opengate.contrib.spect.siemens_intevo
=====================================

.. py:module:: opengate.contrib.spect.siemens_intevo


Attributes
----------

.. autoapisummary::

   opengate.contrib.spect.siemens_intevo.red
   opengate.contrib.spect.siemens_intevo.blue
   opengate.contrib.spect.siemens_intevo.gray
   opengate.contrib.spect.siemens_intevo.white
   opengate.contrib.spect.siemens_intevo.yellow
   opengate.contrib.spect.siemens_intevo.green


Functions
---------

.. autoapisummary::

   opengate.contrib.spect.siemens_intevo.add_spect_head
   opengate.contrib.spect.siemens_intevo.add_head_box
   opengate.contrib.spect.siemens_intevo.add_shielding
   opengate.contrib.spect.siemens_intevo.add_shielding_lehr_melp
   opengate.contrib.spect.siemens_intevo.add_shielding_he
   opengate.contrib.spect.siemens_intevo.add_collimator
   opengate.contrib.spect.siemens_intevo.add_collimator_empty
   opengate.contrib.spect.siemens_intevo.add_collimator_lehr
   opengate.contrib.spect.siemens_intevo.add_collimator_melp
   opengate.contrib.spect.siemens_intevo.repeat_colli_hole
   opengate.contrib.spect.siemens_intevo.add_collimator_he
   opengate.contrib.spect.siemens_intevo.add_crystal
   opengate.contrib.spect.siemens_intevo.add_back_compartment
   opengate.contrib.spect.siemens_intevo.add_light_guide
   opengate.contrib.spect.siemens_intevo.add_digitizer
   opengate.contrib.spect.siemens_intevo.add_digitizer_test1
   opengate.contrib.spect.siemens_intevo.add_digitizer_test2
   opengate.contrib.spect.siemens_intevo.add_digitizer_hits
   opengate.contrib.spect.siemens_intevo.add_digitizer_adder
   opengate.contrib.spect.siemens_intevo.add_digitizer_blur_test2
   opengate.contrib.spect.siemens_intevo.add_digitizer_blur
   opengate.contrib.spect.siemens_intevo.add_digitizer_ene_win
   opengate.contrib.spect.siemens_intevo.add_digitizer_proj
   opengate.contrib.spect.siemens_intevo.add_digitizer_v2_old
   opengate.contrib.spect.siemens_intevo.add_digitizer_lu177
   opengate.contrib.spect.siemens_intevo.add_digitizer_tc99m
   opengate.contrib.spect.siemens_intevo.get_plane_position_and_distance_to_crystal
   opengate.contrib.spect.siemens_intevo.compute_plane_position_and_distance_to_crystal
   opengate.contrib.spect.siemens_intevo.add_detection_plane_for_arf
   opengate.contrib.spect.siemens_intevo.set_head_orientation
   opengate.contrib.spect.siemens_intevo.create_simu_for_arf_training_dataset


Module Contents
---------------

.. py:data:: red
   :value: [1, 0.7, 0.7, 0.8]


.. py:data:: blue
   :value: [0.5, 0.5, 1, 0.8]


.. py:data:: gray
   :value: [0.5, 0.5, 0.5, 1]


.. py:data:: white
   :value: [1, 1, 1, 1]


.. py:data:: yellow
   :value: [1, 1, 0, 1]


.. py:data:: green
   :value: [0, 1, 0, 1]


.. py:function:: add_spect_head(sim, name='spect', collimator_type='lehr', debug=False)

   Collimator:
   - False or "none" : no collimator
   - LEHR  : 1.11 mm holes
   - MELP  : 2.94 mm holes
   - HE    : 4 mm holes

   Collimator LEHR: Low Energy High Resolution    (for Tc99m)
   Collimator MELP: Medium Energy Low Penetration (for In111, Lu177)
   Collimator HE:   High Energy General Purpose   (for I131)



.. py:function:: add_head_box(sim, name)

.. py:function:: add_shielding(sim, head, collimator_type)

.. py:function:: add_shielding_lehr_melp(sim, head)

.. py:function:: add_shielding_he(sim, head)

.. py:function:: add_collimator(sim, head, collimator_type, debug)

.. py:function:: add_collimator_empty(sim, head)

.. py:function:: add_collimator_lehr(sim, head, debug)

.. py:function:: add_collimator_melp(sim, head, debug)

.. py:function:: repeat_colli_hole(sim, hole, size, tr, rot, offset)

.. py:function:: add_collimator_he(sim, head, debug)

.. py:function:: add_crystal(sim, head)

.. py:function:: add_back_compartment(sim, head)

.. py:function:: add_light_guide(sim, back_compartment)

.. py:function:: add_digitizer(sim, head, crystal)

.. py:function:: add_digitizer_test1(sim, head, crystal)

.. py:function:: add_digitizer_test2(sim, head, crystal)

.. py:function:: add_digitizer_hits(sim, head, crystal)

.. py:function:: add_digitizer_adder(sim, head, crystal, hc)

.. py:function:: add_digitizer_blur_test2(sim, head, crystal, sc)

.. py:function:: add_digitizer_blur(sim, head, crystal, sc)

.. py:function:: add_digitizer_ene_win(sim, head, crystal, sc)

.. py:function:: add_digitizer_proj(sim, crystal, cc)

.. py:function:: add_digitizer_v2_old(sim, crystal_name, name)

.. py:function:: add_digitizer_lu177(sim, crystal_name, name)

.. py:function:: add_digitizer_tc99m(sim, crystal_name, name)

.. py:function:: get_plane_position_and_distance_to_crystal(collimator_type)

   This has been computed with t043_distances
   - first : distance from head center to the PSD (translation for the plane)
   - second: distance from PSD to center of the crystal
   - third : distance from the head boundary to the PSD (for spect_radius info)


.. py:function:: compute_plane_position_and_distance_to_crystal(collimator_type)

.. py:function:: add_detection_plane_for_arf(sim, plane_size, colli_type, radius, gantry_angle_deg=0, det_name=None)

.. py:function:: set_head_orientation(head, collimator_type, radius, gantry_angle_deg=0)

.. py:function:: create_simu_for_arf_training_dataset(sim, colli_type, max_E, activity, rr, radius=None)