Quanta G-Type Configuration

This page explains G-Type parameters using an outcome-led framework for long-horizon geometric market making.

Configuration Philosophy

Set bounds and capital policy first, then configure interval/depth controls. Avoid frequent ad-hoc changes once the grid is live.

A) Core Grid Definition

• UPPER_BOUND
  Upper price bound for geometric grid construction.

• LOWER_BOUND
  Lower price bound for geometric grid construction.

• INTERVALS
  Percentage spacing for ladder generation.

• ORDER_DEPTH
  Number of active grid levels per side.

B) Deployment and Setup Controls

• AUTO_SETUP
  Enables initialisation and entitlement flow.

• STARTING_VALUE, STARTING_BASE, STARTING_QUOTE, ENTRY_PRICE
  Starting-state references used for accounting and performance context.

• IGNORE_TRADES_BEFORE
  Scope control for trade-history calculations.

C) Trade Mode and Behaviour Controls

• TRADING_MODE
  Manual mode override (auto, accumulate, decumulate).

• HYSTERESIS
  Threshold for rebalance mode sensitivity.

• HODL_MODE
  Enables accumulation-focused holding behaviour.

D) Risk and Execution Controls

• MIN_VOLUME_TO_SELL
  Minimum notional compliance guard.

• BUY_ENABLED and SELL_ENABLED
  Side-level execution toggles.

• WATCH_MODE, KILL_SWITCH, KILL_SWITCH_RESET
  Operational safety controls.

• RECREATE_GRID, RESET_ORDERS, RESET_BALANCES
  Manual reset controls for operational intervention.

E) Operations and Diagnostics Controls

• STORE_ORDER_HISTORY and ORDERS_HOUSEKEEPING_MAX
  History persistence and retention controls.

• BALANCE_OUTPUT
  Writes balance snapshots for external monitoring.

• SHOW_GRID_ORDER_LINES and SHOW_ORDER_LINES
  Chart overlay display controls.

• VERBOSE
  Enables detailed diagnostics.

Baseline Deployment Path

1. Define defensible LOWER_BOUND and UPPER_BOUND.
2. Set conservative INTERVALS and ORDER_DEPTH.
3. Confirm min-notional and entitlement checks.
4. Start with one pair and dedicated base allocation.
5. Observe trade mode transitions before changing bounds.

No parameter set guarantees outcomes; disciplined configuration improves consistency.