Feature Request Summary
Allow the "Center" action to align perfectly with the absolute physical center of the monitor (compensating for the macOS Menu Bar's vertical offset) without applying global edge padding that ruins Top/Bottom split snaps.
Problem / Opportunity & Desired Solution
Problem or Opportunity:
Current behavior: On a dual-screen foldable monitor setup (recognized as a single large vertical display), the physical hinge is at the exact physical midpoint. However, macOS has a top Menu Bar but no bottom bar, making the "Visible Frame" asymmetrical. Loop calculates the "Center" action based on this Visible Frame, which pushes the window slightly downwards, misaligning it with the physical monitor hinge.
Why it matters now: With the increasing popularity of dual-stacked monitors and foldable screens, the visual misalignment on the physical crease is very distracting.
Desired Solution / Implementation:
How it should work: Introduce an option for the "Center" action to calculate the middle point based on the Absolute Physical Frame (ignoring the Menu Bar) instead of the Visible Frame.
What should happen: Alternatively, allow a specific Y-axis pixel offset (e.g., -24px or -36px) exclusively for the "Center" action, so users can manually pull the center point up to compensate for the menu bar.
Alternatives Considered
- Alternative A - Adding Global Bottom Padding: Disabling "Try to use macOS native window management system" and adding a Bottom Padding equal to the Menu Bar height.
Why it falls short: While it successfully forces the "Center" action to align perfectly with the physical hinge, it breaks edge snapping. When snapping windows to the Top/Bottom halves, the bottom window now has an unwanted 30px dead gap at the very bottom edge of the screen.
Visuals or References
No response
Additional Context
I'm using a foldable monitor as a single vertical screen. Being able to calibrate the exact vertical center point without messing up the screen edges would be a huge quality-of-life improvement for these types of hardware setups. Thank you for the amazing tool!
Priority
High (mission critical)
Final Checks
Feature Request Summary
Allow the "Center" action to align perfectly with the absolute physical center of the monitor (compensating for the macOS Menu Bar's vertical offset) without applying global edge padding that ruins Top/Bottom split snaps.
Problem / Opportunity & Desired Solution
Problem or Opportunity:
Current behavior: On a dual-screen foldable monitor setup (recognized as a single large vertical display), the physical hinge is at the exact physical midpoint. However, macOS has a top Menu Bar but no bottom bar, making the "Visible Frame" asymmetrical. Loop calculates the "Center" action based on this Visible Frame, which pushes the window slightly downwards, misaligning it with the physical monitor hinge.
Why it matters now: With the increasing popularity of dual-stacked monitors and foldable screens, the visual misalignment on the physical crease is very distracting.
Desired Solution / Implementation:
How it should work: Introduce an option for the "Center" action to calculate the middle point based on the Absolute Physical Frame (ignoring the Menu Bar) instead of the Visible Frame.
What should happen: Alternatively, allow a specific Y-axis pixel offset (e.g., -24px or -36px) exclusively for the "Center" action, so users can manually pull the center point up to compensate for the menu bar.
Alternatives Considered
Why it falls short: While it successfully forces the "Center" action to align perfectly with the physical hinge, it breaks edge snapping. When snapping windows to the Top/Bottom halves, the bottom window now has an unwanted 30px dead gap at the very bottom edge of the screen.
Visuals or References
No response
Additional Context
I'm using a foldable monitor as a single vertical screen. Being able to calibrate the exact vertical center point without messing up the screen edges would be a huge quality-of-life improvement for these types of hardware setups. Thank you for the amazing tool!
Priority
High (mission critical)
Final Checks