<grammar xmlns:m="http://www.w3.org/1998/Math/MathML" xmlns="http://relaxng.org/ns/structure/1.0"> <define name="opel.application" combine="choice"> <ref name="lcm_arith1_elt"/> </define> <define name="lcm_arith1_elt" combine="choice"> <element name="m:lcm"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="lcm_arith1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="gcd_arith1_elt"/> </define> <define name="gcd_arith1_elt" combine="choice"> <element name="m:gcd"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="gcd_arith1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="plus_arith1_elt"/> </define> <define name="plus_arith1_elt" combine="choice"> <element name="m:plus"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="minus_arith1_elt"/> </define> <define name="minus_arith1_elt" combine="choice"> <element name="m:minus"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="times_arith1_elt"/> </define> <define name="times_arith1_elt" combine="choice"> <element name="m:times"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="divide_arith1_elt"/> </define> <define name="divide_arith1_elt" combine="choice"> <element name="m:divide"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="power_arith1_elt"/> </define> <define name="power_arith1_elt" combine="choice"> <element name="m:power"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="abs_arith1_elt"/> </define> <define name="abs_arith1_elt" combine="choice"> <element name="m:abs"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="root_arith1_elt"/> </define> <define name="root_arith1_elt" combine="choice"> <element name="m:root"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>real</value> <value>complex</value> <value>principal_branch</value> <ref name="MathMLType"/> </choice> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="sum_arith1_elt"/> </define> <define name="sum_arith1_elt" combine="choice"> <element name="m:sum"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="sum_arith1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="product_arith1_elt"/> </define> <define name="product_arith1_elt" combine="choice"> <element name="m:product"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="product_arith1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="diff_calculus1_elt"/> </define> <define name="diff_calculus1_elt" combine="choice"> <element name="m:diff"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>function</value> <value>algebraic</value> </choice> </attribute> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="diff_calculus1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="partialdiff_calculus1_elt"/> </define> <define name="partialdiff_calculus1_elt" combine="choice"> <element name="m:partialdiff"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>function</value> <value>algebraic</value> </choice> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="int_calculus1_elt"/> </define> <define name="int_calculus1_elt" combine="choice"> <element name="m:int"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="defint_calculus1_elt"/> </define> <define name="defint_calculus1_elt" combine="choice"> <element name="m:defint"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="diff_calculus3_elt"/> </define> <define name="diff_calculus3_elt" combine="choice"> <element name="m:diff"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>function</value> <value>algebraic</value> </choice> </attribute> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="diff_calculus3_elt"/> </define> <define name="opel.binder" combine="choice"> <ref name="partialdiff_calculus3_elt"/> </define> <define name="partialdiff_calculus3_elt" combine="choice"> <element name="m:partialdiff"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>function</value> <value>algebraic</value> </choice> </attribute> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="int_calculus3_elt"/> </define> <define name="int_calculus3_elt" combine="choice"> <element name="m:int"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="defint_calculus3_elt"/> </define> <define name="defint_calculus3_elt" combine="choice"> <element name="m:defint"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="real_complex1_elt"/> </define> <define name="real_complex1_elt" combine="choice"> <element name="m:real"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="imaginary_complex1_elt"/> </define> <define name="imaginary_complex1_elt" combine="choice"> <element name="m:imaginary"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="argument_complex1_elt"/> </define> <define name="argument_complex1_elt" combine="choice"> <element name="m:arg"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="conjugate_complex1_elt"/> </define> <define name="conjugate_complex1_elt" combine="choice"> <element name="m:conjugate"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="domain_fns1_elt"/> </define> <define name="domain_fns1_elt" combine="choice"> <element name="m:domain"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="range_fns1_elt"/> </define> <define name="range_fns1_elt" combine="choice"> <element name="m:codomain"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="image_fns1_elt"/> </define> <define name="image_fns1_elt" combine="choice"> <element name="m:image"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="identity_fns1_elt"/> </define> <define name="identity_fns1_elt" combine="choice"> <element name="m:ident"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="inverse_fns1_elt"/> </define> <define name="inverse_fns1_elt" combine="choice"> <element name="m:inverse"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="left_compose_fns1_elt"/> </define> <define name="left_compose_fns1_elt" combine="choice"> <element name="m:compose"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="compose_fns1_elt"/> </define> <define name="compose_fns1_elt" combine="choice"> <element name="m:compose"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="lambda_fns1_elt"/> </define> <define name="lambda_fns1_elt" combine="choice"> <element name="m:lambda"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="lambda_fns1_elt" combine="choice"> <element name="m:lambda"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <zeroOrMore> <ref name="bvar"/> </zeroOrMore> <optional> <ref name="qualifier"/> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="container" combine="choice"> <ref name="lambda_fns1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="condition_fns1_elt"/> </define> <define name="condition_fns1_elt" combine="choice"> <element name="m:lambda"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="condition_fns1_elt" combine="choice"> <element name="m:lambda"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <zeroOrMore> <ref name="bvar"/> </zeroOrMore> <optional> <ref name="qualifier"/> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="container" combine="choice"> <ref name="condition_fns1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="factorof_integer1_elt"/> </define> <define name="factorof_integer1_elt" combine="choice"> <element name="m:factorof"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="factorial_integer1_elt"/> </define> <define name="factorial_integer1_elt" combine="choice"> <element name="m:factorial"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="quotient_integer1_elt"/> </define> <define name="quotient_integer1_elt" combine="choice"> <element name="m:quotient"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="remainder_integer1_elt"/> </define> <define name="remainder_integer1_elt" combine="choice"> <element name="m:rem"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="interval_interval1_elt"/> </define> <define name="interval_interval1_elt" combine="choice"> <element name="m:interval"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>closed</value> <value>open</value> <value>open-closed</value> <value>closed-open</value> <value>integer</value> </choice> </attribute> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="interval_interval1_elt" combine="choice"> <element name="m:interval"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>closed</value> <value>open</value> <value>open-closed</value> <value>closed-open</value> <value>integer</value> </choice> </attribute> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> <zeroOrMore> <ref name="bvar"/> </zeroOrMore> <optional> <ref name="qualifier"/> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="container" combine="choice"> <ref name="interval_interval1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="interval_oo_interval1_elt"/> </define> <define name="interval_oo_interval1_elt" combine="choice"> <element name="m:interval"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <attribute name="closure"> <value>open</value> </attribute> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="opel.application" combine="choice"> <ref name="interval_cc_interval1_elt"/> </define> <define name="interval_cc_interval1_elt" combine="choice"> <element name="m:interval"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <attribute name="closure"> <value>closed</value> </attribute> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="opel.application" combine="choice"> <ref name="interval_oc_interval1_elt"/> </define> <define name="interval_oc_interval1_elt" combine="choice"> <element name="m:interval"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <attribute name="closure"> <value>open-closed</value> </attribute> <ref name="ContExp"/> <ref name="ContExp"/> </element> </define> <define name="opel.application" combine="choice"> <ref name="interval_co_interval1_elt"/> </define> <define name="interval_co_interval1_elt" combine="choice"> <element name="m:interval"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <attribute name="closure"> <value>closed-open</value> </attribute> <ref name="ContExp"/> <ref name="ContExp"/> </element> </define> <define name="opel.application" combine="choice"> <ref name="limit_limit1_elt"/> </define> <define name="limit_limit1_elt" combine="choice"> <element name="m:limit"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="limit_limit1_elt"/> </define> <define name="opel.constant" combine="choice"> <ref name="above_limit1_elt"/> </define> <define name="above_limit1_elt" combine="choice"> <element name="m:above"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.constant" combine="choice"> <ref name="below_limit1_elt"/> </define> <define name="below_limit1_elt" combine="choice"> <element name="m:below"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.constant" combine="choice"> <ref name="null_limit1_elt"/> </define> <define name="null_limit1_elt" combine="choice"> <element name="m:null"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="tendsto_limit1_elt"/> </define> <define name="tendsto_limit1_elt" combine="choice"> <element name="m:tendsto"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>above</value> <value>below</value> <value>two-sided</value> <ref name="MathMLType"/> </choice> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="vectorproduct_linalg1_elt"/> </define> <define name="vectorproduct_linalg1_elt" combine="choice"> <element name="m:vectorproduct"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="scalarproduct_linalg1_elt"/> </define> <define name="scalarproduct_linalg1_elt" combine="choice"> <element name="m:scalarproduct"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="scalarproduct_linalg1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="outerproduct_linalg1_elt"/> </define> <define name="outerproduct_linalg1_elt" combine="choice"> <element name="m:outerproduct"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="outerproduct_linalg1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="transpose_linalg1_elt"/> </define> <define name="transpose_linalg1_elt" combine="choice"> <element name="m:transpose"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="determinant_linalg1_elt"/> </define> <define name="determinant_linalg1_elt" combine="choice"> <element name="m:determinant"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="vector_selector_linalg1_elt"/> </define> <define name="vector_selector_linalg1_elt" combine="choice"> <element name="m:selector"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="vector_linalg2_elt"/> </define> <define name="vector_linalg2_elt" combine="choice"> <element name="m:vector"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>row</value> <ref name="MathMLType"/> </choice> </attribute> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="vector_linalg2_elt" combine="choice"> <element name="m:vector"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>row</value> <ref name="MathMLType"/> </choice> </attribute> </optional> <zeroOrMore> <ref name="bvar"/> </zeroOrMore> <optional> <ref name="qualifier"/> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="container" combine="choice"> <ref name="vector_linalg2_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="matrixrow_linalg2_elt"/> </define> <define name="matrixrow_linalg2_elt" combine="choice"> <element name="m:matrixrow"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="matrixrow_linalg2_elt" combine="choice"> <element name="m:matrixrow"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <zeroOrMore> <ref name="bvar"/> </zeroOrMore> <optional> <ref name="qualifier"/> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="container" combine="choice"> <ref name="matrixrow_linalg2_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="matrix_linalg2_elt"/> </define> <define name="matrix_linalg2_elt" combine="choice"> <element name="m:matrix"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>real</value> <value>complex</value> <value>integer</value> <value>symbolic</value> <ref name="MathMLType"/> </choice> </attribute> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="matrix_linalg2_elt" combine="choice"> <element name="m:matrix"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>real</value> <value>complex</value> <value>integer</value> <value>symbolic</value> <ref name="MathMLType"/> </choice> </attribute> </optional> <zeroOrMore> <ref name="bvar"/> </zeroOrMore> <optional> <ref name="qualifier"/> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="container" combine="choice"> <ref name="matrix_linalg2_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="vector_linalg3_elt"/> </define> <define name="vector_linalg3_elt" combine="choice"> <element name="m:vector"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>column</value> <ref name="MathMLType"/> </choice> </attribute> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="vector_linalg3_elt" combine="choice"> <element name="m:vector"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>column</value> <ref name="MathMLType"/> </choice> </attribute> </optional> <zeroOrMore> <ref name="bvar"/> </zeroOrMore> <optional> <ref name="qualifier"/> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="container" combine="choice"> <ref name="vector_linalg3_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="matrixcolumn_linalg3_elt"/> </define> <define name="matrixcolumn_linalg3_elt" combine="choice"> <element name="m:matrixcolumn"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="matrix_linalg3_elt"/> </define> <define name="matrix_linalg3_elt" combine="choice"> <element name="m:matrix"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="vector_linalg6_elt"/> </define> <define name="vector_linalg6_elt" combine="choice"> <element name="m:vector"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>row</value> <ref name="MathMLType"/> </choice> </attribute> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="vector_linalg6_elt" combine="choice"> <element name="m:vector"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>row</value> <ref name="MathMLType"/> </choice> </attribute> </optional> <zeroOrMore> <ref name="bvar"/> </zeroOrMore> <optional> <ref name="qualifier"/> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="container" combine="choice"> <ref name="vector_linalg6_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="matrix_linalg6_elt"/> </define> <define name="matrix_linalg6_elt" combine="choice"> <element name="m:matrix"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>real</value> <value>complex</value> <value>integer</value> <value>symbolic</value> <ref name="MathMLType"/> </choice> </attribute> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="matrix_linalg6_elt" combine="choice"> <element name="m:matrix"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>real</value> <value>complex</value> <value>integer</value> <value>symbolic</value> <ref name="MathMLType"/> </choice> </attribute> </optional> <zeroOrMore> <ref name="bvar"/> </zeroOrMore> <optional> <ref name="qualifier"/> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="container" combine="choice"> <ref name="matrix_linalg6_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="list_list1_elt"/> </define> <define name="list_list1_elt" combine="choice"> <element name="m:list"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="order"> <choice> <value>lexicographic</value> <value>numeric</value> </choice> </attribute> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="list_list1_elt" combine="choice"> <element name="m:list"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="order"> <choice> <value>lexicographic</value> <value>numeric</value> </choice> </attribute> </optional> <zeroOrMore> <ref name="bvar"/> </zeroOrMore> <optional> <ref name="qualifier"/> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="container" combine="choice"> <ref name="list_list1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="list_selector_list2_elt"/> </define> <define name="list_selector_list2_elt" combine="choice"> <element name="m:selector"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="equivalent_logic1_elt"/> </define> <define name="equivalent_logic1_elt" combine="choice"> <element name="m:equivalent"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="equivalent_logic1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="not_logic1_elt"/> </define> <define name="not_logic1_elt" combine="choice"> <element name="m:not"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="and_logic1_elt"/> </define> <define name="and_logic1_elt" combine="choice"> <element name="m:and"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="and_logic1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="xor_logic1_elt"/> </define> <define name="xor_logic1_elt" combine="choice"> <element name="m:xor"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="xor_logic1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="or_logic1_elt"/> </define> <define name="or_logic1_elt" combine="choice"> <element name="m:or"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="or_logic1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="implies_logic1_elt"/> </define> <define name="implies_logic1_elt" combine="choice"> <element name="m:implies"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.constant" combine="choice"> <ref name="true_logic1_elt"/> </define> <define name="true_logic1_elt" combine="choice"> <element name="m:true"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.constant" combine="choice"> <ref name="false_logic1_elt"/> </define> <define name="false_logic1_elt" combine="choice"> <element name="m:false"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.semantic-attribution" combine="choice"> <ref name="type_mathmltypes_elt"/> </define> <define name="type_mathmltypes_elt" combine="choice"> <element name="m:type"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="min_minmax1_elt"/> </define> <define name="min_minmax1_elt" combine="choice"> <element name="m:min"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="min_minmax1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="max_minmax1_elt"/> </define> <define name="max_minmax1_elt" combine="choice"> <element name="m:max"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="max_minmax1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="cartesian_product_multiset1_elt"/> </define> <define name="cartesian_product_multiset1_elt" combine="choice"> <element name="m:cartesianproduct"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <attribute name="type"> <value>multiset</value> </attribute> </element> </define> <define name="opel.binder" combine="choice"> <ref name="cartesian_product_multiset1_elt"/> </define> <define name="opel.constant" combine="choice"> <ref name="emptyset_multiset1_elt"/> </define> <define name="emptyset_multiset1_elt" combine="choice"> <element name="m:emptyset"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <attribute name="type"> <value>multiset</value> </attribute> </element> </define> <define name="opel.application" combine="choice"> <ref name="map_multiset1_elt"/> </define> <define name="map_multiset1_elt" combine="choice"> <element name="m:map"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <attribute name="type"> <value>multiset</value> </attribute> </element> </define> <define name="opel.application" combine="choice"> <ref name="size_multiset1_elt"/> </define> <define name="size_multiset1_elt" combine="choice"> <element name="m:card"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <attribute name="type"> <value>multiset</value> </attribute> </element> </define> <define name="opel.application" combine="choice"> <ref name="suchthat_multiset1_elt"/> </define> <define name="suchthat_multiset1_elt" combine="choice"> <element name="m:suchthat"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <attribute name="type"> <value>multiset</value> </attribute> </element> </define> <define name="opel.application" combine="choice"> <ref name="multiset_multiset1_elt"/> </define> <define name="multiset_multiset1_elt" combine="choice"> <element name="m:multiset"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <attribute name="type"> <value>multiset</value> </attribute> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="multiset_multiset1_elt" combine="choice"> <element name="m:multiset"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <attribute name="type"> <value>multiset</value> </attribute> <zeroOrMore> <ref name="bvar"/> </zeroOrMore> <optional> <ref name="qualifier"/> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="container" combine="choice"> <ref name="multiset_multiset1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="intersect_multiset1_elt"/> </define> <define name="intersect_multiset1_elt" combine="choice"> <element name="m:intersect"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <attribute name="type"> <value>multiset</value> </attribute> </element> </define> <define name="opel.binder" combine="choice"> <ref name="intersect_multiset1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="union_multiset1_elt"/> </define> <define name="union_multiset1_elt" combine="choice"> <element name="m:union"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <attribute name="type"> <value>multiset</value> </attribute> </element> </define> <define name="opel.binder" combine="choice"> <ref name="union_multiset1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="setdiff_multiset1_elt"/> </define> <define name="setdiff_multiset1_elt" combine="choice"> <element name="m:setdiff"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <attribute name="type"> <value>multiset</value> </attribute> </element> </define> <define name="opel.application" combine="choice"> <ref name="subset_multiset1_elt"/> </define> <define name="subset_multiset1_elt" combine="choice"> <element name="m:subset"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <attribute name="type"> <value>multiset</value> </attribute> </element> </define> <define name="opel.binder" combine="choice"> <ref name="subset_multiset1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="in_multiset1_elt"/> </define> <define name="in_multiset1_elt" combine="choice"> <element name="m:in"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <attribute name="type"> <value>multiset</value> </attribute> </element> </define> <define name="opel.application" combine="choice"> <ref name="notin_multiset1_elt"/> </define> <define name="notin_multiset1_elt" combine="choice"> <element name="m:notin"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <attribute name="type"> <value>multiset</value> </attribute> </element> </define> <define name="opel.application" combine="choice"> <ref name="prsubset_multiset1_elt"/> </define> <define name="prsubset_multiset1_elt" combine="choice"> <element name="m:prsubset"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <attribute name="type"> <value>multiset</value> </attribute> </element> </define> <define name="opel.binder" combine="choice"> <ref name="prsubset_multiset1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="notsubset_multiset1_elt"/> </define> <define name="notsubset_multiset1_elt" combine="choice"> <element name="m:notsubset"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <attribute name="type"> <value>multiset</value> </attribute> </element> </define> <define name="opel.application" combine="choice"> <ref name="notprsubset_multiset1_elt"/> </define> <define name="notprsubset_multiset1_elt" combine="choice"> <element name="m:notprsubset"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <attribute name="type"> <value>multiset</value> </attribute> </element> </define> <define name="opel.application" combine="choice"> <ref name="rational_nums1_elt"/> </define> <define name="rational_nums1_elt" combine="choice"> <element name="m:rational"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.constant" combine="choice"> <ref name="infinity_nums1_elt"/> </define> <define name="infinity_nums1_elt" combine="choice"> <element name="m:infinity"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.constant" combine="choice"> <ref name="e_nums1_elt"/> </define> <define name="e_nums1_elt" combine="choice"> <element name="m:exponentiale"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.constant" combine="choice"> <ref name="i_nums1_elt"/> </define> <define name="i_nums1_elt" combine="choice"> <element name="m:imaginaryi"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.constant" combine="choice"> <ref name="pi_nums1_elt"/> </define> <define name="pi_nums1_elt" combine="choice"> <element name="m:pi"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.constant" combine="choice"> <ref name="gamma_nums1_elt"/> </define> <define name="gamma_nums1_elt" combine="choice"> <element name="m:eulergamma"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.constant" combine="choice"> <ref name="NaN_nums1_elt"/> </define> <define name="NaN_nums1_elt" combine="choice"> <element name="m:notanumber"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.constant" combine="choice"> <ref name="omtype_omtypes_elt"/> </define> <define name="omtype_omtypes_elt" combine="choice"> <element name="m:omtype"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.constant" combine="choice"> <ref name="integer_omtypes_elt"/> </define> <define name="integer_omtypes_elt" combine="choice"> <element name="m:integer"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.constant" combine="choice"> <ref name="float_omtypes_elt"/> </define> <define name="float_omtypes_elt" combine="choice"> <element name="m:float"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.constant" combine="choice"> <ref name="string_omtypes_elt"/> </define> <define name="string_omtypes_elt" combine="choice"> <element name="m:string"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.constant" combine="choice"> <ref name="bytearray_omtypes_elt"/> </define> <define name="bytearray_omtypes_elt" combine="choice"> <element name="m:bytearray"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="piecewise_piece1_elt"/> </define> <define name="piecewise_piece1_elt" combine="choice"> <element name="m:piecewise"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="piecewise_piece1_elt" combine="choice"> <element name="m:piecewise"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <zeroOrMore> <ref name="bvar"/> </zeroOrMore> <optional> <ref name="qualifier"/> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="container" combine="choice"> <ref name="piecewise_piece1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="piece_piece1_elt"/> </define> <define name="piece_piece1_elt" combine="choice"> <element name="m:piece"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="piece_piece1_elt" combine="choice"> <element name="m:piece"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <zeroOrMore> <ref name="bvar"/> </zeroOrMore> <optional> <ref name="qualifier"/> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="container" combine="choice"> <ref name="piece_piece1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="otherwise_piece1_elt"/> </define> <define name="otherwise_piece1_elt" combine="choice"> <element name="m:otherwise"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="otherwise_piece1_elt" combine="choice"> <element name="m:otherwise"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <zeroOrMore> <ref name="bvar"/> </zeroOrMore> <optional> <ref name="qualifier"/> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="container" combine="choice"> <ref name="otherwise_piece1_elt"/> </define> <define name="opel.binder" combine="choice"> <ref name="forall_quant1_elt"/> </define> <define name="forall_quant1_elt" combine="choice"> <element name="m:forall"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="exists_quant1_elt"/> </define> <define name="exists_quant1_elt" combine="choice"> <element name="m:exists"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="eq_relation1_elt"/> </define> <define name="eq_relation1_elt" combine="choice"> <element name="m:eq"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="eq_relation1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="lt_relation1_elt"/> </define> <define name="lt_relation1_elt" combine="choice"> <element name="m:lt"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="lt_relation1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="gt_relation1_elt"/> </define> <define name="gt_relation1_elt" combine="choice"> <element name="m:gt"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="gt_relation1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="neq_relation1_elt"/> </define> <define name="neq_relation1_elt" combine="choice"> <element name="m:neq"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="leq_relation1_elt"/> </define> <define name="leq_relation1_elt" combine="choice"> <element name="m:leq"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="leq_relation1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="geq_relation1_elt"/> </define> <define name="geq_relation1_elt" combine="choice"> <element name="m:geq"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="geq_relation1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="approx_relation1_elt"/> </define> <define name="approx_relation1_elt" combine="choice"> <element name="m:approx"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="approx_relation1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="ceiling_rounding1_elt"/> </define> <define name="ceiling_rounding1_elt" combine="choice"> <element name="m:ceiling"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="floor_rounding1_elt"/> </define> <define name="floor_rounding1_elt" combine="choice"> <element name="m:floor"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <ref name="MathMLType"/> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="trunc_rounding1_elt"/> </define> <define name="trunc_rounding1_elt" combine="choice"> <element name="m:trunc"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="round_rounding1_elt"/> </define> <define name="round_rounding1_elt" combine="choice"> <element name="m:round"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="mean_s_data1_elt"/> </define> <define name="mean_s_data1_elt" combine="choice"> <element name="m:mean"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="sdev_s_data1_elt"/> </define> <define name="sdev_s_data1_elt" combine="choice"> <element name="m:sdev"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="variance_s_data1_elt"/> </define> <define name="variance_s_data1_elt" combine="choice"> <element name="m:variance"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="mode_s_data1_elt"/> </define> <define name="mode_s_data1_elt" combine="choice"> <element name="m:mode"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="median_s_data1_elt"/> </define> <define name="median_s_data1_elt" combine="choice"> <element name="m:median"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="moment_s_data1_elt"/> </define> <define name="moment_s_data1_elt" combine="choice"> <element name="m:moment"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="mean_s_dist1_elt"/> </define> <define name="mean_s_dist1_elt" combine="choice"> <element name="m:mean"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="sdev_s_dist1_elt"/> </define> <define name="sdev_s_dist1_elt" combine="choice"> <element name="m:sdev"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="variance_s_dist1_elt"/> </define> <define name="variance_s_dist1_elt" combine="choice"> <element name="m:variance"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="moment_s_dist1_elt"/> </define> <define name="moment_s_dist1_elt" combine="choice"> <element name="m:moment"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="cartesian_product_set1_elt"/> </define> <define name="cartesian_product_set1_elt" combine="choice"> <element name="m:cartesianproduct"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>normal</value> <value>multiset</value> </choice> </attribute> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="cartesian_product_set1_elt"/> </define> <define name="opel.constant" combine="choice"> <ref name="emptyset_set1_elt"/> </define> <define name="emptyset_set1_elt" combine="choice"> <element name="m:emptyset"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>normal</value> <value>multiset</value> </choice> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="map_set1_elt"/> </define> <define name="map_set1_elt" combine="choice"> <element name="m:map"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>normal</value> <value>multiset</value> </choice> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="size_set1_elt"/> </define> <define name="size_set1_elt" combine="choice"> <element name="m:card"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>normal</value> <value>multiset</value> </choice> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="suchthat_set1_elt"/> </define> <define name="suchthat_set1_elt" combine="choice"> <element name="m:suchthat"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>normal</value> <value>multiset</value> </choice> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="set_set1_elt"/> </define> <define name="set_set1_elt" combine="choice"> <element name="m:set"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>normal</value> <value>multiset</value> </choice> </attribute> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="set_set1_elt" combine="choice"> <element name="m:set"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>normal</value> <value>multiset</value> </choice> </attribute> </optional> <zeroOrMore> <ref name="bvar"/> </zeroOrMore> <optional> <ref name="qualifier"/> </optional> <zeroOrMore> <ref name="ContExp"/> </zeroOrMore> </element> </define> <define name="container" combine="choice"> <ref name="set_set1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="intersect_set1_elt"/> </define> <define name="intersect_set1_elt" combine="choice"> <element name="m:intersect"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>normal</value> <value>multiset</value> </choice> </attribute> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="intersect_set1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="union_set1_elt"/> </define> <define name="union_set1_elt" combine="choice"> <element name="m:union"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>normal</value> <value>multiset</value> </choice> </attribute> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="union_set1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="setdiff_set1_elt"/> </define> <define name="setdiff_set1_elt" combine="choice"> <element name="m:setdiff"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>normal</value> <value>multiset</value> </choice> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="subset_set1_elt"/> </define> <define name="subset_set1_elt" combine="choice"> <element name="m:subset"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>normal</value> <value>multiset</value> </choice> </attribute> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="subset_set1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="in_set1_elt"/> </define> <define name="in_set1_elt" combine="choice"> <element name="m:in"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>normal</value> <value>multiset</value> </choice> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="notin_set1_elt"/> </define> <define name="notin_set1_elt" combine="choice"> <element name="m:notin"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>normal</value> <value>multiset</value> </choice> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="prsubset_set1_elt"/> </define> <define name="prsubset_set1_elt" combine="choice"> <element name="m:prsubset"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>normal</value> <value>multiset</value> </choice> </attribute> </optional> </element> </define> <define name="opel.binder" combine="choice"> <ref name="prsubset_set1_elt"/> </define> <define name="opel.application" combine="choice"> <ref name="notsubset_set1_elt"/> </define> <define name="notsubset_set1_elt" combine="choice"> <element name="m:notsubset"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>normal</value> <value>multiset</value> </choice> </attribute> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="notprsubset_set1_elt"/> </define> <define name="notprsubset_set1_elt" combine="choice"> <element name="m:notprsubset"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> <optional> <attribute name="type"> <choice> <value>normal</value> <value>multiset</value> </choice> </attribute> </optional> </element> </define> <define name="opel.constant" combine="choice"> <ref name="P_setname1_elt"/> </define> <define name="P_setname1_elt" combine="choice"> <element name="m:primes"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.constant" combine="choice"> <ref name="N_setname1_elt"/> </define> <define name="N_setname1_elt" combine="choice"> <element name="m:naturalnumbers"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.constant" combine="choice"> <ref name="Z_setname1_elt"/> </define> <define name="Z_setname1_elt" combine="choice"> <element name="m:integers"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.constant" combine="choice"> <ref name="rationials_setname1_elt"/> </define> <define name="rationials_setname1_elt" combine="choice"> <element name="m:rationals"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.constant" combine="choice"> <ref name="R_setname1_elt"/> </define> <define name="R_setname1_elt" combine="choice"> <element name="m:reals"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.constant" combine="choice"> <ref name="complexes_setname1_elt"/> </define> <define name="complexes_setname1_elt" combine="choice"> <element name="m:complexes"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="log_transc1_elt"/> </define> <define name="log_transc1_elt" combine="choice"> <element name="m:log"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="ln_transc1_elt"/> </define> <define name="ln_transc1_elt" combine="choice"> <element name="m:ln"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="exp_transc1_elt"/> </define> <define name="exp_transc1_elt" combine="choice"> <element name="m:exp"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="sin_transc1_elt"/> </define> <define name="sin_transc1_elt" combine="choice"> <element name="m:sin"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="cos_transc1_elt"/> </define> <define name="cos_transc1_elt" combine="choice"> <element name="m:cos"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="tan_transc1_elt"/> </define> <define name="tan_transc1_elt" combine="choice"> <element name="m:tan"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="sec_transc1_elt"/> </define> <define name="sec_transc1_elt" combine="choice"> <element name="m:sec"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="csc_transc1_elt"/> </define> <define name="csc_transc1_elt" combine="choice"> <element name="m:csc"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="cot_transc1_elt"/> </define> <define name="cot_transc1_elt" combine="choice"> <element name="m:cot"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="sinh_transc1_elt"/> </define> <define name="sinh_transc1_elt" combine="choice"> <element name="m:sinh"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="cosh_transc1_elt"/> </define> <define name="cosh_transc1_elt" combine="choice"> <element name="m:cosh"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="tanh_transc1_elt"/> </define> <define name="tanh_transc1_elt" combine="choice"> <element name="m:tanh"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="sech_transc1_elt"/> </define> <define name="sech_transc1_elt" combine="choice"> <element name="m:sech"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="csch_transc1_elt"/> </define> <define name="csch_transc1_elt" combine="choice"> <element name="m:csch"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="coth_transc1_elt"/> </define> <define name="coth_transc1_elt" combine="choice"> <element name="m:coth"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="arcsin_transc1_elt"/> </define> <define name="arcsin_transc1_elt" combine="choice"> <element name="m:arcsin"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="arccos_transc1_elt"/> </define> <define name="arccos_transc1_elt" combine="choice"> <element name="m:arccos"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="arctan_transc1_elt"/> </define> <define name="arctan_transc1_elt" combine="choice"> <element name="m:arctan"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="arcsec_transc1_elt"/> </define> <define name="arcsec_transc1_elt" combine="choice"> <element name="m:arcsec"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="arccsc_transc1_elt"/> </define> <define name="arccsc_transc1_elt" combine="choice"> <element name="m:arccsc"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="arccot_transc1_elt"/> </define> <define name="arccot_transc1_elt" combine="choice"> <element name="m:arccot"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="arcsinh_transc1_elt"/> </define> <define name="arcsinh_transc1_elt" combine="choice"> <element name="m:arcsinh"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="arccosh_transc1_elt"/> </define> <define name="arccosh_transc1_elt" combine="choice"> <element name="m:arccosh"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="arctanh_transc1_elt"/> </define> <define name="arctanh_transc1_elt" combine="choice"> <element name="m:arctanh"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="arcsech_transc1_elt"/> </define> <define name="arcsech_transc1_elt" combine="choice"> <element name="m:arcsech"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="arccsch_transc1_elt"/> </define> <define name="arccsch_transc1_elt" combine="choice"> <element name="m:arccsch"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="arccoth_transc1_elt"/> </define> <define name="arccoth_transc1_elt" combine="choice"> <element name="m:arccoth"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="divergence_veccalc1_elt"/> </define> <define name="divergence_veccalc1_elt" combine="choice"> <element name="m:divergence"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="grad_veccalc1_elt"/> </define> <define name="grad_veccalc1_elt" combine="choice"> <element name="m:grad"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="curl_veccalc1_elt"/> </define> <define name="curl_veccalc1_elt" combine="choice"> <element name="m:curl"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> <define name="opel.application" combine="choice"> <ref name="Laplacian_veccalc1_elt"/> </define> <define name="Laplacian_veccalc1_elt" combine="choice"> <element name="m:laplacian"> <ref name="MathML.Common.attrib"/> <optional> <ref name="Definition.attrib"/> </optional> </element> </define> </grammar>