From b1c594938f733943d324ba73c5d93a0ac8706c48 Mon Sep 17 00:00:00 2001
From: Ritesh Patel <84658086+s0larish@users.noreply.github.com>
Date: Fri, 3 Nov 2023 07:08:31 -0600
Subject: [PATCH] updated test_polarizers.py

---
 tests/test_polarizers.py | 12 ++++++------
 1 file changed, 6 insertions(+), 6 deletions(-)

diff --git a/tests/test_polarizers.py b/tests/test_polarizers.py
index 93b4e38..5314a83 100644
--- a/tests/test_polarizers.py
+++ b/tests/test_polarizers.py
@@ -18,9 +18,9 @@
 @fixture
 def npol_mzp_zeros():
     data_out = []
-    data_out.append(("angle_1", NDCube(np.array([0]), wcs=wcs, meta={'POLAR': 60.0, 'OBSRVTRY': 'LASCO'})))
-    data_out.append(("angle_2", NDCube(np.array([0]), wcs=wcs, meta={'POLAR': 0.0, 'OBSRVTRY': 'LASCO'})))
-    data_out.append(("angle_3", NDCube(np.array([0]), wcs=wcs, meta={'POLAR': -60.0, 'OBSRVTRY': 'LASCO'})))
+    data_out.append(("angle_1", NDCube(np.array([0]), wcs=wcs, meta={'POLAR': 60.0, 'OBSRVTRY': 'STEREO_A'})))
+    data_out.append(("angle_2", NDCube(np.array([0]), wcs=wcs, meta={'POLAR': 0.0, 'OBSRVTRY': 'STEREO_A'})))
+    data_out.append(("angle_3", NDCube(np.array([0]), wcs=wcs, meta={'POLAR': -60.0, 'OBSRVTRY': 'STEREO_A'})))
     data_out.append(("alpha", NDCube(np.array([0])*u.degree, wcs=wcs)))
     return NDCollection(data_out, meta={}, aligned_axes="all")
 
@@ -37,9 +37,9 @@ def test_npol_mzp_zeros(npol_mzp_zeros):
 @fixture
 def npol_mzp_ones():
     data_out = []
-    data_out.append(("angle_1", NDCube(np.array([1]), wcs=wcs, meta={'POLAR': 60, 'OBSRVTRY': 'LASCO'})))
-    data_out.append(("angle_2", NDCube(np.array([1]), wcs=wcs, meta={'POLAR': 0, 'OBSRVTRY': 'LASCO'})))
-    data_out.append(("angle_3", NDCube(np.array([1]), wcs=wcs, meta={'POLAR': -60, 'OBSRVTRY': 'LASCO'})))
+    data_out.append(("angle_1", NDCube(np.array([1]), wcs=wcs, meta={'POLAR': 60, 'OBSRVTRY': 'STEREO_B'})))
+    data_out.append(("angle_2", NDCube(np.array([1]), wcs=wcs, meta={'POLAR': 0, 'OBSRVTRY': 'STEREO_B'})))
+    data_out.append(("angle_3", NDCube(np.array([1]), wcs=wcs, meta={'POLAR': -60, 'OBSRVTRY': 'STEREO_B'})))
     # data_out.append(("alpha", NDCube(np.array([0]))*u.radian, wcs=wcs))
     return NDCollection(data_out, meta={}, aligned_axes="all")