Calculate and display average deviation distance (= vertical)/offline (= horizontal)/total (= diagonal) and consistency data points for "target circle" and "as few strokes as possible" drill types.

Display the correct target distance for "as few strokes as possible" drills.

1. Linear interpolation for strokes gained calculation has been fixed. 2. Shots gained is now calculated for all drill types except spin drill where it does not make sense. 3. For "as few strokes as possible" drills you can decide what happens when your shot is outside the target circle (retry same distance, back to previous distance, back to first distance or restart).

1. Impact graphics is rotated by delivered lie angle. Values for this angle and the horizontal+vertical deviation from the optimal impact point (defined by the markers on your club face) are shown. 2. Average and standard deviation is calculated for all shots up to a club change in the range shots table. You find these new values on the range tab. Just click the top right table-icon and execute some shots.

You can now select a new graphic that shows the impact points on the club face.

"Landing/descent angle" and "face to path" are calculated and displayed.

Optimized performance. No delays even with hundreds of shots in a singe session through the use of a new persistence layer. Apples's heavyweight CoreData framework has been replaced by GRDB. Be patient when starting the application for the first time and do not abort it, as all data is migrated from CoreData to GRDB.

* Additional data points are shown on the range tab: - Descent/landing angle - Flight time - Horizontal and vertical strike * Revised Session Table

Range Zoom: You can zoom into the range views now for example to see the details in the area of landing points. Just try "pinch to zoom" or "double-tap to zoom". For 'Trajectory Model+, Zoom-20x' subscription owners the maximum zoom scale is 20, for all others it is only 2. Horizontal range view has been rotated by 90° in order to match the orientation of the offline view. Performance improvements and lower resource consumption.

Additional 'Trajectory Model+' ball flight calculation model that has been developed with the support of AI and delivers almost identical values to the original Foresight app. It can be unlocked via in-app subscription. Without a subscription, you can continue to use the app completely free of charge with the 'TrajectoryX Default' ball flight calculation model from earlier versions. You only have to pay if you want to switch to the new Foresight-like 'Trajectory Model+'. In addition some minor improvements of the 'TrajectoryX Default' ball flight calculation model have been implemented. Hint: Do not kill the app during the 1st start of the new version because this might interrupt the data model migration and leave it in an inconsistent state.

TM Combine Test competitions.

Competitions: Game Center leaderboards are now used also for iOS 18.

Competitions: when you log into Apple Game Center you can now compete for the longest drive or the best 10 drives TM score sum with your friends or globally with all app users. These are just the first two competitions, more will follow in the next versions.

Trackman Driver Score calculated with the help of an AI model. Try the predefined TM Driver drill to see how it works. The values may deviate slightly from the Trackman calculations. In my tests, the maximum deviation was 1 point up or down. In future versions, the AI model will be further refined and trained. Data in log view is no longer overwritten but appended without loss of performance.

Data in log view is overwritten instead of appended -> app does not get slower when many shots are executed.

Average Trackman score calculation fixed.

In range mode you can now select from a 4th graphic to show "horizontal data" (if measured by your GCQuad): swing path, face angle, side angle and side spin

In range mode you can now select from a 3rd graphic to show "vertical data" (if measured by your GCQuad): Attack angle, dynamic loft, launch angle and backspin. A graphic for the corresponding "horizontal data" (swing path, face angle, side angle and side spin) will be available in the next version.

In range mode you can now decide for yourself whether you want to display one or two graphics. When you split the display you can see the 2-dimensional representation of the ball flight from above and from the side at the same time in both landscape and portrait display. In the upcoming versions there will be additional graphics to choose from, for example to display attack angle, launch angle and spin.

Just a small update: the modal views now have a close button, which is especially helpful in landscape mode.

Landscape orientation for range and settings is now supported on phones. Switching the range to landscape opens an additional distance x height diagram.

In previous versions, the connection to GCQuad was terminated as soon as the app was moved to the background. This behavior has been improved with the new version: 1. If "Store Shot GPS Location" is activated in Settings (which results in higher battery consumption), the connection to the GCQuad will most likely remain active even if the app is running in the background. 2. If the connection is nevertheless terminated due to resource bottlenecks or "Store Shot GPS Location" is not active, the connection is automatically re-established as soon as the app returns to the foreground. There is an important difference between case 1 and 2: In case 1 the connection stays active and all shots are recorded while the app is running in background. In case 2 the connection is interrupted and re-established. Therefore, shots are not registered while the app is running in the background.

Use temperature and elevation from your QCQuad. Display temperature/elevation used for the ball flight calculations in shots overview tables. Get optional audio feedback after each shot. Faster connection from app to GCQuad. Please 1. Give me feedback if the app woks together with your GCQuad (I only have one device for testing and there might be problems in other regions or with different firmware versions) 2. Report problems and bugs for example per mail: info@TrajectoryX.com 3. Let me know if you are missing an important feature and I will try to implement it 4. Tell your friends who own a GCQuad about this app 5. Give my app a good rating if you like it ;)

Elevation/altitude has a major impact on ball flight. This Version is now able to use the elevation/altitude from your your location data if enabled and accurate. In addition the list representation of your shots displays the temperature and elevation used for ball trajectory calculation and if the elevation was taken from your GPS location data or the data you entered in the environment settings.

Improvements in trajectory calculation.