1 files changed, 0 insertions, 67 deletions
diff --git a/tests/test_pdf.py b/tests/test_pdf.py
deleted file mode 100644
index 571cbd4..0000000
--- a/tests/test_pdf.py
+++ /dev/null
@@ -1,67 +0,0 @@
-import unittest
-import numpy as np
-import itertools
-
-import chroma.detectors
-from chroma.generator.photon import G4ParallelGenerator
-from chroma.generator.vertex import constant_particle_gun
-from chroma.optics import water_wcsim
-from chroma import gpu
-from chroma.sim import Simulation
-
-class TestPDF(unittest.TestCase):
-    def setUp(self):
-        self.detector = chroma.detectors.microlbne()
-        self.detector.build()
-        self.vertex_gen = constant_particle_gun('e-', (0,0,0), (1,0,0), 10)
-
-    def testGPUPDF(self):
-        '''Create a hit count and (q,t) PDF for 10 MeV events in MicroLBNE'''
-
-        g4generator = G4ParallelGenerator(1, water_wcsim)
-
-        context = gpu.create_cuda_context()
-
-        gpu_geometry = gpu.GPUGeometry(self.detector)
-
-        nthreads_per_block, max_blocks = 64, 1024
-
-        rng_states = gpu.get_rng_states(nthreads_per_block*max_blocks)
-
-        gpu_daq = gpu.GPUDaq(gpu_geometry, max(self.detector.pmtids))
-        gpu_pdf = gpu.GPUPDF()
-        gpu_pdf.setup_pdf(max(self.detector.pmtids), 100, (-0.5, 999.5), 10, (-0.5, 9.5))
-        
-        gpu_pdf.clear_pdf()
-
-        for ev in g4generator.generate_events(itertools.islice(self.vertex_gen, 10)):
-            gpu_photons = gpu.GPUPhotons(ev.photons_beg)
-            gpu_photons.propagate(gpu_geometry, rng_states, nthreads_per_block,
-                                  max_blocks)
-            gpu_channels = gpu_daq.acquire(gpu_photons, rng_states,
-                                           nthreads_per_block, max_blocks)
-            gpu_pdf.add_hits_to_pdf(gpu_channels)
-
-        hitcount, pdf = gpu_pdf.get_pdfs()
-        self.assertTrue( (hitcount > 0).any() )
-        self.assertTrue( (pdf > 0).any() )
-
-        # Consistency checks
-        for i, nhits in enumerate(hitcount):
-            self.assertEqual(nhits, pdf[i].sum())
-
-        context.pop()
-
-    def testSimPDF(self):
-        sim = Simulation(self.detector)
-
-        vertex_iter = itertools.islice(self.vertex_gen, 10)
-
-        hitcount, pdf = sim.create_pdf(vertex_iter, 100, (-0.5, 999.5), 10, (-0.5, 9.5))
-
-        self.assertTrue( (hitcount > 0).any() )
-        self.assertTrue( (pdf > 0).any() )
-
-        # Consistency checks
-        for i, nhits in enumerate(hitcount):
-            self.assertEqual(nhits, pdf[i].sum())