ASPL Programming ver 1.00
© 2024 Bassem W. Jamaleddine

A SET PROGRAMMING LANGUAGE

ASPL SYMBOLIC SET OPERATORS

Click on one of ASPL symbolic set operator to view its description page.

setop_17_f_intersection

gets the elements intersection

setop_65_f_partition

gets the elements partition

setop_17_f_union

gets the elements union

setop_17_f_difference

gets the elements difference

setop_17_f_symdiff

gets the elements symmetric difference

setop_17_d_intersection

gets the subgroups intersection

setop_65_d_partition

gets the subgroups partition

setop_17_d_union

gets the subgroups union

setop_17_d_difference

gets the subgroups difference

setop_17_d_symdiff

gets the subgroups symmetric difference

setop_17_g_intersection

gets the subgroups and the elements intersection

setop_65_g_partition

gets the subgroups and the elements partition

setop_17_g_union

gets the subgroups and the elements union

setop_17_g_difference

gets the subgroups and the elements difference

setop_17_g_symdiff

gets the subgroups and the elements symmetric difference

setop_33_c_intersection

gets the element-checksums intersection

setop_129_c_partition

gets the element-checksums partition

setop_33_c_union

gets the element-checksums union

setop_33_c_difference

gets the element-checksums difference

setop_33_c_symdiff

gets the element-checksums symmetric difference

setop_33_y_intersection

gets the fuzzy-elements intersection

setop_129_y_partition

gets the fuzzy-elements partition

setop_33_y_union

gets the fuzzy-elements union

setop_33_y_difference

gets the fuzzy-elements difference

setop_33_y_symdiff

gets the fuzzy-elements symmetric difference

xsetop_33_f_intersection

gets the shallow elements intersection

xsetop_33_f_union

gets the shallow elements union

xsetop_33_f_difference

gets the shallow elements difference

xsetop_33_f_symdiff

gets the shallow elements symmetric difference

xsetop_33_d_intersection

gets the shallow subgroups intersection

xsetop_33_d_union

gets the shallow subgroups union

xsetop_33_d_difference

gets the shallow subgroups difference

xsetop_33_g_intersection

gets the shallow subgroups and elements intersection

xsetop_33_g_union

gets the shallow subgroups and elements union

xsetop_33_g_difference

gets the shallow subgroups and elements difference

xsetop_33_c_intersection

gets the element-checksums intersection

xsetop_129_c_partition

gets the element-checksums partition

xsetop_33_c_union

gets the element-checksums union

xsetop_33_c_difference

gets the element-checksums difference

xsetop_33_c_symdiff

gets the element-checksums symmetric difference

xsetop_33_y_intersection

gets the fuzzy-elements intersection

xsetop_129_y_partition

gets the fuzzy-elements partition

xsetop_33_y_union

gets the fuzzy-elements union

xsetop_33_y_difference

gets the fuzzy-elements difference

xsetop_33_y_symdiff

gets the fuzzy-elements symmetric difference

seqop2_1_f_intersection

aligns two sequences based on their elements intersection

seqop2_1_f_union

aligns two sequences based on their elements union

seqop2_1_f_difference

aligns two sequences based on their elements difference

seqop2_1_d_intersection

aligns two sequences based on their subgroups intersection

seqop2_1_d_union

aligns two sequences based on their subgroups union

seqop2_1_d_difference

aligns two sequences based on their subgroups difference

seqop2_1_g_intersection

aligns two sequences based on their subgroups and the elements intersection

seqop2_1_g_union

aligns two sequences based on their subgroups and the elements union

seqop2_1_g_difference

aligns two sequences based on their subgroups and the elements difference

asetop_34_f_intersection

gets the binned elements intersection

asetop_34_f_union

gets the binned elements union

asetop_34_f_difference

gets the binned elements difference

asetop_34_f_symdiff

gets the binned elements symmetric difference

asetop_34_d_intersection

gets the binned subgroups intersection

asetop_34_d_union

gets the binned subgroups union

asetop_34_d_difference

gets the binned subgroups difference

asetop_34_d_symdiff

gets the binned subgroups symmetric difference

asetop_34_g_intersection

gets the binned subgroups and elements intersection

asetop_34_g_union

gets the binned subgroups and elements union

asetop_34_g_difference

gets the binned subgroups and elements difference

asetop_34_g_symdiff

gets the binned subgroups and elements symmetric difference

asetop_34_c_intersection

gets the binned element-checksums intersection

asetop_34_c_union

gets the binned element-checksums union

operation_17_merge

merges set variables into a set variable

operation_17_lmerge

loosely merges set variables into a set variable using leftmost variable group label

operation_17_gmerge

loosely merges set variables into a set variable using concatenaded group labels

operation_17_split

splits set variables into set variables

operation_17_common

keeps common set variables grplb from a set variable

operation_17_purge

purges set variables grplb from a set variable

operation_17_copy

copies a set variable into another set variable

operation_34_acopy

copies a binned set variable into another binned set variable

operation_204_ucopy

copies a partitioned uset variable into another uset variable

operation_17_assign

assigns a dataset to a set variable

operation_18_dotassignstar

transforms binned set variables and assign them to set variables

operation_34_starassignstar

starassignstar assignment operator for binned set variables

operation_33_starassign

starassign as the union translation of one or more set variables into a binned set variable

operation_1_equal

determines if two sets are equal

operation_2_aequal

determines if two binned sets are equal

operation_1_subset

determines if a set is a subset of a set

operation_1_superset

determines if a set is a superset of another set

operation_1_disjoint

determines if two sets are disjoint

operation_1_cardinality

gets the cardinality of a set variable

operation_17_push

pushes a set variable on the answer stack

operation_17_pop

pops the last result from the answer stack into a set variable

operation_2_cardinality

gets the cardinality of a binned set variable

operation_34_apush

pushes a binned set variable on the enswer stack

operation_34_apop

pops the last result from the enswer stack into a binned set variable

operation_204_upush

pushes an uset variable on the unswer stack

operation_204_upop

pops the last result from the unswer stack into an uset variable

operation_16_ggdir

primitive to get the group of directories

operation_1_similarity

calculates the similarities of one or more set variables

operation_1_xsimilarity

calculates the extended similarities of one or more set variables

operation_2_asimilarity

calculates the similarities of one or more binned set variables

operation_1_density

determines the elements density of one or more set variables

operation_2_adensity

determines the elements density of one or more binned set variables