Project Overview

[PhobiaCide]

Character Information Module:

The Character Information Module serves as a comprehensive tool for retrieving, displaying, and managing detailed information about the user's in-game character in Eve Online. This module encompasses various functions to ensure a seamless experience for users seeking insights into their character's attributes, skills, and related data.

1. Retrieve Character Information:

   • Input: User's character ID or name.
   • Output: Detailed information about the character.
   • Functions:
     1.1 Connect to the Eve Swagger Interface (ESI) for character data.
     1.2 Retrieve and parse the JSON response from ESI.
     1.3 Extract and store relevant information (e.g., character name, ID, corporation, etc.).
     1.4 Gracefully handle errors or lack of permissions.

2. Display General Character Information:

   • Input: Character data.
   • Output: Displayed information about the character.
   • Functions:
     2.1 Render the character's basic details (name, corporation, alliance, etc.).
     2.2 Display security status and faction standing.

3. Display Attributes, Skills, and Statistics:

   • Input: Character data.
   • Output: Presented attributes, skills, and statistics.
   • Functions:
     3.1 Extract and format attributes (e.g., intelligence, perception, etc.).
     3.2 List and categorize skills along with their levels.
     3.3 Show various statistics like total skill points, skill points per minute, etc.

4. Display Training Queue:

   • Input: Character data.
   • Output: Visual representation of the training queue.
   • Functions:
     4.1 Retrieve the character's skill training queue from ESI.
     4.2 Display each skill in the queue with its level, remaining time, and prerequisites.
     4.3 Allow for the addition or removal of skills from the queue.

5. Display Current Skills:

   • Input: Character data.
   • Output: List of currently trained skills.
   • Functions:
     5.1 Retrieve the character's currently trained skills from ESI.
     5.2 Display a sorted list of skills with their levels.
     5.3 Include information on the progress of each skill.

6. Display Attributes Information:

   • Input: Character data.
   • Output: Detailed information about character attributes.
   • Functions:
     6.1 Extract and format attribute details (e.g., base attributes, implants, remapping info).
     6.2 Provide visual indicators for remapping cooldowns.

7. Display Clones Information:

   • Input: Character data.
   • Output: Information about the character's clones.
   • Functions:
     7.1 Retrieve and display details about the character's clones.
     7.2 Include information on jump clones, their locations, and implant sets.

8. Display Implants Information:

   • Input: Character data.
   • Output: List of implants currently installed.
   • Functions:
     8.1 Retrieve and display information about the character's installed implants.
     8.2 Include details on the effects and bonuses provided by each implant.

9. Handle Data Updates:

   • Functions:
     9.1 Implement a mechanism to refresh character data at regular intervals.
     9.2 Allow manual refresh options for the user.
     9.3 Ensure data consistency and accuracy.

10. Error Handling:

    • Functions:
      10.1 Implement robust error handling for API calls and data retrieval.
      10.2 Notify the user of any errors or issues in a user-friendly manner.
      10.3 Provide troubleshooting tips if applicable.

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Corporation and Alliance Module:

The Corporation and Alliance Module provides functionalities related to fetching and presenting information about the user's corporation and alliance, including member lists, faction details, and standings. It also allows the user to look up a particular Corp or Alliance and check the ZKillBoard API to determine their activity patterns.

1. Fetch and Present Information:

   • Function: fetchCorpAndAllianceInfo(userID: string)
     • Class Method: No
     • Description: Retrieves detailed information about the user's corporation and alliance.
     • Parameters:
       • userID (string): The unique identifier for the user.
     • Steps:
       1. Use the provided userID to authenticate and retrieve the user's character information.
       2. Access the character's corporation and alliance details through the Eve Swagger Interface (ESI).
       3. Gather information such as corporation name, ID, alliance name, ID, and other relevant data.
       4. Present the information in a user-friendly format on the app's interface.

2. Retrieve Member Lists:

   • Function: getMemberList(corpID: string, allianceID: string)
     • Class Method: No
     • Description: Fetches the member lists of the user's corporation and alliance.
     • Parameters:
       • corpID (string): The unique identifier for the corporation.
       • allianceID (string): The unique identifier for the alliance.
     • Steps:
       1. Use the provided corpID and allianceID to query the ESI for the list of members.
       2. Retrieve details such as character names, roles, and join dates.
       3. Organize the data for easy presentation within the app.

3. Fetch Faction Details:

   • Function: getFactionDetails(allianceID: string)
     • Class Method: No
     • Description: Retrieves details about the faction associated with the user's alliance.
     • Parameters:
       • allianceID (string): The unique identifier for the alliance.
     • Steps:
       1. Utilize the allianceID to fetch information about the alliance's faction.
       2. Gather data such as faction name, ID, and any other relevant details.
       3. Present the faction information within the app's interface.

4. Access User's Standing Data:

   • Function: getUserStandingData(userID: string)
     • Class Method: No
     • Description: Accesses and presents the user's standing data within the corporation and alliance.
     • Parameters:
       • userID (string): The unique identifier for the user.
     • Steps:
       1. Use the userID to authenticate and retrieve the user's character information.
       2. Query the ESI to obtain the character's standing within the corporation and alliance.
       3. Retrieve and organize standing data, including standings with other entities.

5. Lookup Corp or Alliance on ZKillBoard API:

   • Function: lookupZKillBoardActivity(corpID: string, allianceID: string)
     • Class Method: No
     • Description: Checks the ZKillBoard API to determine the activity patterns of a particular Corp or Alliance.
     • Parameters:
       • corpID (string): The unique identifier for the corporation.
       • allianceID (string): The unique identifier for the alliance.
     • Steps:
       1. Utilize the provided corpID or allianceID to identify the target Corp or Alliance.
       2. Make a request to the ZKillBoard API to fetch killboard data for the specified entity.
       3. Analyze the data to determine activity patterns, such as kill count, recent engagements, and other relevant metrics.
       4. Present the findings within the app, possibly in a visually informative way.

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Market Data and Trading Module:

The Market Data and Trading Module focuses on real-time retrieval and display of market data, supporting browsing, searching, and graphing historical market data. It facilitates in-game trading activities, allowing users to create and manage trade orders, and includes a search for NPC buyers of given items.

1. Real-Time Market Data Retrieval:
   1.1 Function: fetchRealTimeMarketData()

   • Utilizes appropriate ESI endpoints for real-time market data retrieval.

2. Display Market Data:
   2.1 Function: displayMarketData(data: MarketData)

   • Organizes and presents real-time market data in a user-friendly format.

3. Browse Market Data:
   3.1 Function: browseMarketData(category: string)

   • Provides filters and categories for users to navigate through different items.

4. Search Market Data:
   4.1 Function: searchMarketData(query: string)

   • Implements search functionality with autocomplete suggestions.

5. Graph Historical Market Data:
   5.1 Function: graphHistoricalMarketData(data: HistoricalMarketData)

   • Utilizes charting libraries to present market data trends over time.

6. Facilitate Trading Activities:
   6.1 Function: initiateTradingAction(action: TradingAction)

   • Manages interactions with the ESI to perform buy/sell actions.

7. Create Trade Orders:
   7.1 Function: createTradeOrder(orderDetails: TradeOrderDetails)

   • Collects necessary information from the user and sends the order to the ESI.

8. Manage Trade Orders:
   8.1 Function: manageTradeOrders()

   • Displays and manages existing trade orders.
     8.2 Function: modifyTradeOrder(orderID: string, modifications: TradeOrderModifications)
   • Allows users to modify existing trade orders.
     8.3 Function: cancelTradeOrder(orderID: string)
   • Enables users to cancel existing trade orders through interactions with the ESI.

9. Search NPC Buyers:
   9.1 Function: searchNPCBuyers(itemID: string)

   • Utilizes ESI endpoints to retrieve information about NPC buyers.

10. Display NPC Buyer Information:
    10.1 Function: displayNPCBuyerInfo(npcBuyerInfo: NPCBuyerInfo)

    • Presents information about NPC buyers in the user interface.

11. Integration with Other Modules:
    11.1 Function: linkToFittings(itemID: string)

    • Links market data and trading activities with ship fittings module for seamless transitions.

12. Reusable API Request Function:
    12.1 Function: makeAPIRequest(endpoint: string, method: string, data?: any)

    • Generic function for making API requests to the ESI.
    • Ensures consistency and reusability for fetching data from the ESI across various functions.

13. Error Handling Function:
    13.1 Function: handleErrors(error: any)

    • Handles errors gracefully during market data retrieval or trading activities.
    • Provides informative error messages to users and logs detailed error information.

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Ship Fitting and Simulation Module:

• Enables users to customize and simulate ship fittings
• Provides recommendations based on user preferences and skills
• Browse and edit or delete the users saved fittings from ESI
• Includes the ability to save fittings to the ESI
• Simulates a given ship with the user's skills and ship modules in a given fit applied
• Includes the ability to simulate
  • drugs
  • wormhole effects
  • cerebral implants
  • abyssal effects
  • other status effects

1. Retrieve User Fittings from ESI:

   • Function to fetch the user's saved ship fittings from the Eve Swagger Interface (ESI).
   • This function will be reused when displaying the user's saved fittings for browsing and editing.

2. Save Fitting to ESI:

   • Function to save a new ship fitting to the user's fittings in the Eve Swagger Interface (ESI).
   • This function will be used when the user decides to save a customized ship fitting.

3. Edit Fitting in ESI:

   • Function to update an existing ship fitting in the Eve Swagger Interface (ESI).
   • Reusable when the user edits and makes changes to an existing saved fitting.

4. Delete Fitting from ESI:

   • Function to remove a ship fitting from the user's fittings in the Eve Swagger Interface (ESI).
   • Used when the user decides to delete a saved fitting.

5. Recommendation Algorithm:

   • Function to provide recommendations for ship fittings based on user preferences and skills.
   • The algorithm considers the user's preferred playstyle, skill set, and ship type to suggest optimized fittings.

6. Simulation Engine:

   • Core function responsible for simulating a given ship fitting.
   • Takes into account the user's skills, ship modules, and other factors to simulate the ship's performance.
   • Reusable for various simulations within the module.

7. Simulate Status Effects:

   • Function to simulate additional effects such as drugs, wormhole effects, cerebral implants, abyssal effects, and any other status-altering elements.
   • Integrates with the core simulation engine to adjust ship stats accordingly.

8. Simulate Multiple Scenarios:

   • Extends the simulation engine to allow users to simulate multiple scenarios with different ship fittings and conditions.
   • Useful for comparing the performance of various fittings under different circumstances.

9. Export Simulation Results:

   • Function to export the results of a simulation for further analysis or sharing.
   • Supports exporting simulation data in a readable format, such as a report or spreadsheet.

10. Import Fitting Data:

    • Function to import ship fitting data from external sources or other modules.
    • Enhances the flexibility of the module by allowing users to import fittings or share them with others.

11. Validate Fitting:

    • Function to validate the correctness and feasibility of a ship fitting.
    • Checks whether the fitting adheres to game mechanics, considering ship attributes, module compatibility, and other constraints.

12. Adjustable Simulation Parameters:

    • Functionality to allow users to adjust simulation parameters, such as environment conditions, opponent types, or specific scenarios.
    • Enhances the customization and accuracy of simulations.

---

Chat and Communication Module:

The Chat and Communication Module focuses on implementing an in-app chat system with support for private messages, group chats, corporation/alliance channels, secure P2P chat, and a mail client. The mail client includes features like changing font size, color, in-game links, and a character map of allowed Unicode characters.

1. Initialize Chat System:

   1. Set up the necessary structures and configurations for the in-app chat system.
   2. Establish connections to relevant APIs, including ESI for fetching chat data.

2. Private Message Handling:

   1. Create functions to send and receive private messages.
   2. Implement real-time updating for incoming messages in the user interface.
   3. Include error handling for message delivery failures.

3. Group Chat Management:

   1. Develop functions to create, join, and leave group chats.
   2. Implement the logic for displaying group chat members and their online status.
   3. Allow for the customization of group chat settings.

4. Corporation/Alliance Channel Integration:

   1. Set up functions to access and display messages from corporation and alliance channels.
   2. Implement authentication checks to ensure access only for authorized users.

5. Secure P2P Chat Setup:

   1. Investigate and implement a secure P2P chat solution, possibly utilizing web sockets.
   2. Ensure end-to-end encryption for private conversations.
   3. Implement a secure handshaking process for initiating P2P connections.

6. Mail Client Initialization:

   1. Develop functions to initialize the mail client, connecting it to the ESI.
   2. Retrieve and display the user's mailbox, including inbox and sent items.

7. Read and Display Mail:

   1. Implement functions to retrieve and display mail content.
   2. Include features for marking messages as read, unread, or flagged.
   3. Enable pagination for browsing through a large number of messages.

8. Write and Send Mail:

   1. Create functions to compose and send in-game mail.
   2. Include options for formatting text, changing font size, and selecting colors.
   3. Implement validation checks to ensure the proper format of outgoing mail.

9. In-Game Link Handling:

   1. Develop functions to parse and handle in-game links within mail messages.
   2. Enable users to click on links to navigate to characters, corporations, alliances, or other in-game entities.

10. Font Customization:

    1. Implement functions to allow users to change the font size and color of their messages.
    2. Ensure that font customizations are applied consistently across the chat and mail interfaces.

11. Character Map Integration:

    1. Create a character map containing all allowed Unicode characters for in-game mail.
    2. Develop functions to insert selected characters into the mail composition interface with a single click.

12. Notification Handling:

    1. Implement functions to notify users of incoming messages, both in chat and mail.
    2. Allow users to customize notification preferences, including sounds and visual alerts.

---

Notification Module:

The Notification Module manages and displays in-game notifications, providing alerts for events such as skill completion or market changes. It monitors and relays in-game notifications from the ESI, watches for anomalies with adjustable thresholds, and integrates with all other modules.

1. initNotificationSystem:

   • Initializes the notification system, setting up the necessary components and listeners.

2. displayNotification(notificationData):

   • Displays a new in-game notification to the user based on the provided data.
     • Data may include the type of notification, timestamp, and relevant details.

3. alertForSkillCompletion(characterID, skillName):

   • Generates an alert when a character completes a skill training.
     • Utilizes the ESI to monitor skill completion events.

4. alertForMarketChanges(itemID, changeType):

   • Generates an alert for market changes (e.g., price fluctuations) for a specific item.
     • Monitors market data from the ESI to detect changes.

5. relayESINotifications(characterID):

   • Listens for notifications from the ESI related to the specified character.
     • Relays received notifications to the displayNotification function.

6. watchForAnomalies(thresholds):

   • Sets up a system to monitor anomalies based on adjustable thresholds.
     • Monitors events like undocking with valuable implants and triggers alerts accordingly.

   6.1 adjustThresholds(notificationType, newThreshold):

   • Allows the user to adjust specific notification thresholds dynamically.
   • Modifies the anomaly detection thresholds for a given notification type.

7. clearNotifications:

   • Clears all displayed notifications from the user interface.
     • Provides a way for users to manage their notification history.

8. markNotificationAsRead(notificationID):

   • Marks a specific notification as read, removing it from the unread notifications list.
     • Supports user interaction with individual notifications.

9. viewNotificationDetails(notificationID):

   • Displays additional details when a user clicks on a specific notification.
     • Provides more in-depth information about the event associated with the notification.

10. disableNotificationType(notificationType):

    • Allows users to disable specific types of notifications.
      • Provides customization for the types of events users want to be alerted about.

11. enableNotificationType(notificationType):

    • Allows users to re-enable a previously disabled notification type.
      • Provides flexibility for users to fine-tune their notification preferences.

12. checkNotificationHistory(characterID):

    • Retrieves the user's notification history from the ESI for a specific character.
      • Ensures that the user has a complete record of past notifications.

13. autoDismissOldNotifications:

    • Automatically dismisses notifications that are no longer relevant or have reached their expiration time.
      • Enhances user experience by keeping the notification panel uncluttered.

14. handleNotificationClick(notificationID):

    • Defines the action to be taken when a user clicks on a notification.
      • Redirects the user to the relevant section or takes appropriate action based on the notification type.

---

Calendar Module:

The Calendar Module integrates with the in-game calendar system and manages upcoming events, meetings, or deadlines. The following functions outline the key features and interactions within the Calendar Module:

1. Fetch Calendar Events:

   • Description: Retrieves upcoming events, meetings, or deadlines from the in-game calendar system through the Eve Swagger Interface (ESI).
   • Parameters: User authentication token.
   • Returns: List of upcoming events with details (e.g., event name, date, time, location).

2. Display Calendar Events:

   • Description: Presents the fetched calendar events in a user-friendly interface.
   • Parameters: List of calendar events.
   • Returns: Rendered UI displaying upcoming events.

3. Create Event:

   • Description: Allows the user to create a new event and add it to the in-game calendar.
   • Parameters: Event details (name, date, time, location).
   • Returns: Confirmation of the event creation.

4. Edit Event:

   • Description: Enables the user to modify existing events in the in-game calendar.
   • Parameters:
     • Event ID or details for identification.
     • Updated event details.
   • Returns: Confirmation of the event update.

5. Delete Event:

   • Description: Allows the user to remove an event from the in-game calendar.
   • Parameters: Event ID or details for identification.
   • Returns: Confirmation of the event deletion.

6. Reminder System:

   • Description: Implements a reminder system for upcoming events.
   • Parameters:
     • Time before the event to trigger the reminder.
     • Notification preferences.
   • Returns: Notifications or alerts for upcoming events based on user preferences.

7. Sync with Local Calendar:

   • Description: Provides an option for users to sync the in-game calendar with their local calendar (e.g., Google Calendar).
   • Parameters:
     • User authentication token.
     • Calendar synchronization preferences.
   • Returns: Confirmation of the synchronization process.

8. Event Details View:

   • Description: Displays detailed information about a specific calendar event.
   • Parameters: Event ID or details for identification.
   • Returns: Rendered UI with all relevant details about the selected event.

9. Event Participation Management:

   • Description: Allows users to manage their participation status in events (e.g., RSVP).
   • Parameters:
     • Event ID.
     • Participation status.
   • Returns: Confirmation of the participation status update.

10. Integration with Other Modules:

    • Description: Ensures integration with other modules, such as the Chat Module for event-related communication.
    • Parameters: Relevant data or tokens for integration.
    • Returns: Seamless communication and coordination with other modules.

11. Event Filtering and Sorting:

    • Description: Provides options to filter and sort events based on various criteria (e.g., date, type).
    • Parameters: Filter and sorting preferences.
    • Returns: Updated display of events based on user preferences.

---

Navigation Module:

The Navigation Module facilitates users in navigating through the Eve Online universe. It includes features such as displaying star maps, routes, and system information. The module assists in planning routes, pushing routes to the game client through the ESI, and sharing routes with allies. Additionally, it aids in avoiding or approaching combat zones and Edencom or Triglavian systems.

1. displayStarMaps:

   • Description: Displays star maps for the Eve Online universe.
   • Functionality:
     1. Retrieves and renders star map data from the ESI.
     2. Presents the information in an interactive and user-friendly interface.

2. displaySystemInformation:

   • Description: Shows detailed information about a selected star system.
   • Functionality:
     1. Retrieves system information from the ESI.
     2. Displays relevant details, including security status, sovereignty, and other pertinent information.

3. planRoute:

   • Description: Assists in planning a route through the Eve Online universe.
   • Functionality:
     1. Allows users to select starting and destination systems.
     2. Optimizes the route based on factors such as security status and avoids specific regions.

4. pushRouteToGameClient:

   • Description: Pushes the planned route to the Eve Online game client through the ESI.
   • Functionality:
     1. Utilizes the ESI to send the selected route data to the user's in-game client.
     2. Ensures seamless integration with the user's gameplay experience.

5. shareRouteWithAllies:

   • Description: Enables users to share planned routes with allies.
   • Functionality:
     1. Provides a mechanism to generate a shareable link or transmit the route directly to designated allies.
     2. Enhances collaboration and coordination among players.

6. avoidCombatZones:

   • Description: Assists in avoiding or approaching combat zones in the Eve Online universe.
   • Functionality:
     1. Utilizes information from the ESI to identify active combat zones.
     2. Suggests alternative routes to help users navigate around potentially dangerous areas.

7. avoidEdencomAndTriglavianSystems:

   • Description: Helps users avoid or approach Edencom or Triglavian systems.
   • Functionality:
     1. Checks the ESI for information about the presence of Edencom or Triglavian forces in specific systems.
     2. Advises users on navigating safely through these areas.

8. getSafeRoute:

   • Description: Retrieves the safest route based on user preferences and system information.
   • Functionality:
     1. Analyzes security status, recent player activities, and faction conflicts.
     2. Recommends the safest route for the user's journey.

9. displayRouteHistory:

   • Description: Displays the user's navigation history, including past routes and destinations.
   • Functionality:
     1. Retrieves and presents historical route data.
     2. Allows users to review and reuse previously planned routes.

10. adjustRouteBasedOnUserFeedback:

    • Description: Allows users to provide feedback on suggested routes and adjusts recommendations accordingly.
    • Functionality:
      1. Collects user feedback on routes, considering factors such as route difficulty, travel time, and encountered challenges.
      2. Uses feedback to improve future route suggestions.

11. optimizeRouteForQuickTravel:

    • Description: Optimizes routes for quick travel based on user preferences.
    • Functionality:
      1. Takes into account user-defined criteria, such as minimizing jumps or avoiding congested areas.
      2. Provides an optimized route for efficient travel in alignment with user preferences.

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Mission and PvE Module:

• Provides information about available missions and PvE content
• Lists all the NPCs for each stage of every
  • mission
  • DED site
  • Sleeper Site
  • other PvE combat sites.
• Supports mission tracking and completion
• Includes an agent finder

1. Fetch Available Missions:

   • Retrieves a list of available missions from the Eve Swagger Interface (ESI).
   • Parameters may include the character's location, faction, and standing with relevant entities.

2. Get NPCs for Mission or PvE Site:

   • Takes a mission or PvE site identifier as input.
   • Retrieves and lists all NPCs encountered in each stage of the mission or PvE site.
   • Utilizes ESI or relevant APIs for NPC data.

3. Track Mission Progress:

   • Monitors the character's progress in ongoing missions.
   • Stores relevant mission data locally to track completion status.
   • Updates as the character advances through mission stages.

4. Complete Mission:

   • Marks a mission as completed.
   • Updates the character's mission completion history.
   • Triggers appropriate rewards or consequences.

5. Agent Finder:

   • Enables searching for agents based on criteria such as location, faction, or mission type.
   • Retrieves a list of agents matching the specified criteria from ESI.
   • Presents the list to the user for agent selection.

6. Retrieve Mission Details:

   • Fetches detailed information about a specific mission.
   • Includes mission objectives, rewards, and any special conditions.
   • Utilizes ESI or mission-specific APIs.

7. Provide PvE Site Information:

   • Offers information about DED sites, Sleeper Sites, and other PvE combat sites.
   • Lists the types of sites available, associated risks, and potential rewards.
   • May include details on site difficulty and recommended ship types.

8. Calculate Standing Impact:

   • Determines the impact of completing a mission on the character's standings with relevant factions.
   • Adjusts standings based on mission outcomes.

9. Filter Missions by Type:

   • Allows users to filter available missions by type (e.g., courier, combat, exploration).
   • Presents a categorized list for easier navigation.

10. Generate Mission Overview Report:

    • Compiles a summary report of ongoing missions.
    • Includes mission names, objectives, completion status, and deadlines.
    • Provides a quick overview for the user.

11. Handle Mission Rewards:

    • Manages the distribution of rewards upon mission completion.
    • Handles ISK, items, faction standing changes, and any other rewards specified by the mission.

12. Evaluate Mission Difficulty:

    • Assesses the difficulty level of a mission or PvE site.
    • Factors in the character's skills, ship capabilities, and potential risks.
    • Helps users make informed decisions about mission selection.

13. Implement PvE Site Scanning:

    • Allows users to scan for available PvE sites in their current location.
    • Provides information on the types and levels of sites found.
    • Utilizes scanning mechanics and ESI data.

---

Industry and Manufacturing Module:

The Industry and Manufacturing Module focuses on displaying information about industrial activities, supporting blueprint management, and providing production tracking. It includes various tools such as an ore reprocessing calculator, a mining ledger data viewer, and a blueprint cost estimator.

1. Display Industrial Information:

   • Functionality to retrieve and display information about industrial activities.
   • Shows a user-friendly interface with tabs or sections for different aspects of industry.

2. Blueprint Management:

   • Allows users to view, add, edit, and delete blueprints.
   • Displays details such as blueprint name, type, materials required, and production time.

3. Production Tracking:

   • Tracks the progress of ongoing productions.
   • Provides a summary of active jobs, completion times, and remaining resources.

4. Ore Reprocessing Calculator:

   • Calculates the yield of minerals obtained from ore reprocessing.
   • Takes input parameters like ore type, reprocessing skills, and equipment.

   4.1. Define Input Parameters:

   • Defines the input parameters required for the calculator, such as ore type, reprocessing skills, and equipment.

   4.2. Perform Reprocessing Calculation:

   • Executes the calculation based on the provided input parameters.
   • Utilizes reprocessing formulas and skill multipliers.

   4.3. Display Results:

   • Presents the calculated results, showing the quantities of minerals obtained.

5. Mining Ledger Data Viewer:

   • Retrieves and displays information from the mining ledger.
   • Shows a log of mining activities, including ore types, quantities, and locations.

   5.1. Retrieve Mining Ledger Data:

   • Fetches data from the mining ledger, including ore types and quantities.

   5.2. Display Mining Ledger Log:

   • Displays the log in a user-friendly format within the app.

6. Blueprint Cost Estimator:

   • Estimates the production cost of an item based on its blueprint.
   • Considers material costs, blueprint waste factors, and market prices.

   6.1. Calculate Production Cost:

   • Computes the cost based on blueprint information, market prices, and waste factors.

   6.2. Validate Blueprint and Material Availability:

   • Checks the availability of the blueprint and required materials for production.

   6.3. Present Cost Estimate:

   • Displays the estimated production cost to the user.

7. Check Blueprint Availability:

   • Ensures that required blueprints for a production run are available.
   • Checks the user's blueprint inventory against the selected production list.

   7.1. Validate Blueprint Inventory:

   • Verifies that the necessary blueprints are present in the user's inventory.

   7.2. Provide Feedback:

   • Alerts the user if any required blueprints are missing.

8. Manage Production Queues:

   • Allows users to queue up multiple production jobs.
   • Provides options to prioritize or rearrange the order of production.

   8.1. Queue Production Jobs:

   • Enables users to add multiple production jobs to a queue.

   8.2. Prioritize and Rearrange:

   • Allows users to change the order or prioritize jobs within the production queue.

9. Material Requirements Viewer:

   • Displays a breakdown of materials required for a selected production job.
   • Includes quantities and types of minerals, components, and other resources.

   9.1. Retrieve Material Requirements:

   • Fetches data on the materials needed for the selected production job.

   9.2. Present Material Breakdown:

   • Displays the breakdown in a clear and organized manner.

10. Market Integration:

    • Integrates with market data to fetch real-time prices of materials.
    • Ensures that cost estimations are based on current market conditions.

    10.1. Fetch Market Prices:

    • Retrieves up-to-date market prices for required materials.

    10.2. Integrate Market Data:

    • Incorporates the market prices into the cost estimation calculations.

11. Notification for Job Completion:

    • Sends notifications when a production job is completed.
    • Alerts users about finished jobs, allowing them to plan the next steps.

    11.1. Setup Notification System:

    • Establishes a system for monitoring job completion events.

    11.2. Send Job Completion Notification:

    • Sends notifications to users when a production job is finished.

12. Export Production Data:

    • Allows users to export production data for record-keeping or analysis.
    • Generates downloadable reports containing production statistics and costs.

    12.1. Create Exportable Reports:

    • Compiles production data into a format suitable for export.

    12.2. Generate Downloadable Report:

    • Creates a downloadable report for the user.

13. Integration with Character Skills:

    • Utilizes the character's industry-related skills for accurate calculations.
    • Ensures that skill levels are considered in blueprint management and production tracking.

    13.1. Retrieve Character Skills:

    • Fetches the character's relevant skills from the ESI.

    13.2. Apply Skill Multipliers:

    • Incorporates skill levels into calculations for blueprint management and production tracking.

14. User Preferences and Settings:

    • Provides options for users to customize settings.
    • Allows users to set default parameters for calculations, display preferences, etc.

    14.1. Implement User Settings Interface:

    • Creates an interface for users to adjust preferences and settings.

    14.2. Save User Preferences:

    • Persists user preferences for future sessions.

15. Error Handling and Logging:

    • Implements error handling mechanisms for data retrieval and calculations.
    • Logs errors for later analysis and debugging.

    15.1. Error Handling for Data Retrieval:

    • Manages errors that may occur during data retrieval processes.

    15.2. Logging:

    • Records errors in a log file for analysis and debugging.

16. Documentation and Help Resources:

    • Offers in-app documentation for users to understand module functionalities.
    • Provides tooltips and help resources for each function within the module.

    16.1. Display In-App Documentation:

    • Presents detailed documentation within the app.

    16.2. Tooltips and Help Resources:

    • Integrates tooltips and links to additional help resources for each function.

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Settings and Preferences Module:

• Allows users to customize app settings and preferences
• Manages user-specific configurations
• Includes themes

1. LoadUserSettings:

   • Retrieves and loads the user's saved settings and preferences from storage.
   • Ensures a smooth and personalized user experience based on previous configurations.

2. SaveUserSettings:

   • Saves the current user settings and preferences to storage.
   • Provides persistence for user-specific configurations across sessions.

3. DefaultUserSettings:

   • Defines the default settings and preferences for new users.
   • Ensures a baseline configuration for users who haven't customized their preferences yet.

4. ApplyTheme:

   • Applies the selected theme to the entire application.
   • Allows users to personalize the visual appearance of the app.

5. ChangeLanguage:

   • Enables users to switch between different language options.
   • Manages the localization of the app based on user preference.

6. AdjustNotificationSettings:

   • Provides options for users to customize notification preferences.
   • Manages how and when users receive notifications about in-game events.

7. ToggleDarkMode:

   • Toggles the application between dark and light mode.
   • Offers users flexibility in choosing a visual style that suits their preference.

8. CustomizeKeyBindings:

   • Allows users to customize key bindings for various functionalities.
   • Provides a personalized control scheme for users.

9. ManagePrivacySettings:

   • Offers options for users to control the privacy of their in-app activities.
   • Manages preferences related to data sharing and visibility.

10. SetFontSize:

    • Enables users to adjust the font size throughout the application.
    • Provides accessibility and customization for users with different preferences.

11. BackupUserSettings:

    • Creates a backup of the user's settings and preferences.
    • Offers a safety net for users in case of accidental changes or device transitions.

12. RestoreUserSettings:

    • Restores user settings from a backup.
    • Helps users revert to a previous configuration if needed.

13. ResetToDefaults:

    • Resets all settings and preferences to their default values.
    • Allows users to start fresh or undo extensive customizations.

14. ExportSettings:

    • Exports user settings to a file.
    • Facilitates sharing configurations between devices or with other users.

15. ImportSettings:

    • Imports user settings from a previously exported file.
    • Streamlines the setup process when switching devices or sharing configurations.

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Help and Documentation Module:

The Help and Documentation Module offers various functions to provide in-app documentation and help resources, assist users in navigating the app, and manage tooltips with different verbosity levels.

1. loadDocumentation():
   1.1. Retrieves documentation content from a designated source (e.g., markdown files, database).
   1.2. Loads the retrieved content into the app for user access.

2. displayDocumentation(topic: string):
   2.1. Takes the topic name as a parameter.
   2.2. Retrieves and renders the corresponding documentation for the specified topic.
   2.3. Presents the documentation to the user within the app interface.

3. navigateToHelpSection(section: string):
   3.1. Takes the section name as a parameter.
   3.2. Scrolls or redirects the user to the relevant part of the documentation based on the provided section.
   3.3. Facilitates seamless navigation within the documentation.

4. showTooltip(element: HTMLElement, tooltipText: string):
   4.1. Takes the HTML element and tooltip text as parameters.
   4.2. Displays a tooltip when the user hovers over the specified UI element.
   4.3. Ensures the tooltip content corresponds to the provided text.

5. hideTooltip(element: HTMLElement):
   5.1. Takes the HTML element as a parameter.
   5.2. Hides the tooltip associated with the specified UI element.
   5.3. Removes the tooltip when the user moves the cursor away from the element.

6. setTooltipLevel(level: string):
   6.1. Allows users to set the level of tooltips they want (e.g., lots of tooltips, some tooltips, minimal tooltips).
   6.2. Adjusts the verbosity of tooltips based on the user's preference.
   6.3. Modifies the tooltip behavior according to the selected level.

7. toggleTooltips():
   7.1. Toggles the overall visibility of tooltips in the app.
   7.2. Enables or disables tooltips globally based on user preferences.
   7.3. Provides users with control over the display of tooltips.

8. highlightHelpfulFeatures():
   8.1. Highlights UI elements or features that are especially helpful for new users.
   8.2. Draws attention to key functionalities within the app to assist users in their navigation.
   8.3. Enhances the user experience by emphasizing important features.

9. createUserGuidePDF():
   9.1. Compiles the documentation into a PDF format.
   9.2. Generates a downloadable PDF version of the user guide for offline reference.
   9.3. Ensures the PDF includes comprehensive information from the app documentation.

10. provideContextualHelp(context: string):
    10.1. Takes the context as a parameter.
    10.2. Displays relevant tips or information dynamically based on the provided context.
    10.3. Assists users with context-specific guidance within the app.

11. trackUserInteractions():
    11.1. Tracks user interactions with the documentation.
    11.2. Logs data on which sections users visit more frequently.
    11.3. Helps improve the documentation over time by analyzing user engagement.

12. suggestNextSteps():
    12.1. Provides suggestions for the next steps users can take in their app navigation.
    12.2. Offers guidance on actions users might want to perform based on their current context.
    12.3. Enhances user engagement by assisting with the logical progression through the app.

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