# From the drawings

> The application’s drawings, each in the specification’s own words.

Gavin Robert McGowen · interstellarblends.com. This site describes a patent application. It offers no token, security or investment.

Canonical: https://velocityprosperity.com/drawings/

## The scalpel

- Each drawing with the sentence the specification gives it.
- FIG. 1 sets the scene; FIG. 4 follows one purchase; FIG. 26 splits a pool of fees; FIG. 28 runs the control cycle.

## In plain words

The drawings from the patent application, each with the application’s own description. Select a drawing to enlarge it.

![FIG. 1: a block diagram depicting an operating environment for a distributed digital-currency economic system in an illustrative use case scenario](https://velocityprosperity.com/assets/fig/fig-01-t.png)

FIG. 1 “Fig. 1 is a block diagram depicting an operating environment for a distributed digital-currency economic system in an illustrative use case scenario.”

![FIG. 2: a block diagram depicting a computer-system architecture that executes operations of the distributed digital-currency economic system](https://velocityprosperity.com/assets/fig/fig-02-t.png)

FIG. 2 “Fig. 2 is a block diagram depicting a computer-system architecture that executes operations of the distributed digital-currency economic system.”

![FIG. 3: a block diagram depicting an architecture in which an AI-driven dynamic adjustment mechanism, a quantum-resistant blockchain, a DAO governance module, an economic-stimulation fund, and a user interface cooperate](https://velocityprosperity.com/assets/fig/fig-03-t.png)

FIG. 3 “Fig. 3 is a block diagram depicting an architecture in which an AI-driven dynamic adjustment mechanism, a quantum-resistant blockchain, a DAO governance module, an economic-stimulation fund, and a user interface cooperate.”

![FIG. 4: a flowchart depicting an example transaction-flow method for processing a value transfer and allocating a resulting transaction fee](https://velocityprosperity.com/assets/fig/fig-04-t.png)

FIG. 4 “Fig. 4 is a flowchart depicting an example transaction-flow method for processing a value transfer and allocating a resulting transaction fee.”

![FIG. 5: a flowchart depicting an example process for generating and deploying optimized operating parameters using a deep Q-network](https://velocityprosperity.com/assets/fig/fig-05-t.png)

FIG. 5 “Fig. 5 is a flowchart depicting an example process for generating and deploying optimized operating parameters using a deep Q-network.”

![FIG. 6: a flowchart depicting an example governance method for evaluating a proposal using quadratic voting](https://velocityprosperity.com/assets/fig/fig-06-t.png)

FIG. 6 “Fig. 6 is a flowchart depicting an example governance method for evaluating a proposal using quadratic voting.”

![FIG. 7: a block diagram depicting an example consensus architecture coordinating multiple validator nodes through a quantum consensus engine](https://velocityprosperity.com/assets/fig/fig-07-t.png)

FIG. 7 “Fig. 7 is a block diagram depicting an example consensus architecture coordinating multiple validator nodes through a quantum consensus engine.”

![FIG. 8: a flowchart depicting an example adaptive-control and feedback process in which an AGI core generates an improvement proposal](https://velocityprosperity.com/assets/fig/fig-08-t.png)

FIG. 8 “Fig. 8 is a flowchart depicting an example adaptive-control and feedback process in which an AGI core generates an improvement proposal.”

![FIG. 9: a block diagram depicting an example interoperability architecture connecting the economic system to external institutional and payment contexts](https://velocityprosperity.com/assets/fig/fig-09-t.png)

FIG. 9 “Fig. 9 is a block diagram depicting an example interoperability architecture connecting the economic system to external institutional and payment contexts.”

![FIG. 10: a flowchart depicting an example compliance method for determining a transaction's compliance disposition](https://velocityprosperity.com/assets/fig/fig-10-t.png)

FIG. 10 “Fig. 10 is a flowchart depicting an example compliance method for determining a transaction’s compliance disposition.”

![FIG. 11: a block diagram depicting an example energy-positive embodiment directing a fee allocation to a carbon offset module](https://velocityprosperity.com/assets/fig/fig-11-t.png)

FIG. 11 “Fig. 11 is a block diagram depicting an example energy-positive embodiment directing a fee allocation to a carbon offset module.”

![FIG. 12: a flowchart depicting an example privacy-preserving transaction method routing a transaction along a public or private path](https://velocityprosperity.com/assets/fig/fig-12-t.png)

FIG. 12 “Fig. 12 is a flowchart depicting an example privacy-preserving transaction method routing a transaction along a public or private path.”

![FIG. 13: a flowchart depicting an example process for generating a dynamic transaction fee from transaction-level inputs](https://velocityprosperity.com/assets/fig/fig-13-t.png)

FIG. 13 “Fig. 13 is a flowchart depicting an example process for generating a dynamic transaction fee from transaction-level inputs.”

![FIG. 14: a block diagram depicting an example self-healing architecture maintaining ledger operation despite anomalous validator behavior](https://velocityprosperity.com/assets/fig/fig-14-t.png)

FIG. 14 “Fig. 14 is a block diagram depicting an example self-healing architecture maintaining ledger operation despite anomalous validator behavior.”

![FIG. 15: a block diagram depicting an example universal integration layer coupling the blockchain to multiple external networks](https://velocityprosperity.com/assets/fig/fig-15-t.png)

FIG. 15 “Fig. 15 is a block diagram depicting an example universal integration layer coupling the blockchain to multiple external networks.”

![FIG. 16: a flowchart depicting a further example adaptive-control and feedback process for generating a recurring sequence of improvement proposals](https://velocityprosperity.com/assets/fig/fig-16-t.png)

FIG. 16 “Fig. 16 is a flowchart depicting a further example adaptive-control and feedback process for generating a recurring sequence of improvement proposals.”

![FIG. 17: a flowchart depicting an example value-allocation process directing collected transaction fees toward global initiatives](https://velocityprosperity.com/assets/fig/fig-17-t.png)

FIG. 17 “Fig. 17 is a flowchart depicting an example value-allocation process directing collected transaction fees toward global initiatives.”

![FIG. 19: a block diagram depicting an example high-volume interoperability architecture for processing a large transaction volume](https://velocityprosperity.com/assets/fig/fig-19-t.png)

FIG. 19 “Fig. 19 is a block diagram depicting an example high-volume interoperability architecture for processing a large transaction volume.”

![FIG. 20: a flowchart depicting a further example value-allocation process directing transaction fees toward global initiatives](https://velocityprosperity.com/assets/fig/fig-20-t.png)

FIG. 20 “Fig. 20 is a flowchart depicting a further example value-allocation process directing transaction fees toward global initiatives.”

![FIG. 21: a block diagram depicting an example consensus-authentication and audit architecture for verifying and recording blockchain operation](https://velocityprosperity.com/assets/fig/fig-21-t.png)

FIG. 21 “Fig. 21 is a block diagram depicting an example consensus-authentication and audit architecture for verifying and recording blockchain operation.”

![FIG. 22: a flowchart depicting a further example process for calculating a dynamic transaction fee at a defined block interval](https://velocityprosperity.com/assets/fig/fig-22-t.png)

FIG. 22 “Fig. 22 is a flowchart depicting a further example process for calculating a dynamic transaction fee at a defined block interval.”

![FIG. 23: a flowchart depicting an example process for calculating and applying a tariff-offset value to a transaction](https://velocityprosperity.com/assets/fig/fig-23-t.png)

FIG. 23 “Fig. 23 is a flowchart depicting an example process for calculating and applying a tariff-offset value to a transaction.”

![FIG. 24: a flowchart depicting an example method for calculating an offset amount from tariff-related input values](https://velocityprosperity.com/assets/fig/fig-24-t.png)

FIG. 24 “Fig. 24 is a flowchart depicting an example method for calculating an offset amount from tariff-related input values.”

![FIG. 25: a flowchart depicting an example method for processing an issuer registration proposal through governance voting](https://velocityprosperity.com/assets/fig/fig-25-t.png)

FIG. 25 “Fig. 25 is a flowchart depicting an example method for processing an issuer registration proposal through governance voting.”

![FIG. 26: a block diagram depicting an example mechanism for allocating a collected transaction fee among multiple funding destinations](https://velocityprosperity.com/assets/fig/fig-26-t.png)

FIG. 26 “Fig. 26 is a block diagram depicting an example mechanism for allocating a collected transaction fee among multiple funding destinations.”

![FIG. 27: a flowchart depicting an example audit and compliance process for generating a transaction audit record](https://velocityprosperity.com/assets/fig/fig-27-t.png)

FIG. 27 “Fig. 27 is a flowchart depicting an example audit and compliance process for generating a transaction audit record.”

![FIG. 28: a flowchart depicting an example computer-implemented method for coordinating a recurring control cycle across the economic system](https://velocityprosperity.com/assets/fig/fig-28-t.png)

FIG. 28 “Fig. 28 is a flowchart depicting an example computer-implemented method for coordinating a recurring control cycle across the economic system.”

The question

## What do the VP2.0 drawings show?

The operating environment (FIG. 1), the architecture (FIG. 3), one transaction and its fee (FIG. 4), the quadratic vote (FIG. 6), the split of a pool of fees (FIG. 26), the control cycle (FIG. 28) and more, each with the specification’s own description.

**The sources in full every quotation on this page, where it stands**

> “Fig. 1 is a block diagram depicting an operating environment for a distributed digital-currency economic system in an illustrative use case scenario.”
> — VP2.0 specification

> “Fig. 28 is a flowchart depicting an example computer-implemented method for coordinating a recurring control cycle across the economic system.”
> — VP2.0 specification

[FIG. 1](https://velocityprosperity.com/drawings/#fig-1): “Fig. 1 is a block diagram depicting an operating environment for a distributed digital-currency economic system in an illustrative use case scenario.”

[FIG. 4](https://velocityprosperity.com/drawings/#fig-4): “Fig. 4 is a flowchart depicting an example transaction-flow method for processing a value transfer and allocating a resulting transaction fee.”

[FIG. 26](https://velocityprosperity.com/drawings/#fig-26): “Fig. 26 is a block diagram depicting an example mechanism for allocating a collected transaction fee among multiple funding destinations.”

[FIG. 28](https://velocityprosperity.com/drawings/#fig-28): “Fig. 28 is a flowchart depicting an example computer-implemented method for coordinating a recurring control cycle across the economic system.”

[FIG. 3](https://velocityprosperity.com/drawings/#fig-3): “Fig. 3 is a block diagram depicting an architecture in which an AI-driven dynamic adjustment mechanism, a quantum-resistant blockchain, a DAO governance module, an economic-stimulation fund, and a user interface cooperate.”

[FIG. 6](https://velocityprosperity.com/drawings/#fig-6): “Fig. 6 is a flowchart depicting an example governance method for evaluating a proposal using quadratic voting.”