffected by game difficulty settings)
b.learn_tids[tid] = lev
b.learn_tids[t.id] = lev
end
known_types[t.type[1]] = known_types[t.type[1]] + 1
list[tid] = nil
end
else list[tid] = nil
end
end
print(" ** Finished adding", count, "of", nb, "random class talents")
end
print(" ** Finished adding", #focus_trees, "of", nb_focus, "primary class trees") for i, tt in ipairs(focus_trees) do print("\t * ", tt) end
print(" ** Finished adding", #shallow_trees, "of", nb_shallow, "secondary class trees") for i, tt in ipairs(shallow_trees) do print("\t * ", tt) end
return true
end
......
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