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| # Fancy Fancy Fuel Tanks v0.1.4.0 Patch Notes | ||
| ## Fancy Fuel Tanks v0.1.4.1 Patch Notes | ||
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| ## Updates and Additions | ||
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| ### New Features | ||
| - Introduced a linear relationship between fuel level and opacity, providing an intuitive and realistic visual representation. | ||
| - Implemented the `Module_VentValve`, controlling the venting process in the fuel system. | ||
| - Added the `RF2 Vent Valve`, a specialized component for venting operations. | ||
| - Remodeled all existing hydrogen tanks, enhancing visual quality and consistency. | ||
| - Added a new hydrogen tank, expanding the selection available to players. | ||
| - Implemented error logging for failure scenarios, aiding in future debugging. | ||
| ### Updates and Additions | ||
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| ### Enhancements and Optimizations | ||
| - **Fuel Level Calculation**: Refined the logic to calculate fuel levels accurately across different resources. | ||
| - **Opacity Calculation**: Modified the opacity calculation using an animation curve, creating a gradual decrease in opacity as fuel levels decrease from 1 to 0.8. | ||
| - **Modeling and Texturing**: Improved the aesthetic appeal and realism of the hydrogen tanks through careful remodeling and texturing. | ||
| - Improved performance by only having necessary methods called during Updates/FixedUpdates | ||
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| **Opacity Calculation**: | ||
| - Adjusted the opacity calculation for the fuel tanks, ensuring a linear relationship between fuel level and opacity. The opacity now gradually decreases as the fuel level decreases from 1 to 0.95. | ||
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| **Fuel Percentage Conversion**: | ||
| - Modified the `fuelPercentage` value to be within the range of 0 to 1 by dividing by 100, aligning it with the expected input for the opacity calculation. | ||
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| **Module Consolidation**: | ||
| - Integrated `Module_TriggerVFX` into `Module_VentValve`, streamlining the control of visual effects and improving maintainability. | ||
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| **Singleton Pattern**: | ||
| - Replaced dependency injection in all classes with the Singleton pattern to manage instances. This change streamlines instance management, ensuring that only one instance of a class is instantiated and accessed globally. | ||
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| **Event-Driven Logic**: | ||
| - Refactored event handlers and delegates to establish an event-driven architecture, particularly for module activation and data refreshes. | ||
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| **Performance Improvement**: | ||
| - Expanded the `RefreshVesselData` method, reducing calculations and optimizing performance through more efficient update processes and conditional animations. | ||
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| **ASL and AGL Curve Update**: | ||
| - Updated the `VFXASLCurve` and `VFXAGLCurve` with new keyframes to reflect a linear relationship with the altitude values. Set the curves to match points (0, 0) and (1, 1), ensuring a direct and linear mapping between altitude and the visual effects. | ||
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| **Added Additional Curves**: | ||
| - Vertical Velocity, Horizontal Velocity, Dynamic Pressure, Static Pressure, Atmospheric Temperature, External Temperature, and other environmental factors have been added to make the VFX react to the environment. | ||
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| **Cooling VFX Control**: | ||
| - Replaced multiple conditions for controlling Cooling VFX with a single Boolean parameter. This change simplifies the logic for turning the Cooling VFX on and off based on various factors like altitude and fuel level. | ||
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| **Module Refactoring**: | ||
| - Extensively refactored every class to better align with modern software design principles and to simplify the codebase. | ||
| - Eliminated the use of `CurrentModule` in favor of a more dynamic and extensible approach. | ||
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| **Interface Introduction**: | ||
| - Introduced `ILoadModule` interface to standardize module loading operations, enhancing the maintainability and flexibility of the system. | ||
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| **Dynamic Module Identification**: | ||
| - Overhauled `ModuleController` to provide more dynamic module identification. Instead of relying on static properties, it now employs methods that can adapt as the system grows and changes. | ||
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| **Utility Class Initialization**: | ||
| - Ensured that the `Utility` class is properly initialized within the `FFTPlugin` to enable its functionality throughout the application. | ||
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| ### Bug Fixes | ||
| - Fixed an issue causing the fuel level to count up instead of down. | ||
| - Corrected the curve setup, aligning it with the intended relationship between fuel level and opacity. | ||
| - Fixed an issue where SP-701 would angle when attached radially | ||
| - Resolved an issue where the fuel calculation at launch incorrectly displayed 0 fuel when the fuel level was 100% full, ensuring accurate and intuitive representation of fuel status | ||
| - Addressed redundancy issues in the Manager and ModuleController update methods to prevent unnecessary computations. | ||
| - Resolved issue where VFX played in the OAB. | ||
| - Disabled VFX while I rework it | ||
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| ## Next Steps | ||
| - Continuously monitor and adjust the visual effects for further fine-tuning, ensuring that they stay aligned with fuel consumption in the vessel. | ||
| - Focus on improving the performance and resource usage of the system. | ||
| - Identify and resolve any new bugs or issues to enhance gameplay. | ||
| - Develop a Fuel Tank Selector, providing a tailored and user-friendly selection experience. | ||
| - Continue to refine performance and enhance the visual appearance of VFX, aiming for seamless integration and realistic effects. | ||
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| If you encounter any issues or have suggestions, please feel free to contribute or open an issue on [GitHub](https://github.com/cvusmo/FFT). | ||
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| ### Sequence of Operations: | ||
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| 1. **Preliminary Condition Assessment**: | ||
| - The `ConditionsManager` meticulously evaluates the prevailing system conditions to determine the appropriate course of action. | ||
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| 2. **Conditional Module Initialization**: | ||
| - Should the conditions be deemed optimal, the `ConditionsManager` seamlessly delegates the task to the `Manager`, instructing it to engage the requisite module via the `LoadModule` mechanism. | ||
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| 3. **Integrity Verification**: | ||
| - Subsequent to a successful module load, the `Manager` seeks affirmation from the `ConditionsManager`, ensuring alignment of the initialized module with the anticipated operations. The `ConditionsManager`, in turn, ascertains the accuracy of the loaded module. | ||
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| 4. **Module Operationalization**: | ||
| - With all verifications confirming congruence, the `ConditionsManager` authorizes the `Manager` to activate the selected module utilizing the `StartModule` protocol. | ||
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| These changes mark a significant update to the fuel system's visual and functional aspects. The addition of new components and a more refined look for the hydrogen tanks provides players with a more immersive experience. If you encounter any issues or have suggestions, please feel free to contribute or open an issue on GitHub. | ||
| 5. **Operational Acknowledgment**: | ||
| - In acknowledgment of the commencement, the `Manager` conveys, "Initiating the specified module." |