Spline AI ile gRPC Veri Akışı Modellemesi

Create a detailed 3D interactive scene in Spline AI that visualizes gRPC data flow for game development. The scene should represent a client-server architecture. On one side, model multiple 'Client Nodes' (e.g., stylized game controllers or player icons). On the other side, model a central 'Server Hub' (e.g., a futuristic data center or a large, glowing server rack).

Visualize data packets as small, glowing, animated spheres that travel between the Client Nodes and the Server Hub. The color of the spheres should indicate success (e.g., vibrant green) or failure (e.g., pulsating red) of data transmission.

Animate the data flow according to a gRPC interaction type influenced by the `[ZORLUK_SEVİYESİ]` variable:
- 'Kolay' (Easy): Simple unary calls. Data flows directly from a single client to the server and back.
- 'Orta' (Medium): Server streaming from server to multiple clients OR client streaming from multiple clients to the server. Introduce occasional, visually distinct packet failures.
- 'Zor' (Hard): Bi-directional streaming between multiple clients and the server, with dynamic packet loss, latency spikes, and connection resets visualized by erratic sphere movements and temporary node disconnections.

Integrate gamified elements into the 3D scene:
1. **Scoreboard:** Create a visible, digital display panel within the scene that shows 'Successful Transmissions: [SUCCESS_COUNT]' and 'Failed Transmissions: [FAILURE_COUNT]'. Update these counts dynamically as the animation runs.
2. **Level Indicator:** Design a prominent 'Level Display' that clearly indicates the current `[ZORLUK_SEVİYESİ]` (e.g., 'Level: Easy', 'Level: Medium', 'Level: Hard').
3. **Achievement Badges:** Place empty slots for 'achievement badges' near the scoreboard. When specific performance thresholds are met (e.g., 100 successful transmissions in 'Kolay' mode, 50 successful bi-directional transmissions in 'Orta' mode), animate a corresponding badge (e.g., 'Reliable Link Master', 'Stream Weaver') to appear in a slot, glowing brightly.

Customize the scene based on the variables:
- **[GRPC_SERVİS_ADI]:** Display this service name prominently on the Server Hub model.
- **[VERİ_TİPİ]:** Visually represent the data packets based on their type. For 'Küçük JSON Mesajı', use small, fast spheres. For 'Büyük Protobuf Nesnesi', use slightly larger, slower-moving cubes. For 'Gerçek Zamanlı Konum Verisi', use constantly flowing, interconnected particles.
- **[İLETİM_HIZI]:** Adjust the animation speed of the data packets. 'Yüksek Hız' means very fast, 'Ortalama Hız' is moderate, 'Düşük Hız' is slow and might show more latency effects.

Ensure the overall aesthetic is futuristic, clean, and visually engaging, suitable for demonstrating complex technical concepts in a game development context. The camera should smoothly pan and zoom to highlight key interactions and gamified elements.

Create a detailed 3D interactive scene in Spline AI that visualizes gRPC data flow for game development. The scene should represent a client-server architecture. On one side, model multiple 'Client Nodes' (e.g., stylized game controllers or player icons). On the other side, model a central 'Server Hub' (e.g., a futuristic data center or a large, glowing server rack).

Visualize data packets as small, glowing, animated spheres that travel between the Client Nodes and the Server Hub. The color of the spheres should indicate success (e.g., vibrant green) or failure (e.g., pulsating red) of data transmission.

Animate the data flow according to a gRPC interaction type influenced by the `[ZORLUK_SEVİYESİ]` variable:
- 'Kolay' (Easy): Simple unary calls. Data flows directly from a single client to the server and back.
- 'Orta' (Medium): Server streaming from server to multiple clients OR client streaming from multiple clients to the server. Introduce occasional, visually distinct packet failures.
- 'Zor' (Hard): Bi-directional streaming between multiple clients and the server, with dynamic packet loss, latency spikes, and connection resets visualized by erratic sphere movements and temporary node disconnections.

Integrate gamified elements into the 3D scene:
1. **Scoreboard:** Create a visible, digital display panel within the scene that shows 'Successful Transmissions: [SUCCESS_COUNT]' and 'Failed Transmissions: [FAILURE_COUNT]'. Update these counts dynamically as the animation runs.
2. **Level Indicator:** Design a prominent 'Level Display' that clearly indicates the current `[ZORLUK_SEVİYESİ]` (e.g., 'Level: Easy', 'Level: Medium', 'Level: Hard').
3. **Achievement Badges:** Place empty slots for 'achievement badges' near the scoreboard. When specific performance thresholds are met (e.g., 100 successful transmissions in 'Kolay' mode, 50 successful bi-directional transmissions in 'Orta' mode), animate a corresponding badge (e.g., 'Reliable Link Master', 'Stream Weaver') to appear in a slot, glowing brightly.

Customize the scene based on the variables:
- **[GRPC_SERVİS_ADI]:** Display this service name prominently on the Server Hub model.
- **[VERİ_TİPİ]:** Visually represent the data packets based on their type. For 'Küçük JSON Mesajı', use small, fast spheres. For 'Büyük Protobuf Nesnesi', use slightly larger, slower-moving cubes. For 'Gerçek Zamanlı Konum Verisi', use constantly flowing, interconnected particles.
- **[İLETİM_HIZI]:** Adjust the animation speed of the data packets. 'Yüksek Hız' means very fast, 'Ortalama Hız' is moderate, 'Düşük Hız' is slow and might show more latency effects.

Ensure the overall aesthetic is futuristic, clean, and visually engaging, suitable for demonstrating complex technical concepts in a game development context. The camera should smoothly pan and zoom to highlight key interactions and gamified elements.