STATUS canvas
Status canvas merges Direction, Start After, End At, Time, and Models into one live state map, so you can see what is aligned, what is still pending, and why the plan is running or waiting.
How Position Manager in Lazy Trader binds one chart button to one open position, shows the planned exit structure, and lets you modify levels, stop, and volumes directly on the chart.
Position Manager appears after a trade is already open and creates a separate chart button for each active position inside the current trade plan. The button shows both the plan name and the model name, so even when several trades are open at once you can still see exactly which button belongs to which position.
That one-to-one mapping matters. One button corresponds to one open position under one selected plan and one specific model. It is not a generic management overlay; it is a direct control point for the exact trade that is already running inside the scenario.
Because of that, position handling stays inside the same workflow instead of being pushed into a separate manual routine. The trader keeps the scenario context, the model identity, and the live management controls in one place.
What the manager shows immediately
Familiar logic for Magic Entry users
Levels can be moved directly on the chart, so the interaction will feel familiar if you have already worked with Magic Entry.
Stop-loss and take-profit levels can also be dragged freely without switching into a different screen.
The workflow stays visual: you do not manage the trade through an abstract parameter table first, but through the same levels you can already see on the chart.
What you can change while the trade is live
What this page describes at the product level
This is not a new entry engine and not a new trade-detection logic. The page only explains how an already open position is visualized and managed inside Lazy Trader.
If Base config defines the shared risk and management rules for a model, Position Manager becomes the live control layer for one concrete open position operating inside those rules.
Use this page when the main question is not “which button do I press”, but “what role does Lazy Trader play in the workflow at all”.
PLAN is the root canvas: it is where risk, entry/stop/take, and the links to every other menu become one executable scenario.
END AT defines when the plan stops looking for new positions, which is different from instantly flattening every already-open trade.
TIME is where session logic lives: windows, overnights, weekday permissions, daily close, Friday close, and broker-specific timing constraints.
This section explains the combined logic of Direction plus Start After, which is where many users actually shape the market bias of the plan.
Direction defines whether the plan is fixed long-only, fixed short-only, or dynamically biased through box, MA, or swing logic.
Start After does not pick the side of the trade; it defines what must happen before the plan is allowed to begin evaluating entries at all.
Models are the executable entry modules inside the plan, and the menu is built to let many different model types coexist under one scenario.
Status canvas merges Direction, Start After, End At, Time, and Models into one live state map, so you can see what is aligned, what is still pending, and why the plan is running or waiting.
Base config is the shared risk and management layer that sits under each model and keeps model-specific logic from drifting into risk chaos.
Box-Fractal uses a confirmed fractal range as the structural base for entry and stop placement rather than entering at the first raw extremum.
Larry-Williams works with range extremes and supports both direct breakout continuation and return-entry logic after a raid back into the range.
Classic Structure is the shared logic layer for three related pages: trend continuation, primary liquidity sweep, and reversal structure.
Classic Trend participates on a pullback inside the active structure without requiring the structure direction itself to flip.
This variation opens on the first important structural violation and reads it as a sweep rather than as a full structural reversal.
Classic Reversal becomes relevant only when structure itself turns; it is not just a pullback model with a different stop.
The MA model does more than “touch the fast average”: it also validates the nearest eligible fractal to the left before opening.
BPR is the imbalance-compression model: it works with the overlap between opposite inefficiencies and lets you choose how deep into that balance zone entry should happen.
Optimization is where the guide stops being descriptive and becomes operational: save several plan configs, iterate them in the tester, and read the journal by model contribution.