We do simulations of pupils' progress (math score) on different values of teacher_quality_mean (=tq_m) and teacher_control_mean (=tc_m) while keeping the best found values for the rest of parameters. We will change tq_m and tc_m by incrementing each of their values by 0.2*(tq_sd) or 0.2*(tc_sd) (increasing by a factor of their corresponding standard deviations) while keeping one of them constant and testing each combination of values 5 times (NUM_REPEATS=5). We will do every batch of incrementation (first, for one parameter, then for the other parameter, interchangeably) for 5 iterations (NUM_ITERATIONS=5) and see what happens with the math score of pupils at the end of a school year.
We do simulations of pupils' progress (math score) on different values of
teacher_quality_mean(=tq_m) andteacher_control_mean(=tc_m) while keeping the best found values for the rest of parameters. We will changetq_mandtc_mby incrementing each of their values by0.2*(tq_sd)or0.2*(tc_sd)(increasing by a factor of their corresponding standard deviations) while keeping one of them constant and testing each combination of values 5 times (NUM_REPEATS=5). We will do every batch of incrementation (first, for one parameter, then for the other parameter, interchangeably) for 5 iterations (NUM_ITERATIONS=5) and see what happens with the math score of pupils at the end of a school year.