when [chromometer altimeter v] = [5th length v] and [7th length v] with a [gap v] of (17) ::events hat
forge [chromometer v] altimeter until < (speed) = (velocity)> ::control cstart
	switch places with (759 v) altimeters with value of (speed) ::looks
	control [altimeter 1 v] at time (10):(17):(58) ::control
end
initialize sequence (24) so [object 3 v] moves to x (156) y (231) ::control
reveal [final answer v] and stop running this script ::events cap

when [chromometer altimeter v] = [5th length v] and [7th length v] with a [gap v] of (17) ::events hat
forge [chromometer v] altimeter until < (speed) = (velocity)> ::control cstart
	switch places with (759 v) altimeters with value of (speed) ::looks
	control [altimeter 1 v] at time (10):(17):(58) ::control
end
initialize sequence (24) so [object 3 v] moves to x (156) y (231) ::control
reveal [final answer v] and stop running this script ::events cap

when [chromometer altimeter v] = [5th length v] and [7th length v] with a [gap v] of (17) ::events hat
forge [chromometer v] altimeter until < (speed) = (velocity)> ::control cstart
	switch places with (759 v) altimeters with value of (speed) ::looks
	control [altimeter 1 v] at time (10):(17):(58) ::control
end
initialize sequence (24) so [object 3 v] moves to x (156) y (231) ::control
reveal [final answer v] and stop running this script ::events cap

when [chromometer altimeter v] = [5th length v] and [7th length v] with a [gap v] of (17) ::events hat
forge [chromometer v] altimeter until < (speed) = (velocity)> ::control cstart
	switch places with (759 v) altimeters with value of (speed) ::looks
	control [altimeter 1 v] at time (10):(17):(58) ::control
end
initialize sequence (24) so [object 3 v] moves to x (156) y (231) ::control
reveal [final answer v] and stop running this script ::events cap

when [chromometer altimeter v] = [5th length v] and [7th length v] with a [gap v] of (17) ::events hat
forge [chromometer v] altimeter until < (speed) = (velocity)> ::control cstart
	switch places with (759 v) altimeters with value of (speed) ::looks
	control [altimeter 1 v] at time (10):(17):(58) ::control
end
initialize sequence (24) so [object 3 v] moves to x (156) y (231) ::control
reveal [final answer v] and stop running this script ::events cap

when [chromometer altimeter v] = [5th length v] and [7th length v] with a [gap v] of (17) ::events hat
forge [chromometer v] altimeter until < (speed) = (velocity)> ::control cstart
	switch places with (759 v) altimeters with value of (speed) ::looks
	control [altimeter 1 v] at time (10):(17):(58) ::control
end
initialize sequence (24) so [object 3 v] moves to x (156) y (231) ::control
reveal [final answer v] and stop running this script ::events cap

when [chromometer altimeter v] = [5th length v] and [7th length v] with a [gap v] of (17) ::events hat
forge [chromometer v] altimeter until < (speed) = (velocity)> ::control cstart
	switch places with (759 v) altimeters with value of (speed) ::looks
	control [altimeter 1 v] at time (10):(17):(58) ::control
end
initialize sequence (24) so [object 3 v] moves to x (156) y (231) ::control
reveal [final answer v] and stop running this script ::events cap

when [chromometer altimeter v] = [5th length v] and [7th length v] with a [gap v] of (17) ::events hat
forge [chromometer v] altimeter until < (speed) = (velocity)> ::control cstart
	switch places with (759 v) altimeters with value of (speed) ::looks
	control [altimeter 1 v] at time (10):(17):(58) ::control
end
initialize sequence (24) so [object 3 v] moves to x (156) y (231) ::control
reveal [final answer v] and stop running this script ::events cap