Tevatron

Reference point is beam center (?) When the flying wire data are ready to be logged, this reads 3.

Device	Quantity	Description
T:E0CHCP (Horizontal motor count) T:E0CH (Horizontal position) T:E0CACP (Angle motor count) T:E0CA (Angle LVDT) T:E0CCA2 (Laser angle)	Crystal positions	go to page C9, select "GLB/CC" <4>, you can see longer list of variables.
C:B0ILUM C:D0FZTL	luminosity	CDF and D0 integrated luminosity.
C:LUMAVG	luminosity	Instantaneous (?) luminosity?? (need to check)
C:FBIPNG C:FBIANG	beam current	Proton and anti-proton beam current.
T:BEAM	DC beam current	DC beam current (FBIPNG + FBIANG + things that are not in bunches)
T:ERING	magnet energy	Magnet energy for ramping
T:IRING	magnet current	Magnet current for ramping.
C:LBSEQ	sequence steps	Low beta sequence (steps from 1 to 25)
V:TEVCOL		Collimator used in scraping (step from 3 to 11)
C:B0PAGC	loss monitor(?)	"Alarm" at CDF (gated at abort gaps)
T:FWVPSG T:FWHPSG T:FWVASG T:FWHASG	Flying Wire p and pbar sigma
T:FWVPCE T:FWHPCE T:FWVACE T:FWHACE	Flying Wire p and pbar centroid
V:TFWRDY	Tevatron Flying Wire Ready?
T:TULPHT T:TULPVT T:TULAHT T:TULAVT	tunes	Proton and antiproton horizontal and vertical tunes.

On D44, go to Data Source -> "CDF". Recall - Rick's temploates.
On D44, change "Node" -> "User", select Jerry's last name, Recall "E17 Schottky" to see tunes. "1b tune set" shows each steps to adjust tunes. Tune are initially adjusted at tune up stage. However, when tunes go down after the store begins, operators adjust tunes to bring up the tunes. Tunes are adjusted more frequently in the beginning of the store than the end of the store.
Use D80, "Summary" (on top of the page) to look up variables.
Can also use T118 (parameter page)
Use T46 Flying wire page to plot the beam profile
Use T43 parameter page to look up acnet variables