yl_speak_up/fs_add_quest_steps.lua

444 lines
17 KiB
Lua

-- This order imposed here on the quest steps is the one in which the
-- quest steps have to be solved - as far as we can tell (the quest
-- may be in the process of beeing created and not logicly complete yet).
yl_speak_up.get_sorted_quest_step_list_by_prev_step = function(pname, q_id)
if(not(q_id) or not(yl_speak_up.quests[q_id]) or not(yl_speak_up.quests[q_id].step_data)) then
return {}
end
-- for now: sort alphabeticly
local step_data = yl_speak_up.quests[q_id].step_data
local liste = {}
for k, v in pairs(step_data) do
table.insert(liste, k)
end
table.sort(liste)
return liste
end
--[[ still belongs to the above function
-- add back links (or rather: forward links to quest steps that get enabled)
local connected = table.copy(step_data)
for k, v in pairs(connected) do
-- will store the inverse data
connected[k].inv_one_step_required = {}
connected[k].inv_all_steps_require = {}
end
for k, v in pairs(connected) do
if(k and v and v.one_step_required) then
for i, s in ipairs(v.one_step_required) do
table.insert(connected[s].inv_one_step_required, k)
end
end
if(k and v and v.all_steps_required) then
for i, s in ipairs(v.all_steps_required) do
table.insert(connected[s].inv_all_steps_required, k)
end
end
end
-- get those quest steps that are not connected and not used yet
local liste = {}
for k, v in pairs(connected) do
if(k and v
and #v.one_step_required == 0 and #v.all_steps_required == 0
and #v.inv_one_step_required == 0 and #v.inv_all_steps_required == 0) then
table.insert(liste, k)
end
end
-- sort alphabeticly
table.sort(liste)
-- remove those entries from our connection table (they're not connected anyway);
-- we have already added them to the beginning of the list
for i, v in ipairs(liste) do
connected[v] = nil
end
return liste
end
--]]
-- helper function: find out if a quest step is required by other quest steps
yl_speak_up.quest_step_get_required_for_steps = function(step_data)
local required_for_steps = {}
for s, d in pairs(step_data) do
required_for_steps[s] = {}
end
for s, d in pairs(step_data) do
if(s and d and d.one_step_required and type(d.one_step_required) == "table") then
for i, s2 in ipairs(d.one_step_required) do
table.insert(required_for_steps[s2], s)
end
end
if(s and d and d.all_steps_required and type(d.all_steps_required) == "table") then
for i, s2 in ipairs(d.all_steps_required) do
table.insert(required_for_steps[s2], s)
end
end
end
return required_for_steps
end
yl_speak_up.input_fs_add_quest_steps = function(player, formname, fields)
local pname = player:get_player_name()
if(not(fields) or not(pname) or not(yl_speak_up.speak_to[pname])) then
return
end
if(fields.back_from_error_msg) then
yl_speak_up.show_fs(player, "add_quest_steps")
return
end
if(fields.back) then
if(yl_speak_up.speak_to[pname].quest_step) then
yl_speak_up.show_fs(player, "manage_quest_steps", yl_speak_up.speak_to[pname].quest_step)
return
end
end
local q_id = yl_speak_up.speak_to[pname].q_id
-- TODO: check if the player can access that quest
if(not(q_id)) then
return yl_speak_up.show_fs(player, "manage_quests")
end
local quest = yl_speak_up.quests[q_id]
if(not(quest)) then
return yl_speak_up.show_fs(player, "manage_quests")
end
local step_data = quest.step_data
if(not(step_data)) then
yl_speak_up.quests[q_id].step_data = {}
end
-- other values needed later on
local current_step = yl_speak_up.speak_to[pname].quest_step
local mode = ""
if(pname and yl_speak_up.speak_to[pname] and yl_speak_up.speak_to[pname].quest_step_mode) then
mode = yl_speak_up.speak_to[pname].quest_step_mode
end
-- has a quest step be selected?
local work_step = nil
if(fields.add_step and fields.add_quest_step) then
-- create a new quest step
local new_step = fields.add_quest_step:trim()
-- a new one shall be created
local res = yl_speak_up.quest_step_add_quest_step(pname, q_id, new_step)
if(res ~= "OK") then
yl_speak_up.show_fs(player, "msg", {
input_to = "yl_speak_up:add_quest_steps",
formspec = "size[9,2]"..
"label[0.2,0.0;Error:\n"..
minetest.formspec_escape(minetest.wrap_text(res,80)).."]"..
"button[1.5,1.5;2,0.9;back_from_error_msg;Back]"})
return res
end
-- this will also be set if the quest step exists already; this is fine so far
work_step = new_step
elseif(fields.add_from_available
and yl_speak_up.speak_to[pname].available_quest_steps) then
-- selected a quest step from the list of available steps offered
local liste = yl_speak_up.speak_to[pname].available_quest_steps
local selected = minetest.explode_table_event(fields.add_from_available)
if(selected and selected.row and selected.row > 1 and selected.row <= #liste + 1) then
work_step = liste[selected.row - 1]
end
elseif(fields.delete_from_one_step_required and current_step and step_data[current_step]) then
-- remove a quest step from the list (from one step required)
local selected = minetest.explode_table_event(fields.delete_from_one_step_required)
local liste = (step_data[current_step].one_step_required or {})
if(selected and selected.row and selected.row > 1 and selected.row <= #liste + 1) then
table.remove(yl_speak_up.quests[q_id].step_data[current_step].one_step_required, selected.row-1)
end
yl_speak_up.save_quest(q_id)
return yl_speak_up.show_fs(player, "add_quest_steps")
elseif(fields.delete_from_all_steps_required and current_step and step_data[current_step]) then
-- remove a quest step from the lists (from all steps required)
local selected = minetest.explode_table_event(fields.delete_from_all_steps_required)
local liste = (step_data[current_step].all_steps_required or {})
if(selected and selected.row and selected.row > 1 and selected.row <= #liste + 1) then
table.remove(yl_speak_up.quests[q_id].step_data[current_step].all_steps_required, selected.row-1)
end
yl_speak_up.save_quest(q_id)
return yl_speak_up.show_fs(player, "add_quest_steps")
end
if(not(work_step)) then
return -- TODO
end
if(not(current_step) or not(step_data[current_step])) then
return yl_speak_up.show_fs(player, "manage_quests")
end
local required_for_steps = yl_speak_up.quest_step_get_required_for_steps(step_data)
-- if(step_data[work_step]
-- and step_data[work_step].one_step_required
-- and #step_data[work_step].one_step_required < 1
-- and step_data[work_step].all_steps_required
-- and #step_data[work_step].all_steps_required < 1
-- and #required_for_steps[work_step] < 1) then
-- this quest step is definitely suited
-- minetest.chat_send_player("singleplayer","SELECTED ok: "..tostring(work_step)) -- TODO
-- make sure we have a sane data structure
for i, s in ipairs({current_step, work_step}) do
if(s and yl_speak_up.quests[q_id].step_data[s]) then
if(not(yl_speak_up.quests[q_id].step_data[s].one_step_required)) then
yl_speak_up.quests[q_id].step_data[s].one_step_required = {}
end
if(not(yl_speak_up.quests[q_id].step_data[s].all_steps_required)) then
yl_speak_up.quests[q_id].step_data[s].all_steps_required = {}
end
end
end
-- actually do the work
if(mode == "add_to_one_needed") then
table.insert(yl_speak_up.quests[q_id].step_data[current_step].one_step_required, work_step)
elseif(mode == "add_to_all_needed") then
table.insert(yl_speak_up.quests[q_id].step_data[current_step].all_steps_required, work_step)
elseif(mode == "insert_after_prev_step") then
-- the work_step requires what the current step used to require
if(#step_data[current_step].one_step_required == 1) then
-- a clear insert is possible
yl_speak_up.quests[q_id].step_data[work_step].one_step_required = {
step_data[current_step].one_step_required[1]}
yl_speak_up.quests[q_id].step_data[current_step].one_step_required[1] = work_step
else
-- no useful information on what the new work_step ought to depend on;
-- we just insert the new step at the first place
table.insert(yl_speak_up.quests[q_id].step_data[current_step].one_step_required,
1, work_step)
end
elseif(mode == "insert_before_next_step") then
-- the work_step requires the current_step
table.insert(yl_speak_up.quests[q_id].step_data[work_step].one_step_required, 1, current_step)
-- the current step has exactly one successor? then we adjust that one
if(#required_for_steps[current_step] == 1) then
local next_step = required_for_steps[current_step][1]
local i = table.indexof(step_data[next_step].one_step_required, current_step)
local a = table.indexof(step_data[next_step].all_steps_required, current_step)
if(i > -1) then
-- is it in one_step_required? -> replace current_step with work_step
yl_speak_up.quests[q_id].step_data[next_step].one_step_required[i] = work_step
elseif(a > -1) then
-- or in all_steps_required? -> replace current_step with work_step
yl_speak_up.quests[q_id].step_data[next_step].all_steps_required[i] =work_step
end
end
end
yl_speak_up.save_quest(q_id)
return yl_speak_up.show_fs(player, "add_quest_steps")
end
-- small helper function for yl_speak_up.get_fs_add_quest_steps;
-- lists all the quest steps found in liste in the order they occour there
yl_speak_up.quest_step_list_show_table = function(formspec, table_specs, liste, data, required_for_steps)
local grey_if_zero = function(fs, n)
if(n and n == 0) then
table.insert(fs, "#444444")
else
table.insert(fs, "#FFFFFF")
end
table.insert(fs, minetest.formspec_escape(n))
end
table.insert(formspec, "tablecolumns["..
"color;text,align=right;".. -- #d.one_step_required
"color;text,align=right;".. -- #d.all_steps_required
"color;text,align=right;".. -- #required_for_steps (quest steps that need this one)
"color;text,align=right;".. -- #where (locations/NPC that *set* this quest step)
"color;text,align=left".. -- name of quest step
"]table[")
table.insert(formspec, table_specs)
table.insert(formspec,"#FFFFFF,(O),#FFFFFF,(A),#FFFFFF,(U),#FFFFFF,(L),#FFFFFF,Name of step:,")
local tmp = {}
for i, s in ipairs(liste or {}) do
local d = data[s]
if(not(d.one_step_required) or type(d.one_step_required) ~= "table") then
d.one_step_required = {}
end
grey_if_zero(tmp, #d.one_step_required)
if(not(d.all_steps_required) or type(d.all_steps_required) ~= "table") then
d.all_steps_required = {}
end
grey_if_zero(tmp, #d.all_steps_required)
if(not(required_for_steps[s])) then
required_for_steps[s] = {}
end
grey_if_zero(tmp, #required_for_steps[s])
if(not(d.where) or type(d.where) ~= "table") then
d.where = {}
end
local anz_where = 0
for k, v in pairs(d.where) do
anz_where = anz_where + 1
end
grey_if_zero(tmp, anz_where)
table.insert(tmp, "#AAFFAA")
table.insert(tmp, minetest.formspec_escape(s))
end
table.insert(formspec, table.concat(tmp, ","))
table.insert(formspec, ";]")
end
yl_speak_up.get_fs_add_quest_steps = function(player, param)
local pname = player:get_player_name()
if(not(pname) or not(yl_speak_up.speak_to[pname])) then
return yl_speak_up.show_fs(player, "manage_quests")
end
local q_id = yl_speak_up.speak_to[pname].q_id
-- TODO: check if the player can access that quest
if(not(q_id)) then
return yl_speak_up.show_fs(player, "manage_quests")
end
local quest = yl_speak_up.quests[q_id]
if(not(quest)) then
return yl_speak_up.show_fs(player, "manage_quests")
end
local step_data = quest.step_data
-- find out if a quest step is required by other quest steps
local required_for_steps = yl_speak_up.quest_step_get_required_for_steps(step_data)
local formspec = {}
table.insert(formspec, "size[12.5,17.3]")
-- add back button
table.insert(formspec, "button[8,0;2,0.7;back;Back]")
-- show which quest we're working at
table.insert(formspec, "label[0.2,1.0;Quest ID:]")
table.insert(formspec, "label[3.0,1.0;")
table.insert(formspec, minetest.formspec_escape(q_id))
table.insert(formspec, "]")
table.insert(formspec, "label[0.2,1.5;Quest name:]")
table.insert(formspec, "label[3.0,1.5;")
table.insert(formspec, minetest.formspec_escape(quest.name or "- unknown -"))
table.insert(formspec, "]")
-- add new quest step
table.insert(formspec, "label[0.2,2.2;Add a new quest step named:]")
table.insert(formspec, "button[11.1,2.4;1.2,0.7;add_step;Add]")
table.insert(formspec, "field[1.0,2.4;10,0.7;add_quest_step;;]")
local current_step = nil
local this_step_data = nil
if(pname and yl_speak_up.speak_to[pname] and yl_speak_up.speak_to[pname].quest_step) then
current_step = yl_speak_up.speak_to[pname].quest_step
this_step_data = step_data[current_step]
end
local mode = ""
if(pname and yl_speak_up.speak_to[pname] and yl_speak_up.speak_to[pname].quest_step_mode) then
mode = yl_speak_up.speak_to[pname].quest_step_mode
end
local y_pos = 3.3
if(current_step and mode == "insert_after_prev_step") then
local prev_step = "-"
if(this_step_data and this_step_data.one_step_required and #this_step_data.one_step_required > 0) then
prev_step = this_step_data.one_step_required[1]
end
table.insert(formspec, "label[0.2,3.3;between the previous step:]")
table.insert(formspec, "label[1.0,3.7;")
table.insert(formspec, minetest.colorize("#AAFFAA", minetest.formspec_escape(prev_step)))
table.insert(formspec, "]")
table.insert(formspec, "label[0.2,4.1;and the currently selected step:]")
table.insert(formspec, "label[1.0,4.5;")
table.insert(formspec, minetest.colorize("#FFFF00", minetest.formspec_escape(current_step)))
table.insert(formspec, "]")
y_pos = 5.3
elseif(current_step and mode == "insert_before_next_step") then
local next_step = "-"
if(current_step and required_for_steps[current_step] and #required_for_steps[current_step] > 0) then
next_step = required_for_steps[current_step][1]
end
table.insert(formspec, "label[0.2,3.3;between the currently selected step:]")
table.insert(formspec, "label[1.0,3.7;")
table.insert(formspec, minetest.colorize("#FFFF00", minetest.formspec_escape(current_step)))
table.insert(formspec, "]")
table.insert(formspec, "label[0.2,4.1;and the next step:]")
table.insert(formspec, "label[1.0,4.5;")
table.insert(formspec, minetest.colorize("#AAFFAA", minetest.formspec_escape(next_step)))
table.insert(formspec, "]")
y_pos = 5.3
elseif(current_step and mode == "add_to_one_needed") then
table.insert(formspec, "label[0.2,3.3;as a requirement to the currently selected step:]")
table.insert(formspec, "label[1.0,3.7;")
table.insert(formspec, minetest.colorize("#FFFF00", minetest.formspec_escape(current_step)))
table.insert(formspec, "]")
table.insert(formspec, "label[0.2,4.1;so that "..
minetest.colorize("#9999FF", "at least one")..
" of these requirements is fulfilled:]")
yl_speak_up.quest_step_list_show_table(formspec,
"0.2,4.3;12.0,3.0;delete_from_one_step_required;",
step_data[current_step].one_step_required,
step_data, required_for_steps)
table.insert(formspec, "label[0.2,7.5;(Click on an entry to delete it from the list above.)]")
y_pos = 8.3
elseif(current_step and mode == "add_to_all_needed") then
table.insert(formspec, "label[0.2,3.3;as a requirement to the currently selected step:]")
table.insert(formspec, "label[1.0,3.7;")
table.insert(formspec, minetest.colorize("#FFFF00", minetest.formspec_escape(current_step)))
table.insert(formspec, "]")
table.insert(formspec, "label[0.2,4.1;so that "..
minetest.colorize("#9999FF", "all")..
" of these requirements are fulfilled:]")
yl_speak_up.quest_step_list_show_table(formspec,
"0.2,4.3;12.0,3.0;delete_from_all_steps_required;",
step_data[current_step].all_steps_required,
step_data, required_for_steps)
table.insert(formspec, "label[0.2,7.5;(Click on an entry to delete it from the list above.)]")
y_pos = 8.3
end
-- some quest steps may not be available/may not make sense
local not_available = {}
if(current_step and step_data[current_step]) then
-- steps that are already required
for i, s in ipairs(step_data[current_step].one_step_required or {}) do
not_available[s] = true
end
for i, s in ipairs(step_data[current_step].all_steps_required or {}) do
not_available[s] = true
end
-- steps that directly require this quest step here
for i, s in ipairs(required_for_steps[current_step] or {}) do
not_available[s] = true
end
end
if(current_step) then
not_available[current_step] = true
end
-- build a list of candidates
local available_steps = {}
for k, v in pairs(step_data) do
if(not(not_available[k])) then
table.insert(available_steps, k)
end
end
table.sort(available_steps)
yl_speak_up.speak_to[pname].available_quest_steps = available_steps
table.insert(formspec, "label[0.2,")
table.insert(formspec, tostring(y_pos))
table.insert(formspec, ";or select an existing quest step from the list below:]")
yl_speak_up.quest_step_list_show_table(formspec,
"0.2,"..tostring(y_pos + 0.2)..";12.0,6.0;add_from_available;",
available_steps,
step_data, required_for_steps)
table.insert(formspec, "label[0.2,")
table.insert(formspec, tostring(y_pos + 6.5))
table.insert(formspec, ";Legend: The numbers show the amount of quest steps...\n"..
"\t(O) from which (o)ne needs to be achieved for this quest step\n"..
"\t(A) that (a)ll need to be achieved for this quest step\n"..
"\t(U) that require/(u)se this quest step in some form\n"..
"\t(L) Number of locations (npc/places) that "..
minetest.colorize("#9999FF", "set").." this quest step]")
return table.concat(formspec, "")
end