Fix minor logic bug in SINGLE tracking.

bmad-sim · Oct 30, 2023 · 20cd0d1 · 20cd0d1
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diff --git a/bmad/doc/charged-tracking.tex b/bmad/doc/charged-tracking.tex
@@ -67,7 +67,7 @@ \section{Relative Versus Absolute Time Tracking}
 To understand the difference between relative and absolute time tracking, consider a particle
 traveling on the reference orbit along side the reference particle in a circular ring with one RF
 cavity. This particle always has $z = 0$ and thus, with \vn{relative time tracking}, $t_\text{eff}$
-will always be zero (assuming \vn{bmad_com[absolute_time_ref_shift] is set to True) at the entrance
+will always be zero (assuming \vn{bmad_com[absolute_time_ref_shift]} is set to True) at the entrance
 to the cavity. With \vn{absolute time tracking}, the particle, on the first turn, will have
 $t_\text{eff}$ equal to zero. However, on subsequent turns (or subsequent passes if using
 multipass), the time will increase by the revolution time $t_\text{C}$ on each turn. If the RF