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Difference between revisions of "User:Fleeting Frames/librarian"
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m (→base2string_To_Index_Truth_Table: off-by-one error) |
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, then type librarian into dfhack console with fort loaded. | , then type librarian into dfhack console with fort loaded. | ||
| − | < | + | <syntaxhighlight lang="lua"> |
-- Display the contents of you library | -- Display the contents of you library | ||
-- | -- | ||
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Librarian () | Librarian () | ||
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Latest revision as of 00:43, 28 November 2022
--Usage: save into /hack/scripts folder of your ver .43.03 game installation (compatibility with other versions unknown but not expected; higher game versions should use PatrikLundell's original) , then type librarian into dfhack console with fort loaded.
-- Display the contents of you library
--
--error on line 846 - unfixable without editing df-structures, df.knowledge_scholar_category_flags doesn't have T_flags
--[====[
librarian
================
]====]
local dont_be_silly = false -- 'true' disables the "ook" part from the description of the return from hiding key.
local ook_start_x = 10 -- x position of where the "ook" key description appears, in case the script clashes with something else.
local gui = require 'gui'
local dialog = require 'gui.dialogs'
local widgets = require 'gui.widgets'
local guiScript = require 'gui.script'
local utils = require 'utils'
local Ui
--=====================================
local values = {[df.value_type.LAW] =
{[-3] = "finds the idea of law abhorrent",
[-2] = "disdains the law",
[-1] = "does not respect the law",
[0] = "doesn't feel strongly about the law",
[1] = "respects the law",
[2] = "has a great deal of respect for the law",
[3] = "is an absolute believer in the rule of law"},
[df.value_type.LOYALTY] =
{[-3] = "is disgusted by the idea of loyalty",
[-2] = "disdains loyalty",
[-1] = "views loyalty unfavorably",
[0] = "doesn't particularly value loyalty",
[1] = "values loyalty",
[2] = "greatly prizes loyalty",
[3] = "has the highest regard for loyalty"},
[df.value_type.FAMILY] =
{[-3] = "finds the idea of family loathsome",
[-2] = "lacks any respect for family",
[-1] = "is put off by family",
[0] = "does not care about family one way or the other",
[1] = "values family",
[2] = "values family greatly",
[3] = "sees family as one of the most important things in life"},
[df.value_type.FRIENDSHIP] =
{[-3] = "finds the whole idea of friendship disgusting",
[-2] = "is completely put off by the idea of friends",
[-1] = "finds friendship burdensome",
[0] = "does not care about friendship",
[1] = "thinks friendship is important",
[2] = "sees friendship as one of the finer things in life",
[3] = "believes friendship is the key to the ideal life"},
[df.value_type.POWER] =
{[-3] = "finds the acquisition and use of power abhorrent and would have all masters toppled",
[-2] = "hates those who wield power over others",
[-1] = "has a negative view of those who exercise power over others",
[0] = "doesn't find power particularly praiseworthy",
[1] = "respects power",
[2] = "sees power over others as something to strive for",
[3] = "believes that the acquisition of power over others is the ideal goal in life and worthy of the highest respect"},
[df.value_type.TRUTH] =
{[-3] = "is repelled by the idea of honesty and lies without compunction",
[-2] = "sees lying as an important means to an end",
[-1] = "finds blind honesty foolish",
[0] = "does not particularly value the truth",
[1] = "values honesty",
[2] = "believes that honesty is a high ideal",
[3] = "believes the truth is inviolable regardless of the cost"},
[df.value_type.CUNNING] =
{[-3] = "is utterly disgusted by guile and cunning",
[-2] = "holds shrewd and crafty individuals in the lowest esteem",
[-1] = "sees guile and cunning as indirect and somewhat worthless",
[0] = "does not really value cunning and guile",
[1] = "values cunning",
[2] = "greatly respects the shrewd and guileful",
[3] = "holds well-laid plans and shrewd deceptions in the highest regard"},
[df.value_type.ELOQUENCE] =
{[-3] = "sees artful speech and eloquence as a wasteful form of deliberate deception and treats it as such",
[-2] = "finds [him]self somewhat disgusted with eloquent speakers",
[-1] = "finds eloquence and artful speech off-putting",
[0] = "doesn't value eloquence so much",
[1] = "values eloquence",
[2] = "deeply respects eloquent speakers",
[3] = "believes that artful speech and eloquent expression are of the highest ideals"},
[df.value_type.FAIRNESS] =
{[-3] = "is disgusted by the idea of fairness and will freely cheat anybody at any time",
[-2] = "finds the idea of fair-dealing foolish and cheats whenever [he] finds it profitable",
[-1] = "sees life as unfair and doesn't mind it that way",
[0] = "does not care about fairness", -- one way or the other?
[1] = "respects fair-dealing and fair-play",
[2] = "has great respect for fairness",
[3] = "holds fairness as one of the highest ideals and despises cheating of any kind"},
[df.value_type.DECORUM] =
{[-3] = "is affronted of the whole notion of maintaining decorum and finds so-called dignified people disgusting",
[-2] = "sees those that attempt to maintain dignified and proper behavior as vain and offensive",
[-1] = "finds maintaining decorum a silly, fumbling waste of time",
[0] = "doesn't care very much about decorum",
[1] = "values decorum, dignity and proper behavior",
[2] = "greatly respects those that observe decorum and maintain their dignity",
[3] = "views decorum as a high ideal and is deeply offended by those that fail to maintain it"},
[df.value_type.TRADITION] =
{[-3] = "is disgusted by tradition and would flout any [he] encounters if given a chance",
[-2] = "find the following of tradition foolish and limiting",
[-1] = "disregards tradition",
[0] = "doesn't have any strong feelings about tradition",
[1] = "values tradition",
[2] = "is a firm believer in the value of tradition",
[3] = "holds the maintenance of tradition as one of the highest ideals"},
[df.value_type.ARTWORK] =
{[-3] = "finds art offensive and would have it destroyed whenever possible",
[-2] = "sees the whole pursuit of art as silly",
[-1] = "finds artwork boring",
[0] = "doesn't care about art one way or another",
[1] = "values artwork",
[2] = "greatly respects artists and their work",
[3] = "believes that the creation and appreciation of artwork is one of the highest ideals"},
[df.value_type.COOPERATION] =
{[-3] = "is thoroughly disgusted by cooperation",
[-2] = "views cooperation as a low ideal not worthy of any respect",
[-1] = "dislikes cooperation",
[0] = "doesn't see cooperation as valuable",
[1] = "values cooperation",
[2] = "sees cooperation as very important in life",
[3] = "places cooperation as one of the highest ideals"},
[df.value_type.INDEPENDENCE] =
{[-3] = "hates freedom and would crush the independent spirit wherever it is found",
[-2] = "sees freedom and independence as completely worthless",
[-1] = "finds the idea of independence and freedom somewhat foolish",
[0] = "doesn't really value independence one way or another",
[1] = "values independence",
[2] = "treasures independence",
[3] = "believes that freedom and independence are completely non-negotiable and would fight to defend them"},
[df.value_type.STOICISM] =
{[-3] = "sees concealment of emotions as a betrayal and tries [his] best never to associate with such secretive fools",
[-2] = "feels that those who attempt to conceal their emotions are vain and foolish",
[-1] = "sees no value in holding back complaints and concealing emotions",
[0] = "doesn't see much value in being stoic",
[1] = "believes it is important to conceal emotions and refrain from complaining",
[2] = "thinks it is of the utmost importance to present a bold face and never grouse, complain, and even show emotion",
[3] = "views any show of emotion as offensive"},
[df.value_type.INTROSPECTION] =
{[-3] = "finds the whole idea of introspection completely offensive and contrary to the ideals of a life well-lived",
[-2] = "thinks that introspection is valueless and those that waste time in self-examination are deluded fools",
[-1] = "finds introspection to be a waste of time",
[0] = "doesn't really see the value in self-examination",
[1] = "sees introspection as important",
[2] = "deeply values introspection",
[3] = "feels that introspection and all forms of self-examination are the keys to a good life and worthy of respect"},
[df.value_type.SELF_CONTROL] =
{[-3] = "has abandoned any attempt at self-control and finds the whole concept deeply offensive",
[-2] = "sees the denial of impulses as a vain and foolish pursuit",
[-1] = "finds those that deny their impulses somewhat stiff",
[0] = "doesn't particularly value self-control",
[1] = "values self-control",
[2] = "finds moderation and self-control to be very important",
[3] = "believes that self-mastery and the denial of impulses are of the highest ideals"},
[df.value_type.TRANQUILITY] =
{[-3] = "is disgusted by tranquility and would that the world would constantly churn with noise and activity",
[-2] = "is greatly disturbed by quiet and a peaceful existence",
[-1] = "prefers a noisy, bustling life to boring days without activity",
[0] = "doesn't have a preference between tranquility and tumult",
[1] = "values tranquility and a peaceful day",
[2] = "strongly values tranquility and quiet",
[3] = "views tranquility as one of the highest ideals"},
[df.value_type.HARMONY] =
{[-3] = "believes deeply that chaos and disorder are the truest expressions of life and would disrupt harmony wherever it is found",
[-2] = "can't fathom why anyone would want to live in an orderly and harmonious society",
[-1] = "doesn't respect a society that has settled into harmony without debate and strife",
[0] = "sees equal parts of harmony and discord as parts of life",
[1] = "values a harmonious existence",
[2] = "strongly believes that a peaceful and ordered society without dissent is best",
[3] = "would have the world operate in complete harmony without the least bit of strife and disorder"},
[df.value_type.MERRIMENT] =
{[-3] = "is appalled by merrymaking, parties and other such worthless activities",
[-2] = "is disgusted by merrymakers",
[-1] = "sees merrymaking as a waste",
[0] = "doesn't really value merrymaking",
[1] = "finds merrymaking and parying worthwhile activities",
[2] = "truly values merrymaking and parties",
[3] = "believes that little is better in life than a good party"},
[df.value_type.CRAFTSMANSHIP] =
{[-3] = "views craftdwarfship with disgust and would desecrate a so-called masterwork or two if [he] could get away with it",
[-2] = "sees the pursuit of good craftdwarfship as a total waste",
[-1] = "considers craftdwarfship to be relatively worthless",
[0] = "doesn't particularly care about crafdwarfship",
[1] = "values good craftdwarfship",
[2] = "has a great deal of respect for worthy craftdwarfship",
[3] = "holds craftdwarfship to be of the highest ideals and celebrates talented artisans and their masterworks"},
[df.value_type.MARTIAL_PROWESS] =
{[-3] = "abhors those who pursue the mastery of weapons and skill with fighting",
[-2] = "thinks that the pursuit of the skills of warfare and fighting is a low pursuit indeed",
[-1] = "finds those that develop skills with weapons and fighting distasteful",
[0] = "does not really value skills related to fighting",
[1] = "values martial prowess",
[2] = "deeply respects skill at arms",
[3] = "believes that martial prowess defines the good character of an individual"},
[df.value_type.SKILL] =
{[-3] = "sees the whole idea of taking time to master a skill as appalling",
[-2] = "believes that the time taken to master a skill is a horrible waste",
[-1] = "finds the pursuit of skill mastery off-putting",
[0] = "doesn't care if others take the time to master skills",
[1] = "respects the development of skill",
[2] = "really respects those that take the time to master a skill",
[3] = "believes that the mastery of a skill is one of the highest pursuits"},
[df.value_type.HARD_WORK] =
{[-3] = "finds the proposition that one should work hard in life utterly abhorrent",
[-2] = "thinks working hard is an abject idiocy",
[-1] = "sees working hard as a foolish waste of time",
[0] = "doesn't really see the point of working hard",
[1] = "values hard work",
[2] = "deeply respects those that work hard at their labors",
[3] = "believes that hard work is one of the highest ideals and a key to the good life"},
[df.value_type.SACRIFICE] =
{[-3] = "thinks that the whole concept of sacrifice for others is truly disgusting",
[-2] = "finds sacrifice to be the height of folly",
[-1] = "sees sacrifice as wasteful and foolish",
[0] = "doesn't particularly respect sacrifice as a virtue",
[1] = "values sacrifice",
[2] = "believes that those who sacrifice for others should be deeply respected",
[3] = "sacrifice to be one of the highest ideals"},
[df.value_type.COMPETITION] =
{[-3] = "finds the very idea of competition obscene",
[-2] = "deeply dislikes competition",
[-1] = "sees competition as wasteful and silly",
[0] = "doesn't have strong views on competition",
[1] = "sees competition as reasonably important",
[2] = "views competition as a crucial driving force of the world",
[3] = "holds the idea of competition among the most important and would encourage it whenever possible"},
[df.value_type.PERSEVERENCE] =
{[-3] = "finds the notion that one would persevere through adversity completely abhorrent",
[-2] = "thinks there is something deeply wrong with people the persevere through adversity",
[-1] = "sees perseverance in the face of adversity as bull-headed and foolish",
[0] = "doesn't think much about the idea of perseverance",
[1] = "respects perseverance",
[2] = "greatly respects individuals that persevere through their trials and labors",
[3] = "believes that perseverance is one of the greatest qualities somebody can have"},
[df.value_type.LEISURE_TIME] =
{[-3] = "believes that those that take leisure time are evil and finds the whole idea disgusting",
[-2] = "is offended by leisure time and leisurely living",
[-1] = "finds leisure time wasteful", -- also "prefers a noisy, bustling life to boring days without activity",?
[0] = "doesn't think one way or the other about leisure time",
[1] = "values leisure time",
[2] = "treasures leisure time and thinks it is very important in life",
[3] = "believes it would be a fine thing if all time were leisure time"},
[df.value_type.COMMERCE] =
{[-3] = "holds the view that commerce is a vile obscenity",
[-2] = "finds those that engage in trade and commerce to be fairly disgusting",
[-1] = "is somewhat put off by trade and commerce",
[0] = "doesn't particularly respect commerce",
[1] = "respects commerce",
[2] = "really respects commerce and those that engage in trade",
[3] = "sees engaging in commerce as a high ideal in life"},
[df.value_type.ROMANCE] =
{[-3] = "finds even the abstract idea of romance repellent",
[-2] = "is somewhat disgusted by romance",
[-1] = "finds romance distasteful",
[0] = "doesn't care one way or the other about romance",
[1] = "values romance",
[2] = "thinks romance is very important in life",
[3] = "sees romance as one of the highest ideals"},
[df.value_type.NATURE] =
{[-3] = "would just as soon have nature and the great outdoors burned to ashes and converted into a great mining pit",
[-2] = "has a deep dislike for the natural world",
[-1] = "finds nature somewhat disturbing",
[0] = "doesn't care about nature one way or another",
[1] = "values nature",
[2] = "has a deep respect for animals, plants and the natural world",
[3] = "holds nature to be of greater value than most aspects of civilization"},
[df.value_type.PEACE] =
{[-3] = "thinks that the world should be engaged into perpetual warfare",
[-2] = "believes war is preferable to peace in general",
[-1] = "sees was as a useful means to an end",
[0] = "doesn't particularly care between war and peace",
[1] = "values peace over war",
[2] = "believes that peace is always preferable to war",
[3] = "believes that the idea of war is utterly repellent and would have peace at all costs"},
[df.value_type.KNOWLEDGE] =
{[-3] = "sees the attainment and preservation of knowledge as an offensive enterprise engaged in by arrogant fools",
[-2] = "thinks the quest for knowledge is a delusional fantasy",
[-1] = "finds the pursuit of knowledge to be a waste of effort",
[0] = "doesn't see the attainment of knowledge as important",
[1] = "values knowledge",
[2] = "views the pursuit of knowledge as deeply important",
[3] = "finds the quest for knowledge to be of the very highest value"}}
--=====================================
local knowledge =
{[0] = {[df.knowledge_scholar_flags_0.philosophy_logic_formal_reasoning] = "Philosophy, Logic, Formal reasoning",
[df.knowledge_scholar_flags_0.philosophy_logic_deductive_reasoning] = "Philosophy, Logic, Deductive reasoning",
[df.knowledge_scholar_flags_0.philosophy_logic_syllogistic_logic] = "Philosophy, Logic, Syllogistic logic",
[df.knowledge_scholar_flags_0.philosophy_logic_hypothetical_syllogisms] = "Philosophy, Logic, Hypothetical syllogisms",
[df.knowledge_scholar_flags_0.philosophy_logic_propositional_logic] = "Philosophy, Logic, Propositional",
[df.knowledge_scholar_flags_0.philosophy_logic_dialectic_reasoning] = "Philosophy, Logic, Dialectic reasoning",
[df.knowledge_scholar_flags_0.philosophy_logic_analogical_inference] = "Philosophy, Logic, Analogical inference",
[df.knowledge_scholar_flags_0.philosophy_ethics_applied_medical] = "Philosophy, Ethics, Medical",
[df.knowledge_scholar_flags_0.philosophy_ethics_individual_value] = "Philosophy, Ethics, Individual value",
[df.knowledge_scholar_flags_0.philosophy_ethics_state_consequentialism] = "Philosophy, Ethics, State consequentialism",
[df.knowledge_scholar_flags_0.philosophy_epistemology_truth] = "Philosophy, Epistemology, Truth",
[df.knowledge_scholar_flags_0.philosophy_epistemology_perception] = "Philosophy, Epistemology, Perception",
[df.knowledge_scholar_flags_0.philosophy_epistemology_justification] = "Philosophy, Epistemology, Justification",
[df.knowledge_scholar_flags_0.philosophy_epistemology_belief] = "Philosophy, Epistemology, Belief",
[df.knowledge_scholar_flags_0.philosophy_metaphysics_existence] = "Philosophy, Metaphysics, Existence",
[df.knowledge_scholar_flags_0.philosophy_metaphysics_time] = "Philosophy, Metaphysics, Time",
[df.knowledge_scholar_flags_0.philosophy_metaphysics_mind_body] = "Philosophy, Metaphysics, Mind-body",
[df.knowledge_scholar_flags_0.philosophy_metaphysics_objects_and_properties] = "Philosophy, Metaphysics, Objects and properties",
[df.knowledge_scholar_flags_0.philosophy_metaphysics_wholes_and_parts] = "Philosophy, Metaphysics, Wholes and parts",
[df.knowledge_scholar_flags_0.philosophy_metaphysics_events] = "Philosophy, Metaphysics, Events",
[df.knowledge_scholar_flags_0.philosophy_metaphysics_processes] = "Philosophy, Metaphysics, Processes",
[df.knowledge_scholar_flags_0.philosophy_metaphysics_causation] = "Philosophy, Metaphysics, Causation",
[df.knowledge_scholar_flags_0.philosophy_ethics_applied_military] = "Philosophy, Ethics applied, Military",
[df.knowledge_scholar_flags_0.philosophy_ethics_applied_interpersonal_conduct] = "Philosophy, Ethics applied, Interpersonal ethics",
[df.knowledge_scholar_flags_0.philosophy_specialized_law] = "Philosophy, Specialized, Law",
[df.knowledge_scholar_flags_0.philosophy_specialized_education] = "Philosophy, Specialized, Education",
[df.knowledge_scholar_flags_0.philosophy_specialized_language_grammar] = "Philosophy, Specialized language, Grammar",
[df.knowledge_scholar_flags_0.philosophy_specialized_language_etymology] = "Philosophy, Specialized language Etymology",
[df.knowledge_scholar_flags_0.philosophy_specialized_politics_diplomacy] = "Philosophy, Specialized politics, Diplomacy",
[df.knowledge_scholar_flags_0.philosophy_specialized_politics_government_forms] = "Philosophy, Specialized politics, Government forms",
[df.knowledge_scholar_flags_0.philosophy_specialized_politics_economic_policy] = "Philosophy, Specialized politics, Economic policy",
[df.knowledge_scholar_flags_0.philosophy_specialized_politics_social_welfare] = "Philosophy, Specialized politics, Social welfare"},
[1] = {[df.knowledge_scholar_flags_1.philosophy_logic_inductive_reasoning] = "Philosophy, Logic, Inductive reasoning",
[df.knowledge_scholar_flags_1.philosophy_logic_direct_inference] = "Philosophy, Logic, Direct inference",
[df.knowledge_scholar_flags_1.philosophy_aesthetics_nature_of_beauty] = "Philosophy, Aesthetics, Nature of beauty",
[df.knowledge_scholar_flags_1.philosophy_aesthetics_value_of_art] = "Philosophy, Aesthetics, Value of art",
[df.knowledge_scholar_flags_1.philosophy_specialized_language_dictionary] = "Philosophy, Specialized language, Dictionary"},
[2] = {[df.knowledge_scholar_flags_2.mathematics_method_proof_by_contradiction] = "Mathematics, Method, Proof by contradiction",
[df.knowledge_scholar_flags_2.mathematics_notation_zero] = "Mathematics, Notation, Zero",
[df.knowledge_scholar_flags_2.mathematics_notation_negative_numbers] = "Mathematics, Notation, Negative numbers",
[df.knowledge_scholar_flags_2.mathematics_notation_large_numbers] = "Mathematics, Notation, Scientific notation",
[df.knowledge_scholar_flags_2.mathematics_notation_positional] = "Mathematics, Notation, Positional",
[df.knowledge_scholar_flags_2.mathematics_geometry_basic_objects] = "Mathematics, Geometry, Basic objects",
[df.knowledge_scholar_flags_2.mathematics_method_exhaustion] = "Mathematics, Method, Exhaustion",
[df.knowledge_scholar_flags_2.mathematics_geometry_similar_and_congruent_triangles] = "Mathematics, Geometry, Similar and congruent triangles",
[df.knowledge_scholar_flags_2.mathematics_geometry_geometric_mean_theorem] = "Mathematics, Geometry, Geometric mean theorem",
[df.knowledge_scholar_flags_2.mathematics_geometry_isosceles_base_angles_equal] = "Mathematics, Geometry, Isosceles base angles equal",
[df.knowledge_scholar_flags_2.mathematics_geometry_inscribed_triangle_on_diameter_is_right] = "Mathematics, Geometry, Inscribed triangle on diameter is right",
[df.knowledge_scholar_flags_2.mathematics_geometry_pythagorean_theorem] = "Mathematics, Geometry, Pythagorean theorem",
[df.knowledge_scholar_flags_2.mathematics_geometry_pythagorean_triples_small] = "Mathematics, Geometry, Pythagorean triples small",
[df.knowledge_scholar_flags_2.mathematics_geometry_pythagorean_triples_3_digit] = "Mathematics, Geometry, Pythagorean triples 3 digit",
[df.knowledge_scholar_flags_2.mathematics_geometry_pythagorean_triples_4_digit] = "Mathematics, Geometry, Pythagorean triples 4 digit",
[df.knowledge_scholar_flags_2.mathematics_geometry_existence_of_incommensurable_ratios] = "Mathematics, Geometry, Irrational numbers",
[df.knowledge_scholar_flags_2.mathematics_method_axiomatic_reasoning] = "Mathematics, Method, Axiomatic reasoning",
[df.knowledge_scholar_flags_2.mathematics_numbers_unique_prime_factorization] = "Mathematics, Numbers, Unique prime factorization",
[df.knowledge_scholar_flags_2.mathematics_numbers_algorithm_for_computing_gcd] = "Mathematics, Numbers, Algorithm for computing GCD",
[df.knowledge_scholar_flags_2.mathematics_geometry_volume_of_pyramid] = "Mathematics, Geometry, Volume of pyramid",
[df.knowledge_scholar_flags_2.mathematics_geometry_volume_of_cone] = "Mathematics, Geometry, Volume of cone",
[df.knowledge_scholar_flags_2.mathematics_geometry_volume_of_sphere] = "Mathematics, Geometry, Volume of Sphere",
[df.knowledge_scholar_flags_2.mathematics_geometry_pi_to_4_digits] = "Mathematics, Geometry, Pi to 4 digits",
[df.knowledge_scholar_flags_2.mathematics_numbers_division_algorithm] = "Mathematics, Numbers, Division algorithm",
[df.knowledge_scholar_flags_2.mathematics_geometry_table_of_chord_values] = "Mathematics, Geometry, Chord tables",
[df.knowledge_scholar_flags_2.mathematics_geometry_area_of_triangle_from_side_lengths] = "Mathematics, Geometry, Area of triangle from side lengths",
[df.knowledge_scholar_flags_2.mathematics_geometry_area_of_circle] = "Mathematics, Geometry, Area of circle",
[df.knowledge_scholar_flags_2.mathematics_geometry_pi_to_6_digits] = "Mathematics, Geometry, Pi to 6 digits",
[df.knowledge_scholar_flags_2.mathematics_geometry_definitions_and_basic_properties_of_conic_sections] = "Mathematics, Geometry, Conic sections",
[df.knowledge_scholar_flags_2.mathematics_numbers_chinese_remainder_algorithm] = "Mathematics, Numbers, Chinese remainder algorithm",
[df.knowledge_scholar_flags_2.mathematics_geometry_area_enclosed_by_line_and_parabola] = "Mathematics, Geometry, Area enclosed by line and parabola",
[df.knowledge_scholar_flags_2.mathematics_numbers_sieve_algorithm_for_primes] = "Mathematics, Numbers, Sieve algorithm for primes"},
[3] = {[df.knowledge_scholar_flags_3.mathematics_numbers_root_2_to_5_digits] = "Mathematics, Numbers, Approximation of root 2",
[df.knowledge_scholar_flags_3.mathematics_numbers_infinite_primes] = "Mathematics, Numbers, Euclid's Theorem",
[df.knowledge_scholar_flags_3.mathematics_numbers_root_2_irrational] = "Mathematics, Numbers Irrationality of root 2",
[df.knowledge_scholar_flags_3.mathematics_geometry_surface_area_of_sphere] = "Mathematics, Gometry, Surface area of sphere",
[df.knowledge_scholar_flags_3.mathematics_algebra_finite_summation_formulas] = "Mathematics, Algebra, Large sums",
[df.knowledge_scholar_flags_3.mathematics_algebra_solving_linear_systems] = "Mathematics, Algebra, Systems of equations",
[df.knowledge_scholar_flags_3.mathematics_algebra_balancing_and_completion] = "Mathematics, Algbra, Balancing and completion",
[df.knowledge_scholar_flags_3.mathematics_algebra_quadratic_by_completing_square] = "Mathematics, Algebra, Quadratic by completing square",
[df.knowledge_scholar_flags_3.mathematics_algebra_quadratic_formula] = "Mathematics, Algebra, Quadratic formula",
[df.knowledge_scholar_flags_3.mathematics_notation_syncopated_algebra] = "Mathematics, Notation, Syncopated algebra",
[df.knowledge_scholar_flags_3.mathematics_geometry_law_of_sines] = "Mathematics, Geometry, Law of sines",
[df.knowledge_scholar_flags_3.mathematics_geometry_angle_sum_difference_trig_identities] = "Mathematics, Geometry, Sum-difference trig identities",
[df.knowledge_scholar_flags_3.mathematics_algebra_pascals_triangle] = "Mathematics, Algebra, Pascal's triangle",
[df.knowledge_scholar_flags_3.mathematics_algebra_solving_higher_order_polynomials] = "Mathematics, Algebra, Solving higher order polynomials",
[df.knowledge_scholar_flags_3.mathematics_notation_early_symbols_for_operations] = "Mathematics, Notation, Symbol for addition",
[df.knowledge_scholar_flags_3.mathematics_algebra_divergence_of_harmonic_series] = "Mathematics, Algebra, Divergence of harmonic series",
[df.knowledge_scholar_flags_3.mathematics_geometry_properties_of_chords] = "Mathematics, Geometry, Properties of chords"},
[4] = {[df.knowledge_scholar_flags_4.history_sourcing_basic_reliability] = "History, Sourcing, Source reliability",
[df.knowledge_scholar_flags_4.history_sourcing_role_of_systemic_bias] = "History, Sourcing, Role of systemic bias",
[df.knowledge_scholar_flags_4.history_sourcing_role_of_state_bias_and_propaganda] = "History, Sourcing, Role of state bias and propaganda",
[df.knowledge_scholar_flags_4.history_sourcing_personal_interviews] = "History, Sourcing, Personal interviews",
[df.knowledge_scholar_flags_4.history_theory_historical_causation] = "History, Theory, Historical causation",
[df.knowledge_scholar_flags_4.history_theory_historical_cycles] = "History, Theory, Historical cycles",
[df.knowledge_scholar_flags_4.history_theory_social_cohesion] = "History, Theory, Sociology",
[df.knowledge_scholar_flags_4.history_theory_social_conflict] = "History, Theory, Social conflict",
[df.knowledge_scholar_flags_4.history_form_biography] = "History, Form, Biography",
[df.knowledge_scholar_flags_4.history_form_comparative_biography] = "History, Form, Comparative biography",
[df.knowledge_scholar_flags_4.history_form_biographical_dictionaries] = "History, Form, Biographical dictionaries",
[df.knowledge_scholar_flags_4.history_form_autobiographical_adventure] = "History, Form, Autobiographical adventure",
[df.knowledge_scholar_flags_4.history_form_genealogy] = "History, Form, Genealogy",
[df.knowledge_scholar_flags_4.history_form_encyclopedia] = "History, Form, Encyclopedia",
[df.knowledge_scholar_flags_4.history_form_cultural_history] = "History, Form, Cultural history",
[df.knowledge_scholar_flags_4.history_form_cultural_comparison] = "History, Form, Comparative anthropology",
[df.knowledge_scholar_flags_4.history_sourcing_role_of_cultural_differences] = "History, Sourcing, Role of cultural differences",
[df.knowledge_scholar_flags_4.history_form_alternate_history] = "History, Form, Alternate history",
[df.knowledge_scholar_flags_4.history_sourcing_basic_archaeology] = "History, Sourcing, Archaeology",
[df.knowledge_scholar_flags_4.history_form_treatise_on_tech_evolution] = "History, Form, Treatise on tech evolution"},
[5] = {[df.knowledge_scholar_flags_5.astronomy_phases_of_the_moon] = "Astronomy, -, Phases of the moon",
[df.knowledge_scholar_flags_5.astronomy_summer_winter_moon] = "Astronomy, -, Summer winter moon",
[df.knowledge_scholar_flags_5.astronomy_path_of_the_moon] = "Astronomy, -, Path of the moon",
[df.knowledge_scholar_flags_5.astronomy_tides_and_the_moon] = "Astronomy, -, Tides and the moon",
[df.knowledge_scholar_flags_5.astronomy_height_of_tides_vs_moon_and_sun] = "Astronomy, -, Tides and the moon",
[df.knowledge_scholar_flags_5.astronomy_summer_winter_sun] = "Astronomy, -, Summer winter sun",
[df.knowledge_scholar_flags_5.astronomy_relationship_between_lunar_solar_year] = "Astronomy, -, Relationship between lunar solar year",
[df.knowledge_scholar_flags_5.astronomy_daylight_variation_with_solar_year] = "Astronomy, -, Daylight variation with solar year",
[df.knowledge_scholar_flags_5.astronomy_geocentric_model] = "Astronomy, -, Geocentric model",
[df.knowledge_scholar_flags_5.astronomy_heliocentric_model] = "Astronomy, -, Heliocentric model",
[df.knowledge_scholar_flags_5.astronomy_dates_of_lunar_and_solar_eclipses] = "Astronomy, -, Dates of lunar and solar eclipses",
[df.knowledge_scholar_flags_5.astronomy_star_charts] = "Astronomy, -, Astrography",
[df.knowledge_scholar_flags_5.astronomy_star_catalogues_100] = "Astronomy, -, Star catalogues 100",
[df.knowledge_scholar_flags_5.astronomy_star_catalogues_1000] = "Astronomy, -, Star catalogues 1000",
[df.knowledge_scholar_flags_5.astronomy_star_color_classification] = "Astronomy, -, Stellar Spectroscopy",
[df.knowledge_scholar_flags_5.astronomy_star_magnitude_classification] = "Astronomy, -, Star magnitude classification",
[df.knowledge_scholar_flags_5.astronomy_shape_of_the_world] = "Astronomy, -, Shape of the world",
[df.knowledge_scholar_flags_5.astronomy_precession_of_equinoxes] = "Astronomy, -, Precession of equinoxes",
[df.knowledge_scholar_flags_5.astronomy_method_empirical_observation] = "Astronomy, Method, Empirical observation",
[df.knowledge_scholar_flags_5.astronomy_method_path_models] = "Astronomy, Method, Path models"},
[6] = {[df.knowledge_scholar_flags_6.naturalist_method_dissection] = "Naturalist, Method, Dissection",
[df.knowledge_scholar_flags_6.naturalist_observation_anatomy] = "Naturalist, Observation, Anatomy",
[df.knowledge_scholar_flags_6.naturalist_theory_comparative_anatomy] = "Naturalist, Theory, Comparative anatomy",
[df.knowledge_scholar_flags_6.naturalist_theory_classification_by_physical_features] = "Naturalist, Theory, Physical taxonomy",
[df.knowledge_scholar_flags_6.naturalist_observation_migration_patterns] = "Naturalist, Observation, Migration patterns",
[df.knowledge_scholar_flags_6.naturalist_observation_reproductive_behavior] = "Naturalist, Observation, Reproductive behavior",
[df.knowledge_scholar_flags_6.naturalist_observation_foraging_behavior_and_diet] = "Naturalist, Observation, Foraging behavior",
[df.knowledge_scholar_flags_6.naturalist_theory_food_chain] = "Naturalist, Theory, Food chain",
[df.knowledge_scholar_flags_6.naturalist_observation_social_behavior] = "Naturalist, Observation, Social behavior",
[df.knowledge_scholar_flags_6.naturalist_observation_diseases] = "Naturalist, Observation, Veterinary medicine",
[df.knowledge_scholar_flags_6.naturalist_theory_climactic_adaptation] = "Naturalist, Theory, Climactic adaptation",
[df.knowledge_scholar_flags_6.naturalist_observation_embriological_development] = "Naturalist, Observation, Embryology",
[df.knowledge_scholar_flags_6.naturalist_theory_struggle_for_existence] = "Naturalist, Theory, Struggle for existence"},
[7] = {[df.knowledge_scholar_flags_7.chemistry_classification_combustibles] = "Chemistry, Classification, Combustibles",
[df.knowledge_scholar_flags_7.chemistry_classification_ores] = "Chemistry, Classification, Ores",
[df.knowledge_scholar_flags_7.chemistry_metallurgy_alloys] = "Chemistry, Metallurgy, Alloys",
[df.knowledge_scholar_flags_7.chemistry_classification_scratch_test] = "Chemistry, Classification, Scratch test",
[df.knowledge_scholar_flags_7.chemistry_classification_elemental_theory] = "Chemistry, Classification, Elemental theory",
[df.knowledge_scholar_flags_7.chemistry_chemicals_adhesives] = "Chemistry, Chemicals, Adhesives",
[df.knowledge_scholar_flags_7.chemistry_laboratory_blast_furnace] = "Chemistry, Laboratory, Blast furnace",
[df.knowledge_scholar_flags_7.chemistry_laboratory_alembic] = "Chemistry, Laboratory, Alembic",
[df.knowledge_scholar_flags_7.chemistry_laboratory_theory_of_liquid_liquid_extraction] = "Chemistry, Laboratory, Theory of liquid liquid extraction",
[df.knowledge_scholar_flags_7.chemistry_laboratory_theory_of_distillation] = "Chemistry, Laboratory, Theory of distillation",
[df.knowledge_scholar_flags_7.chemistry_laboratory_theory_of_evaporation] = "Chemistry, Laboratory, Theory of evaporation",
[df.knowledge_scholar_flags_7.chemistry_classification_alkali_and_acids] = "Chemistry, Classification, Alkali and acids",
[df.knowledge_scholar_flags_7.chemistry_laboratory_systematic_experiments] = "Chemistry, Laboratory, Systematic experiments",
[df.knowledge_scholar_flags_7.chemistry_laboratory_glass_flask] = "Chemistry, Laboratory, Glass flask",
[df.knowledge_scholar_flags_7.chemistry_laboratory_glass_beaker] = "Chemistry, Laboratory, Glass beaker",
[df.knowledge_scholar_flags_7.chemistry_laboratory_glass_vial] = "Chemistry, Laboratory, Glass vial",
[df.knowledge_scholar_flags_7.chemistry_laboratory_glass_funnel] = "Chemistry, Laboratory, Glass funnel",
[df.knowledge_scholar_flags_7.chemistry_laboratory_crucible] = "Chemistry, Laboratory, Crucible",
[df.knowledge_scholar_flags_7.chemistry_chemicals_nitric_acid] = "Chemistry, Chemicals, Spirit of niter",
[df.knowledge_scholar_flags_7.chemistry_chemicals_sulfuric_acid] = "Chemistry, Chemicals, Oil of vitriol",
[df.knowledge_scholar_flags_7.chemistry_chemicals_aqua_regia] = "Chemistry, Chemicals, Aqua regia",
[df.knowledge_scholar_flags_7.chemistry_laboratory_glass_ampoule] = "Chemistry, Laboratory, Glass ampoule",
[df.knowledge_scholar_flags_7.chemistry_laboratory_glass_retort] = "Chemistry, Laboratory, Glass retort",
[df.knowledge_scholar_flags_7.chemistry_laboratory_lab_ovens] = "Chemistry, Laboratory, Lab ovens"},
[8] = {[df.knowledge_scholar_flags_8.geography_surveying_basic] = "Geography, Surveying, Basic",
[df.knowledge_scholar_flags_8.geography_surveying_staff] = "Geography, Surveying, Surveying staff",
[df.knowledge_scholar_flags_8.geography_cartography_basic] = "Geography, Cartography, Basic",
[df.knowledge_scholar_flags_8.geography_surveying_triangulation] = "Geography, Surveying, Triangulation",
[df.knowledge_scholar_flags_8.geography_surveying_cartographical] = "Geography, Surveying, Cartographical surveying",
[df.knowledge_scholar_flags_8.geography_surveying_land] = "Geography, Surveying, Land surveying",
[df.knowledge_scholar_flags_8.geography_surveying_military] = "Geography, Surveying, Military surveying",
[df.knowledge_scholar_flags_8.geography_surveying_engineering] = "Geography, Surveying, Engineering surveying",
[df.knowledge_scholar_flags_8.geography_cartography_geological] = "Geography, Cartography, Geological",
[df.knowledge_scholar_flags_8.geography_cartography_grid_system] = "Geography, Cartography, Grid system",
[df.knowledge_scholar_flags_8.geography_cartography_distance_scale] = "Geography, Cartography, Distance scale",
[df.knowledge_scholar_flags_8.geography_cartography_height_measurements] = "Geography, Cartography, Height measurements",
[df.knowledge_scholar_flags_8.geography_method_economic_data_collection] = "Geography, Methods, Econometrics",
[df.knowledge_scholar_flags_8.geography_cartography_economic] = "Geography, Cartography, Economic",
[df.knowledge_scholar_flags_8.geography_form_atlas] = "Geography, Form, Atlas",
[df.knowledge_scholar_flags_8.geography_theory_delta_formation] = "Geography, Theory, Delta formation",
[df.knowledge_scholar_flags_8.geography_theory_wind_patterns] = "Geography, Theory, Anemology (Wind patterns)",
[df.knowledge_scholar_flags_8.geography_theory_origin_of_rainfall_from_evap_condense] = "Geography, Theory, Origin of rainfall from evap condense",
[df.knowledge_scholar_flags_8.geography_theory_water_cycle] = "Geography, Theory, Water cycle",
[df.knowledge_scholar_flags_8.geography_theory_latitude_climate_zones] = "Geography, Theory, Latitude climate zones",
[df.knowledge_scholar_flags_8.geography_cartography_accurate_maps] = "Geography, Cartography, Accurate maps",
[df.knowledge_scholar_flags_8.geography_cartography_map_projections] = "Geography, Cartography, Map projections"},
[9] = {[df.knowledge_scholar_flags_9.medicine_theory_disease_and_fouled_water] = "Medicine, Theory, Disease and fouled water",
[df.knowledge_scholar_flags_9.medicine_method_physical_examination] = "Medicine, Method, Physical examination",
[df.knowledge_scholar_flags_9.medicine_method_autopsy] = "Medicine, Method, Autopsy",
[df.knowledge_scholar_flags_9.medicine_theory_prognosis] = "Medicine, Theory, Prognosis",
[df.knowledge_scholar_flags_9.medicine_tool_herbal_remedies] = "Medicine, Tool, Herbal remedies",
[df.knowledge_scholar_flags_9.medicine_tool_animal_remedies] = "Medicine, Tool, Animal remedies",
[df.knowledge_scholar_flags_9.medicine_tool_mineral_remedies] = "Medicine, Tool, Mineral remedies",
[df.knowledge_scholar_flags_9.medicine_tool_bandages] = "Medicine, Tool, Bandages",
[df.knowledge_scholar_flags_9.medicine_theory_disease_classification] = "Medicine, Theory, Pathology",
[df.knowledge_scholar_flags_9.medicine_theory_toxicology] = "Medicine, Theory, Toxicology",
[df.knowledge_scholar_flags_9.medicine_theory_acute_and_chronic_conditions] = "Medicine, Theory, Acute and chronic conditions",
[df.knowledge_scholar_flags_9.medicine_theory_endemic_disease] = "Medicine, Theory, Endemic disease",
[df.knowledge_scholar_flags_9.medicine_theory_epidemic_disease] = "Medicine, Theory, Epidemic disease",
[df.knowledge_scholar_flags_9.medicine_theory_exacerbation] = "Medicine, Theory, Exacerbation",
[df.knowledge_scholar_flags_9.medicine_theory_paroxysm] = "Medicine, Theory, Paroxysm",
[df.knowledge_scholar_flags_9.medicine_theory_relapse] = "Medicine, Theory, Relapse",
[df.knowledge_scholar_flags_9.medicine_theory_convalescence] = "Medicine, Theory, Convalescence",
[df.knowledge_scholar_flags_9.medicine_method_treatment_of_traumatic_injuries] = "Medicine, Method, Traumatic injury treatment",
[df.knowledge_scholar_flags_9.medicine_method_fracture_treatment] = "Medicine, Method, Fracture treatment",
[df.knowledge_scholar_flags_9.medicine_theory_fracture_classification] = "Medicine, Theory, Fracture classification",
[df.knowledge_scholar_flags_9.medicine_tool_traction_bench] = "Medicine, Tool, Traction bench",
[df.knowledge_scholar_flags_9.medicine_method_fracture_immobilization] = "Medicine, Method, Fracture immobilization",
[df.knowledge_scholar_flags_9.medicine_tool_orthopedic_cast] = "Medicine, Tool, Orthopedic cast",
[df.knowledge_scholar_flags_9.medicine_method_surgery_excision] = "Medicine, Method, Surgery excision",
[df.knowledge_scholar_flags_9.medicine_method_surgery_incision] = "Medicine, Method, Surgery incision",
[df.knowledge_scholar_flags_9.medicine_method_hernia_surgery] = "Medicine, Method, Hernia surgery",
[df.knowledge_scholar_flags_9.medicine_method_tracheotomy_surgery] = "Medicine, Method, Tracheotomy surgery",
[df.knowledge_scholar_flags_9.medicine_method_lithotomy_surgery] = "Medicine, Method, Lithotomy surgery",
[df.knowledge_scholar_flags_9.medicine_method_surgery_scraping] = "Medicine, Method, Surgery scraping",
[df.knowledge_scholar_flags_9.medicine_method_surgery_draining] = "Medicine, Method, Surgery draining",
[df.knowledge_scholar_flags_9.medicine_method_surgery_probing] = "Medicine, Method, Surgery probing",
[df.knowledge_scholar_flags_9.medicine_method_surgery_suturing] = "Medicine, Method, Surgery suturing"},
[10] = {[df.knowledge_scholar_flags_10.medicine_method_surgery_ligature] = "Medicine, Method, Surgery ligature",
[df.knowledge_scholar_flags_10.medicine_theory_surgical_models] = "Medicine, Theory, Surgical models",
[df.knowledge_scholar_flags_10.medicine_tool_mud_bags_as_surgical_models] = "Medicine, Tool, Mud bags as surgical models",
[df.knowledge_scholar_flags_10.medicine_tool_plants_as_surgical_models] = "Medicine, Tool, Plants as surgical models",
[df.knowledge_scholar_flags_10.medicine_tool_animals_as_surgical_models] = "Medicine, Tool, Plants as surgical models",
[df.knowledge_scholar_flags_10.medicine_theory_specialized_surgical_instruments] = "Medicine, Theory, Specialized surgical instruments",
[df.knowledge_scholar_flags_10.medicine_tool_forceps] = "Medicine, Tool, Forceps",
[df.knowledge_scholar_flags_10.medicine_tool_scalpel] = "Medicine, Tool, Scalpel",
[df.knowledge_scholar_flags_10.medicine_tool_surgical_scissors] = "Medicine, Tool, Surgical scissors",
[df.knowledge_scholar_flags_10.medicine_tool_surgical_needles] = "Medicine, Tool, Surgical needles",
[df.knowledge_scholar_flags_10.medicine_method_cataract_surgery] = "Medicine, Method, Cataract surgery",
[df.knowledge_scholar_flags_10.medicine_method_cauterization] = "Medicine, Method, Cauterization",
[df.knowledge_scholar_flags_10.medicine_method_anesthesia] = "Medicine, Method, Anesthesia",
[df.knowledge_scholar_flags_10.medicine_theory_pulmonary_medicine] = "Medicine, Theory, Pulmonary medicine",
[df.knowledge_scholar_flags_10.medicine_theory_anatomical_studies] = "Medicine, Theory, Anatomical studies",
[df.knowledge_scholar_flags_10.medicine_theory_classification_of_bodily_fluids] = "Medicine, Theory, Classification of bodily fluids",
[df.knowledge_scholar_flags_10.medicine_theory_eye_anatomy] = "Medicine, Theory, Eye anatomy",
[df.knowledge_scholar_flags_10.medicine_theory_motor_vs_sensory_nerves] = "Medicine, Theory, Motor vs sensory nerves",
[df.knowledge_scholar_flags_10.medicine_theory_nervous_system_function] = "Medicine, Theory, Nervous system function",
[df.knowledge_scholar_flags_10.medicine_theory_reaction_time] = "Medicine, Theory, Reaction time",
[df.knowledge_scholar_flags_10.medicine_theory_blood_vessels] = "Medicine, Theory, Blood vessels",
[df.knowledge_scholar_flags_10.medicine_theory_pulmonary_circulation] = "Medicine, Theory, Pulmonary circulation",
[df.knowledge_scholar_flags_10.medicine_theory_comparative_anatomy] = "Medicine, Theory, Comparative anatomy",
[df.knowledge_scholar_flags_10.medicine_theory_the_voice] = "Medicine, Theory, The voice",
[df.knowledge_scholar_flags_10.medicine_theory_classification_of_muscles] = "Medicine, Theory, Classification of muscles",
[df.knowledge_scholar_flags_10.medicine_theory_classification_of_mental_illnesses] = "Medicine, Classification of mental illnesses",
[df.knowledge_scholar_flags_10.medicine_theory_treatment_of_mental_illnesses] = "Medicine, Treatment of mental illnesses",
[df.knowledge_scholar_flags_10.medicine_tool_dedicated_hospitals] = "Medicine, Tool, Dedicated hospitals",
[df.knowledge_scholar_flags_10.medicine_method_professional_hospital_staff] = "Medicine, Method, Professional hospital staff",
[df.knowledge_scholar_flags_10.medicine_method_specialized_wards] = "Medicine, Method, Specialized wards",
[df.knowledge_scholar_flags_10.medicine_method_hospital_lab] = "Medicine, Method, Hospital lab",
[df.knowledge_scholar_flags_10.medicine_method_medical_school] = "Medicine, Method, Medical school"},
[11] = {[df.knowledge_scholar_flags_11.medicine_method_asylum_for_mentally_ill] = "Medicine, Method, Asylum for mentally ill"},
[12] = {[df.knowledge_scholar_flags_12.engineering_horology_shadow_clock] = "Engineering, Horology, Shadow clock",
[df.knowledge_scholar_flags_12.engineering_horology_water_clock] = "Engineering, Horology, Water clock",
[df.knowledge_scholar_flags_12.engineering_horology_conical_water_clock] = "Engineering, Horology, Conical water clock",
[df.knowledge_scholar_flags_12.engineering_horology_water_clock_reservoir] = "Engineering, Horology, Water clock reservoir",
[df.knowledge_scholar_flags_12.engineering_horology_astrarium] = "Engineering, Horology, Astrarium",
[df.knowledge_scholar_flags_12.engineering_horology_hourglass] = "Engineering, Horology, Hourglass",
[df.knowledge_scholar_flags_12.engineering_horology_mechanical_clock] = "Engineering, Horology, Mechanical Clock",
[df.knowledge_scholar_flags_12.engineering_machine_theory_of_pulley] = "Engineering, Machine, Theory of pulley",
[df.knowledge_scholar_flags_12.engineering_machine_pulley] = "Engineering, Machine, Pulley",
[df.knowledge_scholar_flags_12.engineering_machine_theory_of_screw] = "Engineering, Machine, Theory of screw",
[df.knowledge_scholar_flags_12.engineering_machine_screw] = "Engineering, Machine, Screw",
[df.knowledge_scholar_flags_12.engineering_machine_theory_of_wheel_and_axle] = "Engineering, Machine, Theory of wheel and axle",
[df.knowledge_scholar_flags_12.engineering_machine_windlass] = "Engineering, Machine, Windlass",
[df.knowledge_scholar_flags_12.engineering_machine_theory_of_wedge] = "Engineering, Machine, Theory of wedge",
[df.knowledge_scholar_flags_12.engineering_machine_theory_of_lever] = "Engineering, Machine, Theory of lever",
[df.knowledge_scholar_flags_12.engineering_machine_lever] = "Engineering, Machine, Lever",
[df.knowledge_scholar_flags_12.engineering_machine_straight_beam_balance] = "Engineering, Machine, Straight beam balance",
[df.knowledge_scholar_flags_12.engineering_machine_theory_of_gears] = "Engineering, Machine, Theory of gears",
[df.knowledge_scholar_flags_12.engineering_machine_warded_lock] = "Engineering, Machine, Warded lock",
[df.knowledge_scholar_flags_12.engineering_machine_tumbler_lock] = "Engineering, Machine, Tumbler lock",
[df.knowledge_scholar_flags_12.engineering_machine_padlock] = "Engineering, Machine, Padlock",
[df.knowledge_scholar_flags_12.engineering_machine_camshaft] = "Engineering, Machine, Camshaft",
[df.knowledge_scholar_flags_12.engineering_machine_crankshaft] = "Engineering, Machine, Crankshaft",
[df.knowledge_scholar_flags_12.engineering_machine_water_powered_sawmill] = "Engineering, Machine, Water powered sawmill",
[df.knowledge_scholar_flags_12.engineering_machine_chariot_odometer] = "Engineering, Machine, Chariot odometer",
[df.knowledge_scholar_flags_12.engineering_machine_chain_drive] = "Engineering, Machine, Chain drive",
[df.knowledge_scholar_flags_12.engineering_machine_mechanical_compass] = "Engineering, Machine, Mechanical compass",
[df.knowledge_scholar_flags_12.engineering_machine_differential_gear] = "Engineering, Machine, Differential gear",
[df.knowledge_scholar_flags_12.engineering_machine_combination_lock] = "Engineering, Machine, Combination lock",
[df.knowledge_scholar_flags_12.engineering_machine_verge_escapement] = "Engineering, Machine, Verge escapement",
[df.knowledge_scholar_flags_12.engineering_machine_balance_wheel] = "Engineering, Machine, Balance wheel",
[df.knowledge_scholar_flags_12.engineering_fluid_theory_of_siphon] = "Engineering, Fluid, Theory of siphon"},
[13] = {[df.knowledge_scholar_flags_13.engineering_fluid_valves] = "Engineering, Fluid, Valves",
[df.knowledge_scholar_flags_13.engineering_fluid_force_pump] = "Engineering, Fluid, Force pump",
[df.knowledge_scholar_flags_13.engineering_optics_crystal_lens] = "Engineering, Optics, Crystal lens",
[df.knowledge_scholar_flags_13.engineering_optics_water_filled_spheres] = "Engineering, Optics, Water filled spheres",
[df.knowledge_scholar_flags_13.engineering_optics_glass_lens] = "Engineering, Optics, Glass lens",
[df.knowledge_scholar_flags_13.engineering_optics_camera_obscura] = "Engineering, Optics, Camera obscura",
[df.knowledge_scholar_flags_13.engineering_optics_parabolic_mirror] = "Engineering, Optics, Parabolic mirror",
[df.knowledge_scholar_flags_13.engineering_optics_theory_of_color] = "Engineering, Optics, Theory of color",
[df.knowledge_scholar_flags_13.engineering_optics_theory_of_rainbows] = "Engineering, Optics, Theory of rainbows",
[df.knowledge_scholar_flags_13.engineering_optics_law_of_refraction] = "Engineering, Optics, Law of refraction",
[df.knowledge_scholar_flags_13.engineering_design_models_and_templates] = "Engineering, Design, Models and templates",
[df.knowledge_scholar_flags_13.engineering_construction_wood_lamination] = "Engineering, Construction, Wood lamination",
[df.knowledge_scholar_flags_13.engineering_astronomy_dioptra] = "Engineering, Astronomy, Dioptra",
[df.knowledge_scholar_flags_13.engineering_astronomy_astrolabe] = "Engineering, Astronomy, Astrolabe",
[df.knowledge_scholar_flags_13.engineering_astronomy_armillary_sphere] = "Engineering, Astronomy, Armillary sphere",
[df.knowledge_scholar_flags_13.engineering_astronomy_spherical_astrolabe] = "Engineering, Astronomy, Spherical astrolabe",
[df.knowledge_scholar_flags_13.engineering_astronomy_mural_instrument] = "Engineering, Astronomy, Mural instrument",
[df.knowledge_scholar_flags_13.engineering_astronomy_orrery] = "Engineering, Astronomy, Orrery",
[df.knowledge_scholar_flags_13.engineering_machine_water_powered_trip_hammer] = "Engineering, Machine, Water powered trip hammer",
[df.knowledge_scholar_flags_13.engineering_machine_double_acting_piston_bellows] = "Engineering, Machine, Double acting piston bellows",
[df.knowledge_scholar_flags_13.engineering_fluid_archimedes_principle] = "Engineering, Fluid, Archimedes principle",
[df.knowledge_scholar_flags_13.engineering_optics_atmospheric_refraction] = "Engineering, Optics, Atmospheric refraction",
[df.knowledge_scholar_flags_13.engineering_optics_cause_of_twilight] = "Engineering, Optics, Cause of twilight",
[df.knowledge_scholar_flags_13.engineering_optics_height_of_atmosphere] = "Engineering, Optics, Height of atmosphere",
[df.knowledge_scholar_flags_13.engineering_machine_piston] = "Engineering, Machine, Piston",
[df.knowledge_scholar_flags_13.engineering_machine_crank] = "Engineering, Machine, Crank",
[df.knowledge_scholar_flags_13.engineering_machine_bellows] = "Engineering, Machine, Bellows",
[df.knowledge_scholar_flags_13.engineering_machine_water_powered_piston_bellows] = "Engineering, Machine, Water powered piston bellows",
[df.knowledge_scholar_flags_13.engineering_machine_water_wheel] = "Engineering, Machine, Water wheel",
[df.knowledge_scholar_flags_13.engineering_machine_trip_hammer] = "Engineering, Machine, Trip hammer"}}
--=====================================
function Librarian ()
if not dfhack.isMapLoaded () then
dfhack.printerr ("Error: This script requires a Fortress Mode embark to be loaded.")
return
end
local Focus = "Main"
local Pre_Help_Focus = "Main"
local Pre_Hiding_Focus = "Main"
local Main_Page = {}
local Science_Page = {}
local Values_Page = {}
local Authors_Page = {}
local Hidden_Page = {}
local Help_Page = {}
local persist_screen
local civ_id = df.global.world.world_data.active_site [0].entity_links [0].entity_id
local keybindings = {
content_type = {key = "CUSTOM_C",
desc = "Set Content Type filter"},
reference_filter = {key = "CUSTOM_R",
desc = "Toggle Reference Filter"},
main = {key = "CUSTOM_M",
desc = "Shift to the Main page"},
science = {key = "CUSTOM_S",
desc = "Shift to the Science page"},
values = {key = "CUSTOM_V",
desc = "Shift to the Values page"},
authors = {key = "CUSTOM_A",
desc = "Shift to the Authors page"},
forbid_book = {key = "CUSTOM_F",
desc = "Toggle 'f'orbidden flag on selected book"},
dump_book = {key = "CUSTOM_D",
desc = "Toggle 'd'ump flag on selected book"},
trader_book = {key = "CUSTOM_T",
desc = "Toggle 't'rader flag on selected book"},
zoom = {key = "CUSTOM_Z",
desc = "Zoom to a book"},
ook = {key = "CUSTOM_SHIFT_O",
desc = "Bring the Librarian out of hiding"},
left = {key = "CURSOR_LEFT",
desc = "Rotates to the next list"},
right = {key = "CURSOR_RIGHT",
desc = "Rotates to the previous list"},
help = {key = "HELP",
desc= "Show this help/info"}}
local Content_Type_Selected = 1
local Reference_Filter = false
local Content_Type_Map = {}
local ook_key_string = dfhack.screen.getKeyDisplay (df.interface_key [keybindings.ook.key])
--============================================================
function Sort (list)
local temp
for i, dummy in ipairs (list) do
for k = i + 1, #list do
if df.written_content.find (list [k] [1]).title < df.written_content.find (list [i] [1]).title then
temp = list [i]
list [i] = list [k]
list [k] = temp
end
end
end
end
--============================================================
function Sort_Remote (list, list_map)
local temp
local map_temp
for i, dummy in ipairs (list) do
for k = i + 1, #list do
if list [k] < list [i] then
temp = list [i]
list [i] = list [k]
list [k] = temp
map_temp = list_map [i]
list_map [i] = list_map [k]
list_map [k] = map_temp
end
end
end
end
--============================================================
function Fit (Item, Size)
return Item .. string.rep (' ', Size - string.len (Item))
end
--============================================================
function Fit_Right (Item, Size)
if string.len (Item) > Size then
return string.rep ('#', Size)
else
return string.rep (' ', Size - string.len (Item)) .. Item
end
end
--============================================================
function Bool_To_YN (value)
if value then
return 'Y'
else
return 'N'
end
end
--============================================================
function Bool_To_Yes_No (value)
if value then
return 'Yes'
else
return 'No'
end
end
--============================================================
function check_flag (flag, index)
return df [flag] [index] ~= nil
end
--============================================================
function flag_image (flag, index)
return df [flag] [index]
end
--============================================================
function Make_List (List)
local Result = {}
for i, element in ipairs (List) do
table.insert (Result, element.name)
end
return Result
end
--============================================================
function value_strengh_of (ref_level)
local strength
local level
if ref_level < -40 then
strength = -3
level = "Hate"
elseif ref_level < -25 then
strength = -2
level = "Strong dislike"
elseif ref_level < -10 then
strength = -1
level = "Dislike"
elseif ref_level <= 10 then
strength = 0
level = "Indifference"
elseif ref_level <= 25 then
strength = 1
level = "Like"
elseif ref_level <= 40 then
strength = 2
level = "Strong liking"
else
strength = 3
level = "Love"
end
return strength, level
end
--============================================================
function Process_Item (Result, item)
local found
if item.pos.x == -30000 or
item.pos.y == -30000 or
item.pos.z == -30000 then
return -- Filter visitor owned and carried items.
end
for i, improvement in ipairs (item.improvements) do
if improvement._type == df.itemimprovement_pagesst or
improvement._type == df.itemimprovement_writingst then
for k, content_id in ipairs (improvement.contents) do
found = false
for l, existing_content in ipairs (Result) do
if existing_content [1] == content_id then
found = true
table.insert (Result [l] [2], item)
break
end
end
if not found then
table.insert (Result, {content_id, {}})
table.insert (Result [#Result] [2], item)
end
end
end
end
end
--============================================================
function Take_Stock ()
local Result = {}
for i, item in ipairs (df.global.world.items.other.BOOK) do
Process_Item (Result, item)
end
for i, item in ipairs (df.global.world.items.other.TOOL) do
Process_Item (Result, item)
end
Sort (Result)
return Result
end
--============================================================
function base2string(inputnr)
if inputnr <= 1 then return inputnr end
return tostring(inputnr%2) .. tostring(base2string(math.floor(inputnr/2)))
end
function base2string_To_Index_Truth_Table(inputstr)
local i = 1
local ret = {}
if not inputstr then return ret end
for i = 1, string.len(inputstr) do
if(string.sub(inputstr, i, i) == "1") then
ret[i-1] = true
end
end
return ret
end
function Take_Science_Stock (Stock)
local Result = {}
for i = 0, 13 do -- No content type enum known...
Result [i] = {}
end
for i, element in ipairs (Stock) do
local content = df.written_content.find (element [1])
for k, ref in ipairs (content.refs) do
if ref._type == df.general_ref_knowledge_scholar_flagst then
for l, flag in pairs (base2string_To_Index_Truth_Table(base2string(ref.knowledge.flags))) do -- Don't care which one, as they'll iterate of all bits regardless
if flag then
if not Result [ref.knowledge.category] [l] then
Result [ref.knowledge.category] [l] = {}
end
table.insert (Result [ref.knowledge.category] [l], element)
end
end
end
end
end
return Result
end
--============================================================
function Take_Values_Stock (Stock)
local Result = {}
for i, value in ipairs (df.value_type) do
Result [i] = {}
end
for i, element in ipairs (Stock) do
local content = df.written_content.find (element [1])
for k, ref in ipairs (content.refs) do
if ref._type == df.general_ref_value_levelst then
local strength, level = value_strengh_of (ref.level)
if not Result [ref.value] [strength] then
Result [ref.value] [strength] = {}
end
table.insert (Result [ref.value] [strength], element)
end
end
end
return Result
end
--============================================================
function Take_Authors_Stock (Stock)
local Result = {}
for i, element in ipairs (Stock) do
local content = df.written_content.find (element [1])
local hf = df.historical_figure.find (content.author)
if hf then
local unit = df.unit.find (hf.unit_id)
if unit and
unit.civ_id == civ_id and
not unit.flags2.visitor then
local author = dfhack.TranslateName (hf.name, true) .. "/" .. dfhack.TranslateName (hf.name, false)
local found = false
for k, res in ipairs (Result) do
if res [1] == author then
found = true
table.insert (Result [k] [2], element)
break
end
end
if not found then
table.insert (Result, {author, {element}})
end
end
end
end
local temp
for i, dummy in ipairs (Result) do
for k = i + 1, #Result do
if Result [k] [1] < Result [i] [1] then
temp = Result [i]
Result [i] = Result [k]
Result [k] = temp
end
end
end
return Result
end
--============================================================
function Take_Remote_Stock ()
local Science_Result = {}
local Values_Result = {}
for i = 0, 13 do -- No content type enum known...
Science_Result [i] = {}
end
for i, value in ipairs (df.value_type) do
Values_Result [i] = {}
end
for i, content in ipairs (df.global.world.written_contents.all) do
for k, ref in ipairs (content.refs) do
if ref._type == df.general_ref_knowledge_scholar_flagst then
for l, flag in pairs (base2string_To_Index_Truth_Table(base2string(ref.knowledge.flags))) do -- Don't care which one, as they'll iterate of all bits regardless
if flag then
local found = false
if Science_Page.Data_Matrix [ref.knowledge.category] [l] then
for m, element in ipairs (Science_Page.Data_Matrix [ref.knowledge.category] [l]) do
if element [1] == content.id then
found = true
break
end
end
end
if not found then
if not Science_Result [ref.knowledge.category] [l] then
Science_Result [ref.knowledge.category] [l] = {}
end
table.insert (Science_Result [ref.knowledge.category] [l], content)
end
end
end
elseif ref._type == df.general_ref_value_levelst then
local strength, level = value_strengh_of (ref.level)
local found = false
if Values_Page.Data_Matrix [ref.value] [strength] then
for m, element in ipairs (Values_Page.Data_Matrix [ref.value] [strength]) do
if element [1] == content.id then
found = true
break
end
end
end
if not found then
if not Values_Result [ref.value] [strength] then
Values_Result [ref.value] [strength] = {}
end
table.insert (Values_Result [ref.value] [strength], content)
end
end
end
end
Science_Page.Remote_Data_Matrix = Science_Result
Values_Page.Remote_Data_Matrix = Values_Result
end
--============================================================
function Filter_Stock (Stock, Content_Type_Selected, Reference_Filter)
local include
local Result = {}
for i, element in ipairs (Stock) do
local content = df.written_content.find (element [1])
if Content_Type_Selected == 1 or
content.type == Content_Type_Selected - 2 then
include = not Reference_Filter
if Reference_Filter then
include = #content.refs ~= 0
end
if include then
if content.title == "" then
table.insert (Result, {name =" <Untitled>", element = element})
else
table.insert (Result, {name = content.title, element = element})
end
end
end
end
return Result
end
--============================================================
function HF_Name_Of (Id)
local hf = df.historical_figure.find (Id)
if hf then
return dfhack.TranslateName (hf.name, true) .. "/" .. dfhack.TranslateName (hf.name, false)
else
return "<Unknown histfig>"
end
end
--============================================================
function Entity_Name_Of (Id)
local entity = df.historical_entity.find (Id)
if entity then
return dfhack.TranslateName (entity.name, true)-- .. "/" ..
--dfhack.TranslateName (entity.name, false)
else
return "<Unknown entity>"
end
end
--============================================================
function Site_Name_Of (Id)
local site = df.world_site.find (Id)
if site then
return dfhack.TranslateName (site.name, true) .. "/" ..
dfhack.TranslateName (site.name, false)
else
return "<Unknown site>"
end
end
--============================================================
function Site_Info_Of (Id)
local site = df.world_site.find (Id)
if site then
return df.world_site_type [site.type] .. " " ..
dfhack.TranslateName (site.name, true) .. "/" ..
dfhack.TranslateName (site.name, false)
else
return "<Unknown site>"
end
end
--============================================================
function Region_Name_Of (Id)
local region = df.world_region.find (Id)
if region then
return dfhack.TranslateName (region.name, true) .. "/" ..
dfhack.TranslateName (region.name, false)
else
return "<Unknown region>"
end
end
--============================================================
function Layer_Name_Of (Id)
local region = df.world_underground_region.find (Id)
if region then
return dfhack.TranslateName (region.name, true) .. "/" ..
dfhack.TranslateName (region.name, false)
else
return "<Unknown underground region>"
end
end
--============================================================
function History_Location_Name_Of (Site_Id, Region_Id, Layer_Id)
if Site_Id ~= -1 then
return Site_Name_Of (Site_Id)
elseif Region_Id ~= -1 then
return Region_Name_Of (Region_Id)
elseif Layer_Id ~= -1 then
return Layer_Name_Of (Layer_Id)
else
return "<Unknown location>"
end
end
--============================================================
function Produce_Details (element)
if not element then
return ""
end
local content = df.written_content.find (element [1])
if not content then
return ""
end
local title = content.title
local copies = 0
local original = false
if title == "" then
title = "<Untitled>"
end
local text = {"Title : " .. title .. "\n",
"Category : " .. df.written_content_type [content.type] .. "\n"}
for i, ref in ipairs (content.refs) do
if ref._type == df.general_ref_artifact or
ref._type == df.general_ref_nemesis or
ref._type == df.general_ref_item or
ref._type == df.general_ref_item_type or
ref._type == df.general_ref_coinbatch or
ref._type == df.general_ref_mapsquare or
ref._type == df.general_ref_entity_art_image or
ref._type == df.general_ref_projectile or
ref._type == df.general_ref_unit or
ref._type == df.general_ref_building or
-- ref._type == df.general_ref_entity or
ref._type == df.general_ref_locationst or
-- ref._type == df.general_ref_interactionst or
ref._type == df.general_ref_abstract_buildingst or
-- ref._type == df.general_ref_historical_eventst or
ref._type == df.general_ref_spherest or
-- ref._type == df.general_ref_sitest or
ref._type == df.general_ref_subregionst or
ref._type == df.general_ref_feature_layerst or
-- ref._type == df.general_ref_historical_figurest or
ref._type == df.general_ref_entity_popst or
ref._type == df.general_ref_creaturest or
-- ref._type == df.general_ref_knowledge_scholar_flagst or
ref._type == df.general_ref_activity_eventst or
-- ref._type == df.general_ref_value_levelst or
-- ref._type == df.general_ref_languagest or
ref._type == df.general_ref_written_contentst or
ref._type == df.general_ref_poetic_formst or
ref._type == df.general_ref_musical_formst or
ref._type == df.general_ref_dance_formst then
table.insert (text, "Reference: Unresolved " .. tostring (ref._type) .. " information\n")
elseif ref._type == df.general_ref_entity then
local entity = df.historical_entity.find (ref.entity_id)
local race
local name
if entity.race == -1 then
race = "<unknown race>"
else
race = df.global.world.raws.creatures.all [entity.race].name [2]
end
if entity.name then
name = dfhack.TranslateName (entity.name, true) .. "/" .. dfhack.TranslateName (entity.name, false)
else
name "<unknown name>"
end
if entity then
table.insert (text, "Reference: The " .. race .. " " ..
df.historical_entity_type [entity.type] .. " " .. name .. " information\n")
else
table.insert (text, "Reference: Unknown entity (culled?) information\n")
end
elseif ref._type == df.general_ref_interactionst then
local resolved = false
for i, str in ipairs (df.global.world.raws.interactions [ref.interaction_id].str) do
if str.value:find ("IS_NAME:", 1) ~= nil then
table.insert (text, 'Interaction reference: "' .. str.value:sub (str.value:find (":", 1) + 1, str.value:len () - 1) .. '"\n')
resolved = true
break
end
end
if not resolved then
table.insert (text, "Reference: unresolved Interaction information\n")
end
elseif ref._type == df.general_ref_historical_eventst then
local event = df.history_event.find (ref.event_id)
if event then
if event._type == df.history_event_war_attacked_sitest or
event._type == df.history_event_war_destroyed_sitest or
-- event._type == df.history_event_created_sitest or
event._type == df.history_event_hist_figure_diedst or
-- event._type == df.history_event_add_hf_entity_linkst or
event._type == df.history_event_remove_hf_entity_linkst or
event._type == df.history_event_first_contactst or
event._type == df.history_event_first_contact_failedst or
event._type == df.history_event_topicagreement_concludedst or
event._type == df.history_event_topicagreement_rejectedst or
event._type == df.history_event_topicagreement_madest or
-- event._type == df.history_event_war_peace_acceptedst or
-- event._type == df.history_event_war_peace_rejectedst or
event._type == df.history_event_diplomat_lostst or
event._type == df.history_event_agreements_voidedst or
event._type == df.history_event_merchantst or
event._type == df.history_event_artifact_hiddenst or
event._type == df.history_event_artifact_possessedst or
event._type == df.history_event_artifact_createdst or
event._type == df.history_event_artifact_lostst or
event._type == df.history_event_artifact_foundst or
event._type == df.history_event_artifact_recoveredst or
event._type == df.history_event_artifact_droppedst or
event._type == df.history_event_reclaim_sitest or
-- event._type == df.history_event_hf_destroyed_sitest or
event._type == df.history_event_site_diedst or
event._type == df.history_event_site_retiredst or
event._type == df.history_event_entity_createdst or
event._type == df.history_event_entity_actionst or
event._type == df.history_event_entity_incorporatedst or
-- event._type == df.history_event_created_buildingst or
event._type == df.history_event_replaced_buildingst or
event._type == df.history_event_add_hf_site_linkst or
event._type == df.history_event_remove_hf_site_linkst or
-- event._type == df.history_event_add_hf_hf_linkst or
event._type == df.history_event_remove_hf_hf_linkst or
event._type == df.history_event_entity_razed_buildingst or
event._type == df.history_event_masterpiece_createdst or
event._type == df.history_event_masterpiece_created_arch_designst or
event._type == df.history_event_masterpiece_created_arch_constructst or
event._type == df.history_event_masterpiece_created_itemst or
event._type == df.history_event_masterpiece_created_dye_itemst or
event._type == df.history_event_masterpiece_created_item_improvementst or
event._type == df.history_event_masterpiece_created_foodst or
event._type == df.history_event_masterpiece_created_engravingst or
event._type == df.history_event_masterpiece_lostst or
-- event._type == df.history_event_change_hf_statest or
-- event._type == df.history_event_change_hf_jobst or
event._type == df.history_event_war_field_battlest or
-- event._type == df.history_event_war_plundered_sitest or
event._type == df.history_event_war_site_new_leaderst or
event._type == df.history_event_war_site_tribute_forcedst or
event._type == df.history_event_war_site_taken_overst or
event._type == df.history_event_body_abusedst or
event._type == df.history_event_hist_figure_abductedst or
event._type == df.history_event_item_stolenst or
event._type == df.history_event_hf_razed_buildingst or
-- event._type == df.history_event_creature_devouredst or
event._type == df.history_event_hist_figure_woundedst or
event._type == df.history_event_hist_figure_simple_battle_eventst or
event._type == df.history_event_created_world_constructionst or
event._type == df.history_event_hist_figure_reunionst or
event._type == df.history_event_hist_figure_reach_summitst or
event._type == df.history_event_hist_figure_travelst or
event._type == df.history_event_hist_figure_new_petst or
event._type == df.history_event_assume_identityst or
event._type == df.history_event_create_entity_positionst or
event._type == df.history_event_change_creature_typest or
event._type == df.history_event_hist_figure_revivedst or
event._type == df.history_event_hf_learns_secretst or
event._type == df.history_event_change_hf_body_statest or
event._type == df.history_event_hf_act_on_buildingst or
event._type == df.history_event_hf_does_interactionst or
event._type == df.history_event_hf_confrontedst or
event._type == df.history_event_entity_lawst or
event._type == df.history_event_hf_gains_secret_goalst or
event._type == df.history_event_artifact_storedst or
event._type == df.history_event_agreement_formedst or
event._type == df.history_event_site_disputest or
event._type == df.history_event_agreement_concludedst or
event._type == df.history_event_insurrection_startedst or
event._type == df.history_event_insurrection_endedst or
event._type == df.history_event_hf_attacked_sitest or
event._type == df.history_event_performancest or
event._type == df.history_event_competitionst or
event._type == df.history_event_processionst or
event._type == df.history_event_ceremonyst or
event._type == df.history_event_knowledge_discoveredst or
event._type == df.history_event_artifact_transformedst or
event._type == df.history_event_artifact_destroyedst or
-- event._type == df.history_event_hf_relationship_deniedst or
event._type == df.history_event_regionpop_incorporated_into_entityst or
event._type == df.history_event_poetic_form_createdst or
event._type == df.history_event_musical_form_createdst or
event._type == df.history_event_dance_form_createdst or
-- event._type == df.history_event_written_content_composedst or
event._type == df.history_event_change_hf_moodst or
event._type == df.history_event_artifact_claim_formedst or
event._type == df.history_event_artifact_givenst or
event._type == df.history_event_hf_act_on_artifactst or
event._type == df.history_event_hf_recruited_unit_type_for_entityst or
event._type == df.history_event_hfs_formed_reputation_relationshipst or
event._type == df.history_event_artifact_copiedst or
event._type == df.history_event_sneak_into_sitest or
event._type == df.history_event_spotted_leaving_sitest or
event._type == df.history_event_entity_searched_sitest or
event._type == df.history_event_hf_freedst or
event._type == df.history_event_hist_figure_simple_actionst or
event._type == df.history_event_entity_rampaged_in_sitest or
event._type == df.history_event_entity_fled_sitest or
event._type == df.history_event_tactical_situationst or
event._type == df.history_event_squad_vs_squadst then
table.insert (text, "Reference: Unsupported " .. tostring (event._type) .. " historical event information\n")
elseif event._type == df.history_event_created_sitest then
table.insert (text, "Reference: " .. Entity_Name_Of (event.civ) .. " local government " ..
Entity_Name_Of (event.site_civ) .. " founded " ..
Site_Name_Of (event.site) .. " led by " ..
HF_Name_Of (event.builder_hf) .. "\n")
elseif event._type == df.history_event_add_hf_entity_linkst then
local position = ""
local entity = df.historical_entity.find (event.civ)
if event.position_id ~= -1 and
entity and
#entity.positions.own > event.position_id then -- ### Had a case of a reference to index 2 on a vector length 2, with next index being 3...
position = " as " .. entity.positions.own [event.position_id].name [0]
end
table.insert (text, "Reference: " .. HF_Name_Of (event.histfig) .. " " ..
df.histfig_entity_link_type [event.link_type] .. " " ..
Entity_Name_Of (event.civ) .. position .. "\n")
elseif event._type == df.history_event_created_buildingst then
table.insert (text, "Reference: " .. Entity_Name_Of (event.civ) .. " created " ..
df.abstract_building_type [event.structure] .. " in " .. --### May be reference to buildings at site instead...
Site_Name_Of (event.site) .. " by " ..
HF_Name_Of (event.builder_hf) .. "\n")
elseif event._type == df.history_event_war_peace_acceptedst then
table.insert (text, "Reference: " .. Entity_Name_Of (event.source) .. " " ..
df.meeting_topic [event.topic] .. " with " ..
Entity_Name_Of (event.destination) .. " at " ..
Site_Name_Of (event.site) .. " accepted\n")
elseif event._type == df.history_event_war_peace_rejectedst then
table.insert (text, "Reference: " .. Entity_Name_Of (event.source) .. " " ..
df.meeting_topic [event.topic] .. " with " ..
Entity_Name_Of (event.destination) .. " at " ..
Site_Name_Of (event.site) .. " rejected\n")
elseif event._type == df.history_event_hf_destroyed_sitest then
table.insert (text, "Reference: " .. HF_Name_Of (event.attacker_hf) .. " destroyed " ..
Site_Name_Of (event.site) .. " governed by\n " ..
Entity_Name_Of (event.site_civ) .. " belonging to " ..
Entity_Name_Of (event.defender_civ) .. "\n")
elseif event._type == df.history_event_add_hf_hf_linkst then
table.insert (text, "Reference: Added " .. HF_Name_Of (event.hf) .. " " .. df.histfig_hf_link_type [event.type] ..
" vs " .. HF_Name_Of (event.hf_target) .. "\n")
elseif event._type == df.history_event_change_hf_statest then
local state = " <Unknown state>"
if event.state == 0 then
state = " wandered in"
elseif event.state == 1 then
state = " settled in"
elseif event.state == 2 then
state = " Became refugee from"
elseif event.state == 5 then
state = " visited"
end
table.insert (text, "Reference: " .. HF_Name_Of (event.hfid) .. state .. " " ..
History_Location_Name_Of (event.site, event.region, event.layer) ..
" because of " .. df.history_event_reason [event.reason] .. "\n")
elseif event._type == df.history_event_change_hf_jobst then
table.insert (text, "Reference: " .. HF_Name_Of (event.hfid) .. " changed job from " .. df.profession [event.old_job] .. " to " ..
df.profession [event.new_job] .. " in " .. History_Location_Name_Of (event.site, event.region, event.layer) .. "\n")
elseif event._type == df.history_event_war_plundered_sitest then
table.insert (text, "Reference: " .. Entity_Name_Of (event.attacker_civ) .. " attacked " ..
Entity_Name_Of (event.defender_civ) .. " and plundered " ..
Site_Name_Of (event.site) .. " under the control of " ..
Entity_Name_Of (event.site_civ) .. "\n")
elseif event._type == df.history_event_creature_devouredst then
--### caste
table.insert (text, "Reference; The " .. df.global.world.raws.creatures.all [event.race].name [0] .. " " ..
HF_Name_Of (event.victim) .. " was devoured by " ..
HF_Name_Of (event.eater) .. " " ..
Entity_Name_Of (event.entity) .. " " ..
History_Location_Name_Of (event.site, event.region, event.layer) .. "\n")
elseif event._type == df.history_event_hf_relationship_deniedst then
table.insert (text, "Reference: " .. HF_Name_Of (event.seeker_hf) .. " was denied " ..
df.unit_relationship_type [event.type] .. " by " ..
HF_Name_Of (event.target_hf) .. " because\n " ..
df.history_event_reason [event.reason] .. " of " ..
--### HF_Name_Of (event.reason2) .. " at " .. --### Changes to event.reason_id
History_Location_Name_Of (event.site, event.region, event.layer) .. "\n")
elseif event._type == df.history_event_written_content_composedst then
local content = df.written_content.find (event.content)
local title = "<Untitled>"
if content and
content.title ~= "" then
title = content.title
end
--### Circumstances
--### Reason
table.insert (text, "Reference: " .. HF_Name_Of (event.histfig) .. " wrote " .. title ..
" at " .. History_Location_Name_Of (event.site, event.region, event.layer) .. "\n")
else
table.insert (text, "Reference: *UNKNOWN* " .. tostring (event._type) .. " historical event information\n")
end
else
table.insert (text, "Reference: Unknown historical event information (culled?)\n")
end
elseif ref._type == df.general_ref_sitest then
table.insert (text, "Reference: Information about the " .. Site_Info_Of (ref.site_id) .. "\n")
elseif ref._type == df.general_ref_historical_figurest then
local hf = df.historical_figure.find (ref.hist_figure_id)
if hf then
table.insert (text, "Reference: Biography of the " .. df.global.world.raws.creatures.all [hf.race].name [0] ..
" " .. HF_Name_Of (ref.hist_figure_id) .. "\n")
else
table.insert (text, "Reference: Biography of unknown historical figure (culled?)\n")
end
elseif ref._type == df.general_ref_knowledge_scholar_flagst then
for k, flag in pairs (base2string_To_Index_Truth_Table(base2string(ref.knowledge.flags))) do -- Iterates over all 32 bits regardless of enum value existence, so which "enum" we use doesn't matter
if flag then
table.insert (text, "Reference: " .. knowledge [ref.knowledge.category] [k] .. " knowledge\n")
end
end
elseif ref._type == df.general_ref_value_levelst then
local strength, level = value_strengh_of (ref.level)
table.insert (text, 'Reference: Moves values towards "' .. values [ref.value] [strength] .. '" = ' .. level .. "\n")
elseif ref._type == df.general_ref_languagest then
table.insert (text, "Reference: Dictionary of the " .. df.global.world.raws.language.translations [ref.anon_1].name .. " language\n") --###
else
table.insert (text, "Reference: *UNKNOWN* " .. tostring (ref._type) .. " information\n")
end
end
if element [2] then
for i, item in ipairs (element [2]) do
if item.flags.artifact then
original = true
else
copies = copies + 1
end
end
table.insert (text, "Original : " .. tostring (Bool_To_Yes_No (original) .. "\n"))
table.insert (text, "Copies : " .. tostring (copies) .. "\n")
end
local hf = df.historical_figure.find (content.author)
-- local author = "<Unknown>"
local Local = false
if hf then
-- author = dfhack.TranslateName (hf.name, true) .. "/" .. dfhack.TranslateName (hf.name, false)
local unit = df.unit.find (hf.unit_id)
if unit and
unit.civ_id == civ_id and
not unit.flags2.visitor then
Local = true
end
end
table.insert (text, "Author : " .. HF_Name_Of (content.author) .. "\n")
table.insert (text, "Local : " .. tostring (Bool_To_Yes_No (Local) .. "\n"))
return text
end
--============================================================
function Produce_Book_List (items)
if not items then
return {}
end
local result = {}
local original
local forbidden
local trader
local inventory
local dump_marked
for i, item in ipairs (items) do
if item.flags.artifact then
original = 'O '
else
original = 'C '
end
if item.flags.forbid then
forbidden = 'F '
else
forbidden = ' '
end
if item.flags.dump then
dump_marked = 'D '
else
dump_marked = ' '
end
if item.flags.trader then
trader = 'T '
else
trader = ' '
end
if item.flags.in_inventory then
inventory = 'I '
else
inventory = ' '
end
table.insert (result, original .. forbidden .. dump_marked .. trader .. inventory)
end
return result
end
--============================================================
function Science_Character_Of (Stock, category, index)
if Stock [category] [index] == nil then
return "?"
else
return "!"
end
end
--============================================================
function Science_Color_Of (Stock, category, index)
if Stock [category] [index] == nil then
return COLOR_LIGHTRED
else
return COLOR_GREEN
end
end
--============================================================
function Populate_Own_Remote_Science ()
if not Science_Page.Category_List then
return -- Initiation. The list hasn't been defined yet.
end
local Own_List = {}
local Remote_List = {}
local Remote_List_Map = {}
if Science_Page.Data_Matrix [Science_Page.Category_List.selected - 1] [Science_Page.Topic_List.selected - 1] then
for i, element in ipairs (Science_Page.Data_Matrix [Science_Page.Category_List.selected - 1] [Science_Page.Topic_List.selected - 1]) do
local content = df.written_content.find (element [1])
local title = content.title
if title == "" then
title = "<Untitled>"
end
table.insert (Own_List, title)
end
end
Science_Page.Own_List:setChoices (Own_List, 1)
if Science_Page.Remote_Data_Matrix [Science_Page.Category_List.selected - 1] [Science_Page.Topic_List.selected - 1] then
for i, element in ipairs (Science_Page.Remote_Data_Matrix [Science_Page.Category_List.selected - 1] [Science_Page.Topic_List.selected - 1]) do
local title = element.title
if title == "" then
title = "<Untitled>"
end
table.insert (Remote_List, title)
table.insert (Remote_List_Map, i)
end
end
Sort_Remote (Remote_List, Remote_List_Map)
Science_Page.Remote_List:setChoices (Remote_List, 1)
Science_Page.Remote_List_Map = Remote_List_Map
end
--============================================================
function Populate_Own_Remote_Values ()
if not Values_Page.Strength_List then
return -- Initiation. The list hasn't been defined yet.
end
local Own_List = {}
local Remote_List = {}
local Remote_List_Map = {}
if Values_Page.Data_Matrix [Values_Page.Values_List.selected - 1] [Values_Page.Strength_List.selected - 4] then
for i, element in ipairs (Values_Page.Data_Matrix [Values_Page.Values_List.selected - 1] [Values_Page.Strength_List.selected - 4]) do
local content = df.written_content.find (element [1])
local title = content.title
if title == "" then
title = "<Untitled>"
end
table.insert (Own_List, title)
end
end
Values_Page.Own_List:setChoices (Own_List)
if Values_Page.Remote_Data_Matrix [Values_Page.Values_List.selected - 1] [Values_Page.Strength_List.selected - 4] then
for i, element in ipairs (Values_Page.Remote_Data_Matrix [Values_Page.Values_List.selected - 1] [Values_Page.Strength_List.selected - 4]) do
local title = element.title
if title == "" then
title = "<Untitled>"
end
table.insert (Remote_List, title)
table.insert (Remote_List_Map, i)
end
end
Sort_Remote (Remote_List, Remote_List_Map)
Values_Page.Remote_List:setChoices (Remote_List, 1)
Values_Page.Remote_List_Map = Remote_List_Map
end
--============================================================
function Populate_Author_Works ()
local selected = 1
if Authors_Page.Authors_List then
selected = Authors_Page.Authors_List.selected
end
local list = {}
local list_map = {}
if #Authors_Page.Authors > 0 then
for i, element in ipairs (Authors_Page.Authors [selected] [2]) do
local content = df.written_content.find (element [1])
local title = content.title
if title == "" then
title = "<Untitled>"
end
table.insert (list, title)
table.insert (list_map, i)
end
end
Sort_Remote (list, list_map)
Authors_Page.Works_List:setChoices (list, 1)
Authors_Page.Works_List_Map = list_map
end
--============================================================
function Book_Location_And_Access_Key (item)
local pos = {["x"] = item.pos.x,
["y"] = item.pos.y,
["z"] = item.pos.z}
local key
if item.flags.in_inventory then
key = {[df.interface_key [df.interface_key.D_VIEWUNIT]] = true}
for i, ref in ipairs (item.general_refs) do
if ref._type == df.general_ref_unit_holderst then
local unit = df.unit.find (ref.unit_id)
pos.x = unit.pos.x
pos.y = unit.pos.y
pos.z = unit.pos.z
return pos, key
end
end
else
key = {[df.interface_key [df.interface_key.D_LOOK]] = true}
for i, ref in ipairs (item.general_refs) do
if ref._type == df.general_ref_building_holderst then
local building = df.building.find (ref.building_id)
pos.x = building.centerx
pos.y = building.centery
pos.z = building.z
key = {[df.interface_key [df.interface_key.D_BUILDITEM]] = true}
return pos, key
elseif ref._type == df.general_ref_contained_in_itemst then
local container = df.item.find (ref.item_id)
return Book_Location_And_Access_Key (container)
end
end
return pos, key
end
end
--============================================================
Ui = defclass (nil, gui.FramedScreen)
Ui.ATTRS = {
frame_style = gui.GREY_LINE_FRAME,
frame_title = "The Librarian",
transparent = false
}
--============================================================
function Ui:onRenderFrame (dc, rect)
local x1, y1, x2, y2 = rect.x1, rect.y1, rect.x2, rect.y2
if self.transparent then
self:renderParent ()
dfhack.screen.paintString (COLOR_LIGHTRED, ook_start_x, y2, ook_key_string)
if dont_be_silly then
dfhack.screen.paintString (COLOR_WHITE, ook_start_x + ook_key_string:len (), y2, ": Return to The Librarian")
else
dfhack.screen.paintString (COLOR_WHITE, ook_start_x + ook_key_string:len (), y2, ": Ook! Return to The Librarian")
end
else
if rect.wgap <= 0 and rect.hgap <= 0 then
dc:clear ()
else
self:renderParent ()
dc:fill (rect, self.frame_background)
end
gui.paint_frame (x1, y1, x2, y2, self.frame_style, self.frame_title)
end
end
--============================================================
function Ui:onResize (w, h)
self:updateLayout (gui.ViewRect {rect = gui.mkdims_wh (0, 0 , w, h)})
end
--============================================================
function Ui:onHelp ()
self.subviews.pages:setSelected (6)
Pre_Help_Focus = Focus
Focus = "Help"
end
--============================================================
function Helptext_Main ()
local helptext =
{"Help/Info", NEWLINE,
"The Librarian provides a few views on the literary works in your stock.", NEWLINE,
"The help will list the main pages with their specific functions, while functionality present on all of", NEWLINE,
"them are summarized thereafter. The pages are:", NEWLINE,
"- The Main page contains every work in your fortress, although you can filter it on the category of the", NEWLINE,
" work as well as to display only works that contain references to additional information. These controls", NEWLINE,
" can be in effect concurrently.", NEWLINE,
"- The Science page contains an indication of all scientific topics covered in your fortress, as well as", NEWLINE,
" a breakdown to actual works per scientific topic.", NEWLINE,
"- The Values page contains an indicator of all the types of value changing works in your fortress broken", NEWLINE,
" down to the values in combination with the strength level target of the works. There is also a further", NEWLINE,
" breakdown to the actual works", NEWLINE,
"- The Authors page contains the authors you have in your fortress and the works they have produced.", NEWLINE,
NEWLINE,
"- You switch between the different pages using the appropriate command keys, listed at each page.", NEWLINE,
"- You shift between the lists on each page using the DF left/right movement keys.", NEWLINE,
"- All pages provide some basic details on the currently selected work. All works present in your fortress", NEWLINE,
" has a further list of the actual physical books (be they codices, quires, or scrolls) in your fortress", NEWLINE,
" showing some basic flag information on them (Original/Copy, Forbidden, Dump, Trader, and In Inventory", NEWLINE,
" flags). The Forbidden, Dump, and Trader flags can be manipulated when an actual book is in focus using", NEWLINE,
" the command keys displayed above the list.", NEWLINE,
"- The actual book sections have a 'zoom to book' command allowing you to zoom to the location in your", NEWLINE,
" fortress where the book is (e.g. to determine whether it will cause trouble if forbidden). Warning!", NEWLINE,
" while it seems DF can be played from there, there are things known not to work properly. Return from", NEWLINE,
" this view with the Ook! command (added on top of the bottom frame for reference) when done viewing.", NEWLINE,
"- The Science and Values pages also have a Remote Works list containing all works existing in the DF", NEWLINE,
" world outside of your fortress, allowing you to find out which works you might want to 'acquire' via", NEWLINE,
" raids...", NEWLINE,
"Version 0.14 2018-07-14", NEWLINE,
"Comments:", NEWLINE,
"- The term 'work' is used above for a reason. A 'work' is a unique piece of written information. Currently", NEWLINE,
" it seems DF is restricted to a single 'work' per book/codex/scroll/quire, but the data structures allow", NEWLINE,
" for compilations of multiple 'works' in a single volume, and there's nothing saying one volume could not", NEWLINE,
" have a different set than another one.", NEWLINE,
"- Similar to the previous point, a single 'work' can technically contain references to multiple topics, and", NEWLINE,
" a scientific information reference can technically contain data on multiple topics within the same", NEWLINE,
" science category. Works referencing multiple topics, including a historical work that has snuck in a", NEWLINE,
" values changing part in it, have been seen. Multiple scientific topics within the same category in", NEWLINE,
" the same referencs has not been seen by the author, and probably isn't used (multiple references can be", NEWLINE,
" used to the same effect).", NEWLINE,
"- The reason the Authors page doesn't list all the works of the authors is that the author of this script", NEWLINE,
" hasn't been able to find it listed somewhere, and scouring the total list of works is expected to take too", NEWLINE,
" much time in worlds with many works. (There's already a noteceable lag when changing scientific/values", NEWLINE,
" changing topics in the author's world (> half a million works).", NEWLINE,
"- The reason the Trader flag is available for toggling is that the author has encountered lots of questing", NEWLINE,
" and attacking visitors who leave books with that flag set behind, and it seems you can't move the book", NEWLINE,
" when it is set. The attackers clearly aren't traders, so that flag being set is probably a bug.", NEWLINE,
"- Why is the command to return to The Librarian named 'Ook!'? 'l' and 'L' are used by DF, so a reference to", NEWLINE,
" the Discworld Librarian was used. If that's definitely not funny, change the 'dont_be_silly' variable at", NEWLINE,
" the beginning of this script to 'true'.", NEWLINE,
"Caveats:", NEWLINE,
"- The testing has been limited...", NEWLINE,
"- Some data structures are changing. Usage of such data has been skipped for the time being.", NEWLINE,
"- Only the Scientific and Values references are completely covered (anything missing is a bug or new data),", NEWLINE,
" but the coverage of the rest is spotty, limited to what happens to be available in the author's fortress.", NEWLINE,
" and what's there hasn't been subject to any touching up, so it provides the information in a crude format.", NEWLINE,
"- The Dump flag of artifact works can be set by The Librarian (and is displayed by DF when that has been done)", NEWLINE,
" however, as DF doesn't allow the flag to be set normally and the author's fortress isn't playable, it hasn't", NEWLINE,
" been tested whether those books are actually dumped.", NEWLINE,
"- The Hidden view brought up with zooming to books had issues with the up/down keys having side effects in the", NEWLINE,
" form of additional movements, causing them to exit lists. While that has been worked around, any other issues", NEWLINE,
" have not. It's known the DFHack naming function doesn't work, for instance."
}
return helptext
end
--============================================================
function Ui:init ()
self.stack = {}
self.item_count = 0
self.keys = {}
local screen_width, screen_height = dfhack.screen.getWindowSize ()
Main_Page.Background =
widgets.Label {text = {{text = "Help/Info",
key = keybindings.help.key,
key_sep = '()'},
{text = " Works total: Works listed:"},NEWLINE,
{text = "",
key = keybindings.science.key,
key_sep = '()'},
{text = " Science Page ",
pen = COLOR_LIGHTBLUE},
{text = "",
key = keybindings.values.key,
key_sep = '()'},
{text = " Values Page ",
pen = COLOR_LIGHTBLUE},
{text = "",
key = keybindings.authors.key,
key_sep = '()'},
{text = " Authors Page ",
pen = COLOR_LIGHTBLUE}, NEWLINE,
{text = "",
key = keybindings.content_type.key,
key_sep = '()'},
{text = " Content Type: ",
pen = COLOR_LIGHTBLUE},
{text = "",
key = keybindings.reference_filter.key,
key_sep = '()'},
{text = " Filter works without references:",
pen = COLOR_LIGHTBLUE}},
frame = {l = 0, t = 1, y_align = 0}}
Main_Page.Works_Total =
widgets.Label {text = "0",
frame = {l = 33, t = 1, y_align = 0},
text_pen = COLOR_WHITE}
Main_Page.Works_Listed =
widgets.Label {text = "0",
frame = {l = 53, t = 1, y_align = 0},
text_pen = COLOR_WHITE}
Main_Page.Stock = Take_Stock ()
Main_Page.Filtered_Stock = Filter_Stock (Main_Page.Stock, Content_Type_Selected, Reference_Filter)
table.insert (Content_Type_Map, {name = {[false] = "All (" .. tostring (#Main_Page.Stock) .. ")",
[true] = "All (" .. tostring (#Filter_Stock (Main_Page.Stock, Content_Type_Selected, true)) .. ")"},
index = -1})
for i = df.written_content_type._first_item, df.written_content_type._last_item do
table.insert (Content_Type_Map, {name = {[false] = df.written_content_type [i] .. " (" .. tostring (#Filter_Stock (Main_Page.Stock, i + 2, false)) .. ")",
[true] = df.written_content_type [i] .. " (" .. tostring (#Filter_Stock (Main_Page.Stock, i + 2, true)) .. ")"},
index = i})
end
Main_Page.Content_Type =
widgets.Label {text = Content_Type_Map [Content_Type_Selected].name [false],
frame = {l = 19, t = 3, y_align = 0},
text_pen = COLOR_YELLOW}
Main_Page.Reference_Filter =
widgets.Label {text = Bool_To_YN (Reference_Filter),
frame = {l = 89, w = 1, t = 3, y_align = 0},
text_pen = COLOR_YELLOW}
Main_Page.Details =
widgets.Label {text = Produce_Details (nil),
frame = {l = 54, t = 6, h = 20, y_align = 0},
auto_height = false,
text_pen = COLOR_WHITE}
Main_Page.Book_List =
widgets.List {view_id = "Books containting Work",
choices = {},
frame = {l = 54, t = 32, yalign = 0},
text_pen = COLOR_DARKGREY,
cursor_pen = COLOR_YELLOW,
inactive_pen = COLOR_GREY,
active = false}--,
-- on_select = self:callback ("show_main_details")}
Main_Page.List =
widgets.List {view_id = "Selected Written Contents",
choices = Make_List (Main_Page.Filtered_Stock),
frame = {l = 1, w = 53, t = 6, yalign = 0},
text_pen = COLOR_DARKGREY,
cursor_pen = COLOR_YELLOW,
inactive_pen = COLOR_GREY,
on_select = self:callback ("show_main_details")}
Main_Page.Active_List = {}
table.insert (Main_Page.Active_List, Main_Page.List)
table.insert (Main_Page.Active_List, Main_Page.Book_List)
Main_Page.Book_Order_Label =
widgets.Label {text = {{text = "",
key = keybindings.forbid_book.key,
key_sep = '()'},
{text = " Toggle Forbid Flag ",
pen = COLOR_LIGHTBLUE},
{text = "",
key = keybindings.dump_book.key,
key_sep = '()'},
{text = " Toggle Dump Flag",
pen = COLOR_LIGHTBLUE},
NEWLINE,
{text = "",
key = keybindings.trader_book.key,
key_sep = '()'},
{text = " Toggle Trader Flag ",
pen = COLOR_LIGHTBLUE},
{text = "",
key = keybindings.zoom.key,
key_sep = '()'},
{text = " Zoom to book (return with 'O')",
pen = COLOR_LIGHTBLUE}},
frame = {l = 54, t = 28, y_align = 0},
visible = false}
Main_Page.Book_Label =
widgets.Label {text = "Books: O/C = Original/Copy, F = Forbidden, D = Dump, T = Trader, I = In Inventory",
frame = {l = 54, t = 30, y_align = 0},
text_pen = COLOR_WHITE}
Main_Page.Works_Total:setText (tostring (#Main_Page.Stock))
Main_Page.Works_Listed:setText (tostring (#Main_Page.List.choices))
local mainPage = widgets.Panel {
subviews = {Main_Page.Background,
Main_Page.Works_Total,
Main_Page.Works_Listed,
Main_Page.Content_Type,
Main_Page.Reference_Filter,
Main_Page.List,
Main_Page.Details,
Main_Page.Book_Order_Label,
Main_Page.Book_Label,
Main_Page.Book_List}}
local sciencePage = widgets.Panel {
subviews = {}}
Science_Page.Background =
widgets.Label {text = {{text = "Help/Info",
key = keybindings.help.key,
key_sep = '()'},NEWLINE,
{text = "",
key = keybindings.main.key,
key_sep = '()'},
{text = " Main Page",
pen = COLOR_LIGHTBLUE},
{text = "",
key = keybindings.values.key,
key_sep = '()'},
{text = " Values Page",
pen = COLOR_LIGHTBLUE},
{text = "",
key = keybindings.authors.key,
key_sep = '()'},
{text = " Authors Page ",
pen = COLOR_LIGHTBLUE}, NEWLINE, NEWLINE, NEWLINE,
"Philosophy (0)", NEWLINE,
"Philosophy (1)", NEWLINE,
"Mathematics (2)", NEWLINE,
"Mathematics (3)", NEWLINE,
"History (4)", NEWLINE,
"Astronomy (5)", NEWLINE,
"Naturalist (6)", NEWLINE,
"Chemistry (7)", NEWLINE,
"Geography (8)", NEWLINE,
"Medicine (9)", NEWLINE,
"Medicine (10)", NEWLINE,
"Medicine (11)", NEWLINE,
"Engineering (12)", NEWLINE,
"Engineering (13)"},
frame = {l = 0, t = 1, y_align = 0}}
table.insert (sciencePage.subviews, Science_Page.Background)
Science_Page.Matrix = {}
Science_Page.Data_Matrix = Take_Science_Stock (Main_Page.Stock)
Science_Page.Remote_Data_Matrix = {}
Values_Page.Matrix = {}
Values_Page.Data_Matrix = Take_Values_Stock (Main_Page.Stock)
Values_Page.Remote_Data_Matrix = {}
Take_Remote_Stock ()
for i = 0, 13 do -- Haven't found an enum over the knowledge category range...
Science_Page.Matrix [i] = {}
for k = df.knowledge_scholar_flags_0._first_item, df.knowledge_scholar_flags_0._last_item do -- Full bit range, rather than used bit range, but same for all...
if check_flag ("knowledge_scholar_flags_" .. tostring (i), k) then
Science_Page.Matrix [i] [k] =
widgets.Label {text = Science_Character_Of (Science_Page.Data_Matrix, i, k),
frame = {l = 18 + k * 2, w = 1, t = 5 + i, y_align = 0},
text_pen = Science_Color_Of (Science_Page.Data_Matrix, i, k)}
table.insert (sciencePage.subviews, Science_Page.Matrix [i] [k])
end
end
end
Science_Page.Background_2 =
widgets.Label {text = "Category Scientific Topic Local Knowledge",
frame = {l = 0, t = 21, y_align = 0}}
table.insert (sciencePage.subviews, Science_Page.Background_2)
Science_Page.Background_3 =
widgets.Label {text = "Remote Knowledge",
frame = {l = 83, t = 38, y_align = 0}}
table.insert (sciencePage.subviews, Science_Page.Background_3)
local category_list = {}
for i = 0, 13 do
table.insert (category_list, tostring (i))
end
Science_Page.Topic_List =
widgets.List {view_id = "Topic",
choices = category_list, -- Placeholder
frame = {l = 10, t = 23, h = 20, yalign = 0},
text_pen = COLOR_DARKGREY,
cursor_pen = COLOR_YELLOW,
inactive_pen = COLOR_GREY,
active = false,
on_select = self:callback ("show_science_titles")}
Science_Page.Category_List =
widgets.List {view_id = "Category",
choices = category_list,
frame = {l = 4, w = 2, h = 20, t = 23, yalign = 0},
text_pen = COLOR_DARKGREY,
cursor_pen = COLOR_YELLOW,
inactive_pen = COLOR_GREY,
on_select = self:callback ("show_science_topic")}
Science_Page.Details =
widgets.Label {text = Produce_Details (nil),
frame = {l = 82, t = 1, h = 20, y_align = 0},
auto_height = false,
text_pen = COLOR_WHITE}
Science_Page.Book_List =
widgets.List {view_id = "Books containting Work",
choices = {},
frame = {l = 1, t = 49, yalign = 0},
text_pen = COLOR_DARKGREY,
cursor_pen = COLOR_YELLOW,
inactive_pen = COLOR_GREY,
active = false}--,
-- on_select = self:callback ("show_main_details")}
Science_Page.Own_List =
widgets.List {view_id = "Own",
choices = category_list, -- Placeholder
frame = {l = 83, t = 23, h = 15, yalign = 0},
text_pen = COLOR_DARKGREY,
cursor_pen = COLOR_YELLOW,
inactive_pen = COLOR_GREY,
active = false,
on_select = self:callback ("show_science_local_details")}
Science_Page.Remote_List =
widgets.List {view_id = "Remote",
choices = category_list, -- Placeholder
frame = {l = 83, t = 40, h = 15, yalign = 0},
text_pen = COLOR_DARKGREY,
cursor_pen = COLOR_YELLOW,
inactive_pen = COLOR_GREY,
active = false,
on_select = self:callback ("show_science_remote_details")}
Science_Page.Book_Order_Label =
widgets.Label {text = {{text = "",
key = keybindings.forbid_book.key,
key_sep = '()'},
{text = " Toggle Forbid Flag ",
pen = COLOR_LIGHTBLUE},
{text = "",
key = keybindings.dump_book.key,
key_sep = '()'},
{text = " Toggle Dump Flag",
pen = COLOR_LIGHTBLUE},
NEWLINE,
{text = "",
key = keybindings.trader_book.key,
key_sep = '()'},
{text = " Toggle Trader Flag ",
pen = COLOR_LIGHTBLUE},
{text = "",
key = keybindings.zoom.key,
key_sep = '()'},
{text = " Zoom to book (return with 'O')",
pen = COLOR_LIGHTBLUE}},
frame = {l = 1, t = 45, y_align = 0},
visible = false}
Science_Page.Book_Label =
widgets.Label {text = "Books: O/C = Original/Copy, F = Forbidden, D = Dump, T = Trader, I = In Inventory",
frame = {l = 1, t = 47, y_align = 0},
text_pen = COLOR_WHITE}
table.insert (sciencePage.subviews, Science_Page.Category_List)
table.insert (sciencePage.subviews, Science_Page.Topic_List)
table.insert (sciencePage.subviews, Science_Page.Own_List)
table.insert (sciencePage.subviews, Science_Page.Remote_List)
table.insert (sciencePage.subviews, Science_Page.Details)
table.insert (sciencePage.subviews, Science_Page.Book_Order_Label)
table.insert (sciencePage.subviews, Science_Page.Book_Label)
table.insert (sciencePage.subviews, Science_Page.Book_List)
Science_Page.Active_List = {}
table.insert (Science_Page.Active_List, Science_Page.Category_List)
table.insert (Science_Page.Active_List, Science_Page.Topic_List)
table.insert (Science_Page.Active_List, Science_Page.Own_List)
table.insert (Science_Page.Active_List, Science_Page.Book_List)
table.insert (Science_Page.Active_List, Science_Page.Remote_List)
local valuesPage = widgets.Panel {
subviews = {}}
Values_Page.Background =
widgets.Label {text = {{text = "Help/Info",
key = keybindings.help.key,
key_sep = '()'},NEWLINE,
{text = "",
key = keybindings.main.key,
key_sep = '()'},
{text = " Main Page",
pen = COLOR_LIGHTBLUE},
{text = "",
key = keybindings.science.key,
key_sep = '()'},
{text = " Science Page",
pen = COLOR_LIGHTBLUE},
{text = "",
key = keybindings.authors.key,
key_sep = '()'},
{text = " Authors Page ",
pen = COLOR_LIGHTBLUE}, NEWLINE, NEWLINE,
{text = "Value "},
{text = "3 2 1 ",
pen = COLOR_LIGHTRED},
{text = "0 ",
pen = COLOR_YELLOW},
{text = "1 2 3",
pen = COLOR_GREEN},
{text = " Strength Own"}},
frame = {l = 0, t = 1, y_align = 0}}
table.insert (valuesPage.subviews, Values_Page.Background)
Values_Page.Background_2 =
widgets.Label {text = "Remote",
frame = {l = 47, t = 21, y_align = 0}}
table.insert (valuesPage.subviews, Values_Page.Background_2)
local values_background = {}
for i, value in ipairs (df.value_type) do
Values_Page.Matrix [i] = {}
table.insert (values_background, df.value_type [i])
for k = -3, 3 do
Values_Page.Matrix [i] [k] =
widgets.Label {text = Science_Character_Of (Values_Page.Data_Matrix, i, k),
frame = {l = 22 + k * 2, w = 1, t = 6 + i, y_align = 0},
text_pen = Science_Color_Of (Values_Page.Data_Matrix, i, k)}
table.insert (valuesPage.subviews, Values_Page.Matrix [i] [k])
end
end
Values_Page.Values_List =
widgets.List {view_id = "Values",
choices = values_background,
frame = {l = 0, t = 6, yalign = 0},
text_pen = COLOR_DARKGREY,
cursor_pen = COLOR_YELLOW,
inactive_pen = COLOR_GREY,
on_select = self:callback ("show_values")}
table.insert (valuesPage.subviews, Values_Page.Values_List)
local values_strengths =
{"Hate",
"Strong Dislike",
"Dislike",
"Indifference",
"Like",
"Strong Liking",
"Love"}
Values_Page.Strength_List =
widgets.List {view_id = "Strengths",
choices = values_strengths,
frame = {l = 31, t = 6, yalign = 0},
text_pen = COLOR_DARKGREY,
cursor_pen = COLOR_YELLOW,
inactive_pen = COLOR_GREY,
on_select = self:callback ("show_values"),
active = false}
table.insert (valuesPage.subviews, Values_Page.Strength_List)
Values_Page.Details =
widgets.Label {text = Produce_Details (nil),
frame = {l = 0, t = 40, h = 20, y_align = 0},
auto_height = false,
text_pen = COLOR_WHITE}
Values_Page.Book_List =
widgets.List {view_id = "Books containting Work",
choices = {},
frame = {l = 1, t = 66, yalign = 0},
text_pen = COLOR_DARKGREY,
cursor_pen = COLOR_YELLOW,
inactive_pen = COLOR_GREY,
active = false}--,
-- on_select = self:callback ("show_main_details")}
Values_Page.Own_List =
widgets.List {view_id = "Own",
choices = category_list, -- Placeholder
frame = {l = 47, t = 6, h = 15, yalign = 0},
text_pen = COLOR_DARKGREY,
cursor_pen = COLOR_YELLOW,
inactive_pen = COLOR_GREY,
active = false,
on_select = self:callback ("show_values_local_details")}
table.insert (valuesPage.subviews, Values_Page.Own_List)
Values_Page.Remote_List =
widgets.List {view_id = "Remote",
choices = category_list, -- Placeholder
frame = {l = 47, t = 23, h = 15, yalign = 0},
text_pen = COLOR_DARKGREY,
cursor_pen = COLOR_YELLOW,
inactive_pen = COLOR_GREY,
active = false,
on_select = self:callback ("show_values_remote_details")}
table.insert (valuesPage.subviews, Values_Page.Remote_List)
table.insert (valuesPage.subviews, Values_Page.Details)
table.insert (valuesPage.subviews, Values_Page.Book_List)
Values_Page.Book_Order_Label =
widgets.Label {text = {{text = "",
key = keybindings.forbid_book.key,
key_sep = '()'},
{text = " Toggle Forbid Flag ",
pen = COLOR_LIGHTBLUE},
{text = "",
key = keybindings.dump_book.key,
key_sep = '()'},
{text = " Toggle Dump Flag",
pen = COLOR_LIGHTBLUE},
NEWLINE,
{text = "",
key = keybindings.trader_book.key,
key_sep = '()'},
{text = " Toggle Trader Flag ",
pen = COLOR_LIGHTBLUE},
{text = "",
key = keybindings.zoom.key,
key_sep = '()'},
{text = " Zoom to book (return with 'O')",
pen = COLOR_LIGHTBLUE}},
frame = {l = 1, t = 62, y_align = 0},
visible = false}
table.insert (valuesPage.subviews, Values_Page.Book_Order_Label)
Values_Page.Book_Label =
widgets.Label {text = "Books: O/C = Original/Copy, F = Forbidden, D = Dump, T = Trader, I = In Inventory",
frame = {l = 1, t = 64, y_align = 0},
text_pen = COLOR_WHITE}
table.insert (valuesPage.subviews, Values_Page.Book_Label)
Values_Page.Active_List = {}
table.insert (Values_Page.Active_List, Values_Page.Values_List)
table.insert (Values_Page.Active_List, Values_Page.Strength_List)
table.insert (Values_Page.Active_List, Values_Page.Own_List)
table.insert (Values_Page.Active_List, Values_Page.Book_List)
table.insert (Values_Page.Active_List, Values_Page.Remote_List)
local authorsPage = widgets.Panel {
subviews = {}}
Authors_Page.Background =
widgets.Label {text = {{text = "Help/Info",
key = keybindings.help.key,
key_sep = '()'},NEWLINE,
{text = "",
key = keybindings.main.key,
key_sep = '()'},
{text = " Main Page",
pen = COLOR_LIGHTBLUE},
{text = "",
key = keybindings.science.key,
key_sep = '()'},
{text = " Science Page",
pen = COLOR_LIGHTBLUE},
{text = "",
key = keybindings.values.key,
key_sep = '()'},
{text = " Values Page ",
pen = COLOR_LIGHTBLUE}, NEWLINE, NEWLINE,
{text = "Authors"}},
frame = {l = 0, t = 1, y_align = 0}}
table.insert (authorsPage.subviews, Authors_Page.Background)
Authors_Page.Authors = Take_Authors_Stock (Main_Page.Stock)
local authors_list = {}
for i, element in ipairs (Authors_Page.Authors) do
table.insert (authors_list, element [1])
end
Authors_Page.Details =
widgets.Label {text = Produce_Details (nil),
frame = {l = 65, t = 24, h = 20, y_align = 0},
auto_height = false,
text_pen = COLOR_WHITE}
Authors_Page.Book_List =
widgets.List {view_id = "Books containting Work",
choices = {},
frame = {l = 65, t = 50, yalign = 0},
text_pen = COLOR_DARKGREY,
cursor_pen = COLOR_YELLOW,
inactive_pen = COLOR_GREY,
active = false}--,
-- on_select = self:callback ("show_main_details")}
Authors_Page.Works_List =
widgets.List {view_id = "Works",
choices = {},
frame = {l = 1, t = 24, h = 15, yalign = 0},
text_pen = COLOR_DARKGREY,
cursor_pen = COLOR_YELLOW,
inactive_pen = COLOR_GREY,
active = false,
on_select = self:callback ("show_authors_details")}
table.insert (authorsPage.subviews, Authors_Page.Works_List)
Authors_Page.Authors_List =
widgets.List {view_id = "Authors",
choices = authors_list,
frame = {l = 1, t = 6, h = 15, yalign = 0},
text_pen = COLOR_DARKGREY,
cursor_pen = COLOR_YELLOW,
inactive_pen = COLOR_GREY,
active = true,
on_select = self:callback ("show_authors_titles")}
table.insert (authorsPage.subviews, Authors_Page.Authors_List)
table.insert (authorsPage.subviews, Authors_Page.Details)
table.insert (authorsPage.subviews, Authors_Page.Book_List)
Authors_Page.Background_2 =
widgets.Label {text = {{text = " Works Details"}},
frame = {l = 0, t = 22, y_align = 0}}
table.insert (authorsPage.subviews, Authors_Page.Background_2)
Authors_Page.Book_Order_Label =
widgets.Label {text = {{text = "",
key = keybindings.forbid_book.key,
key_sep = '()'},
{text = " Toggle Forbid Flag ",
pen = COLOR_LIGHTBLUE},
{text = "",
key = keybindings.dump_book.key,
key_sep = '()'},
{text = " Toggle Dump Flag",
pen = COLOR_LIGHTBLUE},
NEWLINE,
{text = "",
key = keybindings.trader_book.key,
key_sep = '()'},
{text = " Toggle Trader Flag ",
pen = COLOR_LIGHTBLUE},
{text = "",
key = keybindings.zoom.key,
key_sep = '()'},
{text = " Zoom to book (return with 'O')",
pen = COLOR_LIGHTBLUE}},
frame = {l = 65, t = 46, y_align = 0},
visible = false}
table.insert (authorsPage.subviews, Authors_Page.Book_Order_Label)
Authors_Page.Book_Label =
widgets.Label {text = "Books: O/C = Original/Copy, F = Forbidden, D = Dump, T = Trader, I = In Inventory",
frame = {l = 65, t = 48, y_align = 0},
text_pen = COLOR_WHITE}
table.insert (authorsPage.subviews, Authors_Page.Book_Label)
Authors_Page.Active_List = {}
table.insert (Authors_Page.Active_List, Authors_Page.Authors_List)
table.insert (Authors_Page.Active_List, Authors_Page.Works_List)
table.insert (Authors_Page.Active_List, Authors_Page.Book_List)
local hiddenPage = widgets.Panel {
subviews = {}}
Help_Page.Main =
widgets.Label
{text = Helptext_Main (),
frame = {l = 1, t = 1, yalign = 0},
visible = true}
helpPage = widgets.Panel
{subviews = {Help_Page.Main}}
local pages = widgets.Pages
{subviews = {mainPage,
sciencePage,
valuesPage,
authorsPage,
hiddenPage,
helpPage},view_id = "pages",
}
pages:setSelected (1)
Focus = "Main"
self:addviews {pages}
end
--==============================================================
function Ui:show_main_details (index, choice)
if index == nil or #Main_Page.Filtered_Stock < index then
Main_Page.Details:setText (Produce_Details (nil))
Main_Page.Book_List:setChoices (Produce_Book_List (nil))
else
Main_Page.Details:setText (Produce_Details (Main_Page.Filtered_Stock [index].element))
Main_Page.Book_List:setChoices (Produce_Book_List (Main_Page.Filtered_Stock [index].element [2]), 1)
end
end
--==============================================================
function Ui:show_science_topic (index, choice)
local list = {}
for i = df.knowledge_scholar_flags_0._first_item, df.knowledge_scholar_flags_0._last_item do -- Don't care about the actual flag. Will iterate over all "bits" anyway.
if check_flag ("knowledge_scholar_flags_" .. tostring (index - 1), i) then
table.insert (list, knowledge [index - 1] [i])
end
end
Science_Page.Topic_List:setChoices (list, 1)
Populate_Own_Remote_Science ()
end
--==============================================================
function Ui:show_science_titles (index, choice)
Populate_Own_Remote_Science ()
end
--==============================================================
function Ui:show_science_local_details (index, choice)
if Science_Page.Own_List then -- Else initiation
if Science_Page.Own_List.active then
Science_Page.Details:setText (Produce_Details (Science_Page.Data_Matrix [Science_Page.Category_List.selected - 1]
[Science_Page.Topic_List.selected - 1]
[index]))
Science_Page.Book_List:setChoices (Produce_Book_List (Science_Page.Data_Matrix [Science_Page.Category_List.selected - 1]
[Science_Page.Topic_List.selected - 1]
[index] [2]), 1)
end
end
end
--==============================================================
function Ui:show_science_remote_details (index, choice)
if Science_Page.Remote_List then -- Else initiation
if Science_Page.Remote_List.active then
Science_Page.Details:setText (Produce_Details ({Science_Page.Remote_Data_Matrix [Science_Page.Category_List.selected - 1]
[Science_Page.Topic_List.selected - 1]
[index].id}))
end
end
end
--==============================================================
function Ui:on_select_content_type (index, choice)
Content_Type_Selected = index
Main_Page.Content_Type:setText (Content_Type_Map [Content_Type_Selected].name [Reference_Filter])
Main_Page.Filtered_Stock = Filter_Stock (Main_Page.Stock, Content_Type_Selected, Reference_Filter)
Main_Page.List:setChoices (Make_List (Main_Page.Filtered_Stock))
Main_Page.Works_Listed:setText (tostring (#Main_Page.List.choices))
end
--==============================================================
function Ui:show_values (index, choice)
Populate_Own_Remote_Values ()
end
--==============================================================
function Ui:show_values_local_details (index, choice)
if Values_Page.Own_List then -- Else initiation
if Values_Page.Own_List.active then
Values_Page.Details:setText (Produce_Details (Values_Page.Data_Matrix [Values_Page.Values_List.selected - 1]
[Values_Page.Strength_List.selected - 4]
[index]))
Values_Page.Book_List:setChoices (Produce_Book_List (Values_Page.Data_Matrix [Values_Page.Values_List.selected - 1]
[Values_Page.Strength_List.selected - 4]
[index] [2]), 1)
end
end
end
--==============================================================
function Ui:show_values_remote_details (index, choice)
if Values_Page.Remote_List then -- Else initiation
if Values_Page.Remote_List.active then
Values_Page.Details:setText (Produce_Details ({Values_Page.Remote_Data_Matrix [Values_Page.Values_List.selected - 1]
[Values_Page.Strength_List.selected - 4]
[Values_Page.Remote_List_Map [index]].id}))
end
end
end
--==============================================================
function Ui:show_authors_titles (index, choice)
Populate_Author_Works ()
end
--==============================================================
function Ui:show_authors_details (index, choice)
if Authors_Page.Works_List then -- Else initiation
if Authors_Page.Works_List.active then
Authors_Page.Details:setText (Produce_Details (Authors_Page.Authors [Authors_Page.Authors_List.selected]
[2]
[index]))
Authors_Page.Book_List:setChoices (Produce_Book_List (Authors_Page.Authors [Authors_Page.Authors_List.selected]
[2]
[index] [2]), 1)
end
end
end
--==============================================================
function Ui:onInput (keys)
if keys.LEAVESCREEN_ALL then
self:dismiss ()
end
if keys.LEAVESCREEN then
if Focus == "Hidden" then
persist_screen:sendInputToParent (keys)
elseif Focus == "Help" then
if Pre_Help_Focus == "Main" then
self.subviews.pages:setSelected (1)
elseif Pre_Help_Focus == "Science" then
self.subviews.pages:setSelected (2)
elseif Pre_Help_Focus == "Values" then
self.subviews.pages:setSelected (3)
elseif Pre_Help_Focus == "Authors" then
self.subviews.pages:setSelected (4)
end
Focus = Pre_Help_Focus
else --### Should add confirmation
self:dismiss ()
end
end
if keys [keybindings.content_type.key] and
Focus == "Main" then
list = {}
for i, element in ipairs (Content_Type_Map) do
table.insert (list, element.name [Reference_Filter])
end
dialog.showListPrompt ("Select Content Type filter",
"Filter the title list to show only the ones in the\n" ..
"specified Content Type category.", --### Add display of current selection
COLOR_WHITE,
list,
self:callback ("on_select_content_type"))
elseif keys [keybindings.reference_filter.key] and Focus == "Main" then
Reference_Filter = not Reference_Filter
Main_Page.Reference_Filter:setText (Bool_To_YN (Reference_Filter))
Main_Page.Content_Type:setText (Content_Type_Map [Content_Type_Selected].name [Reference_Filter])
Main_Page.Filtered_Stock = Filter_Stock (Main_Page.Stock, Content_Type_Selected, Reference_Filter)
Main_Page.List:setChoices (Make_List (Main_Page.Filtered_Stock))
Main_Page.Works_Listed:setText (tostring (#Main_Page.List.choices))
elseif keys [keybindings.main.key] and
(Focus == "Science" or
Focus == "Values" or
Focus == "Authors") then
Focus = "Main"
self.subviews.pages:setSelected (1)
elseif keys [keybindings.science.key] and
(Focus == "Main" or
Focus == "Values" or
Focus == "Authors") then
Focus = "Science"
Populate_Own_Remote_Science ()
self.subviews.pages:setSelected (2)
elseif keys [keybindings.values.key] and
(Focus == "Main" or
Focus == "Science" or
Focus == "Authors") then
Focus = "Values"
Populate_Own_Remote_Values ()
self.subviews.pages:setSelected (3)
elseif keys [keybindings.authors.key] and
(Focus == "Main" or
Focus == "Science" or
Focus == "Values") then
Focus = "Authors"
self.subviews.pages:setSelected (4)
elseif keys [keybindings.ook.key] and
Focus == "Hidden" then
if Pre_Hiding_Focus == "Main" then
self.subviews.pages:setSelected (1)
elseif Pre_Hiding_Focus == "Science" then
self.subviews.pages:setSelected (2)
elseif Pre_Hiding_Focus == "Values" then
self.subviews.pages:setSelected (3)
elseif Pre_Hiding_Focus == "Authors" then
self.subviews.pages:setSelected (4)
end
Focus = Pre_Hiding_Focus
self.transparent = false
elseif keys [keybindings.left.key] and
Focus == "Main" then
local active = 1
for i, list in ipairs (Main_Page.Active_List) do
if list.active then
active = i - 1
if active == 0 then
active = #Main_Page.Active_List
end
break
end
end
for i, list in ipairs (Main_Page.Active_List) do
list.active = (i == active)
end
Main_Page.Book_Order_Label.visible = Main_Page.Book_List.active
elseif keys [keybindings.right.key] and
Focus == "Main" then
local active = 1
for i, list in ipairs (Main_Page.Active_List) do
if list.active then
active = i + 1
if active > #Main_Page.Active_List then
active = 1
end
break
end
end
for i, list in ipairs (Main_Page.Active_List) do
list.active = (i == active)
end
Main_Page.Book_Order_Label.visible = Main_Page.Book_List.active
elseif keys [keybindings.left.key] and
Focus == "Science" then
local active = 1
for i, list in ipairs (Science_Page.Active_List) do
if list.active then
active = i - 1
if active == 0 then
active = #Science_Page.Active_List
end
break
end
end
for i, list in ipairs (Science_Page.Active_List) do
list.active = (i == active)
end
if Science_Page.Own_List.active then
-- nothing
elseif Science_Page.Remote_List.active then
if #Science_Page.Remote_List.choices == 0 then
Science_Page.Details:setText (Produce_Details (nil))
else
Science_Page.Details:setText (Produce_Details ({Science_Page.Remote_Data_Matrix
[Science_Page.Category_List.selected - 1]
[Science_Page.Topic_List.selected - 1]
[Science_Page.Remote_List_Map [Science_Page.Remote_List.selected]].id}))
end
elseif Science_Page.Book_List.active then
if #Science_Page.Own_List.choices == 0 then
Science_Page.Details:setText (Produce_Details (nil))
Science_Page.Book_List:setChoices (Produce_Book_List (nil))
else
Science_Page.Details:setText (Produce_Details (Science_Page.Data_Matrix [Science_Page.Category_List.selected - 1]
[Science_Page.Topic_List.selected - 1]
[Science_Page.Own_List.selected]))
Science_Page.Book_List:setChoices (Produce_Book_List (Science_Page.Data_Matrix [Science_Page.Category_List.selected - 1]
[Science_Page.Topic_List.selected - 1]
[Science_Page.Own_List.selected] [2]))
end
else
Science_Page.Details:setText (Produce_Details (nil))
end
Science_Page.Book_Order_Label.visible = Science_Page.Book_List.active
Science_Page.Book_List.visible = Science_Page.Own_List.active or
Science_Page.Book_List.active
elseif keys [keybindings.right.key] and
Focus == "Science" then
local active = 1
for i, list in ipairs (Science_Page.Active_List) do
if list.active then
active = i + 1
if active > #Science_Page.Active_List then
active = 1
end
break
end
end
for i, list in ipairs (Science_Page.Active_List) do
list.active = (i == active)
end
if Science_Page.Own_List.active then
if #Science_Page.Own_List.choices == 0 then
Science_Page.Details:setText (Produce_Details (nil))
Science_Page.Book_List:setChoices (Produce_Book_List (nil))
else
Science_Page.Details:setText (Produce_Details (Science_Page.Data_Matrix [Science_Page.Category_List.selected - 1]
[Science_Page.Topic_List.selected - 1]
[Science_Page.Own_List.selected]))
Science_Page.Book_List:setChoices (Produce_Book_List (Science_Page.Data_Matrix [Science_Page.Category_List.selected - 1]
[Science_Page.Topic_List.selected - 1]
[Science_Page.Own_List.selected] [2]))
end
elseif Science_Page.Book_List.active then
-- nothing
elseif Science_Page.Remote_List.active then
if #Science_Page.Remote_List.choices == 0 then
Science_Page.Details:setText (Produce_Details (nil))
else
Science_Page.Details:setText (Produce_Details ({Science_Page.Remote_Data_Matrix
[Science_Page.Category_List.selected - 1]
[Science_Page.Topic_List.selected - 1]
[Science_Page.Remote_List_Map [Science_Page.Remote_List.selected]].id}))
end
else
Science_Page.Details:setText (Produce_Details (nil))
end
Science_Page.Book_Order_Label.visible = Science_Page.Book_List.active
Science_Page.Book_List.visible = Science_Page.Own_List.active or
Science_Page.Book_List.active
elseif keys [keybindings.left.key] and
Focus == "Values" then
local active = 1
for i, list in ipairs (Values_Page.Active_List) do
if list.active then
active = i - 1
if active == 0 then
active = #Values_Page.Active_List
end
break
end
end
for i, list in ipairs (Values_Page.Active_List) do
list.active = (i == active)
end
if Values_Page.Own_List.active then
-- nothing
elseif Values_Page.Remote_List.active then
if #Values_Page.Remote_List.choices == 0 then
Values_Page.Details:setText (Produce_Details (nil))
else
Values_Page.Details:setText (Produce_Details ({Values_Page.Remote_Data_Matrix
[Values_Page.Values_List.selected - 1]
[Values_Page.Strength_List.selected - 4]
[Values_Page.Remote_List_Map [Values_Page.Remote_List.selected]].id}))
end
elseif Values_Page.Book_List.active then
if #Values_Page.Own_List.choices == 0 then
Values_Page.Details:setText (Produce_Details (nil))
Values_Page.Book_List:setChoices (Produce_Book_List (nil))
else
Values_Page.Details:setText (Produce_Details (Values_Page.Data_Matrix [Values_Page.Values_List.selected - 1]
[Values_Page.Strength_List.selected - 4]
[Values_Page.Own_List.selected]))
Values_Page.Book_List:setChoices (Produce_Book_List (Values_Page.Data_Matrix [Values_Page.Values_List.selected - 1]
[Values_Page.Strength_List.selected - 4]
[Values_Page.Own_List.selected] [2]))
end
else
Values_Page.Details:setText (Produce_Details (nil))
end
Values_Page.Book_Order_Label.visible = Values_Page.Book_List.active
Values_Page.Book_List.visible = Values_Page.Own_List.active or
Values_Page.Book_List.active
elseif keys [keybindings.right.key] and
Focus == "Values" then
local active = 1
for i, list in ipairs (Values_Page.Active_List) do
if list.active then
active = i + 1
if active > #Values_Page.Active_List then
active = 1
end
break
end
end
for i, list in ipairs (Values_Page.Active_List) do
list.active = (i == active)
end
if Values_Page.Own_List.active then
if #Values_Page.Own_List.choices == 0 then
Values_Page.Details:setText (Produce_Details (nil))
Values_Page.Book_List:setChoices (Produce_Book_List (nil))
else
Values_Page.Details:setText (Produce_Details (Values_Page.Data_Matrix [Values_Page.Values_List.selected - 1]
[Values_Page.Strength_List.selected - 4]
[Values_Page.Own_List.selected]))
Values_Page.Book_List:setChoices (Produce_Book_List (Values_Page.Data_Matrix [Values_Page.Values_List.selected - 1]
[Values_Page.Strength_List.selected - 4]
[Values_Page.Own_List.selected] [2]))
end
elseif Values_Page.Book_List.active then
-- nothing
elseif Values_Page.Remote_List.active then
if #Values_Page.Remote_List.choices == 0 then
Values_Page.Details:setText (Produce_Details (nil))
else
Values_Page.Details:setText (Produce_Details ({Values_Page.Remote_Data_Matrix
[Values_Page.Values_List.selected - 1]
[Values_Page.Strength_List.selected - 4]
[Values_Page.Remote_List_Map [Values_Page.Remote_List.selected]].id}))
end
else
Values_Page.Details:setText (Produce_Details (nil))
end
Values_Page.Book_Order_Label.visible = Values_Page.Book_List.active
Values_Page.Book_List.visible = Values_Page.Own_List.active or
Values_Page.Book_List.active
elseif keys [keybindings.left.key] and
Focus == "Authors" then
local active = 1
for i, list in ipairs (Authors_Page.Active_List) do
if list.active then
active = i - 1
if active == 0 then
active = #Authors_Page.Active_List
end
break
end
end
for i, list in ipairs (Authors_Page.Active_List) do
list.active = (i == active)
end
if Authors_Page.Works_List.active then
-- nothing
elseif Authors_Page.Book_List.active then
Authors_Page.Details:setText (Produce_Details (Authors_Page.Authors [Authors_Page.Authors_List.selected]
[2]
[Authors_Page.Works_List.selected]))
Authors_Page.Book_List:setChoices (Produce_Book_List (Authors_Page.Authors [Authors_Page.Authors_List.selected]
[2]
[Authors_Page.Works_List.selected] [2]), 1)
else
Authors_Page.Details:setText (Produce_Details (nil))
end
Authors_Page.Book_Order_Label.visible = Authors_Page.Book_List.active
Authors_Page.Book_List.visible = Authors_Page.Works_List.active or
Authors_Page.Book_List.active
elseif keys [keybindings.right.key] and
Focus == "Authors" then
local active = 1
for i, list in ipairs (Authors_Page.Active_List) do
if list.active then
active = i + 1
if active > #Authors_Page.Active_List then
active = 1
end
break
end
end
for i, list in ipairs (Authors_Page.Active_List) do
list.active = (i == active)
end
if Authors_Page.Works_List.active then
Authors_Page.Details:setText (Produce_Details (Authors_Page.Authors [Authors_Page.Authors_List.selected]
[2]
[Authors_Page.Works_List.selected]))
Authors_Page.Book_List:setChoices (Produce_Book_List (Authors_Page.Authors [Authors_Page.Authors_List.selected]
[2]
[Authors_Page.Works_List.selected] [2]), 1)
elseif Authors_Page.Book_List.active then
-- nothing
else
Authors_Page.Details:setText (Produce_Details (nil))
end
Authors_Page.Book_Order_Label.visible = Authors_Page.Book_List.active
Authors_Page.Book_List.visible = Authors_Page.Works_List.active or
Authors_Page.Book_List.active
elseif keys [keybindings.forbid_book.key] and
Focus == "Main" and
Main_Page.Book_List.active and
#Main_Page.Book_List.choices > 0 then
Main_Page.Filtered_Stock [Main_Page.List.selected].element [2] [Main_Page.Book_List.selected].flags.forbid =
not Main_Page.Filtered_Stock [Main_Page.List.selected].element [2] [Main_Page.Book_List.selected].flags.forbid
Main_Page.Book_List:setChoices (Produce_Book_List (Main_Page.Filtered_Stock [Main_Page.List.selected].element [2]), Main_Page.Book_List.selected)
elseif keys [keybindings.dump_book.key] and
Focus == "Main" and
Main_Page.Book_List.active and
#Main_Page.Book_List.choices > 0 then
Main_Page.Filtered_Stock [Main_Page.List.selected].element [2] [Main_Page.Book_List.selected].flags.dump =
not Main_Page.Filtered_Stock [Main_Page.List.selected].element [2] [Main_Page.Book_List.selected].flags.dump
Main_Page.Book_List:setChoices (Produce_Book_List (Main_Page.Filtered_Stock [Main_Page.List.selected].element [2]), Main_Page.Book_List.selected)
elseif keys [keybindings.trader_book.key] and
Focus == "Main" and
Main_Page.Book_List.active and
#Main_Page.Book_List.choices > 0 then
Main_Page.Filtered_Stock [Main_Page.List.selected].element [2] [Main_Page.Book_List.selected].flags.trader =
not Main_Page.Filtered_Stock [Main_Page.List.selected].element [2] [Main_Page.Book_List.selected].flags.trader
Main_Page.Book_List:setChoices (Produce_Book_List (Main_Page.Filtered_Stock [Main_Page.List.selected].element [2]), Main_Page.Book_List.selected)
elseif keys [keybindings.zoom.key] and
Focus == "Main" and
Main_Page.Book_List.active and
#Main_Page.Book_List.choices > 0 then
local item = Main_Page.Filtered_Stock [Main_Page.List.selected].element [2] [Main_Page.Book_List.selected]
if item.pos.x ~= -30000 and
item.pos.y ~= -30000 and
item.pos.z ~= -30000 then
local pos, key = Book_Location_And_Access_Key (item)
persist_screen:sendInputToParent ({[df.interface_key [df.interface_key.OPTIONS]] = true,
[df.interface_key [df.interface_key.LEAVESCREEN]] = true}) -- To exit any competing view mode.
persist_screen:sendInputToParent (key)
df.global.cursor.x = pos.x
df.global.cursor.y = pos.y
df.global.cursor.z = pos.z
persist_screen:sendInputToParent ({[df.interface_key [df.interface_key.CURSOR_LEFT]] = true}) -- Jiggle to get DF to update.
if item.pos.x ~= 0 then
persist_screen:sendInputToParent ({[df.interface_key [df.interface_key.CURSOR_RIGHT]] = true})
end
Pre_Hiding_Focus = Focus
Focus = "Hidden"
self.subviews.pages:setSelected (5)
self.transparent = true
end
elseif keys [keybindings.forbid_book.key] and
Focus == "Science" and
Science_Page.Book_List.active and
#Science_Page.Book_List.choices > 0 then
Science_Page.Data_Matrix [Science_Page.Category_List.selected - 1]
[Science_Page.Topic_List.selected - 1]
[Science_Page.Own_List.selected] [2]
[Science_Page.Book_List.selected].flags.forbid =
not Science_Page.Data_Matrix [Science_Page.Category_List.selected - 1]
[Science_Page.Topic_List.selected - 1]
[Science_Page.Own_List.selected] [2]
[Science_Page.Book_List.selected].flags.forbid
Science_Page.Book_List:setChoices (Produce_Book_List (Science_Page.Data_Matrix [Science_Page.Category_List.selected - 1]
[Science_Page.Topic_List.selected - 1]
[Science_Page.Own_List.selected] [2]), Science_Page.Book_List.selected)
elseif keys [keybindings.dump_book.key] and
Focus == "Science" and
Science_Page.Book_List.active and
#Science_Page.Book_List.choices > 0 then
Science_Page.Data_Matrix [Science_Page.Category_List.selected - 1]
[Science_Page.Topic_List.selected - 1]
[Science_Page.Own_List.selected] [2]
[Science_Page.Book_List.selected].flags.dump =
not Science_Page.Data_Matrix [Science_Page.Category_List.selected - 1]
[Science_Page.Topic_List.selected - 1]
[Science_Page.Own_List.selected] [2]
[Science_Page.Book_List.selected].flags.dump
Science_Page.Book_List:setChoices (Produce_Book_List (Science_Page.Data_Matrix [Science_Page.Category_List.selected - 1]
[Science_Page.Topic_List.selected - 1]
[Science_Page.Own_List.selected] [2]), Science_Page.Book_List.selected)
elseif keys [keybindings.trader_book.key] and
Focus == "Science" and
Science_Page.Book_List.active and
#Science_Page.Book_List.choices > 0 then
Science_Page.Data_Matrix [Science_Page.Category_List.selected - 1]
[Science_Page.Topic_List.selected - 1]
[Science_Page.Own_List.selected] [2]
[Science_Page.Book_List.selected].flags.trader =
not Science_Page.Data_Matrix [Science_Page.Category_List.selected - 1]
[Science_Page.Topic_List.selected - 1]
[Science_Page.Own_List.selected] [2]
[Science_Page.Book_List.selected].flags.trader
Science_Page.Book_List:setChoices (Produce_Book_List (Science_Page.Data_Matrix [Science_Page.Category_List.selected - 1]
[Science_Page.Topic_List.selected - 1]
[Science_Page.Own_List.selected] [2]), Science_Page.Book_List.selected)
elseif keys [keybindings.zoom.key] and
Focus == "Science" and
Science_Page.Book_List.active and
#Science_Page.Book_List.choices > 0 then
local item = Science_Page.Data_Matrix [Science_Page.Category_List.selected - 1]
[Science_Page.Topic_List.selected - 1]
[Science_Page.Own_List.selected] [2]
[Science_Page.Book_List.selected]
if item.pos.x ~= -30000 and
item.pos.y ~= -30000 and
item.pos.z ~= -30000 then
local pos, key = Book_Location_And_Access_Key (item)
persist_screen:sendInputToParent ({[df.interface_key [df.interface_key.OPTIONS]] = true,
[df.interface_key [df.interface_key.LEAVESCREEN]] = true}) -- To exit any competing view mode.
persist_screen:sendInputToParent (key)
df.global.cursor.x = pos.x
df.global.cursor.y = pos.y
df.global.cursor.z = pos.z
persist_screen:sendInputToParent ({[df.interface_key [df.interface_key.CURSOR_LEFT]] = true}) -- Jiggle to get DF to update.
if item.pos.x ~= 0 then
persist_screen:sendInputToParent ({[df.interface_key [df.interface_key.CURSOR_RIGHT]] = true})
end
Pre_Hiding_Focus = Focus
Focus = "Hidden"
self.subviews.pages:setSelected (5)
self.transparent = true
end
elseif keys [keybindings.forbid_book.key] and
Focus == "Values" and
Values_Page.Book_List.active and
#Values_Page.Book_List.choices > 0 then
Values_Page.Data_Matrix [Values_Page.Values_List.selected - 1]
[Values_Page.Strength_List.selected - 4]
[Values_Page.Own_List.selected] [2]
[Values_Page.Book_List.selected].flags.forbid =
not Values_Page.Data_Matrix [Values_Page.Values_List.selected - 1]
[Values_Page.Strength_List.selected - 4]
[Values_Page.Own_List.selected] [2]
[Values_Page.Book_List.selected].flags.forbid
Values_Page.Book_List:setChoices (Produce_Book_List (Values_Page.Data_Matrix [Values_Page.Values_List.selected - 1]
[Values_Page.Strength_List.selected - 4]
[Values_Page.Own_List.selected] [2]), Values_Page.Book_List.selected)
elseif keys [keybindings.dump_book.key] and
Focus == "Values" and
Values_Page.Book_List.active and
#Values_Page.Book_List.choices > 0 then
Values_Page.Data_Matrix [Values_Page.Values_List.selected - 1]
[Values_Page.Strength_List.selected - 4]
[Values_Page.Own_List.selected] [2]
[Values_Page.Book_List.selected].flags.dump =
not Values_Page.Data_Matrix [Values_Page.Values_List.selected - 1]
[Values_Page.Strength_List.selected - 4]
[Values_Page.Own_List.selected] [2]
[Values_Page.Book_List.selected].flags.dump
Values_Page.Book_List:setChoices (Produce_Book_List (Values_Page.Data_Matrix [Values_Page.Values_List.selected - 1]
[Values_Page.Strength_List.selected - 4]
[Values_Page.Own_List.selected] [2]), Values_Page.Book_List.selected)
elseif keys [keybindings.trader_book.key] and
Focus == "Values" and
Values_Page.Book_List.active and
#Values_Page.Book_List.choices > 0 then
Values_Page.Data_Matrix [Values_Page.Values_List.selected - 1]
[Values_Page.Strength_List.selected - 4]
[Values_Page.Own_List.selected] [2]
[Values_Page.Book_List.selected].flags.trader =
not Values_Page.Data_Matrix [Values_Page.Values_List.selected - 1]
[Values_Page.Strength_List.selected - 4]
[Values_Page.Own_List.selected] [2]
[Values_Page.Book_List.selected].flags.trader
Values_Page.Book_List:setChoices (Produce_Book_List (Values_Page.Data_Matrix [Values_Page.Values_List.selected - 1]
[Values_Page.Strength_List.selected - 4]
[Values_Page.Own_List.selected] [2]), Values_Page.Book_List.selected)
elseif keys [keybindings.zoom.key] and
Focus == "Values" and
Values_Page.Book_List.active and
#Values_Page.Book_List.choices > 0 then
local item = Values_Page.Data_Matrix [Values_Page.Values_List.selected - 1]
[Values_Page.Strength_List.selected - 4]
[Values_Page.Own_List.selected] [2]
[Values_Page.Book_List.selected]
if item.pos.x ~= -30000 and
item.pos.y ~= -30000 and
item.pos.z ~= -30000 then
local pos, key = Book_Location_And_Access_Key (item)
persist_screen:sendInputToParent ({[df.interface_key [df.interface_key.OPTIONS]] = true,
[df.interface_key [df.interface_key.LEAVESCREEN]] = true}) -- To exit any competing view mode.
persist_screen:sendInputToParent (key)
df.global.cursor.x = pos.x
df.global.cursor.y = pos.y
df.global.cursor.z = pos.z
persist_screen:sendInputToParent ({[df.interface_key [df.interface_key.CURSOR_LEFT]] = true}) -- Jiggle to get DF to update.
if item.pos.x ~= 0 then
persist_screen:sendInputToParent ({[df.interface_key [df.interface_key.CURSOR_RIGHT]] = true})
end
Pre_Hiding_Focus = Focus
Focus = "Hidden"
self.subviews.pages:setSelected (5)
self.transparent = true
end
elseif keys [keybindings.forbid_book.key] and
Focus == "Authors" and
Authors_Page.Book_List.active and
#Authors_Page.Book_List.choices > 0 then
Authors_Page.Authors [Authors_Page.Authors_List.selected]
[2]
[Authors_Page.Works_List.selected] [2]
[Authors_Page.Book_List.selected].flags.forbid =
not Authors_Page.Authors [Authors_Page.Authors_List.selected]
[2]
[Authors_Page.Works_List.selected] [2]
[Authors_Page.Book_List.selected].flags.forbid
Authors_Page.Book_List:setChoices (Produce_Book_List (Authors_Page.Authors [Authors_Page.Authors_List.selected]
[2]
[Authors_Page.Works_List.selected] [2]), Authors_Page.Book_List.selected)
elseif keys [keybindings.dump_book.key] and
Focus == "Authors" and
Authors_Page.Book_List.active and
#Authors_Page.Book_List.choices > 0 then
Authors_Page.Authors [Authors_Page.Authors_List.selected]
[2]
[Authors_Page.Works_List.selected] [2]
[Authors_Page.Book_List.selected].flags.dump =
not Authors_Page.Authors [Authors_Page.Authors_List.selected]
[2]
[Authors_Page.Works_List.selected] [2]
[Authors_Page.Book_List.selected].flags.dump
Authors_Page.Book_List:setChoices (Produce_Book_List (Authors_Page.Authors [Authors_Page.Authors_List.selected]
[2]
[Authors_Page.Works_List.selected] [2]), Authors_Page.Book_List.selected)
elseif keys [keybindings.trader_book.key] and
Focus == "Authors" and
Authors_Page.Book_List.active and
#Authors_Page.Book_List.choices > 0 then
Authors_Page.Authors [Authors_Page.Authors_List.selected]
[2]
[Authors_Page.Works_List.selected] [2]
[Authors_Page.Book_List.selected].flags.trader =
not Authors_Page.Authors [Authors_Page.Authors_List.selected]
[2]
[Authors_Page.Works_List.selected] [2]
[Authors_Page.Book_List.selected].flags.trader
Authors_Page.Book_List:setChoices (Produce_Book_List (Authors_Page.Authors [Authors_Page.Authors_List.selected]
[2]
[Authors_Page.Works_List.selected] [2]), Authors_Page.Book_List.selected)
elseif keys [keybindings.zoom.key] and
Focus == "Authors" and
Authors_Page.Book_List.active and
#Authors_Page.Book_List.choices > 0 then
local item = Authors_Page.Authors [Authors_Page.Authors_List.selected]
[2]
[Authors_Page.Works_List.selected] [2]
[Authors_Page.Book_List.selected]
if item.pos.x ~= -30000 and
item.pos.y ~= -30000 and
item.pos.z ~= -30000 then
local pos, key = Book_Location_And_Access_Key (item)
persist_screen:sendInputToParent ({[df.interface_key [df.interface_key.OPTIONS]] = true,
[df.interface_key [df.interface_key.LEAVESCREEN]] = true}) -- To exit any competing view mode.
persist_screen:sendInputToParent (key)
df.global.cursor.x = pos.x
df.global.cursor.y = pos.y
df.global.cursor.z = pos.z
persist_screen:sendInputToParent ({[df.interface_key [df.interface_key.CURSOR_LEFT]] = true}) -- Jiggle to get DF to update.
if item.pos.x ~= 0 then
persist_screen:sendInputToParent ({[df.interface_key [df.interface_key.CURSOR_RIGHT]] = true})
end
Pre_Hiding_Focus = Focus
Focus = "Hidden"
self.subviews.pages:setSelected (5)
self.transparent = true
end
elseif Focus == "Hidden" then
if keys [df.interface_key [df.interface_key.SECONDSCROLL_DOWN]] then --### Special case because of weird side effects when sending the whole list through.
persist_screen:sendInputToParent ({[df.interface_key [df.interface_key.SECONDSCROLL_DOWN]] = true})
elseif keys [df.interface_key [df.interface_key.SECONDSCROLL_UP]] then --### Special case because of weird side effects when sending the whole list through.
persist_screen:sendInputToParent ({[df.interface_key [df.interface_key.SECONDSCROLL_UP]] = true})
else
persist_screen:sendInputToParent (keys)
end
end
self.super.onInput (self, keys)
end
--============================================================
function Show_Viewer ()
local screen = Ui {}
persist_screen = screen
screen:show ()
end
--============================================================
Show_Viewer ()
end
Librarian ()