/// Has the inventory GUI respond to the provided user input
/// @param[in] input_controller - The controller on which to check user input.
void InventoryGui::RespondToInput(const INPUT_CONTROL::KeyboardInputController& input_controller)
{
// CHECK WHICH TAB IS OPENED.
switch (CurrentTab)
{
case TabType::BIBLE:
{
// CHECK WHICH BUTTON WAS PRESSED.
if (input_controller.ButtonWasPressed(INPUT_CONTROL::KeyboardInputController::UP_KEY))
{
// SELECT THE PREVIOUS BIBLE VERSE.
BiblePage.BibleVerseListBox.SelectPreviousVerse();
}
else if (input_controller.ButtonWasPressed(INPUT_CONTROL::KeyboardInputController::DOWN_KEY))
{
// SELECT THE NEXT BIBLE VERSE.
BiblePage.BibleVerseListBox.SelectNextVerse();
}
else if (input_controller.ButtonWasPressed(INPUT_CONTROL::KeyboardInputController::RIGHT_KEY))
{
// SWITCH TO THE ANIMALS TAB ON THE RIGHT.
CurrentTab = TabType::ANIMALS;
}
break;
}
case TabType::ANIMALS:
{
// CHECK WHICH BUTTON WAS PRESSED.
if (input_controller.ButtonWasPressed(INPUT_CONTROL::KeyboardInputController::LEFT_KEY))
{
// SWITCH TO THE BIBLE TAB ON THE LEFT.
CurrentTab = TabType::BIBLE;
}
else if (input_controller.ButtonWasPressed(INPUT_CONTROL::KeyboardInputController::RIGHT_KEY))
{
// SWITCH TO THE FOOD TAB ON THE RIGHT.
CurrentTab = TabType::FOOD;
}
break;
}
case TabType::FOOD:
{
// CHECK WHICH BUTTON WAS PRESSED.
if (input_controller.ButtonWasPressed(INPUT_CONTROL::KeyboardInputController::LEFT_KEY))
{
// SWITCH TO THE ANIMALS TAB ON THE LEFT.
CurrentTab = TabType::ANIMALS;
}
break;
}
default:
// Nothing to do.
break;
}
}
/// Handles any user input for the title screen.
/// @param[in] input_controller - The controller supplying user input to respond to.
/// @return True if the user selected an option for starting the main gameplay; false otherwise.
bool TitleScreen::RespondToInput(const INPUT_CONTROL::KeyboardInputController& input_controller) const
{
// CHECK IF THE MAIN 'START' BUTTON WAS PRESSED.
bool start_button_pressed = input_controller.ButtonWasPressed(INPUT_CONTROL::KeyboardInputController::START_KEY);
return start_button_pressed;
}
/// Updates the entire overworld for the elapsed time.
/// @param[in] elapsed_time - The elapsed time for which to update the world.
/// @param[in,out] input_controller - The controller supplying player input.
/// @param[in,out] camera - The camera defining the viewable region of the overworld.
/// @param[out] message_for_text_box - The message to display in the main text box,
/// if one needs to start being displayed; empty if no new message needs to be displayed.
void GameplayState::UpdateOverworld(
const sf::Time& elapsed_time,
INPUT_CONTROL::KeyboardInputController& input_controller,
GRAPHICS::Camera& camera,
std::string& message_for_text_box)
{
// INDICATE THAT NO MESSAGE NEEDS TO BE DISPLAYED YET IN THE TEXT BOX.
message_for_text_box.clear();
MATH::FloatRectangle camera_bounds = camera.ViewBounds;
MATH::Vector2f camera_view_center = camera_bounds.GetCenterPosition();
MAPS::TileMap* current_tile_map = Overworld->GetTileMap(camera_view_center.X, camera_view_center.Y);
assert(current_tile_map);
// CHECK IF THE PRIMARY ACTION BUTTON WAS PRESSED.
if (input_controller.ButtonDown(INPUT_CONTROL::KeyboardInputController::PRIMARY_ACTION_KEY))
{
// SWING THE PLAYER'S AXE.
// A new axe swing may not be created if the player's
// axe is already being swung.
std::shared_ptr<EVENTS::AxeSwingEvent> axe_swing = Overworld->NoahPlayer->SwingAxe();
bool axe_swing_occurred = (nullptr != axe_swing);
if (axe_swing_occurred)
{
// Allow the axe to collide with other objects.
Overworld->AxeSwings.push_back(axe_swing);
}
}
// CHECK IF THE PLAYER IS ALLOWED TO MOVE.
// Noah can't move while the axe is swinging.
// Movement is prevented to have the axe's position remain attached to Noah.
// We need to keep track if Noah moved this frame so that we can stop any walking animations for him if he didn't move.
bool noah_moved_this_frame = false;
bool axe_is_swinging = (nullptr != Overworld->NoahPlayer->Inventory->Axe) && Overworld->NoahPlayer->Inventory->Axe->IsSwinging();
bool player_movement_allowed = (!axe_is_swinging);
if (player_movement_allowed)
{
// MOVE NOAH IN RESPONSE TO USER INPUT.
const float PLAYER_POSITION_ADJUSTMENT_FOR_SCROLLING_IN_PIXELS = 8.0f;
MATH::Vector2f old_noah_position = Overworld->NoahPlayer->GetWorldPosition();
if (input_controller.ButtonDown(INPUT_CONTROL::KeyboardInputController::UP_KEY))
{
// TRACK NOAH AS MOVING THIS FRAME.
noah_moved_this_frame = true;
// START NOAH WALKING UP.
Overworld->NoahPlayer->BeginWalking(CORE::Direction::UP, OBJECTS::Noah::WALK_BACK_ANIMATION_NAME);
// MOVE NOAH WHILE HANDLING COLLISIONS.
MATH::Vector2f new_position = COLLISION::CollisionDetectionAlgorithms::MoveObject(
Overworld->NoahPlayer->GetWorldBoundingBox(),
CORE::Direction::UP,
OBJECTS::Noah::MOVE_SPEED_IN_PIXELS_PER_SECOND,
elapsed_time,
*Overworld);
Overworld->NoahPlayer->SetWorldPosition(new_position);
// CHECK IF NOAH MOVED OUT OF THE CAMERA'S VIEW.
MATH::FloatRectangle noah_world_bounding_box = Overworld->NoahPlayer->GetWorldBoundingBox();
float camera_top_y_position = camera_bounds.GetTopYPosition();
bool player_moved_out_of_view = (noah_world_bounding_box.GetTopYPosition() < camera_top_y_position);
if (player_moved_out_of_view)
{
// CHECK IF A TOP TILE MAP EXISTS FOR NOAH TO MOVE TO.
unsigned int top_tile_map_row_index = current_tile_map->OverworldRowIndex - 1;
unsigned int top_tile_map_column_index = current_tile_map->OverworldColumnIndex;
MAPS::TileMap* top_tile_map = Overworld->GetTileMap(
top_tile_map_row_index,
top_tile_map_column_index);
bool top_tile_map_exists = (nullptr != top_tile_map);
if (top_tile_map_exists)
{
// MOVE NOAH A FEW MORE PIXELS UP SO THAT HE WILL BE MORE VISIBLE ON THE NEW MAP.
MATH::Vector2f noah_world_position = Overworld->NoahPlayer->GetWorldPosition();
noah_world_position.Y -= PLAYER_POSITION_ADJUSTMENT_FOR_SCROLLING_IN_PIXELS;
Overworld->NoahPlayer->SetWorldPosition(noah_world_position);
// START SCROLLING TO THE TOP TILE MAP.
MATH::Vector2f scroll_start_position = current_tile_map->GetCenterWorldPosition();
MATH::Vector2f scroll_end_position = top_tile_map->GetCenterWorldPosition();
camera.StartScrolling(scroll_start_position, scroll_end_position);
// DISABLE PLAYER MOVEMENT WHILE SCROLLING IS OCCURRING.
input_controller.DisableInput();
}
else
{
// KEEP NOAH WITHIN THE BOUNDS OF THE CURRENT TILE MAP.
// Since there is no top tile map to scroll to, this will keep Noah on-screen.
MATH::FloatRectangle tile_map_bounding_box = current_tile_map->GetWorldBoundingBox();
float tile_map_top_boundary = tile_map_bounding_box.GetTopYPosition();
// To keep Noah completely on screen, his center position should be half
// his height below the top tile map boundary.
MATH::Vector2f noah_world_position = old_noah_position;
float noah_half_height = noah_world_bounding_box.GetHeight() / 2.0f;
noah_world_position.Y = tile_map_top_boundary + noah_half_height;
Overworld->NoahPlayer->SetWorldPosition(noah_world_position);
}
}
}
if (input_controller.ButtonDown(INPUT_CONTROL::KeyboardInputController::DOWN_KEY))
{
// TRACK NOAH AS MOVING THIS FRAME.
noah_moved_this_frame = true;
// START NOAH WALKING DOWN.
Overworld->NoahPlayer->BeginWalking(CORE::Direction::DOWN, OBJECTS::Noah::WALK_FRONT_ANIMATION_NAME);
// MOVE NOAH WHILE HANDLING COLLISIONS.
MATH::Vector2f new_position = COLLISION::CollisionDetectionAlgorithms::MoveObject(
Overworld->NoahPlayer->GetWorldBoundingBox(),
CORE::Direction::DOWN,
OBJECTS::Noah::MOVE_SPEED_IN_PIXELS_PER_SECOND,
elapsed_time,
*Overworld);
Overworld->NoahPlayer->SetWorldPosition(new_position);
// CHECK IF NOAH MOVED OUT OF THE CAMERA'S VIEW.
MATH::FloatRectangle noah_world_bounding_box = Overworld->NoahPlayer->GetWorldBoundingBox();
float camera_bottom_y_position = camera_bounds.GetBottomYPosition();
bool player_moved_out_of_view = (noah_world_bounding_box.GetBottomYPosition() > camera_bottom_y_position);
if (player_moved_out_of_view)
{
// CHECK IF A BOTTOM TILE MAP EXISTS FOR NOAH TO MOVE TO.
unsigned int bottom_tile_map_row_index = current_tile_map->OverworldRowIndex + 1;
unsigned int bottom_tile_map_column_index = current_tile_map->OverworldColumnIndex;
MAPS::TileMap* bottom_tile_map = Overworld->GetTileMap(
bottom_tile_map_row_index,
bottom_tile_map_column_index);
bool bottom_tile_map_exists = (nullptr != bottom_tile_map);
if (bottom_tile_map_exists)
{
// MOVE NOAH A FEW MORE PIXELS DOWN SO THAT HE WILL BE MORE VISIBLE ON THE NEW MAP.
MATH::Vector2f noah_world_position = Overworld->NoahPlayer->GetWorldPosition();
noah_world_position.Y += PLAYER_POSITION_ADJUSTMENT_FOR_SCROLLING_IN_PIXELS;
Overworld->NoahPlayer->SetWorldPosition(noah_world_position);
// START SCROLLING TO THE BOTTOM TILE MAP.
MATH::Vector2f scroll_start_position = current_tile_map->GetCenterWorldPosition();
MATH::Vector2f scroll_end_position = bottom_tile_map->GetCenterWorldPosition();
camera.StartScrolling(scroll_start_position, scroll_end_position);
// DISABLE PLAYER MOVEMENT WHILE SCROLLING IS OCCURRING.
input_controller.DisableInput();
}
else
{
// KEEP NOAH WITHIN THE BOUNDS OF THE CURRENT TILE MAP.
// Since there is no bottom tile map to scroll to, this will keep Noah on-screen.
MATH::FloatRectangle tile_map_bounding_box = current_tile_map->GetWorldBoundingBox();
float tile_map_bottom_boundary = tile_map_bounding_box.GetBottomYPosition();
// To keep Noah completely on screen, his center position should be half
// his height above the bottom tile map boundary.
MATH::Vector2f noah_world_position = old_noah_position;
float noah_half_height = Overworld->NoahPlayer->GetWorldBoundingBox().GetHeight() / 2.0f;
noah_world_position.Y = tile_map_bottom_boundary - noah_half_height;
Overworld->NoahPlayer->SetWorldPosition(noah_world_position);
}
}
}
if (input_controller.ButtonDown(INPUT_CONTROL::KeyboardInputController::LEFT_KEY))
{
// TRACK NOAH AS MOVING THIS FRAME.
noah_moved_this_frame = true;
// START NOAH WALKING LEFT.
Overworld->NoahPlayer->BeginWalking(CORE::Direction::LEFT, OBJECTS::Noah::WALK_LEFT_ANIMATION_NAME);
// MOVE NOAH WHILE HANDLING COLLISIONS.
MATH::Vector2f new_position = COLLISION::CollisionDetectionAlgorithms::MoveObject(
Overworld->NoahPlayer->GetWorldBoundingBox(),
CORE::Direction::LEFT,
OBJECTS::Noah::MOVE_SPEED_IN_PIXELS_PER_SECOND,
elapsed_time,
*Overworld);
Overworld->NoahPlayer->SetWorldPosition(new_position);
// CHECK IF NOAH MOVED OUT OF THE CAMERA'S VIEW.
MATH::FloatRectangle noah_world_bounding_box = Overworld->NoahPlayer->GetWorldBoundingBox();
float camera_left_x_position = camera_bounds.GetLeftXPosition();
bool player_moved_out_of_view = (noah_world_bounding_box.GetLeftXPosition() < camera_left_x_position);
if (player_moved_out_of_view)
{
// CHECK IF A LEFT TILE MAP EXISTS FOR NOAH TO MOVE TO.
unsigned int left_tile_map_row_index = current_tile_map->OverworldRowIndex;
unsigned int left_tile_map_column_index = current_tile_map->OverworldColumnIndex - 1;
MAPS::TileMap* left_tile_map = Overworld->GetTileMap(
left_tile_map_row_index,
left_tile_map_column_index);
bool left_tile_map_exists = (nullptr != left_tile_map);
if (left_tile_map_exists)
{
// MOVE NOAH A FEW MORE PIXELS LEFT SO THAT HE WILL BE MORE VISIBLE ON THE NEW MAP.
MATH::Vector2f noah_world_position = Overworld->NoahPlayer->GetWorldPosition();
noah_world_position.X -= PLAYER_POSITION_ADJUSTMENT_FOR_SCROLLING_IN_PIXELS;
Overworld->NoahPlayer->SetWorldPosition(noah_world_position);
// START SCROLLING TO THE LEFT TILE MAP.
MATH::Vector2f scroll_start_position = current_tile_map->GetCenterWorldPosition();
MATH::Vector2f scroll_end_position = left_tile_map->GetCenterWorldPosition();
camera.StartScrolling(scroll_start_position, scroll_end_position);
// DISABLE PLAYER MOVEMENT WHILE SCROLLING IS OCCURRING.
input_controller.DisableInput();
}
else
{
// KEEP NOAH WITHIN THE BOUNDS OF THE CURRENT TILE MAP.
// Since there is no left tile map to scroll to, this will keep Noah on-screen.
MATH::FloatRectangle tile_map_bounding_box = current_tile_map->GetWorldBoundingBox();
float tile_map_left_boundary = tile_map_bounding_box.GetLeftXPosition();
// To keep Noah completely on screen, his center position should be half
// his width to the right of the left tile map boundary.
MATH::Vector2f noah_world_position = old_noah_position;
float noah_half_width = Overworld->NoahPlayer->GetWorldBoundingBox().GetWidth() / 2.0f;
noah_world_position.X = tile_map_left_boundary + noah_half_width;
Overworld->NoahPlayer->SetWorldPosition(noah_world_position);
}
}
}
if (input_controller.ButtonDown(INPUT_CONTROL::KeyboardInputController::RIGHT_KEY))
{
// TRACK NOAH AS MOVING THIS FRAME.
noah_moved_this_frame = true;
// START NOAH WALKING RIGHT.
Overworld->NoahPlayer->BeginWalking(CORE::Direction::RIGHT, OBJECTS::Noah::WALK_RIGHT_ANIMATION_NAME);
// MOVE NOAH WHILE HANDLING COLLISIONS.
MATH::Vector2f new_position = COLLISION::CollisionDetectionAlgorithms::MoveObject(
Overworld->NoahPlayer->GetWorldBoundingBox(),
CORE::Direction::RIGHT,
OBJECTS::Noah::MOVE_SPEED_IN_PIXELS_PER_SECOND,
elapsed_time,
*Overworld);
Overworld->NoahPlayer->SetWorldPosition(new_position);
// CHECK IF NOAH MOVED OUT OF THE CAMERA'S VIEW.
MATH::FloatRectangle noah_world_bounding_box = Overworld->NoahPlayer->GetWorldBoundingBox();
float camera_right_x_position = camera_bounds.GetRightXPosition();
bool player_moved_out_of_view = (noah_world_bounding_box.GetRightXPosition() > camera_right_x_position);
if (player_moved_out_of_view)
{
// CHECK IF A RIGHT TILE MAP EXISTS FOR NOAH TO MOVE TO.
unsigned int right_tile_map_row_index = current_tile_map->OverworldRowIndex;
unsigned int right_tile_map_column_index = current_tile_map->OverworldColumnIndex + 1;
MAPS::TileMap* right_tile_map = Overworld->GetTileMap(
right_tile_map_row_index,
right_tile_map_column_index);
bool right_tile_map_exists = (nullptr != right_tile_map);
if (right_tile_map_exists)
{
// MOVE NOAH A FEW MORE PIXELS RIGHT SO THAT HE WILL BE MORE VISIBLE ON THE NEW MAP.
MATH::Vector2f noah_world_position = Overworld->NoahPlayer->GetWorldPosition();
noah_world_position.X += PLAYER_POSITION_ADJUSTMENT_FOR_SCROLLING_IN_PIXELS;
Overworld->NoahPlayer->SetWorldPosition(noah_world_position);
// START SCROLLING TO THE RIGHT TILE MAP.
MATH::Vector2f scroll_start_position = current_tile_map->GetCenterWorldPosition();
MATH::Vector2f scroll_end_position = right_tile_map->GetCenterWorldPosition();
camera.StartScrolling(scroll_start_position, scroll_end_position);
// DISABLE PLAYER MOVEMENT WHILE SCROLLING IS OCCURRING.
input_controller.DisableInput();
}
else
{
// KEEP NOAH WITHIN THE BOUNDS OF THE CURRENT TILE MAP.
// Since there is no right tile map to scroll to, this will keep Noah on-screen.
MATH::FloatRectangle tile_map_bounding_box = current_tile_map->GetWorldBoundingBox();
float tile_map_right_boundary = tile_map_bounding_box.GetRightXPosition();
// To keep Noah completely on screen, his center position should be half
// his width to the left of the right tile map boundary.
MATH::Vector2f noah_world_position = old_noah_position;
float noah_half_width = Overworld->NoahPlayer->GetWorldBoundingBox().GetWidth() / 2.0f;
noah_world_position.X = tile_map_right_boundary - noah_half_width;
Overworld->NoahPlayer->SetWorldPosition(noah_world_position);
}
}
}
}
// CHECK IF NOAH MOVED THIS FRAME.
if (noah_moved_this_frame)
{
// UPDATE NOAH'S ANIMATION.
Overworld->NoahPlayer->Sprite.Update(elapsed_time);
// BUILD A PIECE OF THE ARK IF NOAH STEPPED ONTO AN APPROPRIATE SPOT.
MATH::Vector2f noah_world_position = Overworld->NoahPlayer->GetWorldPosition();
MAPS::TileMap* tile_map_underneath_noah = Overworld->GetTileMap(noah_world_position.X, noah_world_position.Y);
assert(tile_map_underneath_noah);
// An ark piece only needs to be built once.
OBJECTS::ArkPiece* ark_piece = tile_map_underneath_noah->GetArkPieceAtWorldPosition(noah_world_position);
bool ark_piece_can_be_built = (ark_piece && !ark_piece->Built);
if (ark_piece_can_be_built)
{
/// @todo Check if Noah has wood.
// BUILD THE ARK PIECE.
ark_piece->Built = true;
// When building an ark piece, a dust cloud should appear.
std::shared_ptr<GRAPHICS::Texture> dust_cloud_texture = Assets->GetTexture(RESOURCES::DUST_CLOUD_TEXTURE_ID);
assert(dust_cloud_texture);
OBJECTS::DustCloud dust_cloud(dust_cloud_texture);
// The dust cloud should be positioned over the ark piece.
MATH::Vector2f dust_cloud_center_world_position = ark_piece->Sprite.GetWorldPosition();
dust_cloud.Sprite.SetWorldPosition(dust_cloud_center_world_position);
// The dust cloud should start animating immediately.
dust_cloud.Sprite.Play();
// The dust cloud needs to be added to the tile map so that it gets updated.
tile_map_underneath_noah->DustClouds.push_back(dust_cloud);
/// @todo Play sound effect when building ark piece.
}
}
else
{
// STOP NOAH'S ANIMATION FROM PLAYING SINCE THE PLAYER DIDN'T MOVE THIS FRAME.
Overworld->NoahPlayer->Sprite.ResetAnimation();
}
// UPDATE THE CAMERA BASED ON SCROLLING.
if (camera.IsScrolling)
{
// SCROLL BASED ON THE ELAPSED FRAME TIME.
camera.Scroll(elapsed_time);
// CHECK IF SCROLLING HAS FINISHED.
bool scrolling_finished = !camera.IsScrolling;
if (scrolling_finished)
{
// RE-ENABLE PLAYER INPUT.
input_controller.EnableInput();
}
}
else
{
// POSITION THE CAMERA TO FOCUS ON THE CENTER OF THE CURRENT TILE MAP.
MATH::Vector2f center_world_position = current_tile_map->GetCenterWorldPosition();
camera.SetCenter(center_world_position);
}
// HANDLE OTHER COLLISIONS.
COLLISION::CollisionDetectionAlgorithms::HandleAxeSwings(*Overworld, Overworld->AxeSwings, *Assets);
for (auto wood_logs = current_tile_map->WoodLogs.begin(); wood_logs != current_tile_map->WoodLogs.end();)
{
// CHECK IF THE WOOD LOGS INTERSECT WITH NOAH.
MATH::FloatRectangle wood_log_bounding_box = wood_logs->GetWorldBoundingBox();
MATH::FloatRectangle noah_bounding_box = Overworld->NoahPlayer->GetWorldBoundingBox();
bool noah_collided_with_wood_logs = noah_bounding_box.Contains(
wood_log_bounding_box.GetCenterXPosition(),
wood_log_bounding_box.GetCenterYPosition());
if (noah_collided_with_wood_logs)
{
// ADD THE WOOD TO NOAH'S INVENTORY.
// The logs can have a random amount of wood.
unsigned int MIN_WOOD_COUNT = 1;
unsigned int MAX_WOOD_COUNT = 3;
unsigned int random_number_for_wood = RandomNumberGenerator();
unsigned int random_wood_count = (random_number_for_wood % MAX_WOOD_COUNT) + MIN_WOOD_COUNT;
Overworld->NoahPlayer->Inventory->AddWood(random_wood_count);
// REMOVE THE WOOD LOGS SINCE THEY'VE BEEN COLLECTED BY NOAH.
wood_logs = current_tile_map->WoodLogs.erase(wood_logs);
// SEE IF A BIBLE VERSE SHOULD BE COLLECTED ALONG WITH THE WOOD.
// There should be a random chance that a Bible verse can be collected.
const unsigned int EVENLY_DIVISIBLE = 0;
const unsigned int BIBLE_VERSE_EXISTS_IF_DIVISIBLE_BY_THIS = 2;
unsigned int random_number_for_bible_verse = RandomNumberGenerator();
bool bible_verse_exists_with_wood = ((random_number_for_bible_verse % BIBLE_VERSE_EXISTS_IF_DIVISIBLE_BY_THIS) == EVENLY_DIVISIBLE);
if (bible_verse_exists_with_wood)
{
// CHECK IF ANY BIBLE VERSES REMAIN.
// This check helps protect against a mod by 0 below.
bool bible_verses_remain_to_be_found = !BibleVersesLeftToFind.empty();
if (bible_verses_remain_to_be_found)
{
// PLAY THE SOUND EFFECT FOR COLLECTING A BIBLE VERSE.
std::shared_ptr<AUDIO::SoundEffect> collected_bible_verse_sound = Assets->GetSound(RESOURCES::COLLECT_BIBLE_VERSE_SOUND_ID);
bool collect_bible_verse_sound_loaded = (nullptr != collected_bible_verse_sound);
if (collect_bible_verse_sound_loaded)
{
collected_bible_verse_sound->Play();
}
// SELECT A RANDOM BIBLE VERSE.
unsigned int random_bible_verse_index = RandomNumberGenerator() % BibleVersesLeftToFind.size();
auto bible_verse = BibleVersesLeftToFind.begin() + random_bible_verse_index;
// ADD THE BIBLE VERSE TO THE PLAYER'S INVENTORY.
Overworld->NoahPlayer->Inventory->BibleVerses.insert(*bible_verse);
// POPULATE THE MESSAGE TO DISPLAY IN THE MAIN TEXT BOX.
message_for_text_box = "You got a Bible verse!\n" + bible_verse->ToString();
// REMOVE THE VERSE SINCE IT HAS BEEN FOUND.
BibleVersesLeftToFind.erase(bible_verse);
}
}
}
else
{
// MOVE TO CHECKING COLLISIONS WITH THE NEXT SET OF WOOD LOGS.
++wood_logs;
}
}
}