Unreal Engine sample projects
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using C++ and Blueprint
developed for prototyping and reference
all projects are free to try and Please send me feedback..
- Using widgets as health bar and changing it based on player collision in 3 methods
- Custom property of item on stage
- Blueprint only
Using:
collision detection, widgets, material parameters, timeline component, blueprint functions
If you want, I can:
One of the standout features of the genuine Nissan B20db-54 is its balanced formulation. Unlike aggressive aftermarket pads that generate excessive dust or squeal, the B20db-54 offers:
The system was never properly initialized at the factory or during a previous repair.
Replacing a car battery without utilizing a scan tool to "re-register" or reset the battery state-of-charge parameters can cause the module to flag calibration errors. Nissan B20db-54
Demystifying Nissan Diagnostic Trouble Code B20DB-54: Causes, Symptoms, and Fixes
Here is a simple guide to help you diagnose your specific situation:
Vehicles relying heavily on multi-camera systems, radar modules, or electric braking boosters store highly strict parameter boundaries. If the vehicle experiences a sudden voltage drop, a dead 12V battery, or a bumpy software update over the air (OTA), the non-volatile memory inside the respective module can drop its software configuration values. The module functions, but because it doesn’t know its exact orientation or operational boundaries, it locks itself down and throws the -54 missing calibration sub-byte. 2. Physical Component Replacement Without Re-Learning If you want, I can: One of the
Check the height sensors located near the suspension components. Look for broken linkage arms or water intrusion in the connectors.
Installing a new height sensor or control module without performing the "Initialization" procedure.
: A new height sensor was installed but not "learned" by the IPDM E/R. a dead 12V battery
Select and perform Height Sensor Initialization .
Open or short circuits in the height sensor signal lines (often linked with code B1C01-14 ). 4. Diagnostic and Repair Procedure
- Using collision scenarios, each as separate map with similar Blueprint and C++ approach
- Search and find properties on collision actor with C++
- 6 maps
- C++ and Blueprint
Using:
C++ : TFieldIterator
Blueprint: TextRender, SpotLight
- Using GameInstance to save total score on map change (between levels)
- Using HUD class and communicate with GameMode on score/pick-item
- Display image and number of picked up items in widget (3 different items)
- Use Sequencer on change map
- Spawn Emitter
- GameMode communications on game logic and data flow
- Custom FBX object made by Blender and 3 imported images for widget
- Blueprint only
Using:
GameInstance, GameMode, HUD, Widget, Sequencer, Emitter, Collision detection, Map/Level change
- Spawn destroyable objects based on box boundary
- Customisable features
- C++ only
Using:
RandomPointInBoundingBox, SpawnActor, Collision detection
- Communication with GameMode for data flow control between independent stage objects
- Blueprint only
Using:
Widget, Font Material, GameMode, Collision detection
- Having 4 different approaches of AI on character by using AI Controler
- Blueprint only
Using:
AI Controller, Behaviour Tree, Blackboard, BTT Task , GameMode communication on collision detection
- Drag and Drop by using F key
- Simple game prototype
- Communication with GameMode for game logics
- Blueprint only
Using:
Drag and Drop functionality, Physic Handler, Widget, GameMode , Collision handling
