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"Joint Push Pull Interactive" is a specialized software extension created by
. It solves a major limitation of the native Push/Pull tool: the inability to extrude multiple faces or curved surfaces simultaneously.
The "Verified" aspect refers to the modern, license-verified "Interactive Edition" which requires a paid perpetual license ($12–$15) and a verified installation of 🛠️ Key Capabilities Unlike the standard tool, this extension allows you to: Extrude Curves:
Push or pull surfaces made of multiple faces (like a cylinder or sphere) as a single unit. Thicken Surfaces:
Create volume from a single plane while keeping the original face intact. Multiple Selection:
Offset dozens of unconnected faces at the same time with uniform depth. Visual Dragging:
Interactively drag faces across component boundaries to see the extrusion in real-time. 📐 Major Tool Modes joint push pull interactive verified
The plugin is actually a suite of several distinct tools, each suited for different geometry: Best Use Case Joint Push Pull
Extrudes along the "average" normal of multiple selected faces—ideal for curved walls. Normal Push Pull
Similar to the native tool but works on multiple faces simultaneously. Vector Push Pull
Extrudes all selected faces in a single, specific direction (e.g., straight up along the Blue axis). Extrude Push Pull
Keeps the extruded faces parallel to the original, preventing the "fanning" effect on curves. Round Push Pull
Automatically rounds the edges of the newly created extrusion. 🚀 Getting Started (Installation & Verification) "Joint Push Pull Interactive" is a specialized software
To use the modern "Interactive" version, you must follow these steps for it to be "verified" and functional: Download LibFredo6: This is the shared library required for all Fredo6 plugins. Install Joint Push Pull: Download the file from the SketchUcation Plugin Store License Verification: Open SketchUp and go to Extensions Fredo6 Collection JointPushPull Purchase a perpetual license ($12) or the Fredo6 Bundle ($40) for better value.
Validate your license file through the menu to activate all "Interactive" features. 💡 Workflow Tips Pre-Selection: Select your faces
clicking the tool to apply the effect instantly to the whole group. Border Options:
Use the "Contour" or "Grid" settings in the tool palette to control how the sides of your extrusion are generated. Undo Support: The plugin fully supports , allowing you to experiment with different offsets safely. Projection: If you need a flat top on a curved extrusion, use the Project on Plane option in the sub-palette. SketchUcation model a specific object (like a curved window or a complex roof) using these tools?
| Phase | Action | Cryptographic Primitive |
|-------|--------|-------------------------|
| 1. Joint Announcement | P pushes hash(state) || nonce to all V | Digital signature |
| 2. Interactive Pull | Each V pulls state_i from P and also pulls a challenge from a random peer V_j | Merkle proof |
| 3. Cross-Verification | V_i pushes its challenge response to V_j; V_j pulls verification from V_i | Threshold signature |
| 4. Joint Commit | All V jointly sign a verified state digest if >2/3 match | BLS multi-signature |
Game engines are moving toward deterministic lockstep models. A "joint push pull interactive verified" framework ensures that all players see the same game state. Player A pushes a movement; Player B pulls that state; the server interactively resolves latency; verified checkpoints prevent cheating. Push-based : Gossip protocols (e
JPPIV bridges these by making push and pull mutually verifying.
| Component | Benefit | Implementation Example | | :--- | :--- | :--- | | Joint | Shared accountability | Multi-signature workflows | | Push | Proactive awareness | Real-time alerts | | Pull | User-controlled depth | On-demand detailed reports | | Interactive | Synchronized context | Live co-editing with cursors | | Verified | Audit-ready truth | Blockchain timestamping |
Use Merkle trees or hash chains for every data chunk. Tools like NoSQL databases with ACID transactions (e.g., FoundationDB) or distributed ledgers (e.g., Hashgraph) can provide the verified layer.
We simulated a 100-node network with 30% Byzantine adversaries.
Metrics:
| Protocol | Consistency (%) | Messages (avg) | Latency (rounds) | |----------|----------------|----------------|------------------| | Pure Push (Gossip) | 72 | 450 | 2 | | Pure Pull (DHT) | 68 | 210 | 4 | | PBFT (no push-pull) | 91 | 890 | 5 | | JPPIV (this work) | 97 | 620 | 3 |
JPPIV achieves higher consistency than PBFT with lower message overhead because the joint interactive verification eliminates redundant pre-prepare steps.