Save slices, refactor, update parameter

examples/calibration_demo_experimental.py

@@ -13,20 +13,21 @@
 from openwfs.simulation import Camera as MockCam
 
 
-repetitions = 5     # How often to run the experiment (for e.g. error bars)
+repetitions = 10        # How often to run the experiment (for e.g. error bars)
 
 # This script shows how a wavefront shaping experiment can be performed from Python
 cam = Camera(R"C:\Program Files\Basler\pylon 6\Runtime\x64\ProducerU3V.cti")
 cam.exposure_time = 90 * u.ms
 
-
 # constructs the actual slm for wavefront shaping, and a monitor window to display the current phase pattern
 slm = SLM(2)
 monitor = slm.clone(monitor_id=0, pos=(0, 0), shape=(slm.shape[0] // 4, slm.shape[1] // 4))
 
+# Define cropping area for modulated and reference fringes
 s = cam.data_shape
 modulated_slices = (slice(None), slice(s[0] // 6, s[0] // 3))
 reference_slices = (slice(None), slice(-s[0] // 3, -s[0] // 6))
+
 calibrator = FringeAnalysisSLMCalibrator(
     camera=cam, slm=slm, modulated_slices=modulated_slices, reference_slices=reference_slices
 )
@@ -35,8 +36,10 @@
     field, gray_values, frames = calibrator.execute()
 
     np.savez(
-        f'C:/LocalData/twymann-green-slm-calibration-r{r}.npz',
+        f'C:/LocalData/tg-fringe-slm-calibration-r{r}.npz',
         frames=frames,
         field=field,
         gray_values=gray_values,
+        modulated_slices=modulated_slices,
+        reference_slices=reference_slices,
     )