A. Function and Variable Index: D -- E

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	Index Entry	Section

D
	`dblint`	20.2 Definitions for Integration
	`deactivate`	11.1 Definitions for Contexts
	debugmode	4.2 Definitions for Command Line
	`declare`	6.8 Definitions for Expressions
	`declare_translated`	40.4 Definitions for Function Definition
	`declare_weight`	27.1 Definitions for Affine
	`decsym`	28.2.2 Tensor symmetries
	default_let_rule_package	37.2 Definitions for Rules and Patterns
	`defcon`	28.2.1 Managing indexed objects
	`defcon`	28.2.1 Managing indexed objects
	`define`	40.4 Definitions for Function Definition
	`define_variable`	40.4 Definitions for Function Definition
	`defint`	20.2 Definitions for Integration
	`defmatch`	37.2 Definitions for Rules and Patterns
	`defrule`	37.2 Definitions for Rules and Patterns
	`deftaylor`	31.2 Definitions for Series
	`del`	19.1 Definitions for Differentiation
	`delete`	38.2 Definitions for Lists
	`delete`	38.2 Definitions for Lists
	`deleten`	29.2.8 Utility functions
	`delta`	19.1 Definitions for Differentiation
	`demo`	3.5 Definitions for Help
	`demoivre`	7.1 Definitions for Simplification
	`demoivre`	7.1 Definitions for Simplification
	`denom`	12.2 Definitions for Polynomials
	dependencies	19.1 Definitions for Differentiation
	`depends`	19.1 Definitions for Differentiation
	derivabbrev	19.1 Definitions for Differentiation
	`derivdegree`	19.1 Definitions for Differentiation
	`derivlist`	19.1 Definitions for Differentiation
	derivsubst	19.1 Definitions for Differentiation
	`describe`	3.5 Definitions for Help
	`desolve`	22.1 Definitions for Differential Equations
	`desolve`	22.1 Definitions for Differential Equations
	`determinant`	26.2 Definitions for Matrices and Linear Algebra
	detout	26.2 Definitions for Matrices and Linear Algebra
	`diagmatrix`	26.2 Definitions for Matrices and Linear Algebra
	`diagmatrixp`	29.2.8 Utility functions
	diagmetric	29.2.9 Variables used by `ctensor`
	`diff`	19.1 Definitions for Differentiation
	`diff`	19.1 Definitions for Differentiation
	`diff`	19.1 Definitions for Differentiation
	`diff`	19.1 Definitions for Differentiation
	`diff`	28.2.3 Indicial tensor calculus
	dim	29.2.9 Variables used by `ctensor`
	`dimension`	21.1 Definitions for Equations
	`dimension`	21.1 Definitions for Equations
	`direct`	33.1 Definitions for Symmetries
	`disjoin`	39.2 Definitions for Sets
	`disjointp`	39.2 Definitions for Sets
	`disolate`	6.8 Definitions for Expressions
	`disp`	9.3 Definitions for Input and Output
	`dispcon`	9.3 Definitions for Input and Output
	`dispcon`	9.3 Definitions for Input and Output
	dispflag	21.1 Definitions for Equations
	`dispform`	6.8 Definitions for Expressions
	`dispfun`	40.4 Definitions for Function Definition
	`dispfun`	40.4 Definitions for Function Definition
	`display`	9.3 Definitions for Input and Output
	display2d	9.3 Definitions for Input and Output
	display_format_internal	9.3 Definitions for Input and Output
	`disprule`	37.2 Definitions for Rules and Patterns
	`disprule`	37.2 Definitions for Rules and Patterns
	`dispterms`	9.3 Definitions for Input and Output
	`distrib`	6.8 Definitions for Expressions
	`divide`	12.2 Definitions for Polynomials
	`divisors`	39.2 Definitions for Sets
	`divsum`	32.1 Definitions for Number Theory
	`divsum`	32.1 Definitions for Number Theory
	`do`	41.2 Definitions for Program Flow
	doallmxops	26.2 Definitions for Matrices and Linear Algebra
	domain	7.1 Definitions for Simplification
	domxexpt	26.2 Definitions for Matrices and Linear Algebra
	domxmxops	26.2 Definitions for Matrices and Linear Algebra
	domxnctimes	26.2 Definitions for Matrices and Linear Algebra
	dontfactor	26.2 Definitions for Matrices and Linear Algebra
	doscmxops	26.2 Definitions for Matrices and Linear Algebra
	doscmxplus	26.2 Definitions for Matrices and Linear Algebra
	dot0nscsimp	26.2 Definitions for Matrices and Linear Algebra
	dot0simp	26.2 Definitions for Matrices and Linear Algebra
	dot1simp	26.2 Definitions for Matrices and Linear Algebra
	dotassoc	26.2 Definitions for Matrices and Linear Algebra
	dotconstrules	26.2 Definitions for Matrices and Linear Algebra
	dotdistrib	26.2 Definitions for Matrices and Linear Algebra
	dotexptsimp	26.2 Definitions for Matrices and Linear Algebra
	dotident	26.2 Definitions for Matrices and Linear Algebra
	dotscrules	26.2 Definitions for Matrices and Linear Algebra
	`dotsimp`	27.1 Definitions for Affine
	`dpart`	6.8 Definitions for Expressions
	`dscalar`	19.1 Definitions for Differentiation
	`dscalar`	29.2.7 Miscellaneous features

E
	`echelon`	26.2 Definitions for Matrices and Linear Algebra
	`eigenvalues`	26.2 Definitions for Matrices and Linear Algebra
	`eigenvectors`	26.2 Definitions for Matrices and Linear Algebra
	`eighth`	38.2 Definitions for Lists
	`einstein`	29.2.2 The tensors of curved space
	`eivals`	26.2 Definitions for Matrices and Linear Algebra
	`eivects`	26.2 Definitions for Matrices and Linear Algebra
	`ele2comp`	33.1 Definitions for Symmetries
	`ele2polynome`	33.1 Definitions for Symmetries
	`ele2pui`	33.1 Definitions for Symmetries
	`elem`	33.1 Definitions for Symmetries
	`elementp`	39.2 Definitions for Sets
	`eliminate`	12.2 Definitions for Polynomials
	`elliptic_e`	17.3 Definitions for Elliptic Integrals
	`elliptic_ec`	17.3 Definitions for Elliptic Integrals
	`elliptic_eu`	17.3 Definitions for Elliptic Integrals
	`elliptic_f`	17.3 Definitions for Elliptic Integrals
	`elliptic_kc`	17.3 Definitions for Elliptic Integrals
	`elliptic_pi`	17.3 Definitions for Elliptic Integrals
	`ematrix`	26.2 Definitions for Matrices and Linear Algebra
	`emptyp`	39.2 Definitions for Sets
	`endcons`	38.2 Definitions for Lists
	`entermatrix`	26.2 Definitions for Matrices and Linear Algebra
	`entertensor`	28.2.1 Managing indexed objects
	`entier`	5.6 Definitions for Operators
	`equal`	5.6 Definitions for Operators
	`equalp`	23.4 Definitions for Fourier Series
	`equiv_classes`	39.2 Definitions for Sets
	`erf`	20.2 Definitions for Integration
	erfflag	20.2 Definitions for Integration
	`errcatch`	41.2 Definitions for Program Flow
	`error`	41.2 Definitions for Program Flow
	`error`	41.2 Definitions for Program Flow
	error_size	9.3 Definitions for Input and Output
	error_syms	9.3 Definitions for Input and Output
	`errormsg`	41.2 Definitions for Program Flow
	`euler`	32.1 Definitions for Number Theory
	`ev`	4.2 Definitions for Command Line
	`eval`	5.6 Definitions for Operators
	`evenp`	5.6 Definitions for Operators
	`every`	39.2 Definitions for Sets
	`every`	39.2 Definitions for Sets
	evflag	4.2 Definitions for Command Line
	evfun	4.2 Definitions for Command Line
	`evundiff`	28.2.3 Indicial tensor calculus
	`example`	3.5 Definitions for Help
	`example`	3.5 Definitions for Help
	`exp`	6.8 Definitions for Expressions
	`expand`	7.1 Definitions for Simplification
	`expand`	7.1 Definitions for Simplification
	`expandwrt`	7.1 Definitions for Simplification
	expandwrt_denom	7.1 Definitions for Simplification
	`expandwrt_factored`	7.1 Definitions for Simplification
	`explose`	33.1 Definitions for Symmetries
	expon	7.1 Definitions for Simplification
	`exponentialize`	7.1 Definitions for Simplification
	`exponentialize`	7.1 Definitions for Simplification
	expop	7.1 Definitions for Simplification
	`express`	19.1 Definitions for Differentiation
	`expt`	9.3 Definitions for Input and Output
	exptdispflag	9.3 Definitions for Input and Output
	exptisolate	6.8 Definitions for Expressions
	exptsubst	6.8 Definitions for Expressions
	`extdiff`	28.2.7 Exterior algebra
	`extract_linear_equations`	27.1 Definitions for Affine
	`extremal_subset`	39.2 Definitions for Sets
	`extremal_subset`	39.2 Definitions for Sets
	`ezgcd`	12.2 Definitions for Polynomials

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