Creating a normalized x axis in Power BI? - powerbi

Question

I am trying to create a plot which normalizes the x axis based on the date of an event listed in a different query. I have the production data sitting in one query, which contains the value per day. I have a list of events in a second query, which have specific dates at which they occured. My goal is to create some measure or function that will plot each event on the axis in a normalized fashion where the production -1y to 1y from the event is shown on the x axis. This will allow a comparison of the last year of production before the event versus the next year, which can gauge success of the event. I don't know how to successfully do this though, and would appreciate any insight.
Current plot with event dates in table on the right
A person who did something similar merged the two queries and created a column which finds the date of the event, and determines how far in time it has been since (30d since the event is given 30). However, because I have about 70 data points which each have 4-5 of their own events, this merged query duplicated the production for each event, so there is 4-5 logs of production data per data point, which has become hard to manage as I try to do something similar and understand what they're doing. I believe there's a better way to do this but I can't figure out how to connect the two queries in a more efficient way.
Normalized production from day 0 of each event that I'm trying to create
My code below is my attempt at making a measure that will create this normalized axis for me, but I am getting a circular dependency error.
Normalized Producing Days From Workover =
//These will reference the date values in the measures made of the workover start and end dates
Var startofworkover = DATEVALUE([Measure: WKO Start Date])
var endofworkover = DATEVALUE([Measure: WKO End Date])
//this will filter to dates after the workover
var afterworkover = FILTER('Production Data',
'Production Data'[Date]>=endofworkover && 'Production Data'[Well Pair] = EARLIER('Production Data'[Well Pair]) && [Allocated Oil Production (m3/d)] >0)
//this will filter to dates before the workover
var beforeworkover = FILTER('Production Data',
'Production Data'[Date]<startofworkover && 'Production Data'[Well Pair] = EARLIER('Production Data'[Well Pair]) && [Allocated Oil Production (m3/d)] >0)
var result1 = SWITCH(TRUE(),'Production Data'[Date] = startofworkover,0,'Production Data'[Date]>=endofworkover,RANKX(afterworkover,'Production Data'[Date],,ASC,Dense),'Production Data'[Date]<startofworkover,RANKX(beforeworkover,'Production Data'[Date],,DESC,Dense)*-1)
return result1