CREATE QUERY Member_Likeness(VERTEX <motionMember> m1, STRING inDate) FOR GRAPH motionData {
	# TYPEDEF TUPLE <x FLOAT, y FLOAT> XYPair;
	MapAccum<VERTEX<motionMember>, MapAccum<STRING, FLOAT>> @@likenessAccum;
	MapAccum<VERTEX<motionMember>, FLOAT> @@BirthYearAccum;
	MapAccum<VERTEX<motionMember>, FLOAT> @@HeightAccum;
	MapAccum<VERTEX<motionMember>, FLOAT> @@WeightAccum;
	ListAccum<VERTEX<location>> @@MemLocAccum;
	MapAccum<VERTEX<motionMember>, FLOAT> @@LocAccum;
	MapAccum<VERTEX<motionMember>, BagAccum<VERTEX<incentive>>> @@DayIncentives;
	MapAccum<VERTEX<motionMember>, MapAccum<STRING, FLOAT>> @@MemberStats;
	BagAccum<VERTEX<incentive>> @MemberIncentives;
	AvgAccum @@StepsAccum;
	AvgAccum @@BoutsAccum;
	AvgAccum @@MilesAccum;

	# Universal Vars
	INT lastMax = 0;
	INT lastMin = 1000;
	FLOAT mult;

	# Age Vars
	INT ageRange;
	INT birthYear;

	# Height Vars
	INT heightRange;
	INT height;

	# Height Vars
	INT weightRange;
	INT weight;

	# Location Vars
	FLOAT locRange;
	VERTEX memLoc;

	# Activity Vars
	DATETIME lastRecording;

	# lastRecording = to_datetime("2018-05-19");
	lastRecording = to_datetime(inDate);

    /*

    test comment block

    */


	members = {motionMember.*};

	birthYear = Get_Birth_Year(m1);
	height = m1.Height;
	weight = m1.Weight;
	temp = SELECT loc FROM members:member -(:e) - location: loc
	  WHERE member == m1
	    ACCUM
	      @@MemLocAccum += loc;
	FOREACH loc in @@MemLocAccum DO
	  memLoc = loc;
	  END;

	PRINT memLoc;
	PRINT birthYear;
	PRINT height;
	PRINT weight;

	results = SELECT member FROM members:member
	  ACCUM
	    @@BirthYearAccum += (member -> abs(Get_Birth_Year(member) - birthYear));

	FOREACH (member,bys) in @@BirthYearAccum DO
	  IF bys > lastMax THEN
	    lastMax = bys;
	    END;
	  IF bys < lastMin THEN
	    lastMin = bys;
	    END;
	  END;

	ageRange = lastMax - lastMin;
	print ageRange;
	mult = 1.0/ageRange;


	FOREACH (member,bys) in @@BirthYearAccum DO
	  bys = 1 - bys * mult;
	  @@likenessAccum += (member -> ("age" -> bys));
	  END;

	lastMax = 0;
	lastMin = 1000;
	mult = 0;

	results = SELECT member FROM members:member
	  ACCUM
	    @@HeightAccum += (member -> abs(member.Height - height));

	FOREACH (member,heights) in @@HeightAccum DO
	  IF heights < height THEN
	    IF heights > lastMax THEN
	      lastMax = heights;
	      END;
	    IF heights < lastMin THEN
	      lastMin = heights;
	      END;
	    END;
	  END;

	heightRange = lastMax - lastMin;
	print heightRange;
	mult = 1.0/heightRange;


	FOREACH (member,heights) in @@HeightAccum DO
	  IF heights < height THEN
	    heights = 1 - heights * mult;
	  ELSE
	    heights = 0;
	    END;
	  @@likenessAccum += (member -> ("height" -> heights));
	  END;

	lastMax = 0;
	lastMin = 1000;
	mult = 0;

	results = SELECT member FROM members:member
	  ACCUM
	    @@WeightAccum += (member -> abs(member.Weight - weight));

	FOREACH (member,weights) in @@WeightAccum DO
	  IF weights < weight THEN
	    IF weights > lastMax THEN
	      lastMax = weights;
	      END;
	    IF weights < lastMin THEN
	      lastMin = weights;
	      END;
	    END;
	  END;

	weightRange = lastMax - lastMin;
	print weightRange;
	mult = 1.0/weightRange;


	FOREACH (member,weights) in @@WeightAccum DO
	  IF weights < weight THEN
	    weights = 1 - weights * mult;
	  ELSE
	    weights = 0;
	    END;
	  @@likenessAccum += (member -> ("weight" -> weights));
	  END;

	lastMax = 0;
	lastMin = 1000;
	mult = 0;

	resultsLoc = SELECT loc FROM members:member -(:e) - location: loc
	  ACCUM
	    @@LocAccum += (member -> Check_Distance(loc,memLoc));
	FOREACH (member,loc) in @@LocAccum DO
	  IF loc < 5800 THEN
	    IF loc > lastMax THEN
	      lastMax = ceil(loc);
	      END;
	    IF loc < lastMin THEN
	      lastMin = floor(loc);
	      END;
	    END;
	  END;

	PRINT lastMax;
	PRINT lastMin;

	locRange = lastMax - lastMin;
	print locRange;
	mult = 1.0/locRange;

	FOREACH (member,loc) in @@LocAccum DO
	  IF loc > 5800 THEN
	    loc = -1;
	  ELSE
	    loc = 1 - loc * mult;
	    END;
	  @@likenessAccum += (member -> ("distance" -> loc));
	  END;

	lastMax = 0;
	lastMin = 1000;
	mult = 0;

	incentives = {incentive.*};

	incentives = SELECT incent FROM incentives:incent - (:e) - lookupRule:rule WHERE
	  rule.RuleName == "Tenacity" AND incent.IncentiveDate > datetime_sub(lastRecording, INTERVAL 1 MONTH) AND incent.IncentiveDate < lastRecording;

	members = SELECT member FROM incentives:incent - (:e) - motionMember:member
	  ACCUM
	    @@DayIncentives += (member -> (incent));

	FOREACH (member, incent) IN @@DayIncentives DO
	  @@StepsAccum = 0;
	  FOREACH Incentive IN incent DO
	      @@StepsAccum += Incentive.TotalSteps;
	      @@BoutsAccum += Incentive.TotalBouts;
	      @@MilesAccum += Incentive.Miles;
	    END;
	  @@MemberStats += (member -> ("stepsAvg" -> @@StepsAccum));
	  @@MemberStats += (member -> ("stepsSlope" -> Linear_Regression(incent, 1)));
	  # @@MemberStats += (member -> ("boutsAvg" -> @@BoutsAccum));
	  # @@MemberStats += (member -> ("boutsSlope" -> Linear_Regression(incent, 2)));
	  @@MemberStats += (member -> ("milesAvg" -> @@MilesAccum));
	  @@MemberStats += (member -> ("milesSlope" -> Linear_Regression(incent, 3)));
	  END;


	PRINT @@MemberStats;
	PRINT @@likenessAccum;

}

# Test end-of-line comments and multiline comments for PR#2002
USE GLOBAL # end of line comment
DROP GRAPH Patents
CREATE GRAPH Patents()

CREATE SCHEMA_CHANGE JOB do_schema_change FOR GRAPH Patents { # add vertex and edge types
       /*
       We add vertex and edge types to our empty graph
       The job will be run then we will drop the job
       */
  ADD VERTEX Address(PRIMARY_ID id STRING, line1 STRING, line2 STRING, line3 STRING) WITH PRIMARY_ID_AS_ATTRIBUTE="true"; # ID will be concatenation of several fields

}
RUN SCHEMA_CHANGE JOB do_schema_change
DROP JOB do_schema_change

# Tests for PR#2006
# Test lexer hang with params following SET<STRING> param
CREATE QUERY tg_astar (VERTEX source_vertex, VERTEX target_vertex, SET<STRING> e_type, STRING wt_type, STRING latitude, STRING longitude,
STRING wt_attr, BOOL display = False) {
       # empty body for testing
}

# Test $(0), $"field", and empty positional parameter _
CREATE LOADING JOB load_job_supplychain FOR GRAPH SupplyChain {
  DEFINE FILENAME Inventory="m1:/home/tigergraph/mydata/supplychain/Inventory.csv";
  LOAD Inventory TO EDGE in_warehouse_inventory VALUES($"warehouse", $1, $2) USING SEPARATOR=",", HEADER="true", EOL="\n";
}