Initial STEP 3 study game and questions API

This commit is contained in:
hz
2026-07-09 20:50:33 -05:00
commit 277076a245
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extends Node
signal auth_changed
var is_logged_in := false
var username := ""
var role := ""
var access_token := ""
var refresh_token := ""
var expires_at := ""
func set_session(new_username: String, token: String, new_refresh_token: String = "", new_role: String = "", token_expiration: String = "") -> void:
is_logged_in = not token.is_empty()
username = new_username
access_token = token
refresh_token = new_refresh_token
role = new_role
expires_at = token_expiration
auth_changed.emit()
func clear_session() -> void:
is_logged_in = false
username = ""
role = ""
access_token = ""
refresh_token = ""
expires_at = ""
auth_changed.emit()
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extends Node
signal session_changed
var active_questions: Array = []
var answers: Array = []
var current_index := 0
var mode := "Tutor"
var system_name := "All Systems"
var seconds_remaining := 0.0
var block_started := false
func start_block(selected_system: String, block_size: int, selected_mode: String) -> void:
system_name = selected_system
mode = selected_mode
active_questions = QuestionBankService.build_block(selected_system, block_size)
answers.clear()
answers.resize(active_questions.size())
current_index = 0
seconds_remaining = float(active_questions.size() * 90)
block_started = true
session_changed.emit()
func get_current_question() -> Dictionary:
if active_questions.is_empty() or current_index < 0 or current_index >= active_questions.size():
return {}
return active_questions[current_index]
func answer_current(choice_id: String, eliminated: Array, flagged: bool) -> Dictionary:
var question := get_current_question()
if question.is_empty():
return {}
var answer := {
"question": question.duplicate(true),
"selected_choice_id": choice_id,
"is_correct": choice_id == str(question.get("correct_choice_id", "")),
"eliminated_choice_ids": eliminated.duplicate(),
"flagged": flagged
}
answers[current_index] = answer
session_changed.emit()
return answer
func move_previous() -> bool:
if current_index > 0:
current_index -= 1
session_changed.emit()
return true
return false
func move_next() -> bool:
if current_index + 1 < active_questions.size():
current_index += 1
session_changed.emit()
return true
return false
func move_to(index: int) -> bool:
if index >= 0 and index < active_questions.size():
current_index = index
session_changed.emit()
return true
return false
func get_progress_text() -> String:
return "%d / %d" % [min(current_index + 1, active_questions.size()), active_questions.size()]
func finish_block() -> Dictionary:
var final_answers: Array = []
for index in range(active_questions.size()):
if answers[index] == null:
final_answers.append({
"question": active_questions[index].duplicate(true),
"selected_choice_id": "",
"is_correct": false,
"eliminated_choice_ids": [],
"flagged": false
})
else:
final_answers.append(answers[index])
var results := ProgressionService.calculate_block_rewards(final_answers, mode, system_name)
ProfileService.apply_block_results(results)
block_started = false
session_changed.emit()
return results
func has_answered_current() -> bool:
return get_answer_for_index(current_index) != null
func get_answer_for_index(index: int) -> Variant:
if index < 0 or index >= answers.size():
return null
return answers[index]
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extends Node
signal profile_changed
const SAVE_PATH := "user://profile.json"
var profile: Dictionary = {
"xp": 0,
"level": 1,
"current_streak": 0,
"best_streak": 0,
"badges": [],
"completed_question_ids": [],
"system_stats": {},
"block_history": []
}
func _ready() -> void:
load_profile()
func load_profile() -> void:
if not FileAccess.file_exists(SAVE_PATH):
save_profile()
return
var file := FileAccess.open(SAVE_PATH, FileAccess.READ)
if file == null:
push_error("Unable to open profile save.")
return
var parsed = JSON.parse_string(file.get_as_text())
if typeof(parsed) == TYPE_DICTIONARY:
for key in profile.keys():
if parsed.has(key):
profile[key] = parsed[key]
profile_changed.emit()
func save_profile() -> void:
var file := FileAccess.open(SAVE_PATH, FileAccess.WRITE)
if file == null:
push_error("Unable to write profile save.")
return
file.store_string(JSON.stringify(profile, "\t"))
func get_profile() -> Dictionary:
return profile.duplicate(true)
func apply_block_results(results: Dictionary) -> void:
profile["xp"] = int(profile["xp"]) + int(results.get("xp_earned", 0))
profile["level"] = ProgressionService.level_for_xp(int(profile["xp"]))
profile["current_streak"] = int(results.get("ending_streak", profile["current_streak"]))
profile["best_streak"] = max(int(profile["best_streak"]), int(profile["current_streak"]))
var unlocked_badges: Array = results.get("badges_unlocked", [])
for badge in unlocked_badges:
if not profile["badges"].has(badge):
profile["badges"].append(badge)
var answers: Array = results.get("answers", [])
for answer in answers:
var question: Dictionary = answer.get("question", {})
var question_id := str(question.get("id", ""))
if question_id != "" and not profile["completed_question_ids"].has(question_id):
profile["completed_question_ids"].append(question_id)
var system_name := str(question.get("system", "General"))
if not profile["system_stats"].has(system_name):
profile["system_stats"][system_name] = {"seen": 0, "correct": 0}
profile["system_stats"][system_name]["seen"] = int(profile["system_stats"][system_name]["seen"]) + 1
if bool(answer.get("is_correct", false)):
profile["system_stats"][system_name]["correct"] = int(profile["system_stats"][system_name]["correct"]) + 1
var summary: Dictionary = {
"timestamp": Time.get_datetime_string_from_system(),
"mode": results.get("mode", "Tutor"),
"system": results.get("system", "All Systems"),
"correct": results.get("correct", 0),
"total": results.get("total", 0),
"xp_earned": results.get("xp_earned", 0)
}
profile["block_history"].push_front(summary)
if profile["block_history"].size() > 12:
profile["block_history"].resize(12)
save_profile()
profile_changed.emit()
func reset_profile() -> void:
profile = {
"xp": 0,
"level": 1,
"current_streak": 0,
"best_streak": 0,
"badges": [],
"completed_question_ids": [],
"system_stats": {},
"block_history": []
}
save_profile()
profile_changed.emit()
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extends Node
const XP_PER_LEVEL := 500
var badge_catalog := {
"First Block": "Complete your first question block.",
"Hot Streak": "Answer 5 questions correctly in a row.",
"Tenacious": "Complete 10 total questions.",
"Sharp Shooter": "Score at least 80% on a block.",
"Clock Ready": "Complete a timed block."
}
func level_for_xp(xp: int) -> int:
return int(floor(float(xp) / float(XP_PER_LEVEL))) + 1
func xp_into_level(xp: int) -> int:
return xp % XP_PER_LEVEL
func calculate_block_rewards(answers: Array, mode: String, system_name: String) -> Dictionary:
var correct := 0
var longest_streak := 0
var running_streak := int(ProfileService.get_profile().get("current_streak", 0))
var ending_streak := running_streak
for answer in answers:
if bool(answer.get("is_correct", false)):
correct += 1
ending_streak += 1
longest_streak = max(longest_streak, ending_streak)
else:
ending_streak = 0
var total: int = max(answers.size(), 1)
var accuracy := float(correct) / float(total)
var xp := answers.size() * 25 + correct * 35 + longest_streak * 10
if accuracy >= 0.8:
xp += 100
if mode == "Timed":
xp += 50
var profile: Dictionary = ProfileService.get_profile()
var badges: Array[String] = []
_add_badge_if_needed(badges, profile, "First Block", true)
_add_badge_if_needed(badges, profile, "Hot Streak", longest_streak >= 5)
_add_badge_if_needed(badges, profile, "Tenacious", profile.get("completed_question_ids", []).size() + answers.size() >= 10)
_add_badge_if_needed(badges, profile, "Sharp Shooter", accuracy >= 0.8)
_add_badge_if_needed(badges, profile, "Clock Ready", mode == "Timed")
return {
"mode": mode,
"system": system_name,
"correct": correct,
"total": answers.size(),
"accuracy": accuracy,
"xp_earned": xp,
"ending_streak": ending_streak,
"longest_streak": longest_streak,
"badges_unlocked": badges,
"answers": answers
}
func _add_badge_if_needed(badges: Array[String], profile: Dictionary, badge_name: String, condition: bool) -> void:
if condition and not profile.get("badges", []).has(badge_name):
badges.append(badge_name)
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extends Node
const QUESTION_FILE := "res://data/questions/sample_questions.json"
const DEFAULT_QUESTIONS_API_URL := "http://localhost:5008/api/questions/search"
signal questions_changed
var questions: Array = []
var request: HTTPRequest
var questions_api_url := DEFAULT_QUESTIONS_API_URL
func _ready() -> void:
questions_api_url = str(ProjectSettings.get_setting("step3/questions_api_url", DEFAULT_QUESTIONS_API_URL))
request = HTTPRequest.new()
request.request_completed.connect(_on_api_questions_loaded)
add_child(request)
load_questions()
func load_questions() -> void:
questions.clear()
var file := FileAccess.open(QUESTION_FILE, FileAccess.READ)
if file == null:
push_error("Unable to open question file: %s" % QUESTION_FILE)
return
var parsed = JSON.parse_string(file.get_as_text())
if typeof(parsed) != TYPE_ARRAY:
push_error("Question file must contain an array.")
return
for item in parsed:
if _is_valid_question(item):
questions.append(item)
else:
push_warning("Skipping invalid question: %s" % str(item.get("id", "unknown")))
questions_changed.emit()
func load_questions_from_api() -> void:
if AuthState.access_token.is_empty():
return
var headers := PackedStringArray([
"Content-Type: application/json",
"Authorization: Bearer %s" % AuthState.access_token
])
var payload := {
"limit": 80
}
var err := request.request(questions_api_url, headers, HTTPClient.METHOD_POST, JSON.stringify(payload))
if err != OK:
push_warning("Failed to request questions API. Using local question bank.")
func _on_api_questions_loaded(result: int, response_code: int, _headers: PackedStringArray, body: PackedByteArray) -> void:
if result != HTTPRequest.RESULT_SUCCESS or response_code < 200 or response_code >= 300:
push_warning("Questions API request failed. Using local question bank.")
return
var parsed: Variant = JSON.parse_string(body.get_string_from_utf8())
if typeof(parsed) != TYPE_ARRAY:
push_warning("Questions API response was not an array. Using local question bank.")
return
var api_questions: Array = []
for item in parsed:
var normalized := _normalize_api_question(item)
if _is_valid_question(normalized):
api_questions.append(normalized)
if api_questions.is_empty():
push_warning("Questions API returned no usable questions. Using local question bank.")
return
questions = api_questions
questions_changed.emit()
func get_all_questions() -> Array:
return questions.duplicate(true)
func get_systems() -> Array[String]:
var system_names: Array[String] = []
for question in questions:
var system_name := str(question.get("system", "General"))
if not system_names.has(system_name):
system_names.append(system_name)
system_names.sort()
return system_names
func get_questions_for_system(system_name: String) -> Array:
if system_name == "All Systems":
return get_all_questions()
var filtered: Array = []
for question in questions:
if str(question.get("system", "")) == system_name:
filtered.append(question.duplicate(true))
return filtered
func build_block(system_name: String, block_size: int) -> Array:
var pool := get_questions_for_system(system_name)
pool.shuffle()
return pool.slice(0, min(block_size, pool.size()))
func _is_valid_question(item: Variant) -> bool:
if typeof(item) != TYPE_DICTIONARY:
return false
var required := ["id", "stem", "lead_in", "choices", "correct_choice_id", "explanation", "system", "discipline"]
for key in required:
if not item.has(key):
return false
return typeof(item["choices"]) == TYPE_ARRAY and item["choices"].size() >= 2
func _normalize_api_question(item: Variant) -> Dictionary:
if typeof(item) != TYPE_DICTIONARY:
return {}
var normalized := {
"id": str(item.get("externalId", item.get("id", ""))),
"api_id": str(item.get("id", "")),
"stem": str(item.get("stem", "")),
"lead_in": str(item.get("leadIn", item.get("lead_in", ""))),
"choices": item.get("choices", []),
"correct_choice_id": str(item.get("correctChoiceId", item.get("correct_choice_id", ""))),
"explanation": str(item.get("explanation", "")),
"choice_explanations": item.get("choiceExplanations", item.get("choice_explanations", {})),
"discipline": str(item.get("discipline", "")),
"system": str(item.get("system", "")),
"difficulty": int(item.get("difficulty", 1)),
"labs": item.get("labs", []),
"media": item.get("media", []),
"tags": item.get("tags", [])
}
return normalized
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