! TITLE: arry_search_gt.mac (MANAGEMENT) ! ! ! OBJECTIVE: ! ! This sub-macro searches an array for elements with values that are ! GREATER THAN a user-specified value and returns those elements and ! their indical locations within the array. ! ! ! COMMAND SYNTAX: ! ! (1) (2) (3) (4) (5) (6) (7) (8) ! ARRY_SEARCH_GT, 'arry_nam', elem_val, ri, rf, ci, cf, pi, pf ! ! ! ARGUMENTS: ! ! (1) arry_nam = the name of the array. (in single quotes) ! ! (2) elem_val = target element value used to search the array for ! elements whose values are GREATER THAN the target value. ! ! (3,4) ri/rf = initial/final row index: ! -If both are 0 (or blank) or out-of-range, all rows are ! queried. ! -If either one is 0 (or blank), or out-of-range, and the ! other is in-range, then only that row (in-range value) ! is queried. ! -If both are in-range and not equal, then the range is ! from lowest to highest (independent of order). ! ! (5,6) ci/cf = initial/final column index: ! -If both are 0 (or blank) or out-of-range, all columns ! are queried. ! -If either one is 0 (or blank), or out-of-range, and the ! other is in-range, then only that column (in-range value) ! is queried. ! -If both are in-range and not equal, then the range is ! from lowest to highest (independent of order). ! ! (7,8) pi/pf = initial/final plane index: ! -If both are 0 (or blank) or out-of-range, all planes ! are queried. ! -If either one is 0 (or blank), or out-of-range, and the ! other is in-range, then only that plane (in-range value) ! is queried. ! -If both are in-range and not equal, then the range is ! from lowest to highest (independent of order). ! ! ! DESCRIPTION: ! ! This macro searches a user specified array for elements whose value are ! greater than the specified target value (argument 2), and returns the ! element values and the index positions of those values in an array called ! 'hit'. ! ! 'HIT' is an N x 4 array, where N is the number of occurences ("hits") ! of the element values, and 4 corresponds to each of the 1st, 2nd, 3rd and ! 4th columns containing the element values, and the row (r), column (c) and ! plane (p) indices for those elements, respectively. ! ! If more than 1 element is found (and, therefore, the 'hit' array has more ! than 1 row), then each row is a particular element. Therefore, 'hit' has ! the following form: ! ! COLUMNS ! ROW | 1 | 2 | 3 | 4 | ! ------------------------------------------- ! 1st hit --> 1 | Val1 | r1 | c1 | p1 | ! 2nd hit --> 2 | Val2 | r2 | c2 | p2 | ! 3rd hit --> 3 | Val3 | r3 | c3 | p3 | ! . . | . | . | . | . | ! . . | . | . | . | . | ! Nth hit --> N | ValN | rN | cN | pN | ! ! where, Val1, rN, cN, and pN are the element values, and their row, column ! and plane index positions of the Nth element found in the array. ! ! Additionally, the parameter 'hits' is the number of occurences (hits) of ! the element value in the array which is output by this macro: ! ! hits = N ! ! The specified element value may be searched within a subset of all elements ! in the array. The row, column and plane range-values within which to search ! is specified in arguments 3 through 8. ! ! ! ! *get,prkey_,active,0,prkey /nopr ! arrynam_=arg1 arryval_=arg2 rinit_=arg3 rfin_=arg4 cinit_=arg5 cfin_=arg6 pinit_=arg7 pfin_=arg8 ! *get,hittyp_,parm,hit,type ! *if,hittyp_,ne,-1,then *set,hit(1), *endif ! *get,rsiz_,parm,%arrynam_%,dim,1 *get,csiz_,parm,%arrynam_%,dim,2 *get,psiz_,parm,%arrynam_%,dim,3 ! *do,indx_,1,3,1 *if,indx_,eq,1,then init_='rinit_' fin_='rfin_' siz_='rsiz_' *elseif,indx_,eq,2,then init_='cinit_' fin_='cfin_' siz_='csiz_' *elseif,indx_,eq,3,then init_='pinit_' fin_='pfin_' siz_='psiz_' *endif ! *if,%init_%,le,0,or,%init_%,gt,%siz_%,then *if,%init_%,eq,0,xor,%fin_%,eq,0,then *if,%init_%,eq,0,then *if,%fin_%,gt,0,and,%fin_%,le,%siz_%,then %init_%=%fin_% bypass_=1 *elseif,%fin_%,lt,0,and,%fin_%,gt,%siz_%,then %init_%=1 %fin_%=%siz_% bypass_=1 *endif *else *if,%init_%,gt,0,and,%init_%,le,%siz_%,then %fin_%=%init_% bypass_=1 *elseif,%init_%,lt,0,or,%init_%,gt,%siz_%,then %init_%=1 %fin_%=%siz_% bypass_=1 *endif *endif *elseif,%init_%,eq,0,and,%fin_%,eq,0,then %init_%=1 %fin_%=%siz_% bypass_=1 *endif ! *if,bypass_,ne,1,then *if,%fin_%,lt,0,or,%fin_%,gt,%siz_%,then %init_%=1 %fin_%=%siz_% *elseif,%fin_%,gt,0,and,%fin_%,le,%siz_%,then %init_%=%fin_% *endif *else *set,bypass_, *endif *elseif,%init_%,gt,0,and,%init_%,le,%siz_%,then *if,%fin_%,gt,0,and,%fin_%,le,%siz_%,then *if,%init_%,gt,%fin_%,then rhld_=%init_% %init_%=%fin_% %fin_%=rhld_ *endif *else %fin_%=%init_% *endif *endif *enddo ! rowhit_=0 ! *do,piter_,pinit_,pfin_,1 *do,citer_,cinit_,cfin_,1 *do,riter_,rinit_,rfin_,1 *if,%arrynam_%(riter_,citer_,piter_),gt,arryval_,then *if,rowhit_,eq,0,then *dim,hit,array,1,4 ! hit(1,1)=%arrynam_%(riter_,citer_,piter_) hit(1,2)=riter_ hit(1,3)=citer_ hit(1,4)=piter_ ! *get,rowhit_,parm,hit,dim,x *else *dim,buffer_,array,rowhit_+1,4 ! *do,abc_,1,rowhit_,1 buffer_(abc_,1)=hit(abc_,1) buffer_(abc_,2)=hit(abc_,2) buffer_(abc_,3)=hit(abc_,3) buffer_(abc_,4)=hit(abc_,4) *enddo ! *set,hit(1), ! *dim,hit,array,rowhit_+1,4 ! *do,abc_,1,rowhit_,1 hit(abc_,1)=buffer_(abc_,1) hit(abc_,2)=buffer_(abc_,2) hit(abc_,3)=buffer_(abc_,3) hit(abc_,4)=buffer_(abc_,4) *enddo ! hit(rowhit_+1,1)=%arrynam_%(riter_,citer_,piter_) hit(rowhit_+1,2)=riter_ hit(rowhit_+1,3)=citer_ hit(rowhit_+1,4)=piter_ ! *get,rowhit_,parm,hit,dim,x ! *set,buffer_(1), *endif *endif *enddo *enddo *enddo ! hits=rowhit_ ! *set,abc_, *set,rowhit_, *set,hittyp_, *set,arrynam_, *set,arryval_, *set,rinit_, *set,cinit_, *set,pinit_, *set,rfin_, *set,cfin_, *set,pfin_, *set,riter_, *set,citer_, *set,piter_, *set,rsiz_, *set,csiz_, *set,psiz_, *set,bypass_, ! *if,prkey_,eq,1,then /go *endif