= Tuning page for 2017 fits =

== CCQE ==


== 1pi ==

* Callum: GENIE dials
 * Phil and Callum used
  * kXSecTwkDial_NormCCRES
  * kXSecTwkDial_MaCCRES
  * kXSecTwkDial_RvpCC1pi
  * kXSecTwkDial_RvnCC1pi

* Clarence: NEUT dials and good data-sets
 * NEUT dials
  * MANFFRES
  * CA5
  * I½
 * Could include Minoo's model? Maybe a little crazy and should be left as another paper
  * Minoo and I are likely to do a data/MC + tuning paper for her model which we will label as "made by team NUISANCE".

* Everyone: Think about data-sets and tell Clarence he's wrong

* Patrick: Beer


General idea:
* Usual sigma(Enu) and Nevt/dQ2
* Use different data-sets (W < 1.4, W < 2.0, ANL only, BNL only)
* Use kitchen-sink data including the kinematic distributions in shape only

----
Patrick suggestions:
1. ANL/BNL CC1pip W < 1.4 GeV : Enu+Q2 : MaRES+CA5 (already done, this is the NuFact fit)
2. ANL/BNL CC1pip W < 2.0 GeV : Enu+Q2: MaRES+CA5
3. ANL/BNL All Channels W < 2.0 GeV : Enu+Q2 : MaRES+CA5
4. ANL/BNL All Channels W < 2.0 GeV : Enu + Q2 : MaRES + CA5 + I1/2
5. ANL/BNL All Channels W < 2.0 GeV : All datasets (minuts phi and adler) : MaRES + CA5 + I1/2

Clarence would add in doing a ANL W < 1.4 GeV only, including all distributions. Possibly add in the BNL W < 1.4 GeV too but only available for CC1pi+1p.

Also demonstrate the impact of choosing the BNL flux?

Maybe add in GGM?

Then try MiniBooNE 2D cosmu pmu