7 files changed, 1473 insertions, 0 deletions

@@ -0,0 +1,2 @@
+build
+.DS_Store
@@ -0,0 +1,3 @@
+[submodule "vendor/verbly"]
+        path = vendor/verbly
+        url = git@github.com:hatkirby/verbly
@@ -0,0 +1,13 @@
+cmake_minimum_required (VERSION 3.1)
+project (lingo_randomizer)
+
+set(CMAKE_BUILD_TYPE Debug)
+
+add_subdirectory(vendor/verbly)
+
+include_directories(vendor/verbly/lib)
+
+add_executable(lingo_randomizer main.cpp generator.cpp)
+set_property(TARGET lingo_randomizer PROPERTY CXX_STANDARD 17)
+set_property(TARGET lingo_randomizer PROPERTY CXX_STANDARD_REQUIRED ON)
+target_link_libraries(lingo_randomizer verbly)
@@ -0,0 +1,675 @@
+#include "generator.h"
+#include <algorithm>
+#include <iostream>
+
+verbly::filter Generator::MakeHintFilter(verbly::filter subfilter, Height height, Colour colour, FilterDirection filter_direction)
+{
+  switch (colour) {
+    case kWhite: {
+      switch (height) {
+        case kBottom: {
+          return (verbly::word::synonyms %= subfilter);
+        }
+        case kTop: {
+          return (verbly::form::pronunciations %=
+            verbly::filter("homophones", false,
+              (verbly::pronunciation::forms %= (subfilter && verbly::filter(
+                verbly::form::id,
+                verbly::filter::comparison::field_does_not_equal,
+                verbly::form::id)))));
+        }
+        case kMiddle: {
+          return subfilter;
+        }
+        default: break; // Not supported yet.
+      }
+      break;
+    }
+    case kBlack: {
+      switch (height) {
+        case kBottom: {
+          return (verbly::word::antonyms %= subfilter);
+        }
+        case kMiddle: {
+          return (verbly::form::antogram %= subfilter);
+        }
+        case kTop: {
+          return (verbly::pronunciation::antophone %= subfilter);
+        }
+        default: break; // Not supported yet.
+      }
+      break;
+    }
+    case kBrown: {
+      break; // Not supported yet.
+    }
+    case kRed: {
+      switch (height) {
+        case kTop: {
+          if (filter_direction == kTowardSolution)
+          {
+            return (verbly::pronunciation::merophones %= subfilter);
+          } else {
+            return (verbly::pronunciation::holophones %= subfilter);
+          }
+        }
+        case kMiddle: {
+          if (filter_direction == kTowardSolution)
+          {
+            return (verbly::form::merographs %= subfilter);
+          } else {
+            return (verbly::form::holographs %= subfilter);
+          }
+        }
+        case kBottom: {
+          if (filter_direction == kTowardSolution)
+          {
+            return (verbly::notion::partMeronyms %=
+              verbly::filter("partMeronyms", false,
+                subfilter && verbly::filter(
+                  verbly::form::id,
+                  verbly::filter::comparison::field_does_not_equal,
+                  verbly::form::id)));
+          } else {
+            return (verbly::notion::partHolonyms %=
+              verbly::filter("partHolonyms", false,
+                subfilter && verbly::filter(
+                  verbly::form::id,
+                  verbly::filter::comparison::field_does_not_equal,
+                  verbly::form::id)));
+          }
+        }
+        default: break; // Not supported yet.
+      }
+      break;
+    }
+    case kBlue: {
+      switch (height) {
+        case kTop: {
+          if (filter_direction == kTowardSolution)
+          {
+            return (verbly::pronunciation::holophones %= subfilter);
+          } else {
+            return (verbly::pronunciation::merophones %= subfilter);
+          }
+        }
+        case kMiddle: {
+          if (filter_direction == kTowardSolution)
+          {
+            return (verbly::form::holographs %= subfilter);
+          } else {
+            return (verbly::form::merographs %= subfilter);
+          }
+        }
+        case kBottom: {
+          if (filter_direction == kTowardSolution)
+          {
+            return (verbly::notion::partHolonyms %=
+              verbly::filter("partHolonyms", false,
+                subfilter && verbly::filter(
+                  verbly::form::id,
+                  verbly::filter::comparison::field_does_not_equal,
+                  verbly::form::id)));
+          } else {
+            return (verbly::notion::partMeronyms %=
+              verbly::filter("partMeronyms", false,
+                subfilter && verbly::filter(
+                  verbly::form::id,
+                  verbly::filter::comparison::field_does_not_equal,
+                  verbly::form::id)));
+          }
+        }
+        default: break; // Not supported yet.
+      }
+      break;
+    }
+    case kPurple: {
+      switch (height) {
+        case kMiddle: {
+          return (verbly::form::holographs %=
+            verbly::filter("midpurp", false,
+              (verbly::form::length >= 4 && (verbly::form::merographs %=
+                (subfilter && verbly::filter(
+                  verbly::form::id,
+                  verbly::filter::comparison::field_does_not_equal,
+                  verbly::form::id))))));
+        }
+        case kTop: {
+          return (verbly::pronunciation::rhymes %= subfilter);
+        }
+        default: break; // Not supported yet.
+      }
+      break;
+    }
+    case kYellow: {
+      switch (height) {
+        case kTop: {
+          return (verbly::pronunciation::anaphones %= (subfilter && verbly::filter(
+                verbly::pronunciation::id,
+                verbly::filter::comparison::field_does_not_equal,
+                verbly::pronunciation::id)));
+        }
+        case kMiddle: {
+          return (verbly::form::anagrams %= (subfilter && verbly::filter(
+                verbly::form::id,
+                verbly::filter::comparison::field_does_not_equal,
+                verbly::form::id)));
+        }
+        default: break; // Not supported yet.
+      }
+      break;
+    }
+    case kGreen: {
+      if (filter_direction == kTowardSolution)
+      {
+        switch (height) {
+          case kBottom: {
+            verbly::filter whitelist =
+              (verbly::notion::wnid == 109287968)    // Geological formations
+              || (verbly::notion::wnid == 109208496) // Asterisms (collections of stars)
+              || (verbly::notion::wnid == 109239740) // Celestial bodies
+              || (verbly::notion::wnid == 109277686) // Exterrestrial objects (comets and meteroids)
+              || (verbly::notion::wnid == 109403211) // Radiators (supposedly natural radiators but actually these are just pictures of radiators)
+              || (verbly::notion::wnid == 109416076) // Rocks
+              || (verbly::notion::wnid == 105442131) // Chromosomes
+              || (verbly::notion::wnid == 100324978) // Tightrope walking
+              || (verbly::notion::wnid == 100326094) // Rock climbing
+              || (verbly::notion::wnid == 100433458) // Contact sports
+              || (verbly::notion::wnid == 100433802) // Gymnastics
+              || (verbly::notion::wnid == 100439826) // Track and field
+              || (verbly::notion::wnid == 100440747) // Skiing
+              || (verbly::notion::wnid == 100441824) // Water sport
+              || (verbly::notion::wnid == 100445351) // Rowing
+              || (verbly::notion::wnid == 100446980) // Archery
+                // TODO: add more sports
+              || (verbly::notion::wnid == 100021939) // Artifacts
+              || (verbly::notion::wnid == 101471682) // Vertebrates
+                ;
+
+            verbly::filter blacklist =
+              (verbly::notion::wnid == 106883725) // swastika
+              || (verbly::notion::wnid == 104416901) // tetraskele
+              || (verbly::notion::wnid == 102512053) // fish
+              || (verbly::notion::wnid == 103575691) // instrument of execution
+              || (verbly::notion::wnid == 103829563) // noose
+              || (verbly::notion::wnid == 103663910) // life support
+                ;
+
+            return subfilter
+              && (verbly::notion::fullHypernyms %= whitelist)
+              && !(verbly::notion::fullHypernyms %= blacklist)
+              && (verbly::notion::partOfSpeech == verbly::part_of_speech::noun)
+              && (verbly::notion::numOfImages >= 1);
+          }
+          case kMiddle: {
+            return subfilter;
+          }
+          default: break; // Never supported.
+        }
+      } else {
+        return (verbly::form::text == "picture");
+      }
+      break;
+    }
+    default: break; // Not supported yet.
+  }
+  return {};
+}
+
+std::string ApplyWanderlust(const std::string& word) {
+  std::string result;
+  for (char ch : word) {
+    if (ch == 'w') {
+      result += '1';
+    } else if (ch == 'a') {
+      result += '2';
+    } else if (ch == 'n') {
+      result += '3';
+    } else if (ch == 'd') {
+      result += '4';
+    } else if (ch == 'e') {
+      result += '5';
+    } else if (ch == 'r') {
+      result += '6';
+    } else if (ch == 'l') {
+      result += '7';
+    } else if (ch == 'u') {
+      result += '8';
+    } else if (ch == 's') {
+      result += '9';
+    } else if (ch == 't') {
+      result += '0';
+    } else if (ch == ' ') {
+      result += ' ';
+    }
+  }
+  return result;
+}
+
+void Generator::GenerateStaticPanel(std::string name, std::string question, std::string answer) {
+  SavePanel(name, question, answer.empty() ? question : answer, {});
+}
+
+void Generator::GenerateSinglePanel(std::string name, Height height, Colour colour, GenerateOptions options) {
+  while (!GenerateSinglePanelImpl(name, height, colour, options));
+}
+
+bool Generator::GenerateSinglePanelImpl(std::string name, Height height, Colour colour, GenerateOptions options) {
+  verbly::form solution;
+  if (options.reuse_solution) {
+    const std::string& word = reusable_.at(std::uniform_int_distribution<int>(0, reusable_.size()-1)(rng_));
+    if (options.max_answer_len > 0 && word.size() > options.max_answer_len) return false;
+    solution = database_->forms(verbly::form::text == word).first();
+  } else {
+    verbly::filter forward = MakeHintFilter({}, height, colour, kTowardSolution);
+    std::vector<verbly::form> solutions = database_->forms(forward && GetWordFilter(kTowardSolution, options)).all();
+    solution = solutions.front();//solutions.at(std::uniform_int_distribution<int>(0, solutions.size())(rng_));
+  }
+
+  if (!options.unique_pool.empty() && pools_[options.unique_pool].count(solution.getText())) {
+    return false;
+  }
+  if (options.palindrome != kPalindromeUnspecified) {
+    std::string reversed = solution.getText();
+    std::reverse(reversed.begin(), reversed.end());
+
+    if ((options.palindrome == kForcePalindrome && reversed != solution.getText()) ||
+      (options.palindrome == kRejectPalindrome && reversed == solution.getText())) {
+      return false;
+    }
+  }
+
+  // Finish early if this is a middle white.
+  if (height == kMiddle && colour == kWhite) {
+    SavePanel(name, solution.getText(), solution.getText(), options);
+    return true;
+  }
+
+  verbly::filter questionFilter = MakeHintFilter(solution, height, colour, kTowardQuestion);
+  std::vector<verbly::form> questions = database_->forms(questionFilter && GetWordFilter(kTowardQuestion, options)).all();//, verbly::order(verbly::form::id), 0).all();
+  if (questions.size() < 1) return false;
+  verbly::form question = questions.front();// questions.at(std::uniform_int_distribution<int>(0, questions.size())(rng_));
+
+  if (IsClueTrivial(height, colour, question, solution)) {
+    return false;
+  }
+
+  SavePanel(name, question.getText(), solution.getText(), options);
+  if (!options.copy_to.empty()) {
+    SavePanel(options.copy_to, question.getText(), solution.getText(), options);
+  }
+
+  return true;
+}
+
+void Generator::GenerateDoublePanel(std::string name1, std::string name2, Height height, Colour colour, GenerateOptions options) {
+  while (!GenerateDoublePanelImpl(name1, name2, height, colour, options));
+}
+
+bool Generator::GenerateDoublePanelImpl(std::string name1, std::string name2, Height height, Colour colour, GenerateOptions options) {
+  verbly::form solution;
+  if (options.reuse_solution) {
+    const std::string& word = reusable_.at(std::uniform_int_distribution<int>(0, reusable_.size()-1)(rng_));
+    if (options.max_answer_len > 0 && word.size() > options.max_answer_len) return false;
+    solution = database_->forms(verbly::form::text == word).first();
+  } else {
+    verbly::filter forward = MakeHintFilter({}, height, colour, kTowardSolution);
+    std::vector<verbly::form> solutions = database_->forms(forward && GetWordFilter(kTowardSolution, options)).all();
+    solution = solutions.front();//solutions.at(std::uniform_int_distribution<int>(0, solutions.size())(rng_));
+  }
+
+  if (!options.unique_pool.empty() && pools_[options.unique_pool].count(solution.getText())) {
+    return false;
+  }
+
+  // Finish early if this is a middle white.
+  if (height == kMiddle && colour == kWhite) {
+    SavePanel(name1, solution.getText(), solution.getText(), options);
+    SavePanel(name2, solution.getText(), solution.getText(), options);
+    return true;
+  }
+
+  verbly::filter questionFilter = MakeHintFilter(solution, height, colour, kTowardQuestion);
+  std::vector<verbly::form> questions = database_->forms(questionFilter && GetWordFilter(kTowardQuestion, options), {}, 2).all();
+  if (questions.size() < 2) return false;
+
+  //std::shuffle(questions.begin(), questions.end(), rng_);
+
+  if (IsClueTrivial(height, colour, questions[0], solution) || IsClueTrivial(height, colour, questions[1], solution)) {
+    return false;
+  }
+
+  SavePanel(name1, questions[0].getText(), solution.getText(), options);
+  SavePanel(name2, questions[1].getText(), solution.getText(), options);
+
+  return true;
+}
+
+void Generator::GenerateCohintedPanels(std::string name1, std::string name2, Height height, Colour colour, GenerateOptions options) {
+  while (!GenerateCohintedPanelsImpl(name1, name2, height, colour, options));
+}
+
+bool Generator::GenerateCohintedPanelsImpl(std::string name1, std::string name2, Height height, Colour colour, GenerateOptions options) {
+  verbly::filter backward = MakeHintFilter({}, height, colour, kTowardQuestion);
+  std::vector<verbly::form> questions = database_->forms(backward && GetWordFilter(kTowardQuestion, options)).all();//, verbly::order(verbly::form::id), 0).all();
+  verbly::form question = questions.front();// solutions.at(std::uniform_int_distribution<int>(0, solutions.size())(rng_));
+
+  // Finish early if this is a middle white.
+  if (height == kMiddle && colour == kWhite) {
+    SavePanel(name1, question.getText(), question.getText(), options);
+    SavePanel(name2, question.getText(), question.getText(), options);
+    return true;
+  }
+
+  verbly::filter solutionFilter = MakeHintFilter(question, height, colour, kTowardSolution);
+  std::vector<verbly::form> solutions = database_->forms(solutionFilter && GetWordFilter(kTowardSolution, options), {}, 2).all();
+  if (solutions.size() < 2) return false;
+
+  //std::shuffle(questions.begin(), questions.end(), rng_);
+
+  if (IsClueTrivial(height, colour, question, solutions[0]) || IsClueTrivial(height, colour, question, solutions[1])) {
+    return false;
+  }
+
+  SavePanel(name1, question.getText(), solutions[0].getText(), options);
+  SavePanel(name2, question.getText(), solutions[1].getText(), options);
+
+  return true;
+}
+
+void Generator::GeneratePairedPanels(std::string name1, std::string name2, Height height, Colour colour, GenerateOptions options) {
+  while (!GeneratePairedPanelsImpl(name1, name2, height, colour, options));
+}
+
+bool Generator::GeneratePairedPanelsImpl(std::string name1, std::string name2, Height height, Colour colour, GenerateOptions options) {
+  Colour effectiveColour = (height == kMiddle && colour == kWhite) ? kBlack : colour;
+  Height effectiveHeight = (height == kMiddle && colour == kWhite) ? kBottom : height;
+
+  verbly::filter forward = MakeHintFilter({}, effectiveHeight, effectiveColour, kTowardSolution);
+  std::vector<verbly::form> solutions = database_->forms(forward && GetWordFilter(kTowardSolution, options)).all();
+  verbly::form solution = solutions.front();//solutions.at(std::uniform_int_distribution<int>(0, solutions.size())(rng_));
+
+  verbly::filter questionFilter = MakeHintFilter(solution, effectiveHeight, effectiveColour, kTowardQuestion);
+  std::vector<verbly::form> questions = database_->forms(questionFilter && GetWordFilter(kTowardQuestion, options)).all();//, verbly::order(verbly::form::id), 0).all();
+  if (questions.size() < 1) return false;
+  verbly::form question = questions.front();// questions.at(std::uniform_int_distribution<int>(0, questions.size())(rng_));
+
+  if (IsClueTrivial(height, effectiveColour, question, solution)) {
+    return false;
+  }
+
+  if (options.palindrome != kPalindromeUnspecified) {
+    std::string reversed = question.getText();
+    std::reverse(reversed.begin(), reversed.end());
+
+    if ((options.palindrome == kForcePalindrome && reversed != question.getText()) ||
+      (options.palindrome == kRejectPalindrome && reversed == question.getText())) {
+      return false;
+    }
+  }
+
+  if (height == kMiddle && colour == kWhite) {
+    SavePanel(name1, question.getText(), question.getText(), options);
+    SavePanel(name2, solution.getText(), solution.getText(), options);
+    if (!options.copy_to.empty() && !options.copy_to2.empty()) {
+      SavePanel(options.copy_to, question.getText(), question.getText(), options);
+      SavePanel(options.copy_to2, solution.getText(), solution.getText(), options);
+    }
+  } else {
+    SavePanel(name1, question.getText(), solution.getText(), options);
+    SavePanel(name2, solution.getText(), question.getText(), options);
+    if (!options.copy_to.empty() && !options.copy_to2.empty()) {
+      SavePanel(options.copy_to, question.getText(), solution.getText(), options);
+      SavePanel(options.copy_to2, solution.getText(), question.getText(), options);
+    }
+  }
+
+  return true;
+}
+
+void Generator::GeneratePanelStack(std::string top_name, Colour top_colour, std::string middle_name, Colour middle_colour, std::string bottom_name, Colour bottom_colour, GenerateOptions options) {
+  while (!GeneratePanelStackImpl(top_name, top_colour, middle_name, middle_colour, bottom_name, bottom_colour, options));
+}
+
+bool Generator::GeneratePanelStackImpl(std::string top_name, Colour top_colour, std::string middle_name, Colour middle_colour, std::string bottom_name, Colour bottom_colour, GenerateOptions options) {
+  verbly::form solution;
+  if (options.reuse_solution) {
+    const std::string& word = reusable_.at(std::uniform_int_distribution<int>(0, reusable_.size()-1)(rng_));
+    if (options.max_answer_len > 0 && word.size() > options.max_answer_len) return false;
+    solution = database_->forms(verbly::form::text == word).first();
+  } else {
+    verbly::filter forward = GetWordFilter(kTowardSolution, options);
+    if (!top_name.empty()) {
+      forward &= MakeHintFilter({}, kTop, top_colour, kTowardSolution);
+    }
+    if (!middle_name.empty()) {
+      forward &= MakeHintFilter({}, kMiddle, middle_colour, kTowardSolution);
+    }
+    if (!bottom_name.empty()) {
+      forward &= MakeHintFilter({}, kBottom, bottom_colour, kTowardSolution);
+    }
+    std::vector<verbly::form> solutions = database_->forms(forward).all();
+    solution = solutions.front();//solutions.at(std::uniform_int_distribution<int>(0, solutions.size())(rng_));
+  }
+
+  if (!options.unique_pool.empty() && pools_[options.unique_pool].count(solution.getText())) {
+    return false;
+  }
+
+  std::string top_hint;
+  std::string middle_hint;
+  std::string bottom_hint;
+
+  if (!top_name.empty()) {
+    verbly::filter questionFilter = MakeHintFilter(solution, kTop, top_colour, kTowardQuestion);
+    std::vector<verbly::form> questions = database_->forms(questionFilter && GetWordFilter(kTowardQuestion, options), {}, 1).all();
+    if (questions.empty()) return false;
+    top_hint = questions.front().getText();
+
+    if (IsClueTrivial(kTop, top_colour, questions.front(), solution)) {
+      return false;
+    }
+  }
+
+  if (!middle_name.empty()) {
+    verbly::filter questionFilter = MakeHintFilter(solution, kMiddle, middle_colour, kTowardQuestion);
+    std::vector<verbly::form> questions = database_->forms(questionFilter && GetWordFilter(kTowardQuestion, options), {}, 1).all();
+    if (questions.empty()) return false;
+    middle_hint = questions.front().getText();
+
+    if (IsClueTrivial(kMiddle, middle_colour, questions.front(), solution)) {
+      return false;
+    }
+  }
+
+  if (!bottom_name.empty()) {
+    verbly::filter questionFilter = MakeHintFilter(solution, kBottom, bottom_colour, kTowardQuestion);
+    std::vector<verbly::form> questions = database_->forms(questionFilter && GetWordFilter(kTowardQuestion, options), {}, 1).all();
+    if (questions.empty()) return false;
+    bottom_hint = questions.front().getText();
+
+    if (IsClueTrivial(kBottom, bottom_colour, questions.front(), solution)) {
+      return false;
+    }
+  }
+
+  if (!top_name.empty()) {
+    SavePanel(top_name, top_hint, solution.getText(), options);
+  }
+  if (!middle_name.empty()) {
+    SavePanel(middle_name, middle_hint, solution.getText(), options);
+  }
+  if (!bottom_name.empty()) {
+    SavePanel(bottom_name, bottom_hint, solution.getText(), options);
+  }
+
+  return true;
+}
+
+void Generator::GenerateOrangeNumberPanel(std::string name) {
+  std::string solution = wanderlust_->GetWord(rng_);
+  std::string question = ApplyWanderlust(solution);
+
+  SavePanel(name, question, solution);
+}
+
+void Generator::GenerateOrangeWordPanel(std::string name) {
+  std::string question = wanderlust_->GetWord(rng_);
+  std::string solution = ApplyWanderlust(question);
+
+  SavePanel(name, question, solution);
+}
+
+void Generator::GenerateOrangeAdditionPanel(std::string name) {
+  auto [question, solution] = wanderlust_->GetPuzzle(rng_);
+
+  SavePanel(name, question, solution);
+}
+
+void Generator::GenerateOneRoadManyTurns(std::string order_name, std::string part1_name, std::string part2_name, std::string part3_name, std::string part4_name) {
+  const auto& [part1_q, part1_a] = panels_.at(part1_name);
+  const auto& [part2_q, part2_a] = panels_.at(part2_name);
+  const auto& [part3_q, part3_a] = panels_.at(part3_name);
+  const auto& [part4_q, part4_a] = panels_.at(part4_name);
+
+  SavePanel(order_name, "order", part1_a + " " + part2_a + " " + part3_a + " " + part4_a);
+}
+
+void Generator::GenerateComboPanel(std::string name, Height left_height, Colour left_colour, Height right_height, Colour right_colour, GenerateOptions options) {
+  while (!GenerateComboPanelImpl(name, left_height, left_colour, right_height, right_colour, options));
+}
+
+bool Generator::GenerateComboPanelImpl(std::string name, Height left_height, Colour left_colour, Height right_height, Colour right_colour, GenerateOptions options) {
+  options.force_two_words = true;
+
+  verbly::form solution = database_->forms(GetWordFilter(kTowardSolution, options)).first();
+  std::string soltext = solution.getText();
+  int spacepos = soltext.find(" ");
+  std::string leftword = soltext.substr(0, spacepos);
+  std::string rightword = soltext.substr(spacepos+1);
+
+  options.force_two_words = false;
+  verbly::filter left_filter = MakeHintFilter(verbly::form::text == leftword, left_height, left_colour, kTowardQuestion);
+  std::vector<verbly::form> left_questions = database_->forms(left_filter && GetWordFilter(kTowardQuestion, options)).all();
+  if (left_questions.size() < 1) return false;
+  verbly::form left_question = left_questions.front();
+
+  verbly::filter right_filter = MakeHintFilter(verbly::form::text == rightword, right_height, right_colour, kTowardQuestion);
+  std::vector<verbly::form> right_questions = database_->forms(right_filter && GetWordFilter(kTowardQuestion, options)).all();
+  if (right_questions.size() < 1) return false;
+  verbly::form right_question = right_questions.front();
+
+  SavePanel(name, left_question.getText() + " " + right_question.getText(), soltext, options);
+
+  return true;
+}
+
+void Generator::GenerateCrossTower(
+  std::string north_tower_name,
+  std::string south_tower_name,
+  std::string east_tower_name,
+  std::string west_tower_name,
+  std::string north_lookout_name,
+  std::string south_lookout_name,
+  std::string east_lookout_name,
+  std::string west_lookout_name,
+  std::string north_other_name1,
+  std::string north_other_name2,
+  std::string north_other_name3,
+  std::string south_other_name1,
+  std::string south_other_name2,
+  std::string south_other_name3,
+  std::string east_other_name1,
+  std::string east_other_name2,
+  std::string east_other_name3,
+  std::string west_other_name1,
+  std::string west_other_name2,
+  std::string west_other_name3)
+{
+  std::vector<std::vector<std::string>> sets = cross_tower_->GetPuzzleSet(rng_);
+  
+}
+
+void Generator::SavePanel(std::string name, std::string question, std::string answer, GenerateOptions options) {
+  if (options.save_for_later) {
+    reusable_.push_back(answer);
+  }
+
+  if (!options.unique_pool.empty()) {
+    pools_[options.unique_pool].insert(answer);
+  }
+
+  if (options.obscure_hint) {
+    int numToObscure = (question.size()/3 > 0) ? std::uniform_int_distribution<int>(1, question.size()/3)(rng_) : 1;
+    std::vector<int> indicies(question.size());
+    std::iota(indicies.begin(), indicies.end(), 0);
+    std::shuffle(indicies.begin(), indicies.end(), rng_);
+
+    for (int i=0; i<numToObscure; i++) {
+      if (question[indicies[i]] != ' ') {
+        question[indicies[i]] = '?';
+      }
+    }
+  }
+
+  panels_[name] = std::make_tuple(question, answer);
+
+  std::cout << name << ": " << question << "? " << answer << "!" << std::endl;
+}
+
+verbly::filter Generator::GetWordFilter(FilterDirection dir, GenerateOptions options) const {
+  verbly::filter wordFilter =
+    (verbly::form::proper == false);
+
+  wordFilter &= (
+    !(verbly::word::usageDomains %= (verbly::notion::wnid == 106718862)) // ethnic slurs
+    && !(verbly::notion::wnid == 110630093) // "spastic"
+    && !(verbly::notion::fullHypernyms %= (verbly::notion::wnid == 100844254))); // sexual activity
+
+  if (options.exact_len > 0) {
+    wordFilter &= (verbly::form::length == options.exact_len);
+  } else if (dir == kTowardSolution && options.max_answer_len > 0) {
+    wordFilter &= (verbly::form::length <= options.max_answer_len);
+  } else if (dir == kTowardQuestion && options.max_hint_len > 0) {
+    wordFilter &= (verbly::form::length <= options.max_hint_len);
+  } else {
+    wordFilter &= (verbly::form::length <= 11);
+  }
+
+  if (options.exact_len == 0) {
+    wordFilter &= (verbly::form::length >= 3);
+  }
+
+  if (!options.multiword) {
+    if (options.force_two_words) {
+      wordFilter &= (verbly::form::complexity == 2);
+    } else {
+      wordFilter &= (verbly::form::complexity == 1);
+    }
+  } else {
+    wordFilter &= ((verbly::form::complexity > 1) || (verbly::form::frequency > 2000000));
+  }
+
+  return wordFilter;
+}
+
+bool Generator::IsClueTrivial(Height height, Colour colour, const verbly::form& clue, const verbly::form& solution) const
+{
+  if (height == kTop && colour == kWhite)
+  {
+    return !database_->forms((verbly::filter)clue && (verbly::word::synonyms %= solution)).all().empty();
+  } else if (height == kBottom && colour == kWhite)
+  {
+    return !database_->forms((verbly::filter)clue && (verbly::form::pronunciations %= solution)).all().empty();
+  } else if (height == kBottom && colour == kBlack)
+  {
+    return !database_->forms((verbly::filter)clue && (verbly::form::merographs %= solution)).all().empty()
+      || !database_->forms((verbly::filter)clue && (verbly::form::holographs %= solution)).all().empty();
+  } else if ((height == kMiddle || height == kTop) && colour == kPurple)
+  {
+    return (clue.getId() == solution.getId())
+      || !database_->forms((verbly::filter)clue && (verbly::form::merographs %= solution)).all().empty()
+      || !database_->forms((verbly::filter)clue && (verbly::form::holographs %= solution)).all().empty();
+  }
+  return false;
+}
@@ -0,0 +1,230 @@
+#ifndef GENERATOR_H_811386CE
+#define GENERATOR_H_811386CE
+
+#include <string>
+#include <random>
+#include <map>
+#include <tuple>
+#include <memory>
+#include <verbly.h>
+#include <hkutil/string.h>
+
+enum Height {
+  kTop,
+  kMiddle,
+  kBottom,
+  kHeightCount
+};
+
+enum Colour {
+  kWhite,
+  kBlack,
+  kRed,
+  kBlue,
+  kPurple,
+  kBrown,
+  kYellow,
+  kGreen,
+  kOrange,
+  kColourCount
+};
+
+enum FilterDirection {
+  kTowardSolution,
+  kTowardQuestion
+};
+
+enum PalindromeQuery {
+  kPalindromeUnspecified,
+  kForcePalindrome,
+  kRejectPalindrome
+};
+
+struct GenerateOptions {
+  bool obscure_hint = false;
+  int max_answer_len = 0;
+  int max_hint_len = 0;
+  int exact_len = 0;
+  bool multiword = false;
+  bool save_for_later = false;
+  bool reuse_solution = false; // supported by single, double, and stack
+  std::string unique_pool; // supported by single, double, and stack
+  PalindromeQuery palindrome = kPalindromeUnspecified; // only important for middle black. supported by single and paired
+  std::string copy_to; // supported by single and paired
+  std::string copy_to2; // supported by paired
+  bool force_two_words = false;
+};
+
+class Wanderlust {
+public:
+  Wanderlust(const std::string& words_filename, const std::string& puzzles_filename) {
+    std::ifstream words_file(words_filename);
+    std::string line;
+    while (std::getline(words_file, line)) {
+      words_.push_back(line);
+    }
+
+    std::ifstream puzzles_file(puzzles_filename);
+    while (std::getline(puzzles_file, line)) {
+      std::string line2;
+      if (!std::getline(puzzles_file, line2)) {
+        throw std::invalid_argument("Wanderlust file is malformed.");
+      }
+
+      puzzles_.emplace_back(line, line2);
+    }
+  }
+
+  std::tuple<std::string, std::string> GetPuzzle(std::mt19937& rng) const {
+    return puzzles_.at(std::uniform_int_distribution<int>(0, puzzles_.size()-1)(rng));
+  }
+
+  const std::string& GetWord(std::mt19937& rng) const {
+    return words_.at(std::uniform_int_distribution<int>(0, words_.size()-1)(rng));
+  }
+
+private:
+  std::vector<std::tuple<std::string, std::string>> puzzles_;
+  std::vector<std::string> words_;
+};
+
+class CrossTower {
+public:
+  explicit CrossTower(std::string filename) {
+    std::ifstream file(filename);
+    std::string line;
+    while (std::getline(file, line)) {
+      sets_.push_back(hatkirby::split<std::vector<std::string>>(line, " "));
+    }
+  }
+
+  std::vector<std::vector<std::string>> GetPuzzleSet(std::mt19937& rng) const {
+    std::vector<std::vector<std::string>> result = sets_;
+    std::shuffle(result.begin(), result.end(), rng);
+    result.resize(4);
+
+    for (std::vector<std::string>& set : result) {
+      std::shuffle(set.begin(), set.end(), rng);
+    }
+
+    return result;
+  }
+
+private:
+  std::vector<std::vector<std::string>> sets_;
+};
+
+class Generator {
+public:
+
+  explicit Generator(unsigned int seed) : seed_(seed), rng_(seed) {
+    database_ = std::make_unique<verbly::database>("/Users/hatkirby/Dropbox/Programming/verbly-datafiles/d1.3_lingo7");
+    wanderlust_ = std::make_unique<Wanderlust>("../wanderlust_words.txt", "../wanderlust_puzzles.txt");
+    cross_tower_ = std::make_unique<CrossTower>("../cross_tower.txt");
+  }
+
+  // Querying
+  bool IsPanelRandomized(const std::string& name) const {
+    return panels_.count(name);
+  }
+
+  const std::tuple<std::string, std::string>& GetPanel(const std::string& name) const {
+    return panels_.at(name);
+  }
+
+  // Sets the panel's question and answer to static values.
+  void GenerateStaticPanel(std::string name, std::string question, std::string answer = "");
+
+  // Generates a one-block puzzle with the given height and colour.
+  void GenerateSinglePanel(std::string name, Height height, Colour colour, GenerateOptions options = {});
+
+  // Generates a one-block puzzle with the given height and colour, where there is a panel on two faces of the block.
+  // Both puzzles will have the same answer.
+  void GenerateDoublePanel(std::string name1, std::string name2, Height height, Colour colour, GenerateOptions options = {});
+
+  // Generates two puzzles with the same hint but different answers.
+  void GenerateCohintedPanels(std::string name1, std::string name2, Height height, Colour colour, GenerateOptions options = {});
+
+  // Generates two panels at once, where the question for one is the answer to the other.
+  // Colour must be white, black, or yellow.
+  // Middle white is a special case; the puzzles will be antonyms of one another.
+  void GeneratePairedPanels(std::string name1, std::string name2, Height height, Colour colour, GenerateOptions options = {});
+
+  // Generates a vertical stack of panels that all have the same answer.
+  // If a name is left blank, that height will be ignored.
+  void GeneratePanelStack(std::string top_name, Colour top_colour, std::string middle_name, Colour middle_colour, std::string bottom_name, Colour bottom_colour, GenerateOptions options = {});
+
+  // Generate an orange puzzle, with a number for the hint.
+  void GenerateOrangeNumberPanel(std::string name);
+
+  // Generate an orange puzzle, with a word for the hint.
+  void GenerateOrangeWordPanel(std::string name);
+
+  // Generate an orange puzzle, with an addition problem for the hint.
+  void GenerateOrangeAdditionPanel(std::string name);
+
+  // Generates the ONE ROAD MANY TURNS panel by combining the solutions to four other panels.
+  void GenerateOneRoadManyTurns(std::string order_name, std::string part1_name, std::string part2_name, std::string part3_name, std::string part4_name);
+
+  // Generates a hybrid puzzle where the solution is two words and each word is provided by a different colour/height puzzle.
+  void GenerateComboPanel(std::string name, Height left_height, Colour left_colour, Height right_height, Colour right_colour, GenerateOptions options = {});
+
+  // Generates the cross tower sets-of-four puzzles.
+  void GenerateCrossTower(
+    std::string north_tower_name,
+    std::string south_tower_name,
+    std::string east_tower_name,
+    std::string west_tower_name,
+    std::string north_lookout_name,
+    std::string south_lookout_name,
+    std::string east_lookout_name,
+    std::string west_lookout_name,
+    std::string north_other_name1,
+    std::string north_other_name2,
+    std::string north_other_name3,
+    std::string south_other_name1,
+    std::string south_other_name2,
+    std::string south_other_name3,
+    std::string east_other_name1,
+    std::string east_other_name2,
+    std::string east_other_name3,
+    std::string west_other_name1,
+    std::string west_other_name2,
+    std::string west_other_name3);
+
+private:
+
+  verbly::filter MakeHintFilter(verbly::filter subfilter, Height height, Colour colour, FilterDirection filter_direction);
+
+  bool GenerateSinglePanelImpl(std::string name, Height height, Colour colour, GenerateOptions options);
+
+  bool GenerateDoublePanelImpl(std::string name1, std::string name2, Height height, Colour colour, GenerateOptions options);
+
+  bool GenerateCohintedPanelsImpl(std::string name1, std::string name2, Height height, Colour colour, GenerateOptions options);
+
+  bool GeneratePairedPanelsImpl(std::string name1, std::string name2, Height height, Colour colour, GenerateOptions options);
+
+  bool GeneratePanelStackImpl(std::string top_name, Colour top_colour, std::string middle_name, Colour middle_colour, std::string bottom_name, Colour bottom_colour, GenerateOptions options);
+
+  bool GenerateComboPanelImpl(std::string name, Height left_height, Colour left_colour, Height right_height, Colour right_colour, GenerateOptions options);
+
+  void SavePanel(std::string name, std::string question, std::string answer, GenerateOptions options = {});
+
+  verbly::filter GetWordFilter(FilterDirection direction, GenerateOptions options) const;
+
+  bool IsClueTrivial(Height height, Colour colour, const verbly::form& clue, const verbly::form& solution) const;
+
+  unsigned int seed_;
+  std::mt19937 rng_;
+  std::unique_ptr<verbly::database> database_;
+  std::unique_ptr<Wanderlust> wanderlust_;
+  std::unique_ptr<CrossTower> cross_tower_;
+
+  // name, question, answer
+  std::map<std::string, std::tuple<std::string, std::string>> panels_;
+
+  std::vector<std::string> reusable_;
+  std::map<std::string, std::set<std::string>> pools_;
+};
+
+#endif /* end of include guard: GENERATOR_H_811386CE */
@@ -0,0 +1,550 @@
+#include <random>
+#include <fstream>
+#include <iostream>
+#include <string>
+#include "generator.h"
+
+class Randomizer {
+public:
+
+  explicit Randomizer(unsigned int seed) : seed_(seed), gen_(seed) {}
+
+  void Run() {
+    // Entry room
+    gen_.GenerateStaticPanel("Panel_hi_hi", "hewwo");
+    gen_.GenerateStaticPanel("Panel_type_type", "mode");
+    gen_.GenerateStaticPanel("Panel_this_this", "normal");
+    gen_.GenerateStaticPanel("Panel_write_write", "random seed");
+    gen_.GenerateStaticPanel("Panel_same_same", std::to_string(seed_));
+    gen_.GenerateSinglePanel("Panel_hidden_hidden", kMiddle, kWhite);
+    gen_.GenerateSinglePanel("Panel_hi_high", kTop, kWhite);
+    gen_.GenerateSinglePanel("Panel_low_low", kBottom, kWhite, {.max_answer_len = 7});
+    gen_.GenerateSinglePanel("Panel_forward_forward", kMiddle, kWhite, {.obscure_hint = true, .max_answer_len = 20});
+    gen_.GenerateSinglePanel("Panel_between_between", kMiddle, kWhite, {.obscure_hint = true, .max_answer_len = 20});
+    gen_.GenerateSinglePanel("Panel_backward_backward", kMiddle, kWhite, {.obscure_hint = true, .max_answer_len = 20});
+    gen_.GenerateSinglePanel("Panel_secret_secret", kMiddle, kWhite, {.obscure_hint = true, .max_answer_len = 20});
+
+    // The Traveled
+    gen_.GenerateSinglePanel("Panel_open_open", kMiddle, kWhite, {.obscure_hint = true, .unique_pool = "traveled"});
+    gen_.GenerateSinglePanel("Panel_close_near", kBottom, kWhite, {.max_answer_len = 7, .save_for_later = true, .unique_pool = "traveled"});
+    gen_.GenerateDoublePanel("Panel_compose_write", "Panel_record_write", kBottom, kWhite, {.max_answer_len = 7, .save_for_later = true, .unique_pool = "traveled"});
+    gen_.GenerateSinglePanel("Panel_category_type", kBottom, kWhite, {.max_answer_len = 7, .save_for_later = true, .unique_pool = "traveled"});
+    gen_.GenerateSinglePanel("Panel_hello_hi", kBottom, kWhite, {.max_answer_len = 7, .save_for_later = true, .unique_pool = "traveled"});
+    gen_.GenerateDoublePanel("Panel_duplicate_same", "Panel_identical_same", kBottom, kWhite, {.max_answer_len = 7, .save_for_later = true, .unique_pool = "traveled"});
+    gen_.GenerateSinglePanel("Panel_distant_far", kBottom, kWhite, {.max_answer_len = 7, .save_for_later = true, .unique_pool = "traveled"});
+    gen_.GenerateSinglePanel("Panel_hay_straw", kBottom, kWhite, {.max_answer_len = 7, .save_for_later = true, .unique_pool = "traveled"});
+    gen_.GenerateDoublePanel("Panel_giggle_laugh", "Panel_chuckle_laugh", kBottom, kWhite, {.max_answer_len = 7, .save_for_later = true, .unique_pool = "traveled"});
+    gen_.GenerateSinglePanel("Panel_snitch_rat", kBottom, kWhite, {.max_answer_len = 7, .save_for_later = true, .unique_pool = "traveled"});
+    gen_.GenerateSinglePanel("Panel_concealed_hidden", kBottom, kWhite, {.max_answer_len = 7, .save_for_later = true, .unique_pool = "traveled"});
+    gen_.GenerateDoublePanel("Panel_plunge_fall", "Panel_autumn_fall", kBottom, kWhite, {.max_answer_len = 7, .save_for_later = true, .unique_pool = "traveled"});
+    gen_.GenerateSinglePanel("Panel_growths_warts", kBottom, kWhite, {.max_answer_len = 7, .save_for_later = true, .unique_pool = "traveled"});
+
+    // The Agreeable
+    gen_.GenerateSinglePanel("Panel_close_open", kBottom, kBlack, {.max_answer_len = 6, .unique_pool = "agreeable"});
+    gen_.GenerateSinglePanel("Panel_retool_looter", kMiddle, kBlack, {.save_for_later = true, .unique_pool = "agreeable", .palindrome = kRejectPalindrome});
+    gen_.GenerateSinglePanel("Panel_drawer_reward", kMiddle, kBlack, {.save_for_later = true, .unique_pool = "agreeable", .palindrome = kRejectPalindrome});
+    gen_.GenerateSinglePanel("Panel_read_write", kBottom, kBlack, {.max_answer_len = 7, .save_for_later = true, .unique_pool = "agreeable"});
+    gen_.GenerateSinglePanel("Panel_different_same", kBottom, kBlack, {.max_answer_len = 7, .save_for_later = true, .unique_pool = "agreeable"});
+    gen_.GenerateSinglePanel("Panel_bye_hi", kBottom, kBlack, {.max_answer_len = 7, .save_for_later = true, .unique_pool = "agreeable"});
+    gen_.GenerateSinglePanel("Panel_low_high", kBottom, kBlack, {.max_answer_len = 7, .save_for_later = true, .unique_pool = "agreeable"});
+    gen_.GenerateSinglePanel("Panel_alive_dead", kBottom, kBlack, {.max_answer_len = 7, .save_for_later = true, .unique_pool = "agreeable"});
+    gen_.GenerateSinglePanel("Panel_that_this", kBottom, kBlack, {.max_answer_len = 7, .save_for_later = true, .unique_pool = "agreeable"});
+    gen_.GenerateSinglePanel("Panel_stressed_desserts", kMiddle, kBlack, {.unique_pool = "agreeable", .palindrome = kRejectPalindrome});
+    gen_.GenerateSinglePanel("Panel_star_rats", kMiddle, kBlack, {.unique_pool = "agreeable", .palindrome = kRejectPalindrome});
+    gen_.GenerateSinglePanel("Panel_tame_mate", kTop, kBlack, {.unique_pool = "agreeable"});
+    gen_.GenerateSinglePanel("Panel_cat_tack", kTop, kBlack, {.unique_pool = "agreeable"});
+    gen_.GeneratePairedPanels("Panel_leaf_feel", "Panel_feel_leaf", kTop, kBlack, {.obscure_hint = true, .save_for_later = true});
+    gen_.GeneratePairedPanels("Panel_warts_straw", "Panel_straw_warts", kMiddle, kBlack, {.obscure_hint = true, .save_for_later = true, .palindrome = kRejectPalindrome});
+    gen_.GeneratePairedPanels("Panel_near_far", "Panel_far_near", kBottom, kBlack, {.obscure_hint = true, .save_for_later = true});
+    // Panel_left_wrong: left? wrong!
+    gen_.GenerateSinglePanel("Panel_black_white", kBottom, kBlack, {.max_answer_len = 7});
+    gen_.GeneratePairedPanels("Panel_left_right", "Panel_right_left", kBottom, kBlack, {.obscure_hint = true});
+
+    // The Seeker
+    gen_.GenerateSinglePanel("Panel_entrance_entrance", kMiddle, kWhite, {.obscure_hint = true, .save_for_later = true, .unique_pool = "seeker"});
+    gen_.GenerateSinglePanel("Panel_bear_bear", kMiddle, kWhite, {.obscure_hint = true, .save_for_later = true, .unique_pool = "seeker"});
+    gen_.GenerateDoublePanel("Panel_mine_mine", "Panel_mine_mine_2", kMiddle, kWhite, {.obscure_hint = true, .save_for_later = true, .unique_pool = "seeker"});
+    gen_.GenerateSinglePanel("Panel_bow_bow", kMiddle, kWhite, {.obscure_hint = true, .save_for_later = true, .unique_pool = "seeker"});
+    gen_.GenerateSinglePanel("Panel_does_does", kMiddle, kWhite, {.obscure_hint = true, .save_for_later = true, .unique_pool = "seeker"});
+    gen_.GenerateDoublePanel("Panel_mobile_mobile", "Panel_mobile_mobile_2", kMiddle, kWhite, {.obscure_hint = true, .save_for_later = true, .unique_pool = "seeker"});
+    gen_.GeneratePanelStack("Panel_desert_dessert", kWhite, "Panel_desert_desert", kWhite, "", {}, {.obscure_hint = true, .save_for_later = true, .unique_pool = "seeker"});
+    gen_.GeneratePanelStack("Panel_sow_so", kWhite, "Panel_sow_sow", kWhite, "", {}, {.obscure_hint = true, .save_for_later = true, .unique_pool = "seeker"});
+    gen_.GenerateDoublePanel("Panel_two_to", "Panel_two_too", kTop, kWhite, {.save_for_later = true, .unique_pool = "seeker"});
+    gen_.GenerateSinglePanel("Panel_write_right", kTop, kWhite, {.save_for_later = true, .unique_pool = "seeker"});
+    gen_.GenerateSinglePanel("Panel_you_ewe", kTop, kWhite, {.save_for_later = true, .unique_pool = "seeker"});
+    gen_.GenerateDoublePanel("Panel_not_knot", "Panel_not_naught", kTop, kWhite, {.save_for_later = true, .unique_pool = "seeker"});
+    gen_.GenerateSinglePanel("Panel_bear_bare", kTop, kWhite, {.save_for_later = true, .unique_pool = "seeker"});
+
+    // The Tenacious
+    gen_.GenerateSinglePanel("Panel_slaughter_laughter", kMiddle, kRed, {.unique_pool = "tenacious"});
+    gen_.GenerateSinglePanel("Panel_dread_dead", kMiddle, kRed, {.unique_pool = "tenacious"});
+    gen_.GenerateSinglePanel("Panel_massacred_sacred", kMiddle, kRed, {.unique_pool = "tenacious"});
+    gen_.GenerateSinglePanel("Panel_decay_day", kMiddle, kRed, {.unique_pool = "tenacious"});
+    gen_.GeneratePairedPanels("Panel_solos_solos", "Panel_solos_solos_2", kMiddle, kBlack, {.palindrome = kForcePalindrome});
+    gen_.GeneratePairedPanels("Panel_racecar_racecar", "Panel_racecar_racecar_2", kMiddle, kBlack, {.palindrome = kForcePalindrome});
+    gen_.GeneratePairedPanels("Panel_level_level", "Panel_level_level_2", kMiddle, kBlack, {.palindrome = kForcePalindrome});
+
+    // The Bold
+    gen_.GenerateSinglePanel("Panel_heartbreak_brake", kTop, kRed, {.save_for_later = true, .unique_pool = "bold"});
+    gen_.GenerateSinglePanel("Panel_airplane_plain", kTop, kRed, {.save_for_later = true, .unique_pool = "bold"});
+    gen_.GenerateSinglePanel("Panel_nightmare_knight", kTop, kRed, {.save_for_later = true, .unique_pool = "bold"});
+    gen_.GenerateSinglePanel("Panel_sign_sigh", kTop, kRed, {.save_for_later = true, .unique_pool = "bold"});
+    gen_.GenerateSinglePanel("Panel_unopened_open", kMiddle, kRed, {.save_for_later = true, .unique_pool = "bold"});
+    gen_.GenerateDoublePanel("Panel_undead_dead", "Panel_deadline_dead", kMiddle, kRed, {.save_for_later = true, .unique_pool = "bold"});
+    gen_.GenerateSinglePanel("Panel_sushi_hi", kMiddle, kRed, {.reuse_solution = true, .unique_pool = "bold"});
+    gen_.GenerateSinglePanel("Panel_thistle_this", kMiddle, kRed, {.reuse_solution = true, .unique_pool = "bold"});
+    gen_.GenerateDoublePanel("Panel_landmass_mass", "Panel_massacred_mass", kMiddle, kRed, {.save_for_later = true, .unique_pool = "bold"});
+    gen_.GenerateDoublePanel("Panel_face_eye", "Panel_needle_eye", kBottom, kRed, {.max_answer_len = 6, .unique_pool = "bold"});
+    gen_.GenerateSinglePanel("Panel_foot_toe", kBottom, kRed, {.max_answer_len = 6, .unique_pool = "bold"});
+    gen_.GenerateDoublePanel("Panel_mouth_teeth", "Panel_saw_teeth", kBottom, kRed, {.max_answer_len = 6, .unique_pool = "bold"});
+    gen_.GenerateSinglePanel("Panel_hand_finger", kBottom, kRed, {.max_answer_len = 6, .unique_pool = "bold"});
+
+    // The Steady
+
+    // The Undeterred
+    gen_.GenerateSinglePanel("Panel_two_toucan", kTop, kBlue, {.unique_pool = "undeterred", .reuse_solution = true});
+    gen_.GenerateDoublePanel("Panel_ice_eyesight", "Panel_height_eyesight", kTop, kBlue, {.unique_pool = "undeterred", .max_answer_len = 6});
+    gen_.GenerateSinglePanel("Panel_eye_hi", kTop, kBlue, {.unique_pool = "undeterred", .reuse_solution = true});
+    gen_.GenerateSinglePanel("Panel_pen_open", kMiddle, kBlue, {.max_answer_len = 4, .unique_pool = "undeterred"});
+    gen_.GenerateSinglePanel("Panel_not_notice", kMiddle, kBlue, {.unique_pool = "undeterred", .max_answer_len = 6});
+    gen_.GenerateDoublePanel("Panel_just_readjust", "Panel_read_readjust", kMiddle, kBlue, {.unique_pool = "undeterred"});
+    gen_.GenerateSinglePanel("Panel_ate_primate", kMiddle, kBlue, {.unique_pool = "undeterred", .reuse_solution = true});
+    gen_.GenerateSinglePanel("Panel_bone_skeleton", kBottom, kBlue, {.max_answer_len = 7, .unique_pool = "undeterred"});
+    gen_.GenerateDoublePanel("Panel_mouth_face", "Panel_eye_face", kBottom, kBlue, {.max_answer_len = 4, .unique_pool = "undeterred"});
+    gen_.GenerateSinglePanel("Panel_toucan_bird", kBottom, kBlue, {.max_answer_len = 4, .unique_pool = "undeterred"});
+    gen_.GenerateSinglePanel("Panel_primate_mammal", kBottom, kBlue, {.max_answer_len = 6, .unique_pool = "undeterred"});
+    gen_.GenerateDoublePanel("Panel_continent_planet", "Panel_ocean_planet", kBottom, kBlue, {.max_answer_len = 6, .unique_pool = "undeterred"});
+    gen_.GenerateSinglePanel("Panel_wall_room", kBottom, kBlue, {.max_answer_len = 4, .unique_pool = "undeterred"});
+
+    // The Discerning
+    gen_.GenerateSinglePanel("Panel_nope_open", kMiddle, kYellow, {.max_answer_len = 4, .unique_pool = "discerning"});
+    gen_.GenerateSinglePanel("Panel_hits_this", kMiddle, kYellow, {.save_for_later = true, .unique_pool = "discerning"});
+    gen_.GenerateDoublePanel("Panel_warred_drawer", "Panel_redraw_drawer", kMiddle, kYellow, {.save_for_later = true, .unique_pool = "discerning"});
+    gen_.GenerateSinglePanel("Panel_adder_dread", kMiddle, kYellow, {.save_for_later = true, .unique_pool = "discerning"});
+    gen_.GenerateSinglePanel("Panel_laughters_slaughter", kMiddle, kYellow, {.save_for_later = true, .unique_pool = "discerning"});
+    gen_.GenerateDoublePanel("Panel_stone_notes", "Panel_onset_notes", kMiddle, kYellow, {.save_for_later = true, .unique_pool = "discerning"});
+    gen_.GenerateSinglePanel("Panel_rat_art", kMiddle, kYellow, {.save_for_later = true, .unique_pool = "discerning"});
+    gen_.GenerateSinglePanel("Panel_dusty_study", kMiddle, kYellow, {.save_for_later = true, .unique_pool = "discerning"});
+    gen_.GenerateDoublePanel("Panel_arts_star", "Panel_tsar_star", kMiddle, kYellow, {.save_for_later = true, .unique_pool = "discerning"});
+    gen_.GenerateSinglePanel("Panel_state_taste", kMiddle, kYellow, {.save_for_later = true, .unique_pool = "discerning"});
+    gen_.GenerateSinglePanel("Panel_react_trace", kMiddle, kYellow, {.save_for_later = true, .unique_pool = "discerning"});
+    gen_.GenerateDoublePanel("Panel_dear_read", "Panel_dare_read", kMiddle, kYellow, {.save_for_later = true, .unique_pool = "discerning"});
+    gen_.GenerateSinglePanel("Panel_seam_same", kMiddle, kYellow, {.save_for_later = true, .unique_pool = "discerning"});
+
+    // Crossroads
+    gen_.GeneratePairedPanels("Panel_sword_words", "Panel_words_sword", kMiddle, kYellow);
+    gen_.GeneratePairedPanels("Panel_turn_runt", "Panel_turn_runt2", kMiddle, kYellow);
+    // Panel_runt3: runt? return!
+    gen_.GenerateSinglePanel("Panel_corner", kTop, kYellow, {.multiword = true});
+    gen_.GenerateSinglePanel("Panel_order_chaos", kBottom, kBlack, {.max_answer_len = 7});
+    gen_.GenerateSinglePanel("Panel_swap_wasp", kMiddle, kYellow);
+    gen_.GenerateCohintedPanels("Panel_lost_lots", "Panel_lost_slot", kMiddle, kYellow);
+    gen_.GenerateSinglePanel("Panel_gel", kTop, kYellow);
+    gen_.GenerateSinglePanel("Panel_though", kTop, kYellow);
+    gen_.GenerateSinglePanel("Panel_eyes_see_shuffle", kMiddle, kYellow, {.multiword = true});
+    gen_.GenerateSinglePanel("Panel_theeyes_theeyes", kMiddle, kWhite, {.multiword = true, .obscure_hint = true, .max_answer_len = 20});
+    gen_.GenerateDoublePanel("Panel_amen_mean", "Panel_name_mean", kMiddle, kYellow);
+    gen_.GenerateSinglePanel("Panel_behind", kMiddle, kYellow, {.multiword = true});
+    gen_.GenerateSinglePanel("Panel_crossroads_crossroads", kMiddle, kWhite, {.obscure_hint = true, .max_answer_len = 20});
+    gen_.GenerateSinglePanel("Panel_corner_corner", kMiddle, kWhite, {.obscure_hint = true, .max_answer_len = 20});
+    gen_.GenerateSinglePanel("Panel_hollow_hollow", kMiddle, kWhite, {.obscure_hint = true, .max_answer_len = 20});
+    gen_.GeneratePairedPanels("Panel_far_far", "Panel_near_near", kMiddle, kWhite, {.obscure_hint = true, .max_answer_len = 20});
+    gen_.GenerateSinglePanel("Panel_lost_found", kBottom, kBlack, {.max_answer_len = 7});
+    gen_.GenerateSinglePanel("Panel_clockwise_counterclockwise", kBottom, kBlack, {.max_answer_len = 20});
+
+    // Panel_past_present: past? present!
+    // Panel_future_present: future? present!
+    // Panel_future_past: future? past!
+    // Panel_past_future: past? future!
+    // Panel_past_past: past? past!
+    // Panel_pinecone_pine: pinecone? pine!
+    // Panel_acorn_oak: acorn? oak!
+
+    gen_.GeneratePairedPanels("Panel_left_left", "Panel_right_right", kMiddle, kWhite, {.obscure_hint = true, .max_answer_len = 20, .copy_to = "Panel_left_left_2", .copy_to2 = "Panel_right_right_2"});
+    gen_.GenerateSinglePanel("Panel_middle_middle", kMiddle, kWhite, {.obscure_hint = true, .max_answer_len = 20, .copy_to = "Panel_middle_middle_2"});
+    gen_.GenerateSinglePanel("Panel_shortcuts", kMiddle, kYellow, {.multiword = true});
+    gen_.GenerateSinglePanel("Panel_tower", kMiddle, kYellow, {.multiword = true});
+
+    // The Perceptive
+    gen_.GenerateSinglePanel("Panel_trace_trace", kMiddle, kWhite, {.obscure_hint = true});
+    // Panel_path_lock: path? lock!
+    // Panel_path_knot: path? knot!
+    // Panel_path_lost: path? lost!
+    gen_.GenerateSinglePanel("Panel_look_look", kBottom, kWhite, {.max_answer_len = 7});
+    // Panel_path_open: path? open!
+    // Panel_path_help: path? help!
+    // Panel_path_hunt: path? hunt!
+    // Panel_path_nest: path? nest!
+    // Panel_path_look: path? look!
+    gen_.GenerateSinglePanel("Panel_down_up", kBottom, kBlack, {.max_answer_len = 7});
+    gen_.GenerateSinglePanel("Panel_strays_maze", kTop, kPurple, {.reuse_solution = true});
+    gen_.GenerateSinglePanel("Panel_daze_maze", kMiddle, kPurple, {.max_answer_len = 6, .reuse_solution = true});
+    gen_.GenerateSinglePanel("Panel_reflow_flower", kMiddle, kYellow);
+    gen_.GenerateSinglePanel("Panel_leap_jump", kBottom, kWhite, {.max_answer_len = 7});
+    gen_.GenerateSinglePanel("Panel_hide_seek", kBottom, kBlack, {.max_answer_len = 7});
+    gen_.GenerateSinglePanel("Panel_hide_seek_2", kBottom, kBlack, {.max_answer_len = 7});
+    gen_.GenerateSinglePanel("Panel_hide_seek_3", kBottom, kBlack, {.max_answer_len = 7});
+    gen_.GenerateSinglePanel("Panel_hide_seek_4", kBottom, kBlack, {.max_answer_len = 7});
+
+    // The Observant
+
+    // Knight/Night
+    gen_.GenerateSinglePanel("Panel_rat_tar", kMiddle, kBlack, {.palindrome = kRejectPalindrome});
+    gen_.GenerateSinglePanel("Panel_discover_recover", kMiddle, kPurple, {.max_answer_len = 7});
+    gen_.GenerateSinglePanel("Panel_deadend_deadened", kTop, kWhite, {.multiword = true});
+    gen_.GenerateSinglePanel("Panel_deadend_deadend", kMiddle, kWhite, {.multiword = true, .obscure_hint = true});
+    gen_.GenerateSinglePanel("Panel_warner_corner", kTop, kPurple);
+    gen_.GenerateSinglePanel("Panel_lies_lies", kMiddle, kWhite, {.obscure_hint = true, .max_answer_len = 20});
+    gen_.GeneratePairedPanels("Panel_night_knight", "Panel_knight_night", kMiddle, kBlue);
+    gen_.GenerateSinglePanel("Panel_bee_be", kMiddle, kRed);
+    gen_.GenerateSinglePanel("Panel_new_knew", kMiddle, kBlue, {.max_answer_len = 4});
+    gen_.GenerateSinglePanel("Panel_fore_for", kMiddle, kRed);
+    gen_.GenerateCohintedPanels("Panel_trusted_trust", "Panel_trusted_rusted", kMiddle, kRed, {.save_for_later = true});
+    gen_.GenerateCohintedPanels("Panel_rust_trust", "Panel_rust_crust", kMiddle, kBlue, {.max_answer_len = 5, .save_for_later = true});
+    gen_.GenerateSinglePanel("Panel_encrusted_rust", kMiddle, kRed, {.save_for_later = true});
+    gen_.GenerateCohintedPanels("Panel_adjust_readjust", "Panel_adjust_adjusted", kMiddle, kBlue, {.max_answer_len = 6, .save_for_later = true});
+    gen_.GenerateSinglePanel("Panel_adjust_readjusted", kMiddle, kBlue, {.save_for_later = true});
+    gen_.GeneratePairedPanels("Panel_before_fore", "Panel_be_before", kMiddle, kRed, {.obscure_hint = true});
+    gen_.GenerateSinglePanel("Panel_trust_crust", kMiddle, kPurple, {.reuse_solution = true});
+    gen_.GenerateSinglePanel("Panel_trust_crust_2", kMiddle, kPurple, {.reuse_solution = true});
+    gen_.GenerateSinglePanel("Panel_trusted_readjusted", kMiddle, kPurple, {.reuse_solution = true});
+
+    // The Initiated
+    gen_.GenerateSinglePanel("Panel_locked_knocked", kMiddle, kPurple, {.max_hint_len = 5, .max_answer_len = 5, .reuse_solution = true, .unique_pool = "initiated"});
+    gen_.GenerateSinglePanel("Panel_daughter_laughter", kMiddle, kPurple, {.reuse_solution = true, .unique_pool = "initiated"});
+    gen_.GenerateDoublePanel("Panel_move_love", "Panel_stove_love", kMiddle, kPurple, {.reuse_solution = true, .unique_pool = "initiated"});
+    gen_.GenerateSinglePanel("Panel_scope_type", kMiddle, kPurple, {.reuse_solution = true, .unique_pool = "initiated"});
+    gen_.GenerateSinglePanel("Panel_abyss_this", kMiddle, kPurple, {.max_hint_len = 6, .reuse_solution = true, .unique_pool = "initiated"});
+    gen_.GenerateDoublePanel("Panel_sweat_great", "Panel_beat_great", kMiddle, kPurple, {.max_hint_len = 6, .reuse_solution = true, .unique_pool = "initiated"});
+    gen_.GenerateSinglePanel("Panel_alumni_hi", kTop, kPurple, {.reuse_solution = true, .unique_pool = "initiated"});
+    gen_.GenerateSinglePanel("Panel_wrath_path", kMiddle, kPurple, {.max_hint_len = 6, .reuse_solution = true, .unique_pool = "initiated"});
+    gen_.GenerateDoublePanel("Panel_knight_write", "Panel_byte_write", kTop, kPurple, {.reuse_solution = true, .unique_pool = "initiated"});
+    gen_.GenerateSinglePanel("Panel_maim_same", kTop, kPurple, {.reuse_solution = true, .unique_pool = "initiated"});
+    gen_.GenerateSinglePanel("Panel_bare_bear", kTop, kPurple, {.reuse_solution = true, .unique_pool = "initiated"});
+    gen_.GeneratePanelStack("Panel_chair_bear", kPurple, "", {}, "Panel_cost_most", kPurple, {.reuse_solution = true, .unique_pool = "initiated"});
+    gen_.GenerateSinglePanel("Panel_bed_dead", kMiddle, kPurple, {.max_hint_len = 6, .reuse_solution = true, .unique_pool = "initiated"});
+
+    // The Bearer
+    // Panel_north_missing:  ? north!
+    // Panel_diamonds_missing:  ? diamonds!
+    // Panel_fire_missing:  ? fire!
+    // Panel_winter_missing:  ? winter!
+    gen_.GenerateSinglePanel("Panel_shortcut_shortcut", kMiddle, kWhite, {.obscure_hint = true, .max_answer_len = 20});
+    // Panel_north_north:  ? north!
+    // Panel_mouth_south: sound? south!
+    // Panel_yeast_east: yeast? east!
+    // Panel_wet_west: wet? west!
+    // Panel_fire_fire:  ? fire!
+    // Panel_earth_earth: earth? earth!
+    // Panel_water_water: water? water!
+    // Panel_air_air: air? air!
+    // Panel_winter_winter:  ? winter!
+    // Panel_diamonds_diamonds:  ? diamonds!
+    // Panel_spades_spades: spades? spades!
+    // Panel_clubs_clubs: clubs? clubs!
+    // Panel_hearts_hearts: hearts? hearts!
+    // Panel_part_rap: part? rap!
+    // Panel_heart_tar: heart? tar!
+    // Panel_smile_lime: smile? lime!
+    // Panel_snow_won: snow? won!
+    // Panel_warts_star: warts? star!
+    // Panel_pots_top: pots? top!
+    // Panel_silent_list: silent? list!
+    // Panel_silent_list_2: silent? list!
+    // Panel_tent_net: tent? net!
+    // Panel_peace_ape: peace? ape!
+    // Panel_space_cape: space? cape!
+    // Panel_bowl_low: bowl? low!
+
+    // Wanderlust
+    gen_.GenerateOrangeNumberPanel("Panel_lust");
+    gen_.GenerateOrangeNumberPanel("Panel_read");
+    gen_.GenerateOrangeNumberPanel("Panel_sew");
+    gen_.GenerateOrangeNumberPanel("Panel_dead");
+    gen_.GenerateOrangeNumberPanel("Panel_1234567890_wanderlust");
+    gen_.GenerateOrangeNumberPanel("Panel_834283054_undaunted");
+    gen_.GenerateOrangeWordPanel("Panel_learn");
+    gen_.GenerateOrangeWordPanel("Panel_dust");
+    gen_.GenerateOrangeWordPanel("Panel_star");
+    gen_.GenerateOrangeWordPanel("Panel_wander");
+    gen_.GenerateOrangeWordPanel("Panel_wanderlust_1234567890");
+    gen_.GenerateOrangeAdditionPanel("Panel_dads_ale_dead_1");
+    gen_.GenerateOrangeAdditionPanel("Panel_art_art_eat_2");
+    gen_.GenerateOrangeAdditionPanel("Panel_deer_wren_rats_3");
+    gen_.GenerateOrangeAdditionPanel("Panel_learns_unsew_unrest_4");
+    gen_.GenerateOrangeAdditionPanel("Panel_drawl_runs_enter_5");
+    gen_.GenerateOrangeAdditionPanel("Panel_reads_rust_lawns_6");
+    gen_.GenerateOrangeAdditionPanel("Panel_waded_wee_warts_7");
+
+    // The Wise
+    // Panel_kitten_cat: kitten? cat!
+    // Panel_cat_kitten: cat? kitten!
+    // Panel_puppy_dog: puppy? dog!
+    // Panel_adult_child: adult? child!
+    // Panel_bread_mold: bread? mold!
+    // Panel_dinosaur_fossil: dinosaur? fossil!
+    // Panel_oak_acorn: oak? acorn!
+    // Panel_corpse_skeleton: corpse? skeleton!
+    // Panel_before_ere: before? ere!
+    // Panel_your_thy: your? thy!
+    // Panel_betwixt_between: betwixt? between!
+    // Panel_nigh_near: nigh? near!
+    // Panel_connexion_connection: connexion? connection!
+    // Panel_thou_you: thou? you!
+
+    // Art Gallery
+    gen_.GenerateSinglePanel("Panel_eon_one", kMiddle, kYellow, {.max_answer_len = 5});
+    gen_.GenerateSinglePanel("Panel_to_two", kMiddle, kRed);
+    gen_.GenerateSinglePanel("Panel_free_three", kMiddle, kPurple, {.reuse_solution = true, .max_hint_len = 5});
+    gen_.GenerateSinglePanel("Panel_our_four", kMiddle, kBlue, {.reuse_solution = true});
+    gen_.GenerateSinglePanel("Panel_house_neighborhood", kBottom, kBlue, {.max_answer_len = 6});
+    gen_.GenerateStaticPanel("Panel_path_road", "path", "road"); // can't randomise brown yet
+    gen_.GenerateSinglePanel("Panel_park_drive", kBottom, kBlack, {.max_answer_len = 6});
+    gen_.GenerateSinglePanel("Panel_carriage_horse", kBottom, kRed, {.max_answer_len = 6});
+    gen_.GenerateSinglePanel("Panel_an_many", kMiddle, kBlue, {.max_answer_len = 4});
+    gen_.GenerateSinglePanel("Panel_may_many", kMiddle, kBlue, {.max_answer_len = 4});
+    gen_.GenerateSinglePanel("Panel_any_many", kMiddle, kBlue, {.max_answer_len = 4});
+    gen_.GenerateSinglePanel("Panel_man_many", kMiddle, kBlue, {.max_answer_len = 4});
+    gen_.GenerateSinglePanel("Panel_urns_turns", kMiddle, kBlue, {.reuse_solution = true});
+    gen_.GenerateSinglePanel("Panel_learns_turns", kMiddle, kPurple, {.reuse_solution = true, .max_answer_len = 5});
+    gen_.GenerateSinglePanel("Panel_runts_turns", kMiddle, kYellow);
+    gen_.GenerateOrangeAdditionPanel("Panel_send_use_turns");
+    gen_.GenerateOrangeWordPanel("Panel_trust_06890");
+    gen_.GenerateOrangeNumberPanel("Panel_06890_trust");
+    gen_.GenerateOneRoadManyTurns("Panel_order_onepathmanyturns", "Panel_eon_one", "Panel_path_road", "Panel_any_many", "Panel_send_use_turns");
+
+    // Rhyme Rooms
+    gen_.GeneratePanelStack("Panel_ascend_rhyme", kPurple, "", {}, "Panel_ascend_syn", kWhite, {.unique_pool = "rhyme"});
+    gen_.GeneratePanelStack("Panel_double_rhyme", kPurple, "", {}, "Panel_double_syn", kWhite, {.unique_pool = "rhyme"});
+    gen_.GeneratePanelStack("Panel_blocked_rhyme", kPurple, "", {}, "Panel_blocked_syn", kWhite, {.unique_pool = "rhyme"});
+    gen_.GeneratePanelStack("Panel_rise_rhyme", kPurple, "", {}, "Panel_rise_syn", kWhite, {.unique_pool = "rhyme"});
+    gen_.GeneratePanelStack("Panel_crystal_rhyme", kPurple, "", {}, "Panel_crystal_syn", kWhite, {.unique_pool = "rhyme"});
+    gen_.GeneratePanelStack("Panel_creative_rhyme", kPurple, "", {}, "Panel_creative_syn", kWhite, {.unique_pool = "rhyme"});
+    gen_.GeneratePanelStack("Panel_child_rhyme", kPurple, "", {}, "Panel_child_syn", kWhite, {.unique_pool = "rhyme"});
+    gen_.GeneratePanelStack("Panel_hidden_rhyme", kPurple, "", {}, "Panel_hidden_syn", kWhite, {.unique_pool = "rhyme"});
+    gen_.GeneratePanelStack("Panel_word_rhyme", kPurple, "", {}, "Panel_word_whole", kBlue, {.unique_pool = "rhyme"});
+    gen_.GeneratePanelStack("Panel_silent_rhyme", kPurple, "", {}, "Panel_silent_syn", kWhite, {.unique_pool = "rhyme"});
+    gen_.GeneratePanelStack("Panel_bones_rhyme", kPurple, "", {}, "Panel_bones_syn", kWhite, {.unique_pool = "rhyme"});
+    gen_.GeneratePanelStack("Panel_sentence_rhyme", kPurple, "", {}, "Panel_sentence_whole", kBlue, {.unique_pool = "rhyme"});
+    gen_.GeneratePanelStack("Panel_dream_rhyme", kPurple, "", {}, "Panel_dream_syn", kWhite, {.unique_pool = "rhyme"});
+    gen_.GeneratePanelStack("Panel_mystery_rhyme", kPurple, "", {}, "Panel_mystery_syn", kWhite, {.unique_pool = "rhyme"});
+    gen_.GeneratePanelStack("Panel_jump_rhyme", kPurple, "", {}, "Panel_jump_syn", kWhite, {.unique_pool = "rhyme"});
+    gen_.GeneratePanelStack("Panel_fall_rhyme", kPurple, "", {}, "Panel_fall_syn", kWhite, {.unique_pool = "rhyme"});
+    //gen_.GeneratePanelStack("Panel_return_rhyme", kPurple, "", {}, "Panel_return_ant", kBlack, {.unique_pool = "rhyme"});
+    //gen_.GeneratePanelStack("Panel_descend_rhyme", kPurple, "", {}, "Panel_descend_ant", kBlack, {.unique_pool = "rhyme"});
+    // ^ commenting those out for now because they take disproportionately long to generate currently
+    gen_.GenerateSinglePanel("Panel_leap_leap", kMiddle, kWhite, {.obscure_hint = true});
+
+    // The Optimistic
+    gen_.GenerateSinglePanel("Panel_backside_1", kMiddle, kWhite, {.obscure_hint = true});
+    gen_.GenerateSinglePanel("Panel_backside_2", kMiddle, kWhite, {.obscure_hint = true});
+    gen_.GenerateSinglePanel("Panel_backside_3", kMiddle, kWhite, {.obscure_hint = true});
+    gen_.GenerateSinglePanel("Panel_backside_4", kMiddle, kWhite, {.obscure_hint = true});
+    gen_.GenerateSinglePanel("Panel_backside_5", kMiddle, kWhite, {.obscure_hint = true});
+    gen_.GenerateSinglePanel("Panel_farther_far", kMiddle, kRed);
+    // Panel_first_first: first? first!
+    // Panel_second_second: second? second!
+    // Panel_third_third: third? third!
+    // Panel_fourth_fourth: fourth? fourth!
+
+    // Number Hunt
+    gen_.GenerateSinglePanel("Panel_zero_zero", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 10});
+    gen_.GenerateSinglePanel("Panel_one_one", kMiddle, kWhite, {.exact_len = 1});
+    gen_.GenerateSinglePanel("Panel_two_two", kMiddle, kWhite, {.exact_len = 2});
+    gen_.GenerateSinglePanel("Panel_two_two_2", kMiddle, kWhite, {.exact_len = 2});
+    gen_.GenerateSinglePanel("Panel_three_three", kMiddle, kWhite, {.exact_len = 3});
+    gen_.GenerateSinglePanel("Panel_three_three_2", kMiddle, kWhite, {.exact_len = 3});
+    gen_.GenerateSinglePanel("Panel_three_three_3", kMiddle, kWhite, {.exact_len = 3});
+    gen_.GenerateSinglePanel("Panel_four_four", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 4});
+    gen_.GenerateSinglePanel("Panel_four_four_2", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 4});
+    gen_.GenerateSinglePanel("Panel_four_four_3", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 4});
+    gen_.GenerateSinglePanel("Panel_four_four_4", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 4});
+    gen_.GenerateSinglePanel("Panel_five_five", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 5});
+    gen_.GenerateSinglePanel("Panel_five_five_2", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 5});
+    gen_.GenerateSinglePanel("Panel_five_five_3", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 5});
+    gen_.GenerateSinglePanel("Panel_five_five_4", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 5});
+    gen_.GenerateSinglePanel("Panel_five_five_5", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 5});
+    gen_.GenerateSinglePanel("Panel_six_six", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 6});
+    gen_.GenerateSinglePanel("Panel_six_six_2", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 6});
+    gen_.GenerateSinglePanel("Panel_six_six_3", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 6});
+    gen_.GenerateSinglePanel("Panel_six_six_4", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 6});
+    gen_.GenerateSinglePanel("Panel_six_six_5", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 6});
+    gen_.GenerateSinglePanel("Panel_six_six_6", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 6});
+    gen_.GenerateSinglePanel("Panel_seven_seven", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 7});
+    gen_.GenerateSinglePanel("Panel_seven_seven_2", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 7});
+    gen_.GenerateSinglePanel("Panel_seven_seven_3", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 7});
+    gen_.GenerateSinglePanel("Panel_seven_seven_4", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 7});
+    gen_.GenerateSinglePanel("Panel_seven_seven_5", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 7});
+    gen_.GenerateSinglePanel("Panel_seven_seven_6", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 7});
+    gen_.GenerateSinglePanel("Panel_seven_seven_7", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 7});
+    gen_.GenerateSinglePanel("Panel_eight_eight", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 8});
+    gen_.GenerateSinglePanel("Panel_eight_eight_2", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 8});
+    gen_.GenerateSinglePanel("Panel_eight_eight_3", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 8});
+    gen_.GenerateSinglePanel("Panel_eight_eight_4", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 8});
+    gen_.GenerateSinglePanel("Panel_eight_eight_5", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 8});
+    gen_.GenerateSinglePanel("Panel_eight_eight_6", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 8});
+    gen_.GenerateSinglePanel("Panel_eight_eight_7", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 8});
+    gen_.GenerateSinglePanel("Panel_eight_eight_8", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 8});
+    gen_.GenerateSinglePanel("Panel_nine_nine", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 9});
+    gen_.GenerateSinglePanel("Panel_nine_nine_2", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 9});
+    gen_.GenerateSinglePanel("Panel_nine_nine_3", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 9});
+    gen_.GenerateSinglePanel("Panel_nine_nine_4", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 9});
+    gen_.GenerateSinglePanel("Panel_nine_nine_5", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 9});
+    gen_.GenerateSinglePanel("Panel_nine_nine_6", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 9});
+    gen_.GenerateSinglePanel("Panel_nine_nine_7", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 9});
+    gen_.GenerateSinglePanel("Panel_nine_nine_8", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 9});
+    gen_.GenerateSinglePanel("Panel_nine_nine_9", kMiddle, kWhite, {.obscure_hint = true, .exact_len = 9});
+
+    // Directional Gallery
+    gen_.GenerateStaticPanel("Panel_paranoid_paranoid", "welcome back");
+    gen_.GeneratePairedPanels("Panel_salt_pepper", "Panel_pepper_salt", kBottom, kBlack);
+    gen_.GenerateSinglePanel("Panel_ward_forward", kMiddle, kBlue, {.reuse_solution = true});
+    gen_.GenerateSinglePanel("Panel_hind_behind", kMiddle, kBlue, {.reuse_solution = true});
+    gen_.GenerateSinglePanel("Panel_rig_right", kMiddle, kBlue, {.reuse_solution = true});
+    gen_.GenerateSinglePanel("Panel_windward_forward", kMiddle, kPurple, {.reuse_solution = true});
+    gen_.GenerateSinglePanel("Panel_light_right", kMiddle, kPurple, {.reuse_solution = true});
+    gen_.GenerateSinglePanel("Panel_rewind_behind", kMiddle, kPurple, {.reuse_solution = true});
+    gen_.GenerateSinglePanel("Panel_learn_return", kMiddle, kPurple, {.reuse_solution = true});
+    gen_.GenerateSinglePanel("Panel_turn_return", kMiddle, kBlue, {.reuse_solution = true});
+
+
+
+
+
+
+
+
+    // The Ecstatic
+    gen_.GenerateSinglePanel("Panel_soundgram_1", kTop, kYellow);
+    gen_.GenerateSinglePanel("Panel_soundgram_2", kTop, kYellow);
+    // Panel_scrambled_1: eggs? scrambled eggs!
+    // Panel_scrambled_2: vegetables? salad!
+    gen_.GenerateSinglePanel("Panel_anagram_6_1", kMiddle, kYellow, {.exact_len = 6});
+    gen_.GenerateSinglePanel("Panel_anagram_6_2", kMiddle, kYellow, {.exact_len = 6});
+    gen_.GenerateSinglePanel("Panel_anagram_7_1", kMiddle, kYellow, {.exact_len = 7});
+    gen_.GenerateSinglePanel("Panel_anagram_7_2", kMiddle, kYellow, {.exact_len = 7});
+    gen_.GenerateSinglePanel("Panel_anagram_7_3", kMiddle, kYellow, {.exact_len = 7});
+    gen_.GenerateSinglePanel("Panel_anagram_7_4", kMiddle, kYellow, {.exact_len = 7});
+    gen_.GenerateSinglePanel("Panel_anagram_8_1", kMiddle, kYellow, {.exact_len = 8});
+    gen_.GenerateSinglePanel("Panel_anagram_8_2", kMiddle, kYellow, {.exact_len = 8});
+    gen_.GenerateSinglePanel("Panel_anagram_8_3", kMiddle, kYellow, {.exact_len = 8});
+    gen_.GenerateSinglePanel("Panel_anagram_9_1", kMiddle, kYellow, {.exact_len = 9});
+
+    // The Red
+    gen_.GenerateSinglePanel("Panel_red_top_1", kTop, kRed);
+    gen_.GenerateSinglePanel("Panel_red_top_2", kTop, kRed);
+    gen_.GenerateSinglePanel("Panel_red_top_3", kTop, kRed);
+    gen_.GenerateSinglePanel("Panel_red_top_4", kTop, kRed);
+    //gen_.GeneratePanelStack("Panel_red_top_5", kRed, "Panel_red_mid_2", kRed, "", {}); // slow
+    gen_.GenerateSinglePanel("Panel_red_mid_1", kMiddle, kRed);
+    gen_.GenerateSinglePanel("Panel_red_mid_3", kMiddle, kRed);
+    gen_.GeneratePanelStack("", {}, "Panel_red_mid_4", kRed, "Panel_red_bot_4", kRed);
+    gen_.GeneratePanelStack("", {}, "Panel_red_mid_5", kRed, "Panel_red_bot_5", kRed);
+    gen_.GenerateSinglePanel("Panel_red_bot_1", kBottom, kRed, {.max_answer_len = 7});
+    gen_.GenerateSinglePanel("Panel_red_bot_2", kBottom, kRed, {.max_answer_len = 7});
+    gen_.GenerateSinglePanel("Panel_red_bot_3", kBottom, kRed, {.max_answer_len = 7});
+    gen_.GenerateSinglePanel("Panel_red_bot_6", kBottom, kRed, {.max_answer_len = 7});
+
+    // The Artistic
+    gen_.GeneratePanelStack("Panel_blue_top_1", kBlue, "", {}, "Panel_red_bot_1", kRed);
+    gen_.GeneratePanelStack("", {}, "Panel_red_mid_2", kRed, "Panel_blue_bot_2", kBlue);
+    gen_.GeneratePanelStack("", {}, "Panel_blue_mid_3", kBlue, "Panel_red_bot_3", kRed);
+    gen_.GeneratePanelStack("Panel_red_top_4", kRed, "Panel_blue_mid_4", kBlue, "", {});
+    gen_.GeneratePanelStack("Panel_yellow_top_5", kYellow, "", {}, "Panel_blue_bot_5", kBlue);
+    gen_.GeneratePanelStack("Panel_blue_top_6", kBlue, "Panel_yellow_mid_6", kYellow, "", {});
+    // gen_.GeneratePanelStack("", {}, "Panel_blue_mid_7", kBlue, "Panel_yellow_bot_7", kYellow);
+    gen_.GeneratePanelStack("", {}, "Panel_yellow_mid_8", kYellow, "Panel_black_bot_8", kBlack);
+    // gen_.GeneratePanelStack("Panel_black_top_9", kBlack, "", {}, "Panel_yellow_bot_9", kYellow);
+    //gen_.GeneratePanelStack("Panel_yellow_top_10", kYellow, "", {}, "Panel_black_bot_10", kBlack); // slow
+    gen_.GeneratePanelStack("Panel_black_top_11", kBlack, "Panel_yellow_mid_11", kYellow, "", {});
+    gen_.GeneratePanelStack("Panel_black_top_12", kBlack, "", {}, "Panel_red_bot_12", kRed);
+    //gen_.GeneratePanelStack("Panel_red_top_13", kRed, "", {}, "Panel_black_bot_13", kBlack); // slow
+    gen_.GeneratePanelStack("", {}, "Panel_black_mid_14", kBlack, "Panel_red_bot_14", kRed);
+    gen_.GeneratePanelStack("Panel_black_top_15", kBlack, "Panel_red_mid_15", kRed, "", {});
+    gen_.GenerateSinglePanel("Panel_answer_1", kBottom, kRed);
+    gen_.GenerateSinglePanel("Panel_answer_2", kTop, kBlack);
+    gen_.GenerateSinglePanel("Panel_answer_3", kMiddle, kBlue, {.max_answer_len = 4});
+    gen_.GenerateSinglePanel("Panel_answer_4", kTop, kYellow);
+    gen_.GenerateOneRoadManyTurns("Panel_artistic_artistic", "Panel_answer_1", "Panel_answer_2", "Panel_answer_3", "Panel_answer_4");
+
+
+
+
+
+
+
+
+
+
+
+
+    // Pilgrim Room
+    // gen_.GenerateSinglePanel("Panel_pilgrim", kMiddle, kBlue, {.reuse_solution = true});
+    gen_.GenerateSinglePanel("Panel_shortcut", kMiddle, kYellow, {.multiword = true, .max_answer_len = 20});
+    gen_.GenerateComboPanel("Panel_lingo_12", kMiddle, kPurple, kMiddle, kRed);
+    gen_.GenerateSinglePanel("Panel_lingo_1", kMiddle, kPurple, {.reuse_solution = true});
+    gen_.GenerateSinglePanel("Panel_lingo_8", kMiddle, kBlack);
+    // Panel_lingo_7: 906234? strand room!
+    // Panel_lingo_13: floss paths? crossroads!
+    gen_.GenerateComboPanel("Panel_lingo_4", kBottom, kWhite, kMiddle, kPurple);
+    gen_.GenerateComboPanel("Panel_lingo_6", kBottom, kBlack, kBottom, kWhite);
+    gen_.GenerateSinglePanel("Panel_lingo_3", kBottom, kWhite);
+    gen_.GenerateComboPanel("Panel_lingo_10", kBottom, kBlack, kMiddle, kRed);
+    gen_.GenerateSinglePanel("Panel_lingo_2", kBottom, kWhite);
+    gen_.GenerateSinglePanel("Panel_lingo_5", kMiddle, kYellow, {.multiword = true, .max_answer_len = 20});
+    gen_.GenerateSinglePanel("Panel_lingo_11", kMiddle, kYellow, {.multiword = true, .max_answer_len = 20});
+    // Panel_lingo_9: this? pilgrim room!
+
+    std::ifstream level1("../level1.tscn");
+    std::ofstream output("newlevel.tscn");
+    std::string line;
+    std::string name;
+    std::string question;
+    std::string answer;
+    while (std::getline(level1, line)) {
+      if (line.substr(0, 18) == "[node name=\"Panel_") {
+        std::string stripstart = line.substr(12);
+        name = stripstart.substr(0, stripstart.find("\""));
+
+        if (gen_.IsPanelRandomized(name)) {
+          std::tie(question, answer) = gen_.GetPanel(name);
+        } else {
+          name = "";
+        }
+      }
+
+      if (line.empty()) {
+        name = "";
+      }
+
+      if (!name.empty() && line.substr(0, 7) == "text = ") {
+        std::string stripstart = line.substr(8);
+        output << "text = \"" << question << "\"" << std::endl;
+        //question = stripstart.substr(0, stripstart.find("\""));
+      } else if (!name.empty() && line.substr(0, 9) == "answer = ") {
+        std::string stripstart = line.substr(10);
+        //std::string answer = stripstart.substr(0, stripstart.find("\""));
+
+        //std::cout << name << ": " << question << "? " << answer << "!" << std::endl;
+        output << "answer = \"" << answer << "\"" << std::endl;
+      } else {
+        output << line << "\n";
+      }
+    }
+  }
+
+private:
+
+  unsigned int seed_;
+  Generator gen_;
+};
+
+int main(int argc, char** argv) {
+  std::random_device randomDevice;
+  unsigned int seed = randomDevice() % 1000000;
+
+  Randomizer randomizer(seed);
+  randomizer.Run();
+
+  return 0;
+}
+Subproject e5d8d42eae6ce486678d87e33c1a7c26e2a6c1a