@ -4,6 +4,8 @@ class_name MissionManager
# Add the JavaScript bridge for HTML5 export
# This ensures JavaScript is available and degrades gracefully on other platforms
const JSBridge = preload ( " res://scripts/javascript_bridge.gd " )
const ObjectiveType = preload ( " res://configs/data.config.gd " ) . ObjectiveType
signal mission_started ( mission : MissionData )
signal mission_completed ( mission : MissionData )
@ -18,14 +20,15 @@ signal all_missions_completed()
@ export var character_scene : PackedScene
var current_mission : MissionData
var current_objective : MissionObjective
var active_missions : Dictionary = { } # mission_id: MissionData
var character_spawned : bool = false
var learning_companion_connected : bool = false
# Panel state tracking
var is_unlocked_panel_showing = false
var delayed_mission_start_queue = [ ] # Queue of missions to start after unlocked panel closes
var is_unlocked_panel_showing : bool = false
var delayed_mission_start_queue = [ ] # Queue of missions to start after unlocked panel closes
# Mission skip variables
var skip_key_presses : int = 0
@ -225,138 +228,14 @@ func start_mission(mission: MissionData):
current_mission = mission
active_missions [ mission . id ] = mission
mission_started . emit ( current_mission )
# Send mission started event to the learning companion
# This will also send the companion dialog data
_on_mission_started_for_companion ( mission )
# Fix for mission 3 to ensure accurate count
if mission . id == " 3 " :
# Reset the residential building count to 0 to avoid any double counting
for objective in mission . objectives :
if objective . type == MissionObjective . ObjectiveType . BUILD_RESIDENTIAL :
objective . current_count = 0
objective . completed = false
# Load and run the fix script to count actual buildings
var FixMissionScript = load ( " res://scripts/fix_mission.gd " )
if FixMissionScript :
var fix_node = Node . new ( )
fix_node . set_script ( FixMissionScript )
fix_node . name = " FixMissionHelper "
add_child ( fix_node )
# Add decorative structures and curved roads
# Use more robust checking - fallback to ID for backward compatibility
var is_construction_or_expansion = ( mission . id == " 2 " or mission . id == " 3 " )
if is_construction_or_expansion and builder :
# Check if we need to add the road-corner and decoration structures
var has_road_corner = false
var has_grass_trees_tall = false
var has_grass = false
# Look through existing structures to see if we already have them
for structure in builder . structures :
if structure . model . resource_path . contains ( " road-corner " ) :
has_road_corner = true
elif structure . model . resource_path . contains ( " grass-trees-tall " ) :
has_grass_trees_tall = true
elif structure . model . resource_path . contains ( " grass " ) and not structure . model . resource_path . contains ( " trees " ) :
has_grass = true
# Add the road-corner if missing
if not has_road_corner :
var road_corner = load ( " res://structures/road-corner.tres " )
if road_corner :
builder . structures . append ( road_corner )
# Add the grass-trees-tall if missing
if not has_grass_trees_tall :
var grass_trees_tall = load ( " res://structures/grass-trees-tall.tres " )
if grass_trees_tall :
builder . structures . append ( grass_trees_tall )
# Add the grass if missing
if not has_grass :
var grass = load ( " res://structures/grass.tres " )
if grass :
builder . structures . append ( grass )
# Special handling for power plant mission: add power plant
# Use more robust checking for power missions - check power_math_content as well
elif ( mission . id == " 5 " or mission . power_math_content != " " ) and builder :
# Check if we need to add the power plant
var has_power_plant = false
# Look through existing structures to see if we already have it
for structure in builder . structures :
if structure . model . resource_path . contains ( " power_plant " ) :
has_power_plant = true
break
# Add the power plant if missing
if not has_power_plant :
var power_plant = load ( " res://structures/power-plant.tres " )
if power_plant :
builder . structures . append ( power_plant )
# Update the mesh library to include the new structures
if builder . gridmap and builder . gridmap . mesh_library :
var mesh_library = builder . gridmap . mesh_library
# Update mesh library for any new structures
for i in range ( builder . structures . size ( ) ) :
var structure = builder . structures [ i ]
if i > = mesh_library . get_item_list ( ) . size ( ) :
var id = mesh_library . get_last_unused_item_id ( )
mesh_library . create_item ( id )
mesh_library . set_item_mesh ( id , builder . get_mesh ( structure . model ) )
# Apply appropriate scaling for all road types, buildings, and terrain
var transform = Transform3D ( )
if structure . model . resource_path . contains ( " power_plant " ) :
# Scale power plant model to be much smaller (0.5x)
transform = transform . scaled ( Vector3 ( 0.5 , 0.5 , 0.5 ) )
elif ( structure . type == Structure . StructureType . RESIDENTIAL_BUILDING
or structure . type == Structure . StructureType . ROAD
or structure . type == Structure . StructureType . TERRAIN
or structure . model . resource_path . contains ( " grass " ) ) :
# Scale buildings, roads, and decorative terrain to be consistent (3x)
transform = transform . scaled ( Vector3 ( 3.0 , 3.0 , 3.0 ) )
mesh_library . set_item_mesh_transform ( id , transform )
# Make sure the builder's structure selector is updated
builder . update_structure ( )
# Check if mission has a learning objective
var has_learning_objective = false
# Make sure mission has valid objectives data
if mission != null and mission . objectives != null :
for objective in mission . objectives :
if objective != null and objective . type == MissionObjective . ObjectiveType . LEARNING :
has_learning_objective = true
break
# Set the first objective as the current objective
if mission . objectives . size ( ) > 0 :
current_objective = mission . objectives [ 0 ]
print ( " Set current objective: " + str ( current_objective . type ) + " - " + current_objective . description )
# Show learning panel if mission has a learning objective
if has_learning_objective :
# Determine which panel to use based on whether full_screen_path is provided
if not mission . full_screen_path . is_empty ( ) :
# Use fullscreen panel for fullscreen missions
if fullscreen_learning_panel :
fullscreen_learning_panel . show_fullscreen_panel ( mission )
else :
print ( " ERROR: Fullscreen learning panel not available but mission requires it " )
else :
# Use regular panel for traditional missions
if learning_panel :
learning_panel . show_learning_panel ( mission )
else :
print ( " ERROR: Regular learning panel not available " )
# Emit signal and update UI
mission_started . emit ( mission )
update_mission_ui ( )
func complete_mission ( mission_id : String ) :
if not active_missions . has ( mission_id ) :
@ -403,33 +282,25 @@ func complete_mission(mission_id: String):
# Send the "end" event to the companion
await get_tree ( ) . create_timer ( 2.0 ) . timeout
func update_objective_progress ( mission_id , objective_type , count_change = 1 ) :
func update_objective_progress ( mission_id , count_change = 1 ) :
if not active_missions . has ( mission_id ) :
return
var mission = active_missions [ mission_id ]
for objective in mission . objectives :
if objective . type == objective_type :
objective . current_count += count_change
# Only update to completed if we've reached the target
if objective . current_count > = objective . target_count and not objective . completed :
objective . completed = true
objective_completed . emit ( objective )
# Send dialog event if available
var dialog_key = " objective_completed_ " + str ( objective . type )
_send_companion_dialog ( dialog_key , mission )
# Update UI
update_mission_ui ( )
# Emit progress signal for objective
objective_progress . emit ( objective , objective . current_count )
# Check if the mission is complete
check_mission_completion ( mission_id )
break
current_objective . current_count += count_change
# IF this is true then objectives are completed
if current_objective . target_count < = current_objective . current_count :
current_objective . completed = true
objective_completed . emit ( current_objective )
var dialog_key = " objective_completed_ " + str ( current_objective . type )
_send_companion_dialog ( dialog_key , current_mission ) ## So Companion can react
update_current_objective ( current_mission ) # Go ahead and progress to nex objective if it exists.
update_mission_ui ( )
objective_progress . emit ( current_objective , current_objective . current_count )
check_mission_completion ( mission_id )
func check_objective_completion ( mission_id , objective_type ) :
if not active_missions . has ( mission_id ) :
@ -469,6 +340,9 @@ func reset_objective_count(objective_type, new_count):
# Send dialog event if available
var dialog_key = " objective_completed_ " + str ( objective . type )
_send_companion_dialog ( dialog_key , mission )
# Update current objective to next incomplete one
update_current_objective ( mission )
# Update UI
update_mission_ui ( )
@ -512,15 +386,19 @@ func _on_structure_placed(structure_index, position):
print ( " Structure placed: " + structure . model . resource_path )
# Update objectives based on structure type
match current_objective . type :
ObjectiveType . BUILD_STRUCTURE :
update_objective_progress ( current_mission . id , 1 )
if current_mission :
if structure . type == Structure . StructureType . ROAD :
update_objective_progress ( current_mission . id , MissionObjective . ObjectiveType . BUILD_ROAD )
elif structure . type == Structure . StructureType . RESIDENTIAL_BUILDING :
if structure . type == Structure . StructureType . RESIDENTIAL_BUILDING :
# Note: for mission 3, the objective update happens after construction is complete
# See builder.gd -> _on_construction_completed
# Special check for mission 1 since we might need to manually spawn a character
if c urrent_mission. id == " 1 " and not c haracter_spawned:
if c haracter_spawned:
# Only spawn a new character if:
# 1. This is mission 1
# 2. We haven't spawned a character yet
@ -535,16 +413,6 @@ func _on_structure_placed(structure_index, position):
if spawn_character :
# This will be done after construction completes in mission_manager._on_construction_completed
print ( " Character will be spawned after construction completes " )
else :
# Update the objective progress for building a residential structure
update_objective_progress ( current_mission . id , MissionObjective . ObjectiveType . BUILD_RESIDENTIAL )
else :
# Normal case - not mission 1 or character already spawned
update_objective_progress ( current_mission . id , MissionObjective . ObjectiveType . BUILD_RESIDENTIAL )
elif structure . type == Structure . StructureType . POWER_PLANT :
# For mission 5, we update the economy/power objective when a power plant is built
if current_mission . id == " 6 " :
update_objective_progress ( current_mission . id , MissionObjective . ObjectiveType . ECONOMY )
# Check for power plant unlocking in normal gameplay
if structure . type == Structure . StructureType . POWER_PLANT :
@ -558,21 +426,6 @@ func _on_structure_placed(structure_index, position):
hud . total_kW_production += power_produced
hud . update_hud ( )
# # Check for residential building placement to update population
# if structure.type == Structure.StructureType.RESIDENTIAL_BUILDING:
# # This should increase the city's population
# var population_added = structure.population_count
# if population_added > 0:
# # Get the HUD if available
# var hud = get_node_or_null("/root/Main/CanvasLayer/HUD")
# if hud:
# # Update the population display
# hud.total_population += population_added
# hud.update_hud()
#
# # Emit signal for population update
# hud.population_updated.emit(hud.total_population)
# Only used for mission 3, to disable builder functionality during the companion dialog
func _on_learning_panel_opened ( ) :
if builder :
@ -765,9 +618,6 @@ func _spawn_character_on_road(building_position: Vector3):
# Set character as spawned to prevent multiple spawns
character_spawned = true
# Update the objective progress for meeting a character
if current_mission and current_mission . id == " 1 " :
update_objective_progress ( current_mission . id , MissionObjective . ObjectiveType . MEET_CHARACTER )
# Make sure the character has auto-patrol is enabled if the character supports it
if character . get ( " auto_patrol " ) != null :
@ -1223,6 +1073,27 @@ func _send_companion_dialog(dialog_key, mission):
JSBridge . get_interface ( ) . sendCompanionDialog ( dialog_key , dialog_data )
return true
return false
# Helper function to update the current objective to the next incomplete one
func update_current_objective ( mission = null ) :
# If no mission was provided, use the current mission
if mission == null :
mission = current_mission
if not mission :
return
# Look for the first incomplete objective
for objective in mission . objectives :
if not objective . completed :
current_objective = objective
print ( " Updated current objective: " + str ( current_objective . type ) + " - " + current_objective . description )
return
# If all objectives are complete, keep the last one as current
if mission . objectives . size ( ) > 0 :
current_objective = mission . objectives [ - 1 ]
print ( " All objectives complete, keeping last one as current objective " )
# Fallback to force a connection if the normal method doesn't work
func _force_learning_companion_connection ( ) :
@ -1239,3 +1110,7 @@ func _force_learning_companion_connection():
# Send initial event if we've already started
if current_mission :
_on_mission_started_for_companion ( current_mission )
func _on_hud_population_updated ( new_population : Variant ) - > void :
update_objective_progress ( current_mission . id , new_population )
Wade