!------------------------------------------------------------------------------ ! Created : 18-Apr-02 P.L. !------------------------------------------------------------------------------ ! Run II L1 Calorimeter Trigger ! Lookup PROM definition ! ================= ! ! 16-April-2002 ! ============= ! ! This file will be used to generate the content of all 5,120 Energy and ! Momentum Lookup PROMs of the Run II L1 Calorimeter Trigger. ! This file is also used online by the L1 Trigger Control Computer ! to know the content of these PROMs for configuration and test purposes. ! ! For an explanation of the underlying choices made about the content ! of the Run II L1CT Lookup PROMs for triggering purposes, refer to ! Bob Kehoe's D0 Note XXX "___________________________" ! and/or http://www-clued0.fnal.gov/~kehoe/l1cal/lookup_proms.txt ! for a summary. ! ! cf. http://www.pa.msu.edu/hep/d0/ftp/tcc/trics_ii/syntax_rules_trgtwr_info.tti ! for a definition of the syntax rules for this source file. ! ! Zero Energy Response: ! --------------------- ! ! The Zero Energy Response for a given Lookup Page is specified ! as an integer value in units of output counts. ! It is the PROM *output* value desired for an input value of 0.0 GeV. ! ! Note: the PROM *input* value corresponding to zero energy is calibrated ! in the L1CT hardware to always correspond to 8 counts. ! ! Symmetric Energy Cut: ! --------------------- ! ! The Symmetric Energy Cut around the Zero Energy Count is specified ! as a floating point number in GeV. ! ! A Symmetric Energy Cut of X GeV implies that the absolute value ! of the Transverse Energy must round to X GeV or above to contribute ! to any downstream energy comparisons or energy sums. ! ! Transfer Slope: ! --------------- ! ! The typical PROM page Slope parameters is "1.0", meaning that there ! is no change of energy scale between the PROM input and output. ! ! A PROM Slope parameter can be "0.0" (entered as "None" for emphasis ! in the tables below) when the PROM output value should remain constant ! across a whole page. ! ! Some Momentum PROM Slopes are specified as Sin(Phi) or Cos(Phi) ! but this actually means the absolute value |Sin(Phi)| or |Cos(Phi)| ! with Phi derived from the TT_Phi Index [1..32] as ! Phi = (2xPi) x (TT_Phi - 0.5) / 32 ! ! e.g. for TT_Phi = 1 ! |Sin(Phi)| = .0980 ! |Cos(Phi)| = .9952 ! ! ! EM Et Energy Lookup PROM ! ======================== ! ! +------+--------+---------+--------+------+----------------------------------+ ! |TT |Zero |Symmetric|Transfer|Page |Page | ! |Eta |Energy |Energy |Slope |Number|Usage | ! |Magn |Response|Cut | | | | ! |Range |[counts]|[GeV] |[float] |[0..7]| | ! +------+--------+---------+--------+------+----------------------------------+ ! |(1:20)| 8 | None | 1.0 | 0 |1st Lookup= EM Et - option #1 | ! |(1:20)| 8 | 0.50 | 1.0 | 1 |1st Lookup= EM Et - option #2 | ! |(1:20)| 8 | 0.75 | 1.0 | 2 |1st Lookup= EM Et - option #3 | ! |(1:20)| 8 | 1.00 | 1.0 | 3 |1st Lookup= EM Et - option #4 | ! |(1:20)| 8 | 1.25 | 1.0 | 4 |1st Lookup= EM Et - option #5 | ! +------+--------+---------+--------+------+----------------------------------+ ! |(1:20)| 8 | None | 1.0 | 5 |2nd Lookup= Readout EM Et | ! +------+--------+---------+--------+------+----------------------------------+ ! |(1:20)| 8 | None | None | 6 |Special/Diagnostics= constant 8's | ! |(1:20)| 8 | None | 1.0 | 7 |Special/Diagnostics= one-to-one | ! +------+--------+---------+--------+------+----------------------------------+ ! ! ! HD Et Energy Lookup PROM ! ======================== ! ! +------+--------+---------+--------+------+----------------------------------+ ! |TT |Zero |Symmetric|Transfer|Page |Page | ! |Eta |Energy |Energy |Slope |Number|Usage | ! |Magn |Response|Cut | | | | ! |Range |[counts]|[GeV] |[float] |[0..7]| | ! +------+--------+---------+--------+------+----------------------------------+ ! |(1:20)| 8 | 0.50 | 1.0 | 0 |1st Lookup= HD Et - option #1 | ! |(1:20)| 8 | 0.50 | 1.0 | 1 |1st Lookup= HD Et - option #2 | ! |(1:20)| 8 | 0.75 | 1.0 | 2 |1st Lookup= HD Et - option #3 | ! |(1:20)| 8 | 1.00 | 1.0 | 3 |1st Lookup= HD Et - option #4 | ! |(1:20)| 8 | 1.25 | 1.0 | 4 |1st Lookup= HD Et - option #5 | ! +------+--------+---------+--------+------+----------------------------------+ ! |(1:20)| 0 | None | None | 5 |2nd Lookup= Readout EM Et | ! +------+--------+---------+--------+------+----------------------------------+ ! |(1:20)| 8 | None | None | 6 |Special/Diagnostics= constant 8's | ! |(1:20)| 8 | None | 1.0 | 7 |Special/Diagnostics= one-to-one | ! +------+--------+---------+--------+------+----------------------------------+ ! ! ! Px Momentum Lookup PROM ! ======================= ! ! +-------+-------+---------+--------+------+----------------------------------+ ! |TT |Zero |Symmetric|Transfer|Page |Page | ! |Eta |Energy |Energy |Slope |Number|Usage | ! |Magn |Resp |Cut | | | | ! |Range |[Count]|[GeV] |[float] |[0..7]| | ! +-------+-------+---------+--------+------+----------------------------------+ ! | (1:20)| 8 | None |Cos(Phi)| 0 |1st Lookup= Px - opt#1 | ! | | | | | | | ! | (1:16)| 8 | 1.00 |Cos(Phi)| 1 |1st Lookup= Px - opt#2 | ! |(17:18)| 8 | None | None | 1 |1st Lookup= Px - opt#2->No Contrib| ! |(19:20)| 8 | 1.00 |Cos(Phi)| 1 |1st Lookup= Px - opt#2 (ICD+MG)| ! | | | | | | | ! | (1:12)| 8 | 1.50 |Cos(Phi)| 2 |1st Lookup= Px - opt#3 | ! |(13:16)| 8 | 2.00 |Cos(Phi)| 2 |1st Lookup= Px - opt#3 | ! |(17:18)| 8 | None | None | 2 |1st Lookup= Px - opt#3->No Contrib| ! |(19:20)| 8 | 2.00 |Cos(Phi)| 2 |1st Lookup= Px - opt#3 (ICD+MG)| ! | | | | | | | ! | (1:12)| 8 | 2.00 |Cos(Phi)| 3 |1st Lookup= Px - opt#4 | ! |(13:16)| 8 | 3.00 |Cos(Phi)| 3 |1st Lookup= Px - opt#4 | ! |(17:18)| 8 | None | None | 3 |1st Lookup= Px - opt#4->No Contrib| ! |(19:20)| 8 | 3.00 |Cos(Phi)| 3 |1st Lookup= Px - opt#4 (ICD+MG)| ! +-------+-------+---------+--------+------+----------------------------------+ ! | (1:16)| 8 | None | 1.0 | 4 |2nd Lookup= LrgTile-opt#1 | ! |(17:18)| 8 | None | None | 4 |2nd Lookup= LrgTile-opt#1->NoContr| ! |(19:20)| 8 | None | 1.0 | 4 |2nd Lookup= LrgTile-opt#1 (ICD+MG)| ! | | | | | | | ! | (1:16)| 8 | 1.00 | 1.0 | 5 |2nd Lookup= LrgTile-opt#2 | ! |(17:18)| 8 | None | None | 5 |2nd Lookup= LrgTile-opt#2->NoContr| ! |(19:20)| 8 | 1.00 | 1.0 | 5 |2nd Lookup= LrgTile-opt#2 (ICD+MG)| ! +-------+-------+---------+--------+------+----------------------------------+ ! | (1:20)| 8 | None | None | 6 |Special/Diagnostics= constant 8's | ! | (1:20)| 8 | None | 1.0 | 7 |Special/Diagnostics= one-to-one | ! +-------+-------+---------+--------+------+----------------------------------+ ! ! ! Py Momentum Lookup PROM ! ======================= ! ! The Py Momentum Lookup PROM parameters are all dentical to ! the Px Momentum Lookup PROM parameters except for replacing ! "Cos(Phi)" with "Sin(Phi)". ! !------------------------------------------------------------------------------- !------------------------------------------------------------------------------- ! Define some cosmetic constants used in defining PROM coefficients !------------------------------------------------------------------------------- ! Trigger Tower Channel Type $TT_EM_Channel= 0 $TT_HD_Channel= 1 ! Trigger Tower Eta Sign $TT_Eta_Pos= 0 $TT_Eta_Neg= 1 ! Trigger Tower PROM Types $TT_EM_PROM= 0 $TT_HD_PROM= 1 $TT_PX_PROM= 2 $TT_PY_PROM= 3 !Transfer Slop Math functions $ABS_SIN_PHI= 0 $ABS_COS_PHI= 1 !------------------------------------------------------------------------------- ! Define EM Energy Lookup !------------------------------------------------------------------------------- TT_PROM: $TT_EM_PROM ! All EM Et PROMs are identical across all TT_Eta and TT_Phi coordinate values TT_Eta_Sign: $TT_Eta_Neg To_TT_Eta_Sign: $TT_Eta_Pos TT_Eta_Magn: 1 To_TT_Eta_Magn: 20 TT_Phi: 1 To_TT_Phi: 32 ! All EM Et Triggering Pages (1st Lookup) use the same Transfer Slope ! and Zero Energy Response but vary in their Symmetric Energy Cut !------------------------------------------------------------------------- Transfer_Slope: 1.0 Zero_Energy_Count: 8 ! EM Et and Tot Et Triggering page Option #1: ! - No Energy Cut Symmetric_Energy_Cut: 0.00 Apply_To_Page: 0 ! EM Et and Tot Et Triggering page Option #2: ! - 1/2 GeV Cut Symmetric_Energy_Cut: 0.50 Apply_To_Page: 1 ! EM Et and Tot Et Triggering page Option #3: ! - 3/4 GeV Cut Symmetric_Energy_Cut: 0.75 Apply_To_Page: 2 ! EM Et and Tot Et Triggering page Option #4: ! - 1.0 GeV Cut Symmetric_Energy_Cut: 1.00 Apply_To_Page: 3 ! EM Et and Tot Et Triggering page Option #5: ! - 5/4 GeV Cut Symmetric_Energy_Cut: 1.25 Apply_To_Page: 4 !Readout of EM Et (2nd Lookup) via the Tot Et Energy Sum !------------------------------------------------------------------------- !To support the readout of EM Et (2nd Lookup) this page must be one-to-one Transfer_Slope: 1.0 Zero_Energy_Count: 8 Symmetric_Energy_Cut: 0 Apply_To_Page: 5 !Special Diagnostics Pages !------------------------------------------------------------------------- !This is a special page for test and diagnostics with all eights Transfer_Slope: 0 Zero_Energy_Count: 8 Symmetric_Energy_Cut: 0 Apply_To_Page: 6 !This is a special page for test and diagnostics with one-to-one Transfer_Slope: 1.0 Zero_Energy_Count: 8 Symmetric_Energy_Cut: 0 Apply_To_Page: 7 !------------------------------------------------------------------------------- ! Define HD Energy Lookup !------------------------------------------------------------------------------- TT_PROM: $TT_HD_PROM ! All HD Et PROMs are identical across all TT_Eta and TT_Phi coordinate values TT_Eta_Sign: $TT_Eta_Neg To_TT_Eta_Sign: $TT_Eta_Pos TT_Eta_Magn: 1 To_TT_Eta_Magn: 20 TT_Phi: 1 To_TT_Phi: 32 ! All HD Et Triggering Pages (1st Lookup) use the same Transfer Slope ! and Zero Energy Response but vary in their Symmetric Energy Cut !------------------------------------------------------------------------- Transfer_Slope: 1.0 Zero_Energy_Count: 8 ! HD Et and Tot Et Triggering page Option #1: ! - 1/2 GeV Cut Symmetric_Energy_Cut: 0.50 Apply_To_Page: 0 ! HD Et and Tot Et Triggering page Option #2: ! - 1/2 GeV Cut Symmetric_Energy_Cut: 0.50 Apply_To_Page: 1 ! HD Et and Tot Et Triggering page Option #3: ! - 3/4 GeV Cut Symmetric_Energy_Cut: 0.75 Apply_To_Page: 2 ! HD Et and Tot Et Triggering page Option #4: ! - 1.0 GeV Cut Symmetric_Energy_Cut: 1.00 Apply_To_Page: 3 ! HD Et and Tot Et Triggering page Option #5: ! - 5/4 GeV Cut Symmetric_Energy_Cut: 1.25 Apply_To_Page: 4 !Readout of EM Et (2nd Lookup) via the Tot Et Energy Sum !------------------------------------------------------------------------- !To support the readout of EM Et (2nd Lookup) this page must be all zeroes Transfer_Slope: 0 Zero_Energy_Count: 0 Symmetric_Energy_Cut: 0 Apply_To_Page: 5 !Special Diagnostics Pages !------------------------------------------------------------------------- !This is a special page for test and diagnostics with all eights Transfer_Slope: 0 Zero_Energy_Count: 8 Symmetric_Energy_Cut: 0 Apply_To_Page: 6 !This is a special page for test and diagnostics with one-to-one Transfer_Slope: 1.0 Zero_Energy_Count: 8 Symmetric_Energy_Cut: 0 Apply_To_Page: 7 !------------------------------------------------------------------------------- ! Define Px Momentum Lookup !------------------------------------------------------------------------------- TT_PROM: $TT_PX_PROM ! All Px PROMs are symetric around the TT_Eta coordinate values ! and identical across all TT_Phi coordinate values TT_Eta_Sign: $TT_Eta_Neg To_TT_Eta_Sign: $TT_Eta_Pos !Momentum PROMs Pages are not uniform with respect to TT_Eta_Magn, !which is thus explicitely specified during usage below TT_Phi: 1 To_TT_Phi: 32 ! All Missing Pt Triggering Pages (1st Lookup) use the same Transfer Slope ! and Zero Energy Response but vary in their Symmetric Energy Cut !------------------------------------------------------------------------- Transfer_Math: $ABS_COS_PHI Zero_Energy_Count: 8 ! MPt Triggering page Option #1: ! - No Energy Cut TT_Eta_Magn: 1 To_TT_Eta_Magn: 20 Symmetric_Energy_Cut: 0 Apply_To_Page: 0 ! MPt Triggering page Option #2: ! - 1 GeV Cut in CC, Low EC, and ICD+MG, ! - but with High EC region suppressed TT_Eta_Magn: 1 To_TT_Eta_Magn: 16 ! CC and Low EC Symmetric_Energy_Cut: 1.0 Apply_To_Page: 1 TT_Eta_Magn: 17 To_TT_Eta_Magn: 18 ! High EC with |eta| > 3.2 Transfer_Slope: 0 !depart from normal Px Slope Symmetric_Energy_Cut: 0 Apply_To_Page: 1 Transfer_Math: $ABS_COS_PHI !return to normal Px Slope TT_Eta_Magn: 19 To_TT_Eta_Magn: 20 ! ICD and MG Symmetric_Energy_Cut: 1.0 Apply_To_Page: 1 ! MPt Triggering page Option #3: ! - 3/2 GeV Cut in CC, ! - 2 GeV Cut in Low EC and ICD+MG, ! - and High EC region suppressed TT_Eta_Magn: 1 To_TT_Eta_Magn: 12 ! CC Symmetric_Energy_Cut: 1.5 Apply_To_Page: 2 TT_Eta_Magn: 13 To_TT_Eta_Magn: 16 ! Low EC Symmetric_Energy_Cut: 2.0 Apply_To_Page: 2 TT_Eta_Magn: 17 To_TT_Eta_Magn: 18 ! High EC with |eta| > 3.2 Transfer_Slope: 0 !depart from normal Px Slope Symmetric_Energy_Cut: 0 Apply_To_Page: 2 Transfer_Math: $ABS_COS_PHI !return to normal Px Slope TT_Eta_Magn: 19 To_TT_Eta_Magn: 20 ! ICD and MG Symmetric_Energy_Cut: 2.0 Apply_To_Page: 2 ! MPt Triggering page Option #4: ! - 2 GeV Cut in CC, ! - 3 GeV Cut in Low EC and ICD+MG, ! - and High EC region suppressed TT_Eta_Magn: 1 To_TT_Eta_Magn: 12 ! CC Symmetric_Energy_Cut: 2.0 Apply_To_Page: 3 TT_Eta_Magn: 13 To_TT_Eta_Magn: 16 ! Low EC Symmetric_Energy_Cut: 3.0 Apply_To_Page: 3 TT_Eta_Magn: 17 To_TT_Eta_Magn: 18 ! High EC with |eta| > 3.2 Transfer_Slope: 0 !depart from normal Px Slope Symmetric_Energy_Cut: 0 Apply_To_Page: 3 Transfer_Math: $ABS_COS_PHI !return to normal Px Slope TT_Eta_Magn: 19 To_TT_Eta_Magn: 20 ! ICD and MG Symmetric_Energy_Cut: 3.0 Apply_To_Page: 3 ! Large Tile Triggering Pages (2nd Lookup) all use the same slope (to generate Tot Et) ! and Zero Energy Response !------------------------------------------------------------------------- Transfer_Slope: 1.0 Zero_Energy_Count: 8 ! Large Tile Triggering Option #1: ! - No Energy Cut in CC, Low EC, and ICD+MG, ! - but with High EC region suppressed TT_Eta_Magn: 1 To_TT_Eta_Magn: 16 ! CC and Low EC Symmetric_Energy_Cut: 0.5 Apply_To_Page: 4 TT_Eta_Magn: 17 To_TT_Eta_Magn: 18 ! High EC with |eta| > 3.2 Transfer_Slope: 0 !depart from normal Large Tile Slope Symmetric_Energy_Cut: 0 Apply_To_Page: 4 Transfer_Slope: 1.0 !return to normal Large Tile Slope TT_Eta_Magn: 19 To_TT_Eta_Magn: 20 ! ICD and MG Symmetric_Energy_Cut: 0.5 Apply_To_Page: 4 ! Large Tile Triggering Option #2: ! - 1 GeV Cut in CC, Low EC, and ICD+MG, ! - but with High EC region suppressed TT_Eta_Magn: 1 To_TT_Eta_Magn: 16 ! CC and Low EC Symmetric_Energy_Cut: 1.0 Apply_To_Page: 5 TT_Eta_Magn: 17 To_TT_Eta_Magn: 18 ! High EC with |eta| > 3.2 Transfer_Slope: 0 !depart from normal Large Tile Slope Symmetric_Energy_Cut: 0 Apply_To_Page: 5 Transfer_Slope: 1.0 !return to normal Large Tile Slope TT_Eta_Magn: 19 To_TT_Eta_Magn: 20 ! ICD and MG Symmetric_Energy_Cut: 1.0 Apply_To_Page: 5 !All Special Diagnostics Pages are uniform across the TT_Eta coordinate values !------------------------------------------------------------------------- TT_Eta_Magn: 1 To_TT_Eta_Magn: 20 !This is a special page for test and diagnostics with all eights Transfer_Slope: 0 Zero_Energy_Count: 8 Symmetric_Energy_Cut: 0 Apply_To_Page: 6 !This is a special page for test and diagnostics with one-to-one Transfer_Slope: 1.0 Zero_Energy_Count: 8 Symmetric_Energy_Cut: 0 Apply_To_Page: 7 !------------------------------------------------------------------------------- ! Define Py Momentum Lookup !------------------------------------------------------------------------------- TT_PROM: $TT_PY_PROM ! All Py PROMs are symetric around the TT_Eta coordinate values ! and identical across all TT_Phi coordinate values TT_Eta_Sign: $TT_Eta_Neg To_TT_Eta_Sign: $TT_Eta_Pos !Momentum PROMs Pages are not uniform with respect to TT_Eta_Magn, !which is thus explicitely specified during usage below TT_Phi: 1 To_TT_Phi: 32 ! All Missing Pt Triggering Pages (1st Lookup) use the same Transfer Slope ! and Zero Energy Response but vary in their Symmetric Energy Cut !------------------------------------------------------------------------- Transfer_Math: $ABS_SIN_PHI Zero_Energy_Count: 8 ! MPt Triggering page Option #1: ! - No Energy Cut TT_Eta_Magn: 1 To_TT_Eta_Magn: 20 Symmetric_Energy_Cut: 0 Apply_To_Page: 0 ! MPt Triggering page Option #2: ! - 1 GeV Cut in CC, Low EC, and ICD+MG, ! - but with High EC region suppressed TT_Eta_Magn: 1 To_TT_Eta_Magn: 16 ! CC and Low EC Symmetric_Energy_Cut: 1.0 Apply_To_Page: 1 TT_Eta_Magn: 17 To_TT_Eta_Magn: 18 ! High EC with |eta| > 3.2 Transfer_Slope: 0 !depart from normal Py Slope Symmetric_Energy_Cut: 0 Apply_To_Page: 1 Transfer_Math: $ABS_SIN_PHI !return to normal Py Slope TT_Eta_Magn: 19 To_TT_Eta_Magn: 20 ! ICD and MG Symmetric_Energy_Cut: 1.0 Apply_To_Page: 1 ! MPt Triggering page Option #3: ! - 3/2 GeV Cut in CC, ! - 2 GeV Cut in Low EC and ICD+MG, ! - and High EC region suppressed TT_Eta_Magn: 1 To_TT_Eta_Magn: 12 ! CC Symmetric_Energy_Cut: 1.5 Apply_To_Page: 2 TT_Eta_Magn: 13 To_TT_Eta_Magn: 16 ! Low EC Symmetric_Energy_Cut: 2.0 Apply_To_Page: 2 TT_Eta_Magn: 17 To_TT_Eta_Magn: 18 ! High EC with |eta| > 3.2 Transfer_Slope: 0 !depart from normal Py Slope Symmetric_Energy_Cut: 0 Apply_To_Page: 2 Transfer_Math: $ABS_SIN_PHI !return to normal Py Slope TT_Eta_Magn: 19 To_TT_Eta_Magn: 20 ! ICD and MG Symmetric_Energy_Cut: 2.0 Apply_To_Page: 2 ! MPt Triggering page Option #4: ! - 2 GeV Cut in CC, ! - 3 GeV Cut in Low EC and ICD+MG, ! - and High EC region suppressed TT_Eta_Magn: 1 To_TT_Eta_Magn: 12 ! CC Symmetric_Energy_Cut: 2.0 Apply_To_Page: 3 TT_Eta_Magn: 13 To_TT_Eta_Magn: 16 ! Low EC Symmetric_Energy_Cut: 3.0 Apply_To_Page: 3 TT_Eta_Magn: 17 To_TT_Eta_Magn: 18 ! High EC with |eta| > 3.2 Transfer_Slope: 0 !depart from normal Py Slope Symmetric_Energy_Cut: 0 Apply_To_Page: 3 Transfer_Math: $ABS_SIN_PHI !return to normal Py Slope TT_Eta_Magn: 19 To_TT_Eta_Magn: 20 ! ICD and MG Symmetric_Energy_Cut: 3.0 Apply_To_Page: 3 ! Large Tile Triggering Pages (2nd Lookup) all use the same slope (to generate Tot Et) ! and Zero Energy Response !------------------------------------------------------------------------- Transfer_Slope: 1.0 Zero_Energy_Count: 8 ! Large Tile Triggering Option #1: ! - No Energy Cut in CC, Low EC, and ICD+MG, ! - but with High EC region suppressed TT_Eta_Magn: 1 To_TT_Eta_Magn: 16 ! CC and Low EC Symmetric_Energy_Cut: 0.5 Apply_To_Page: 4 TT_Eta_Magn: 17 To_TT_Eta_Magn: 18 ! High EC with |eta| > 3.2 Transfer_Slope: 0 !depart from normal Large Tile Slope Symmetric_Energy_Cut: 0 Apply_To_Page: 4 Transfer_Slope: 1.0 !return to normal Large Tile Slope TT_Eta_Magn: 19 To_TT_Eta_Magn: 20 ! ICD and MG Symmetric_Energy_Cut: 0.5 Apply_To_Page: 4 ! Large Tile Triggering Option #2: ! - 1 GeV Cut in CC, Low EC, and ICD+MG, ! - but with High EC region suppressed TT_Eta_Magn: 1 To_TT_Eta_Magn: 16 ! CC and Low EC Symmetric_Energy_Cut: 1.0 Apply_To_Page: 5 TT_Eta_Magn: 17 To_TT_Eta_Magn: 18 ! High EC with |eta| > 3.2 Transfer_Slope: 0 !depart from normal Large Tile Slope Symmetric_Energy_Cut: 0 Apply_To_Page: 5 Transfer_Slope: 1.0 !return to normal Large Tile Slope TT_Eta_Magn: 19 To_TT_Eta_Magn: 20 ! ICD and MG Symmetric_Energy_Cut: 1.0 Apply_To_Page: 5 !All Special Diagnostics Pages are uniform across the TT_Eta coordinate values !------------------------------------------------------------------------- TT_Eta_Magn: 1 To_TT_Eta_Magn: 20 !This is a special page for test and diagnostics with all eights Transfer_Slope: 0 Zero_Energy_Count: 8 Symmetric_Energy_Cut: 0 Apply_To_Page: 6 !This is a special page for test and diagnostics with one-to-one Transfer_Slope: 1.0 Zero_Energy_Count: 8 Symmetric_Energy_Cut: 0 Apply_To_Page: 7