==================
Reco of spice data
==================

Relatred doc. 
`DB1768 <https://aradocs.wipac.wisc.edu/0017/001768/001/SPICE-Pulser-Presentation.pdf>`_,
`DB1793 <https://aradocs.wipac.wisc.edu/0017/001793/002/19_spice.pdf>`_,
`DB1784 <https://aradocs.wipac.wisc.edu/0017/001784/002/spiceCoreSummary.pdf>`_,
`DB1865 <https://aradocs.wipac.wisc.edu/0017/001784/002/spiceCoreSummary.pdf>`_,
`DB1951 <https://aradocs.wipac.wisc.edu/0019/001951/003/Trigger%20Investigation.pdf>`_,
`DB1876 <https://aradocs.wipac.wisc.edu/0018/001876/001/190417_report.pdf>`_,

Reconstruction of SPICE core showed if vertex (or pulser) located below -25 degree of elevation angle, detector is not able to trigger the signal

.. _fig-sp_hist0_0:
.. figure:: ../../figures/sp_hist0_0.png
    :align: center

    A2. Reconstruction of SPICE core measurement. Dec. 26 drop

.. _fig-sp_hist0_1:
.. figure:: ../../figures/sp_hist0_1.png
    :align: center

    A3. Reconstruction of SPICE core measurement. Dec. 26 drop

======================
Passed simulated event
======================

Based on this measurement we decided to exclude simulated Neutrino event that located below -25 degree from trigger level

.. _fig-sp_hist0_2:
.. figure:: ../../figures/sp_hist00_2.png
    :align: center

    Simulated Neutrino event in RZ map. Red dashed line is -25 degree of elevation angle

.. _fig-sp_hist0_3:
.. figure:: ../../figures/sp_hist00_3.png
    :align: center

    A2 passed event after implementing spice core cut

.. _fig-sp_hist0_4:
.. figure:: ../../figures/sp_hist00_4.png
    :align: center

    A3 passed event after implementing spice core cut

===========================================
Summary of backgound estimation and S/B cut
===========================================

Same S / S_up method was performed with signal simulation including spice cut

.. _fig-sp_hist0_5:
.. figure:: ../../figures/sp_hist0_5.png
    :align: center

    A2 VPol. signal background saparation cut in two parameter space

.. _fig-sp_hist0_51:
.. figure:: ../../figures/sp_hist0_51.png
    :align: center

    A2 HPol. signal background saparation cut in two parameter space

.. _fig-sp_hist0_6:
.. figure:: ../../figures/sp_hist0_6.png
    :align: center

    A3 VPol. signal background saparation cut in two parameter space

.. _fig-sp_hist0_61:
.. figure:: ../../figures/sp_hist0_61.png
    :align: center

    A3 HPol. signal background saparation cut in two parameter space

.. _fig-sp_hist0_7:
.. figure:: ../../figures/sp_hist0_7.png
    :align: center

    A2. estimated background number

.. _fig-sp_hist0_8:
.. figure:: ../../figures/sp_hist0_8.png
    :align: center

    A3. estimated background number

=======================================
A2 Effective area and Signal efficiency
=======================================

.. _fig-sp_hist0_9:
.. figure:: ../../figures/sp_hist0_9.png
    :align: center

    Effective area in trigger level

.. _fig-sp_hist0_91:
.. figure:: ../../figures/sp_hist0_91.png
    :align: center

    Effective area in after all cuts

.. _fig-sp_hist0_10:
.. figure:: ../../figures/sp_hist0_10.png
    :align: center

    Signal efficiency of each cut

.. _fig-sp_hist0_11:
.. figure:: ../../figures/sp_hist0_11.png
    :align: center

    Signal efficiency in energy

.. _fig-sp_hist0_12:
.. figure:: ../../figures/sp_hist00_12.png
    :align: center

    Signal efficiency in Radius

.. _fig-sp_hist0_13:
.. figure:: ../../figures/sp_hist0_13.png
    :align: center

    Signal efficiency in SNR

=======================================
A3 Effective area and Signal efficiency
=======================================

.. _fig-sp_hist0_14:
.. figure:: ../../figures/sp_hist0_14.png
    :align: center

    Effective area in trigger level

.. _fig-sp_hist0_141:
.. figure:: ../../figures/sp_hist0_141.png
    :align: center

    Effective area in after all cuts

.. _fig-sp_hist0_15:
.. figure:: ../../figures/sp_hist0_15.png
    :align: center

    Signal efficiency of each cut

.. _fig-sp_hist0_16:
.. figure:: ../../figures/sp_hist0_16.png
    :align: center

    Signal efficiency in energy

.. _fig-sp_hist0_17:
.. figure:: ../../figures/sp_hist00_17.png
    :align: center

    Signal efficiency in Radius

.. _fig-sp_hist0_18:
.. figure:: ../../figures/sp_hist0_18.png
    :align: center

    Signal efficiency in SNR

==========
Event rate
==========

Because of SPICE core cut event passing rate is go down to 0.27 from 3.35

.. _fig-sp_hist0_19:
.. figure:: ../../figures/sp_hist0_19.png
    :align: center

    A2. Event rate

.. _fig-sp_hist0_20:
.. figure:: ../../figures/sp_hist0_20.png
    :align: center

    A3. Event rate

===========
Sensitivity
===========

Block solid line is final sensitivity of detector after applying spice cut. Red dashed line is without spice cut

.. _fig-sp_hist0_21:
.. figure:: ../../figures/sp_hist0_21.png
    :align: center

    Sensitivity in E2

.. _fig-sp_hist0_22:
.. figure:: ../../figures/sp_hist0_22.png
    :align: center

    Sensitivity in E1