Hypothetical potential outcomes for 30 policing hotspots, depending on their
own treatment status (Z) and on whether a nearby hotspot is treated (A).
Because exposure to spillover is itself random, each hotspot has a
probability of landing in each of the four exposure conditions.
Format
A data frame with 30 rows and 17 columns:
- hotspot
Hotspot number, 1 to 30
- x, y
Coordinates in the plane
- hotspots_within_500m
Number of other hotspots within 500m
- hotspots_within_750m
Number of other hotspots within 750m
- A
Realized spillover exposure,
"0"or"1"- Z
Realized direct treatment,
"0"or"1"- exposure
Two-character exposure condition,
Afollowed byZ- prob_A_0_Z_0, prob_A_0_Z_1, prob_A_1_Z_0, prob_A_1_Z_1
Probability of each exposure condition under the randomization
- Y_A_0_Z_0, Y_A_0_Z_1, Y_A_1_Z_0, Y_A_1_Z_1
Potential outcome in each exposure condition
- Y
Revealed outcome
Source
ISPS Data Archive study D081 doi:10.60600/YU/VUH8KD
, file 42273
(GerberGreenBook_Chapter8_Table_8_4_8_5). The coordinates are not stored
in the archive as data; they are regenerated from the set.seed(1337) draw
in the archive's own Chapter 8 figure code (file 42377). Built by
data-raw/book_tables.R.