$BatchInput::bitf = "Cannot set `1` to `2`; value must be True or False."
$BoxForms::formset = "Cannot set `1` to `2`; value must be a list which includes TraditionalForm and StandardForm."
$Cache::set = "Cannot set `1` to `2`; value must be True or False."
$CharacterEncoding::charcode = "`1` is not a valid character encoding. A valid encoding can be the name of a encoding file or a list of the form {\"type\", {{n1, \"c1\"}, ...}}."
$CharacterEncoding::charfile = "The file `1` contains an invalid character encoding. A valid encoding is {\"type\", {{n1, \"c1\"}, ...}}."
$ContextPath::cxlist = $Packages::cxlist = "Cannot set `1` to `2`; value must be a list of strings ending in `3`."
$EqualTolerance::tolset = $SameQTolerance::tolset = "Cannot set `1` to `2`; value must be a real number or +/- Infinity."
$HistoryLength::limset = "Cannot set $HistoryLength to `1`; value must be Infinity or a non-negative machine-size integer."
$IterationLimit::itlim = "Iteration limit of `1` exceeded."
$IterationLimit::limset = $RecursionLimit::limset = "Cannot set `1` to `2`; value must be Infinity or an integer at least `3`."
$Language::noset = "The license configuration for the Kernel does not allow $Language to be changed to `1`. All messages will be displayed in English."
$Language::notstr = "`1` is not a string. Only strings can be set as the value of $Language."
$MaxComputationSteps::complim="The number of computation steps has been exceeded `1`."
$MaxExtraPrecision::meprec = "In increasing internal precision while attempting to evaluate `1`, the limit $MaxExtraPrecision = `2` was reached. Increasing the value of $MaxExtraPrecision may help resolve the uncertainty."
$MaxExtraPrecision::meprecset = "Cannot set $MaxExtraPrecision to `1`; value must be a positive number or Infinity."
$MaxPrecision::prec = "In increasing internal precision while attempting to evaluate `1`, the limit $MaxPrecision = `2` was reached. Increasing the value of $MaxPrecision may help resolve the uncertainty."
$MaxPrecision::precset = "Cannot set `1` to `2`; value must be a positive number or Infinity."
$MaxRootDegree::npi = "The new value `1` of $MaxRootDegree is not a positive machine-size integer."
$MinPrecision::preccon = $MaxPrecision::preccon = "Cannot set `1` such that $MaxPrecision < $MinPrecision."
$MinPrecision::preclck = $MaxPrecision::preclck = "`1` is currently under the control of internal routines. You cannot change it at this time."
$MinPrecision::precset = "Cannot set `1` to `2`; value must be a real number or +/- Infinity."
$ModuleNumber::modnc = "Newly created symbol names may conflict with existing ones."
$ModuleNumber::set = "Cannot set `1` to `2`; value must be a positive integer."
$NumberBits::realx = "`1` is not an inexact real number."
$NumberMarks::nmarkset = "Cannot set `1` to `2`; value must be one of True, False, and Automatic."
$ParentLink::lnset = "Cannot set $ParentLink to `1`; value is not a LinkObject."
$ParentLink::notfe = "`1` has refused the responsibility of $ParentLink."
$PreRead::prstr = "$PreRead[\"`1`\"] results in `2`, which is not a string."
$RandomState::rndst = "`1` is not a valid random state."
$RecursionLimit::reclim = "Recursion depth of `1` exceeded."
$SyntaxHandler::sntxh = "$SyntaxHandler returned `1`, which is not a string or $Failed."
AccountingForm::expint = EngineeringForm::expint = NumberForm::expint = PaddedForm::expint = ScientificForm::expint = "Result `1` obtained by applying the value of the ExponentFunction option to `2` should be an integer or Null."
AccountingForm::iprf = EngineeringForm::iprf = NumberForm::iprf = PaddedForm::iprf = ScientificForm::iprf = "Formatting specification `1` should be a positive integer or a pair of positive integers."
Accuracy::mnprec = Precision::mnprec = "Value `1` would be inconsistent with $MinPrecision; bounding by $MinPrecision instead."
Accuracy::mxprec = Precision::mxprec = "Value `1` would be inconsistent with $MaxPrecision; bounding by $MaxPrecision instead."
AlgebraicRules::algdat = "`1` is not a valid AlgebraicRules object obtained from AlgebraicRules."
AlgebraicRules::newv = "`1` involves variables not among `2`."
Alias::almark = "Source string `1` contains context mark."
AspectRatio::aspr = "Value of option AspectRatio -> `1` is not a finite positive number or Automatic."
Attributes::attnf = "`1` is not a known attribute."
Attributes::attsl = "`1` is not a symbol, string, or list of symbols and strings."
Attributes::locked = ClearAll::locked = Protect::locked = SetOptions::locked = "Symbol `1` is locked."
Axes::axes = "`1` is not a valid axis specification."
AxesEdge::axedg = "`1` is not a valid axis edge specification."
BaseForm::basf = "Requested base `1` should be between 2 and `2`."
Experimental`BinaryExport::chtype = "First argument `1` is not a valid channel type."
Experimental`BinaryExport::coerce = "Coercing `1` to `2` zero."
Experimental`BinaryExport::format = "`1` is not a recognized BinaryExport format."
Experimental`BinaryExport::ignore = "Ignoring `1` because it does not match the `2` format."
Experimental`BinaryExport::nomatch = "Expression `1` does not match the format `2`."
Experimental`BinaryExportString::format = "`1` is not a recognized BinaryExportString format."
Experimental`BinaryImport::chtype = "First argument `1` is not a valid channel type."
Experimental`BinaryImport::format = "`1` is not a recognized BinaryImport format."
Experimental`BinaryImport::nffil = "File not found during `1`."
Experimental`BinaryImportString::format = "`1` is not a recognized BinaryImportString format."
Block::lockt = Dialog::lockt = "Cannot localize locked symbol `1` in assignment `3` from local variable specification `2`."
Block::lockv = Dialog::lockv = "Cannot localize locked symbol `1` in local variable specification `2`."
Block::lvlist = Dialog::lvlist = Module::lvlist = With::lvlist = "Local variable specification `1` is not a List."
Block::lvset = Dialog::lvset = With::lvset = Module::lvset = "Local variable specification `1` contains `2` which is an assignment to `3`; only assignments to symbols are allowed."
Block::lvsym = Dialog::lvsym = Module::lvsym = "Local variable specification `1` contains `2` which is not a symbol or an assignment to a symbol."
Break::nofunc = "Function `1` not found enclosing `2`."
Break::nofwd = "No enclosing For, While, or Do found for `1`."
CharacterRange::argtype = "Arguments `1` and `2` of `3` are not both strings of length 1."
Experimental`CholeskyDecomposition::herm = "The matrix `1` is not Hermitian or real and symmetric."
Experimental`CholeskyDecomposition::posdef = "The matrix `1` is not sufficiently positive definite to complete the Cholesky decomposition to reasonable accuracy."
Chop::tolnn = Rationalize::tolnn = "Tolerance specification `1` must be a non-negative number."
Circle::angle = "Starting angle is larger than ending angle in angle specification `1`."
Circle::radius = "Radius `1` is not a positive number or a pair of positive numbers."
Clear::spsym = ClearAll::spsym = "Special symbol `1` cannot be cleared."
Clear::ssym = ClearAll::ssym = Information::ssym = "`1` is not a symbol or a string."
ClearAll::clloc = "Cannot clear local variable `1`."
ClebschGordan::phy = "`1` is not physical."
ClebschGordan::tri = "`1` is not triangular."
Close::spfile = "Cannot close special file `1`."
Coefficient::numv = Exponent::numv = "`1` takes exactly one variable."
ColorOutput::colpn = ToColor::colpn = "Result `1` obtained during color conversion by applying function `2` to color `3` contains a non-numerical argument."
ColumnForm::colmh = "Horizontal alignment specification `1` is not Left, Center, or Right."
ColumnForm::colmv = "Vertical alignment specification `1` is not Below, Center, or Above."
Compile::ccon = "Non-numerical object `1` with attribute Constant cannot be compiled."
Compile::cif = "The type of the two results in `1` are incompatible because the rank of each is different. Evaluation will use the uncompiled function."
Compile::cpapot = "Compilation of `1` can only proceed when `2` is Times, Plus or List; evaluation will use the uncompiled function."
Compile::cpbool = "`1` at position `2` of `3` should be of True | False type; evaluation will use the uncompiled function."
Compile::cpdsts = "Compile cannot determine the rank of the result of `1`; evaluation will use the uncompiled function."
Compile::cph = "Expression `1` with head `2` cannot be compiled."
Compile::cpint = "`1` at position `2` of `3` should be a machine-size integer; evaluation will use the uncompiled function."
Compile::cpintlt = "`1` at position `2` of `3` should be either a non-zero integer or a vector of non-zero integers; evaluation will use the uncompiled function."
Compile::cpintlt2 = "`1` at position `2` of `3` should be a non-zero integer, or a vector or matrix of non-zero integers; evaluation will use the uncompiled function."
Compile::cpiter = "Iterator at position `1` of `2` cannot be compiled; evaluation will use the uncompiled function."
Compile::cplist = "`1` should be a tensor of type Integer, Real, or Complex; evaluation will use the uncompiled function."
Compile::cpvmop = "`1` is not a vector or matrix. Compile cannot compile `2` for now; evaluation will use the uncompiled function."
Compile::cpmatop = "`1` is not a matrix. Compile cannot compile `2` for now; evaluation will use the uncompiled function."
Compile::cpout = "Compile cannot work on Outer for tensors of different rank; evaluation will use the uncompiled function."
Compile::cppat = "Compile does not support patterns: `1` cannot be compiled; evaluation will use the uncompiled function."
Compile::cprank = "Compile cannot determine the rank of result tensor. The length of `1` in `2` is unknown at compiling time; evaluation will use the uncompiled function."
Compile::cpts = "The result after evaluating `1` should be a tensor. Non-tensor lists are not supported at present; evaluation will proceed with the uncompiled function."
Compile::cptype = "`2` not supported for type `1`; evaluation will use the uncompiled function."
Compile::cpw = "Cannot compile raw expression `1` of type `2`."
Compile::cret = "The type of return values in `1` are different. Evaluation will use the uncompiled function."
Compile::cset = "Variable `1` of type `2` encountered in assignment of type `3`."
Compile::ctyp1 = "Number `1` in `2` is an invalid compiler variable. A symbol can be used as a valid variable."
Compile::ctyp2 = "Invalid type or rank specification in `1`."
Compile::ctyps = "Invalid subexpression type specification `1`."
Compile::exttensor = "`1` cannot be compiled and will be evaluated externally.  The result is assumed to be a rank `3` tensor of type `2`."
Compile::extscalar = "`1` cannot be compiled and will be evaluated externally.  The result is assumed to be of type `2`."
Compile::maxrank = "Rank specification `1` in `2` exceeds the rank limit (`3`)."
Compile::realcoerce = "Warning, compilation of `1` has coerced an exact number to an approximate real number."
Compile::cxcoerce = "Warning, compilation of `1` has coerced an exact number to an approximate complex number."
Compile::defn = "CompileValue `1` for body `2` is not an expression of length 3 or 4."
Compile::type = "Type specification `1` is not legal. A legal type is of the form {name, typepattern} or {name, typepattern, rank}."
Compile::typeeq = "CompileValues `1` do not match body `2`."
Compile::nosub = "Warning: after a CompileValues argument substitution the argument, `1`, has the same name. This could indicate an unbound argument."
Compile::initvar = "The variable `1` has not been initialized or has been initialized to Null."
Compile::initvar1 = "`1` cannot be compiled and will be evaluated externally.  It is not valid to initialize a variable in a conditional programming structure."
CompiledFunction::cccx = "Expression `1` should be a machine-size complex number."
CompiledFunction::ccf = "Result `1` of external evaluation does not have the correct form."
CompiledFunction::ccint = "Expression `1` should be a machine-size integer."
CompiledFunction::ccr = "Expression `1` should be a machine-size real number."
CompiledFunction::cctf = "Expression `1` should be True or False."
CompiledFunction::ccts = "Expression `1` should be a machine-size tensor with correct rank and type."
CompiledFunction::cfcode = "Invalid opcode `1`; a non-negative integer less than `2` is expected."
CompiledFunction::cfct = "Number of arguments `1` does not match the length `2` of the argument template."
CompiledFunction::cfcx = "Cannot use compiled code; Argument `1` at position `2` should be a machine-size complex number."



CompiledFunction::cfex = "External evaluation error at instruction `1`; proceeding with uncompiled evaluation."
CompiledFunction::cfff = "Fourth argument `1` should be of the form Function[{args}, expr]."
CompiledFunction::cffv = "First operation `1` does not check for correct version number."
CompiledFunction::cfins = "Arguments in instruction number `1` do not have the correct form."
CompiledFunction::cfint = "Cannot use compiled code; Argument `1` at position `2` should be a machine-size integer."
CompiledFunction::cflist = "Non-tensor object generated; proceeding with uncompiled evaluation."
CompiledFunction::cfn = "Numerical error encountered at instruction `1`; proceeding with uncompiled evaluation."
CompiledFunction::cfnlts = "Null tensor with rank > 1 encountered at instruction `1`; proceeding with uncompiled evaluation."
CompiledFunction::cfnv = "CompiledFunction object is invalid and cannot be used."
CompiledFunction::cfr = "Cannot use compiled code; Argument `1` at position `2` should be a machine-size real number."
CompiledFunction::cfrank = "Cannot use compiled code; the rank of argument `1` should be `2`; proceeding with uncompiled evaluation."
CompiledFunction::cftf = "Cannot use compiled code; Argument `1` at position `2` should be True or False."
CompiledFunction::cfts = "Cannot use compiled code; Argument `1` at position `2` should be a tensor of type Integer, Real, or Complex."
CompiledFunction::cfver = "Incorrect version number; CompiledFunction object cannot be used."
CompiledFunction::crcx = "Compiled expression `1` should be a machine-size complex number."
CompiledFunction::crint = "Compiled expression `1` should be a machine-size integer."
CompiledFunction::crr = "Compiled expression `1` should be a machine-size real number."
CompiledFunction::crtf = "Compiled expression `1` should be True or False."
CompiledFunction::mldot = "MathLink compiler cannot interpret Dot, Det, and Inverse operations; proceeding with uncompiled evaluation."
CompiledFunction::cfsa = "Argument `1` at position `2` should be a `3`."
CompiledFunction::cfta = "Argument `1` at position `2` should be a rank `3` tensor of `4`s."
CompiledFunction::cfse = "Compiled expression `1` should be a `2`."
CompiledFunction::cfte = "Compiled expression `1` should be a rank `2` tensor of `3`s."
CompiledFunction::cfsec = "Warning: Compiled expression `1` was coerced to a `2`."
CompiledFunction::cftec = "Warning: Compiled expression `1` was coerced to a rank `2` tensor of `3`s."
ComplexExpand::exf = "Value of option TargetFunctions -> `1` does not contain any of the allowed functions `2`."
Condition::condp = "Pattern `1` appears on the right-hand side of condition `2`."
ConstrainedMax::cmeq = ConstrainedMin::cmeq = "`1` is not a valid equation or inequality."
ConstrainedMax::cmeqx = ConstrainedMin::cmeqx = "`1` does not contain any valid equations or inequalities."
ConstrainedMax::cmfc = ConstrainedMin::cmfc = "Constant term `1` in `2` is not a real number."
ConstrainedMax::cmfr = ConstrainedMin::cmfr = "Coefficient `1` of variable `2` in `3` is not a real number."
ConstrainedMax::cmfun = ConstrainedMin::cmfun = "`1` is not a linear function of `2` with real coefficients."
ConstrainedMax::cmlc = ConstrainedMin::cmlc = "`1` is not a linear constraint in the variables `2`."
ConstrainedMax::cmnc = ConstrainedMin::cmnc = "Non-numerical constraint encountered."
ConstrainedMax::cmtol = ConstrainedMin::cmtol = "Value of option Tolerance -> `1` is not a positive real number or Automatic."
ConstrainedMax::nbdd = ConstrainedMin::nbdd = "Specified domain appears unbounded."
ConstrainedMax::nbddt = ConstrainedMin::nbddt = "Specified domain appears unbounded, with tolerance `1`."
ConstrainedMax::nsat = ConstrainedMin::nsat = "The specified constraints cannot be satisfied."
ConstrainedMax::nsatt = ConstrainedMin::nsatt = "The specified constraints cannot be satisfied with tolerance `1`."
Context::cxdup = "Cannot set `1` to `2`, since a symbol already exists with name `3` and context `4`."
Context::cxname = "`1` is not a parsable context name ending in `2`."
Context::cxset = $Context::cxset = "Cannot set `1` to `2`; value is not a parsable context name ending in `3`."
Context::quote = "Warning, `1` is not a valid context. A valid context uses back quotes instead of forward quotes as in `2`."
Context::quote1 ="Warning, `1` is not a valid context. A valid context uses back quotes instead of forward quotes and ends in a back quote as in `2`."
ContextToFileName::cxfil = "ContextToFileName[`1`] evaluated to `2`; a string is expected; using `3`."
Continue::nofunc = "Function `1` not found enclosing `2`."
Continue::nofwd = "No enclosing For, While, or Do found for `1`."
ContinuedFraction::incomp = "Warning: ContinuedFraction terminated before `` terms."
ContinuedFraction::noterms = "`` does not have a terminating or periodic continued fraction expansion; specify an explicit number of terms to generate."
ContinuedFraction::start = "Warning: ContinuedFraction was unable to obtain at least one term using precision `1`.`2`"
ContinuedFraction::terms = "Warning: ContinuedFraction only obtained `1` of `2` requested terms using precision `3`.`4`"
ContourGraphics::ctpnt = "The contour is attempting to traverse a cell in which some of the points have not evaluated to numbers, and it will be dropped."
ContourGraphics::ctsm = "It is not possible to shade a ContourGraphics object if some of the mesh points do not evaluate to numbers."
ContourGraphics::gmat = DensityGraphics::gmat = SurfaceGraphics::gmat = "`1` is not a rectangular array larger than 2 x 2."
ContourGraphics::meshr = DensityGraphics::meshr = SurfaceGraphics::meshr = "Value of option MeshRange -> `1` is not of the form {{xmin, xmax}, {ymin, ymax}}."
ContourPlot::pllim = DensityPlot::pllim = ParametricPlot::pllim = Plot3D::pllim = Plot::pllim = ParametricPlot3D::pllim = Play::pllim = "Range specification `1` is not of the form {x, xmin, xmax}."
ContourPlot::plnr = DensityPlot::plnr = Plot::plnr = "`1` is not a machine-size real number at `2` = `3`."
ContourPlot::pptt = DensityPlot::pptt = Plot3D::pptt = "Value of option PlotPoints -> `1` is not an integer >= 2 or a list of two such integers."
Contours::ctnl = "Value of option Contours -> `1` is not a positive integer or a list of numbers."
ContourSmoothing::ctnsm = "Value of option ContourSmoothing -> `1` is not True, Automatic, False, or None."
CopyDirectory::dirne = DeleteDirectory::dirne = RenameDirectory::dirne = "Directory `1` not empty."
CopyDirectory::filex = CopyFile::filex = RenameDirectory::filex = RenameFile::filex = "Cannot overwrite existing file `1`."
CopyDirectory::nodir = DeleteDirectory::nodir = RenameDirectory::nodir = "Directory `1` not found."
CopyFile::fdir = DeleteFile::fdir = Get::fdir = RenameFile::fdir = "`1` is a directory; a file is expected."
Cross::nonn1 = "The arguments are expected to be vectors of equal length, and the number of arguments is expected to be 1 less than their length."
D::dvar = "Multiple derivative specifier `1` does not have the form {variable, n} where n is a nonnegative machine integer."
Dashing::dshn = AbsoluteDashing::dshn = "Argument in `1` is not a list of numbers."
Debug::dbug = "To inspect an expression, just evaluate it normally."
DeclarePackage::aldec = "Symbol `1` in `2` has already been declared."
DefaultFont::dfont = "$DefaultFont specification `1` is not of the form {\"name\", size}."
DefaultFont::font = "Value of option DefaultFont -> `1` cannot be used as a font; using global $DefaultFont instead."
DefineExternal::des = "A definition for external function `1` of `2` was not created because of a syntax error. The external function may still be called with ExternalCall[`2`, CallPacket[`1`, {args}]]."
Derivative::novar = "`1` cannot be interpreted. A partial derivative requires a subscript differentiation variable."
DiagonalMatrix::vec = "Input `1` to DiagonalMatrix is not a list of scalars."
Dialog::dpa = "Abort while evaluating DialogProlog `1` caught in dialog."
Dialog::exd = "To exit a dialog, use Return[] or Return[expr]. To exit the entire Mathematica session, type Exit[]."
DigitCount::argx = "DigitCount called with `` arguments; 1 to 3 arguments expected."
DigitCount::base = "Integer greater than 1 expected at position 2 in DigitCount; got ``."
DigitCount::digp = "Positive integer less than the base expected at position 3 in DigitCount; got ``."
DigitCount::unk = "Unknown arguments provided to DigitCount. Expected integer input of the form DigitCount[number, base, digit]."
Directory::dirx = "`1`"
Disk::angle = "Starting angle is larger than ending angle in angle specification `1`."
Disk::radius = "Radius `1` is not a positive number or a pair of positive numbers."
Display::badargs = "`1`"
Display::dispgif = "Too many arguments for GIF conversion."
Display::dopen = "There is an error opening the output file \"`1`\"."
Display::dwrite = "There is an error writing to the output file \"`1`\"."
Display::fname = "Filename `1` is not a string."
Display::gfile = "`1` is not a valid filename."
Display::image = "Value of option `1` -> `2` is not a list of two numbers or Automatic."
Display::noform = "`1` is not a recognized Display format. The available formats include `2`."
Display::nolink = "Link to display device could not be opened."
Display::pserr = "`1`"
Display::type = "`1` is not a graphics, notebook, cell, or box expression."
Dot::dotsh = "Tensors `1` and `2` have incompatible shapes."
Dot::rect = Tr::rect = "Non-rectangular tensor encountered."
DownValues::itloc = UpValues::itloc = OwnValues::itloc = FormatValues::itloc = DefaultValues::itloc = NValues::itloc = Messages::itloc = SubValues::itloc = "`1` currently contains iterator localizations, and cannot be set (to `2`)."
DownValues::vlist = UpValues::vlist = OwnValues::vlist = FormatValues::vlist = DefaultValues::vlist = NValues::vlist = Messages::vlist = SubValues::vlist = "Cannot set `1` to `2`; value must be a list of rules."
DownValues::vrule = UpValues::vrule = OwnValues::vrule = FormatValues::vrule = DefaultValues::vrule = NValues::vrule = Messages::vrule = SubValues::vrule = "Cannot set `1` to `2`; value contains `3`, which is not a rule."
Drop::drop = "Cannot drop positions `1` through `2` in `3`."
DSolve::cond = "Conditioned integral encountered, so some solutions may be not found."
DSolve::csym = "Value of option `1` -> `2` must be a symbol."
DSolve::deql = NDSolve::deql = "`1` is not a valid equation or list of valid equations."
DSolve::deqn = NDSolve::deqn = "Element `1` in the equation list is not an equation."
DSolve::deqx = NDSolve::deqx = "Supplied equations are not differential equations of the given functions."
DSolve::dnim = "Built-in procedures cannot solve this differential equation."
DSolve::dsdeg = "Differential equation of order higher than four encountered. DSolve may not be able to find the solution."
DSolve::dsdet = "The system of differential equations appears to be overdetermined."
DSolve::dsfun = NDSolve::dsfun = "`1` cannot be used as a function."
DSolve::dsing ="Unable to fit initial/boundary conditions `1` ."
DSolve::dsvar = NDSolve::dsvar = "`1` cannot be used as a variable."
DSolve::nvld ="The description of the equations appears to be ambiguous or invalid."
DSolve::pde = "Partial differential equation may not have a general solution. Try loading Calculus`DSolveIntegrals` to find special solutions."
DumpGet::bgbf = "File `1` cannot be loaded, it is corrupted or is written on a different machine."
DumpGet::bgst = "File `1` is not compatible with this version and cannot be loaded."
DumpGet::bgnew = "File `1` has been written by a newer version of DumpSave and cannot be loaded."
DumpGet::bgold = "Warning: file `1` has been written by an older version of DumpSave."
DumpGet::bgchk = "Checksum in binary file `1` does not agree."
DumpGet::bgcor = "Binary file `1` is corrupted."
DumpGet::valwarn = "Symbol `1` already has definition for `2`."
DumpSave::bschk = "Error in writing output file."
DumpSave::bsnosym = "`1` is not defined as a symbol or a context."
DumpSave::bsstm = "DumpSave will not write out stream information `1`."
DumpSave::outref = "Symbol `1` references an external object such as a file which will not be saved in the output."
EditDefinition::edsym = "`1` is not a symbol."
Element::bset = "The second argument `1` of Element should be one of: Primes, Integers, Rationals, Algebraics, Reals, Complexes, or Booleans."
Eliminate::ifun = Reduce::ifun = MainSolve::ifun = AlgebraicRules::ifun = SolveAlways::ifun = Solve::ifun = "Inverse functions are being used by `1`, so some solutions may not be found."
EllipticLog::elld = "The arguments to `1` are inconsistent with the defining equation y^2 == x^3 + a x^2 + b x."
EllipticLog::ellnp = EllipticExp::ellnp = "The argument `1` is not an ordered pair; a list of length 2 is expected."
EllipticReducedHalfPeriods::nind = "Half periods `1` are not independent."
EllipticTheta::etype = EllipticThetaPrime::etype = "The first argument `1` is expected to be 1, 2, 3, or 4."
End::noctx = EndAdd::noctx = EndPackage::noctx = "No previous context defined."
ExitDialog::cant = "No dialog to exit from."
Export::chtype = "First argument `1` is not a valid channel type."
Export::coerce = "Coercing `1` to `2` zero."
Export::dffsr = "Cannot export a sound with multiple sample rates."
Export::fmterr = "Invalid `1` format."
Export::format = "`1` is not a recognized Export format."
Export::guess = "Could not guess format from channel `1`."
Export::ignore = "Ignoring `1` because it does not match the `2` format."
Export::memavail = "Could not allocate memory for export of `1` format."
Export::nofe = "A front end is not available; export of `1` requires a front end."
Export::nomatch = "Expression `1` does not match the format `2`."
Export::type = "`1` cannot be exported to the `2` format."
Export::unsupfmt = Import::unsupfmt = "The `1` format is not currently supported on this platform."
ExportString::format = "`1` is not a recognized ExportString format."
ExtendedGCD::egcd = "Both arguments in `1` should be integers."
ExtendedGCD::egcdz = "ExtendedGCD[0,0] has no unique solution."
Experimental`ExtendedLinearSolve::lsvs = Experimental`LinearSolveFunction::lsvs = Developer`SparseLinearSolve::lsvs = "Argument `1` is neither a non-empty vector of list of same length vectors of machine sized numbers."
FaceGrids::fglst = "Value for option FaceGrids -> `1` is not None, All, or a list with 6 or fewer elements."
FaceGrids::fgstl = "`1` is not a valid grid style specification."
FaceGrids::gface = "`1` is not a valid face specification."
Factor::facim = FactorSquareFree::facim = "Factoring non-integer polynomials with respect to a modulus is not implemented."
Factor::facmm = "Factoring multivariate polynomials with respect to a modulus is not yet implemented; using FactorSquareFree instead."
Factor::priml = "Prime `1` is too large for this implementation."
Factor::ufac = FactorSquareFree::ufac = "Unable to perform the square-free factorization."
FactorInteger::faccp = "Unable to factor `1` completely."
FactorInteger::facn = "Argument `1` in `2` is not an exact number."
FactorInteger::facnf = "Unable to factor `1`."
FileNames::cdir = ParentDirectory::cdir = ResetDirectory::cdir = SetDirectory::cdir = "Cannot set current directory to `1`."
FindMinimum::bdmtd = "Value of option Method -> `1` is not Automatic, Gradient, Newton, QuasiNewton or LevenbergMarquardt."
FindMinimum::fddis = FindRoot::fddis = "Start specification `1` does not contain distinct starting values."
FindMinimum::fdin = FindRoot::fdin = "Form of start specification `1` in `2` is inconsistent with other start specifications."
FindMinimum::fdss = FindRoot::fdss = "Search specification `1` should be a list with 2-4 elements."
FindMinimum::fdvc = FindRoot::fdvc = "Variable number `1` has value `2` which cannot be compared with the bounds `3`."
FindMinimum::fmcv = "Failed to converge to the requested accuracy or precision within `1` iterations."
FindMinimum::fmdig = "`1` working digits is insufficient to achieve the requested accuracy or precision."
FindMinimum::fmgl = "Gradient `1` is not a length `2` list of real numbers at `3` = `4`."
FindMinimum::fmgs = "Could not symbolically find the gradient of `1`. Try using the default method, giving two starting values for each variable."
FindMinimum::fmhs = "Could not symbolically find the Hessian by differentiating the gradient `1`. Try using Method->QuasiNewton instead."
FindMinimum::fmgz = "Encountered a vanishing gradient. The result returned may not be a minimum; it may be a maximum or a saddle point."
FindMinimum::fmlim = "The minimum could not be bracketed in `1` iterations."
FindMinimum::fmmp = "Machine precision is insufficient to achieve the requested accuracy or precision."
FindMinimum::fmns = "Starting value `1` in `2` is not a real number."
FindMinimum::fmnum = "Objective function `1` is not real at `2` = `3`."
FindMinimum::fmreg = "Search region limit `1` in `2` is not a real number."
FindMinimum::fmwar = "When Method -> LevenbergMarquardt, Newton or QuasiNewton only the first starting value in each dimension will be used."
FindMinimum::fqnum = "Objective function or gradient is not real at `1` = `2`."
FindMinimum::notlm = "The objective function for the method LevenbergMarquardt must be in a least-squares form: Sum[w[i] f[i][x]^2,{i,1,n}] or Sum[f[i][x]^2,{i,1,n}]."
FindMinimum::regex = FindRoot::regex = "Reached the point `1` which is outside the region `2`."
FindRoot::cvnwt = "Newton's method failed to converge to the prescribed accuracy after `1` iterations."
FindRoot::fdst = FindMinimum::fdst = "Expression `1` in `2` is not a valid start specification; a number or pair of numbers is expected."
FindRoot::fjnum = "Jacobian `1` is not a `2` by `2` matrix of numbers at `3` = `4`. Try giving two starting values for each variable."
FindRoot::frdig = "`1` working digits is insufficient to achieve the absolute tolerance `2`."
FindRoot::frjc = "Could not symbolically find the Jacobian of `1`. Try giving two starting values for each variable."
FindRoot::frmp = "Machine precision is insufficient to achieve the accuracy `1`."
FindRoot::frns = "Starting value `1` in `2` is not a number."
FindRoot::frnum = "Function `1` is not a length `2` list of numbers at `3` = `4`."
FindRoot::frreg = "Search region limits `1` in `2` are not numbers."
FindRoot::frsec = "Secant method failed to converge to the prescribed accuracy after `1` iterations."
FindRoot::jsing = "Encountered a singular Jacobian at the point `1` = `2`. Try perturbing the initial point(s)."
FindRoot::zdamp = "With a zero value in DampingFactor->`1` there will be no change between iterates."
First::first = "`1` has a length of zero and no first element."
Fit::fitc = "Number of coordinates (`1`) is not equal to the number of variables (`2`)."
Fit::fitd = "First argument `1` in Fit is not a list or a rectangular array."
Fit::fitm = "Unable to solve for the fit coefficients; the design matrix is non-rectangular or could not be inverted."
FlattenAt::flatp = "Expression `3` at position `1` of `2` has no parts and cannot be flattened."
FontForm::ffsp = "`1` is not a valid font specification of the form {\"font\", size}."
Format::forml = ToBoxForm::forml = "Recursion depth limit $RecursionLimit exceeded while formatting output."
Format::fttp = "Format type `1` is not a symbol."
Format::lcont = "Line continuation print object too wide."
Format::toobig = "Expression too big for output."
FormatType::ftype = "Value of option FormatType -> `1` is not valid."
Fourier::fpopt = InverseFourier::fpopt = "The value of the option FourierParameters->`1` should be a length 2 list"
Fourier::fpoptn = InverseFourier::fpoptn = "Both values of the option FourierParameters->`1` need to be numeric."
Fourier::fpopt2 = InverseFourier::fpopt2 = "Warning: the discrete Fourier transform may not be consistent with its inverse unless the second element of the option FourierParameters->`1` is an integer having no factors in common with the length of the input."
Fourier::fftl = InverseFourier::fftl = "Argument `1` is not a non-empty list or tensor of numeric quantities."
FrameLabel::fmlab = "Value of option FrameLabel -> `1` should be None or a label or a list with 2 or 4 labels."
FromContinuedFraction::root = "Unable to determine the appropriate root for the periodic continued fraction."
FromDate::fdls = "`1` is neither a list of 6 machine-size integers nor a list of 5 machine-size integers followed by a real number."
FromDigits::nlst = "The expression `1` is not a list of digits."
FrontEndObject::notavail = "A front end is not available; certain operations require a front end."
Function::attf = "Attributes `1` in `2` cannot be used as function attributes."
Function::fdup = "Duplicate parameter `1` found in `2`."
Function::fdups = "Conflicting parameters `1` and `3` found in `2`."
Function::flpar = "Parameter specification `1` in `2` should be a symbol or a list of symbols."
Function::fpct = "Too many parameters in `1` to be filled from `2`."
Function::slot = "`1` (in `2`) should contain a non-negative integer."
Function::slotn = "Slot number `1` in `2` cannot be filled from `3`."
Function::slotp = "`1` (in `2`) should contain a positive integer."
Function::slots = "SlotSequence[`1`] in `2` cannot be filled from `3`."
FunctionInterpolation::accg = "Value of option AccuracyGoal -> `1` is not Automatic, Infinity, or a machine-size integer."
FunctionInterpolation::argdim = "The dimension of the argument to an InterpolatingFunction function object in the input does not match the dimension of the InterpolatingFunction."
FunctionInterpolation::ncvb = "FunctionInterpolation failed to meet the prescribed accuracy and precision goals after `1` recursive bisections near `2` = `3`. Continuing to refine elsewhere."
FunctionInterpolation::npts = "Value of option InterpolationPoints -> `1` is not a machine-size integer >= 2."
FunctionInterpolation::nreal = "Near `1` = `2`, the function did not evaluate to a real number."
FunctionInterpolation::precg = "Value of option PrecisionGoal -> `1` is not Automatic, Infinity, or a positive machine-size real or integer."
FunctionInterpolation::range = "Argument `1` is not in the form of a range specification, {x, xmin, xmax}."
Gamma::gamc = "Gamma[`1`, `2`] is too ill-conditioned to compute."
GCD::exact = LCM::exact = "Argument `1` at position `2` is not an exact number."
General::zval = "Non-numerical value `1` found at position `2` in first argument."
General::altel = "Use `1` to specify assumptions for multiple variables."
General::altno = "Use multiple sets instead of Alternatives in `1`."
General::aofil = "`1` already open as `2`."
General::argb = "`1` called with `2` arguments; between `3` and `4` arguments are expected."
General::argbu = "`1` called with 1 argument; between `2` and `3` arguments are expected."
General::argct = "`1` called with `2` arguments."
General::argctu = "`1` called with 1 argument."
General::argf = "`1` called with `2` arguments; `3` or fewer arguments are expected."
General::argm = "`1` called with `2` arguments; `3` or more arguments are expected."
General::argmu = "`1` called with 1 argument; `2` or more arguments are expected."
General::argr = "`1` called with 1 argument; `2` arguments are expected."
General::argrx = "`1` called with `2` arguments; `3` arguments are expected."
General::argt = "`1` called with `2` arguments; `3` or `4` arguments are expected."
General::argtu = "`1` called with 1 argument; `2` or `3` arguments are expected."
General::argx = "`1` called with `2` arguments; 1 argument is expected."
General::base = "Requested base `1` in `2` should be between 2 and `3`."
General::bass = "`1` is not a well formed assumption."
General::bebal = "Unterminated uses of BeginPackage or Begin in `1`."
General::bktfn = "\"`1`\" should probably be \"`2`\".`4`"
General::bktmch = "\"`1`\" must be followed by \"`2`\", not \"`3`\".`4`"
General::bktmcp = "Expression \"`1`\" has no closing \"`2`\".`4`"
General::bktmop = "Expression \"`1`\" has no opening \"`2`\".`4`"
General::bktwrn = "\"`1`\" represents multiplication; use \"`2`\" to represent a function.`4`"
General::bktx = "\"`1`\" has extra \"`2`\" after it.`4`"
General::bmod = "Modulus `1` must be an integer or an irreducible univariate polynomial."
General::bool = "True or False expected at position `2` in `1`."
General::cfail = "Algorithm failed to converge."
General::color = "`1` is not a valid color or gray-level specification."
General::continfo = "\!\(`1`f\[DifferentialD]x\) is interpreted as \!\(`2`[f, x]\)."
General::cxls = "Context or non-empty list of contexts expected at position `1` in `2`."
General::cxt = "Context (string ending in `4`) expected at position `3` in `2`."
General::dbyz = "Division by zero."
General::digit = "Digit at position `1` in `2` is too large to be used in base `3`."
General::dirdep = "Cannot get deeper in directory tree: `1`."
General::dstr = "Directory specification `1` is not a string."
General::eival = "Unable to find all roots of the characteristic polynomial."
General::eivec = "Unable to find eigenvector for eigenvalue `1`."
General::eivn = "Incorrect number `1` of eigenvectors for eigenvalue `2` with multiplicity `3`."
General::enable = "`1` is not enabled in your version of Mathematica."
General::estep = "Value of option `1` -> `2` is not a positive integer."
General::existinfo = "\!\(`1`\_x y\) is interpreted as `2`[x, y]."
General::fas = "Warning: self-contradictory assumptions encountered."
General::filro = "Attempt to modify a read-only file during `1`."
General::fmtval = "`1` is not a valid format type."
General::fnsym = "First argument in `1` is not a symbol or a string naming a symbol."
General::fstr = "File specification `1` is not a string of one or more characters."
General::globf = "Cannot open object obtained by expansion of `1`."
General::globm = "Too many matches for `1`: `2`."
General::globn = "No matches for `1`."
General::gprim = "`2` was encountered where a `1` primitive or directive was expected."
General::heads = "Heads `1` and `2` at positions `3` and `4` are expected to be the same."
General::hmdir = "\"~\" should be followed by \"/\": only the current user's home directory is supported."
General::ifexp = "The exponent `1` is not an integer."
General::ifpa = "The precision or accuracy `1` is not representable as a machine number."
General::ilsm = "List of machine-size integers expected at position `2` in `1`."
General::ilsmi = "Single or non-empty list of machine-size integers expected at position `2` in `1`."
General::ilsmn = "Single or non-empty list of non-negative machine-size integers expected at position `2` of `1`."
General::ilsmp = "Single or non-empty list of positive machine-size integers expected at position `2` of `1`."
General::incomma = "`1` is a structural element which is interpreted as an ordinary comma."
General::indet = "Indeterminate expression `1` encountered."
General::inf = "Input matrix contains an infinite entry."
General::initstate = "`1` cannot be used during initialization."
General::innf = "Non-negative integer or Infinity expected at position `2` in `1`."
General::ipnf = "Positive integer or Infinity expected at position `2` in `1`."
General::int = "Integer expected at position `2` in `1`."
General::intinfo = "\!\(\[Integral]f\[DifferentialD]x\) or \!\(\[Integral]f\[CapitalDifferentialD]x\) is interpreted as Integrate[f, x]; \!\(\[Integral]\^b\%a f\[DifferentialD]x\) or \!\(\[Integral]\^b\%a f\[CapitalDifferentialD]x\) is interpreted as Integrate[f, {x,a,b}]."
General::intm = "Machine-size integer expected at position `2` in `1`."
General::intnm = "Non-negative machine-size integer expected at position `2` in `1`."
General::intnz = "Non-zero integer expected at position `2` in `1`."
General::intpm = "Positive machine-size integer expected at position `2` in `1`."
General::ioarg = "Argument in `1` is not valid for I/O operation."
General::ioerr = "I/O error occurred during `1`."
General::iopf = "Value of option `1` -> `2` should be an integer or Infinity."
General::iopnf = "Value of option `1` -> `2` should be a non-negative integer or Infinity."
General::iopnm = "Value of option `1` -> `2` should be a non-negative machine-size integer."
General::ioppf = "Value of option `1` -> `2` should be a positive integer or Infinity."
General::isdir = "Cannot open directory for reading."
General::iterb = "Iterator `1` does not have appropriate bounds."
General::itflrw = "Warning: In evaluating `1` to find the number of iterations to use for `2`, $MaxExtraPrecision = `3` was encountered. An upper estimate will be used for the number of iterations."
General::itform = "Argument `1` at position `2` does not have the correct form for an iterator."
General::itraw = "Raw object `1` cannot be used as an iterator."
General::ittag = "Cannot use `1` as an iterator, since it contains no assignment tag."
General::ivar = "`1` is not a valid variable."
General::lconv = "QR algorithm failed to converge."
General::level = "Level specification `1` is not of the form n, {n}, or {m, n}."
General::list = "List expected at position `2` in `1`."
General::longp = "Pathname in `1` is too long."
General::lowpr = "The precision of coefficients of system `1` was too low to decide whether there are any solutions."
General::lrgexp = "Exponent is out of bounds for function `1`."
General::lspec = "`1` is not a valid color, thickness, or dashing specification."
General::luc = "Result for `1` of badly conditioned matrix `2` may contain significant numerical errors."
General::matrix = "Argument `1` at position `2` is not a rectangular matrix."
General::matsq = "Argument `1` at position `2` is not a square matrix."
General::mbox = "MatchBox cannot occur in transformation rule source."
General::mbrpos = "Position `2` in `1` must be one of `3`."
General::mext = "Conflicting option setting. If Modulus is not 0, then Extension should be None."
General::mindet = "Input matrix contains an indeterminate entry."
General::modgp = "Value of option `1` -> `2` should be a Gaussian prime number."
General::modint = "Modulus `1` must be an integer."
General::modm = "Modulus `1` is too large for this implementation."
General::modn = "Value of option `1` -> `2` should be an integer."
General::modp = "Value of option `1` -> `2` should be a prime number or zero."
General::mult = "Value of option Multiplicity -> `1` is not a positive integer."
General::nalg = "`1` is not an algebraic number."
General::nemet = "Unable to decide the existence of solutions of `1`. Try allowing more methods in SystemOption RealPolynomialDecisionMethods"
General::newl = "The newline character after \"`1`\" is understood as a multiplication operator.`4`"
General::newsym = "Symbol `1` is new."
General::nfdir = "Directory not found during `1`."
General::nffil = "File not found during `1`."
General::nlist3 = "`1` is not a list of three numbers."
General::nmod = "`1` is not valid modulo `2`."
General::nonopt = "Options expected (instead of `1`) beyond position `2` in `3`. An option must be a rule or a list of rules."
General::noopen = "Cannot open `1`."
General::nord = "Invalid comparison with `1` attempted."
General::normal = "Nonatomic expression expected at position `1` in `2`."
General::nosym = "`1` does not contain a symbol to which to attach a rule."
General::notfound = "Symbol `1` not found."
General::notnorm = "Argument `1` must be a nonatomic expression."
General::noval = "Symbol `1` in part assignment does not have an immediate value."
General::npad = "Value for option NumberPadding -> `1` should be a string or a pair of strings."
General::npoly = "`1` is not a polynomial with rational number coefficients."
General::npolys = "`1` is not a list of polynomials with rational number coefficients."
General::npt = "Value for option `1` -> `2` is expected to be a string."
General::nrpi = "`1` is not a logical formula consisting of polynomial equations and inequalities in `2` with real number coefficients."
General::nrtpi = "`1` is not a logical formula consisting of polynomial equations and inequalities in `2` with rational number coefficients."
General::nsgn = "Value for option NumberSigns -> `1` should be a pair of strings or two pairs of strings."
General::nspr = "Value for option NumberSeparator -> `1` should be a string or a pair of strings."
General::openr = "`1` is open for input."
General::openw = "`1` is open for output."
General::openx = "`1` is not open."
General::opset = "Option `1` is not set in `2`."
General::opstl = "Value of option `1` -> `2` should be a string or a list of strings."
General::optb = "Optional object `1` in `2` is not a single blank."
General::optrs = "Option specification `1` in `2` is not a rule for a symbol."
General::opttf = "Value of option `1` -> `2` should be True or False."
General::opttfa = "Value of option `1` -> `2` should be True, False, or Automatic."
General::optx = "Unknown option `1` in `2`."
General::ovfl = "Overflow occurred in computation."
General::par = "Inappropriate parameter: `1` -> `2`."
General::partd = "Part specification `1` is longer than depth of object."
General::partialinfo = "\!\(`1`\_x y\) is interpreted as `2`[y, x]."
General::partw = "Part `1` of `2` does not exist."
General::patop = "Pattern `1` contains inappropriate optional object."
General::pcolor = "The shading function has produced colors of different types."
General::plln = "Limiting value `1` in `2` is not a machine-size real number."
General::poly = "`1` is not a polynomial."
General::polyx = "`1` is not a polynomial with exact coefficients."
General::precbd = "Requested precision `1` is not a machine sized real number between $MinPrecision and $MaxPrecision."
General::preclg = "Requested precision `1` is larger than $MaxPrecision. Using current $MaxPrecision of `2` instead. $MaxPrecision = Infinity specifies that any precision should be allowed."
General::precsm = "Requested precision `1` is smaller than $MinPrecision. Using $MinPrecision instead."
General::precw = "The precision of the argument function (`1`) is less than WorkingPrecision (`2`)."
General::primm = "Tried `1` primes, algorithm failed."
General::prims = "Prime `1` is too small, algorithm failed."
General::privv = "Privilege violation during `1`."
General::pspec = "Part specification `1` is neither an integer nor a list of integers."
General::pvec = "Unable to find principal vectors for eigenvalue `1`."
General::rawvar = "Parameter `1` in `2` is a raw expression and cannot be used as a variable."
General::readp = "Symbol `1` is read protected."
General::real = "In attempting decide whether a solution `1` is real $MaxExtraPrecision `2` was encountered. The solution was assumed real. Increasing the value of $MaxExtraPrecision may help resolve the uncertainty."
General::remote = "`1` cannot write an output file since the FrontEnd and Kernel do not share a common file system."
General::rvalue = "`1` is not a variable with a value, so its value cannot be changed."
General::seqso = "Sequence specification (+n, -n, {+n}, {-n}, or {m, n}) expected at position `2` in `1`."
General::seqs = "Sequence specification (+n, -n, {+n}, {-n}, {m, n}, or {m, n, s}) expected at position `2` in `1`."
General::setp = "Part assignment to `1` could not be made."
General::setps = "`1` in assignment of part is not a symbol."
General::shdw = "Symbol `1` appears in multiple contexts `2`; definitions in context `3` may shadow or be shadowed by other definitions."
General::shdwcor = "Symbol `1` defined in `2` already exists in `3`.  Select the version you want to use: `4`."
General::sign = "Unable to determine sign of `1`. The expression was assumed to be zero. Increasing the value of $MaxExtraPrecision may help resolve the uncertainty."
General::sing = "Matrix `1` is singular."
General::sntx = "Syntax error in or before \"`1`\".`4`"
General::sntxb = "Expression cannot begin with \"`1`\".`4`"
General::sntxc = "The comment starting at \"`1`\" has no closing \"*)\".`4`"
General::sntup = "Unexpected end of file (probably unclosed parenthesis).`4`"
General::sntue = "Unexpected end of file (probably unfinished expression).`4`"
General::sntxf = "\"`1`\" cannot be followed by \"`2`\".`4`"
General::sntxi = "Incomplete expression; more input is needed.`4`"
General::sntxpi = "Incomplete expression in result of $PreRead.`4`"
General::sntxpr = "Syntax error in result of $PreRead."
General::sntxq = "The string starting at \"`1`\" has no closing quote.`4`"
General::spell = "Possible spelling error: new symbol name \"`1`\" is similar to existing symbols `2`."
General::spell1 = "Possible spelling error: new symbol name \"`1`\" is similar to existing symbol \"`2`\"."
General::ssle = "Symbol, string, or HoldPattern[symbol] expected at position `2` in `1`."
General::stmtype = "FormatType option of stream `1` cannot be set to `2`. Use a string-based format such as OutputForm."
General::stop = "Further output of `1` will be suppressed during this calculation."
General::strbox = "`1` is an operator for representing textual boxes in strings."
General::stream = "`1` is not a string, InputStream[ ], or OutputStream[ ]."
General::string = "String expected at position `1` in `2`."
General::strmi = "First argument in `1` is not a valid file or string identifier."
General::strml = "`1` is not a string, stream, or list of strings and streams."
General::strmn = "Requested stream `1` does not match existing stream `2` with the same stream number."
General::strs = "String or non-empty list of strings expected at position `1` in `2`."
General::strse = "String or list of strings expected at position `1` in `2`."
General::suminfo = "\!\(`1`\^i\%imax f\) is interpreted as `2`[f, {i,imax}]."
General::sym = "Argument `1` at position `2` is expected to be a symbol."
General::sysname = "`1` is not a known SystemOption."
General::systrg = "`1` is not a string.  SystemOptions must be strings."
General::tag = "Rule for `1` of `2` can only be attached to `3`."
General::trace = "`1` --> `2`."
General::tsntxi = "\"`1`\" is incomplete; more input is needed.`4`"
General::uinfix = "An infix operator, \!\(x `1` y\) is by default interpreted as \!\(`2`[x, y]\)."
General::unfl = "Underflow occurred in computation."
General::uniclose = "`1` is an closing matchfix operator."
General::uniopen = "`1` is an opening matchfix operator."
General::unuser = "Unknown user: `1`."
General::uprefix = "A prefix operator. \!\(`1` x\) is by default interpreted as \!\(`2`[x]\)."
General::upreinfix = "An infix and prefix operator. \!\(x `1` y\) is by default interpreted as \!\(`2`[x, y]\) ; \!\(`1` x\) is by default interpreted as \!\(`2`[x]\)."
General::weak = "No solution of the system of inequalities with inexact coefficients has been found. The solution `1` of the system with strong inequalities replaced by weak inequalities has been found. This means the original system may have solutions for some values of inexact coefficients within the error bounds."
General::wkno = "No solution of the system of inequalities with inexact coefficients has been found, however the algorithm was not able to prove that the system has no solutions for any values of inexact coefficients within the error bounds."
General::write = "Tag `1` in `2` is Protected."
General::wrsym = "Symbol `1` is Protected."
General::unpack = "Unpacking array in call to `1`."
General::unpack1 = "Unpacking array."
General::punpack = "Unpacking array to level `2` in call to `1`."
General::punpack1 = "Unpacking array to level `1`."
General::colfun= "The ColorFunction `1` does not produce a valid color or gray-level directive when applied to element `2`."
General::colfun1= "The ColorFunction `1` produces a color incompatible with the previous color when applied to element `2`."
General::rep = "`1` is not a valid replacement rule."
General::addsyms = "Autoloading file `1` added symbols `2` (not an error)."
General::autoload = "Symbol `1` has autoloading rules attached to load `2` which are disabled by the setting of $AutoLoad to False.  The package can be loaded with Get and the evaluation repeated."
General::badsys1 = "File `1` returned symbols `2` that did not match the declared symbol list `3`."
General::badsys2 = "Loading file `1` has removed these system definitions `2`."
General::badsys3 = "Loading file `1` has added system definitions `2` that were not specified in the symbol list for that file."
General::badsys4 = "Loading file `1` returned `2`, it should return a list of the exported symbols."
General::sysfile = "Binary file loading of package `1` by symbol `2` failed."
Get::enkey = "Cannot decode encoded file; incorrect key or machine."
Get::notencode = "Warning: the file `1` is not encoded."
Get::path = "`1` in $Path is not a string."
Goto::nolabel = "Label `1` not found."
Graphics::gpt = "Coordinate `1` is not of the form {x, y}."
Graphics::gptn = "Coordinate `1` in `2` is not a floating-point number."
Graphics::hue = "`1` is not of length 1 or 3."
Graphics::realp = "Argument in `1` is not a positive real number."
Graphics::realu = "Argument in `1` is not a real number between 0 and 1."
Graphics3D::ambnt = "Value of option `1` -> `2` is not a valid GrayLevel or RGBColor specification."
Graphics3D::boxz = "Box for 3D graphics has zero size."
Graphics3D::gsing = Plot3D::gsing = "Singular homogeneous transformation generated."
Graphics3D::gsort = "More than 10^9 polygons to sort."
Graphics3D::lights = "Value of option `1` -> `2` is not of the form {{pos, col}, {pos, col}, ...}."
Graphics3D::ltcol = "Element `1` in LightSources option contains `2`, which is not a valid GrayLevel or RGBColor directive."
Graphics3D::psvf = "Function value at x = `1`, y = `2` was sent to infinity by perspective transformation."
Graphics3D::p3mat = "Value of option Plot3Matrix -> `1` is not a 4 x 4 numerical matrix."
GraphicsArray::arrsp = "Value of option GraphicsSpacing -> `1` should be a number greater than 0 or a list of two such numbers."
GraphicsArray::prim = "Argument to GraphicsArray, `1`, should be a vector or a matrix of graphics objects."
GridLines::grid = "`1` is not a valid grid specification."
GroebnerBasis::badcf = PolynomialReduce::badcf = MonomialList::badcf = "Encountered bad coefficient `1`."
GroebnerBasis::coef = PolynomialReduce::coef = MonomialList::coef = "Value of option CoefficientDomain -> `1` not valid."
GroebnerBasis::elmvar = PolynomialReduce::elmvar = MonomialList::elmvar = "Term ordering `1` is not compatible with elimination variables."
GroebnerBasis::fltgb = PolynomialReduce::fltgb = MonomialList::fltgb = "Excessive loss of precision during computation."
GroebnerBasis::intgb = PolynomialReduce::intgb = MonomialList::intgb = "Cannot specify the polynomial `1` with nontrivial denominator as input for Groebner basis over the integers."
GroebnerBasis::mnmord1 = PolynomialReduce::mnmord1 = MonomialList::mnmord1 = "Value of option MonomialOrder -> `1` not valid."
GroebnerBasis::mnmord2 = PolynomialReduce::mnmord2 = MonomialList::mnmord2 = "`1` does not order all terms formed from variables `2`."
GroebnerBasis::modflt = PolynomialReduce::modflt = MonomialList::modflt = "Cannot specify nonzero modulus when working over floating point coefficients."
GroebnerBasis::pdvar2 = PolynomialReduce::pdvar2 = MonomialList::pdvar2 = "The polynomial domain variable `1` is improperly used in polynomial `2`."
GroebnerBasis::poly2 = PolynomialReduce::poly2 = MonomialList::poly2 = "`1` is not a well-formed polynomial in `2`."
GroebnerBasis::varsrt = PolynomialReduce::varsrt = MonomialList::varsrt = "Sorting of variables is not compatible with the given term ordering."
GroebnerBasis::wgtmat1 = PolynomialReduce::wgtmat1 = MonomialList::wgtmat1 = "`1` is not a valid weight matrix."
GroebnerBasis::wgtmat2 = PolynomialReduce::wgtmat2 = MonomialList::wgtmat2 = "Weight matrix based on variable list `1` is invalidated by the internal variable list `2`."
HermiteNormalForm::latm = LatticeReduce::latm = "Matrix contains entry that is not rational."
HorizontalForm::precd = VerticalForm::precd = "Precedence list `1` is not of the form {head, prec, assoc, ...}."
HTMLSave::createdir = "HTMLSave assumed `1` to be a directory into which to write an index.html file, but was unable to create this directory for you.  Either create this directory and re-run HTMLSave, or choose a different destination for the HTML file."
Save::wtype = "`1` in `2` must be a symbol, a string or a list of symbols and strings."
Import::chtype = "First argument `1` is not a valid channel type."
Import::fmterr = "Invalid `1` format."
Import::fnfnd = "`1`: file not found."
Import::format = "`1` is not a recognized Import format."
Import::guess = "Could not guess format from channel `1`."
Import::imgsze = "`1` dimensions cannot be determined automatically. Specify the size with the Dimensions option."
Import::intp = "`1` is not a positive integer."
Import::memavail = "Could not allocate memory for import of `1` format."
Import::nffil = "File not found during `1`."
Import::nlist = "`1` is not a list of strings."
Import::nlist2 = "`1` is not a list of two elements."
Import::nonintyear = "The two-digit-year conversion function produced the non-integer value `2` when Import attempted to interpret the field `1` as a date.  This field will be interpreted as a string instead.  Check that the value set for \"TwoDigitYearFunction\" in Import's ConversionOptions is correct; typically, it is a function that expects an integer from 0 to 99 as the argument and returns an integer representing the full year."
Import::nodta = "Insufficient data found for `1` format."
Import::unsup = "Unsupported `1` format type."
ImportString::format = "`1` is not a recognized ImportString format."
ImportString::string = "First argument `1` is not a string."
Inequality::ineq = "Inequality called with `1` arguments; the number of arguments is expected to be an odd number >= 3."
Infix::group = Postfix::group = Prefix::group = "Grouping specification `1` is not NonAssociative, None, Left, or Right."
Information::basic = "?Name gives information on Name, ?Ab* on all symbols starting with Ab. ??Name gives more information."
Information::nomatch = "No symbol matching `1` found."
Information::notfound1 = "Symbol `1` not found."
Information::opt = "`1` is an invalid option."
Inner::incom = "Length `1` of dimension `2` in `3` is incommensurate with length `4` of dimension 1 in `5`."
Inner::inntf = "Transpose failed for `1`."
Inner::nolev = "Level `1` is not available in `2` (dimensions `3`)."
Insert::insnp = "Cannot insert in `1` since the part specification `2` exceeds the length of a normal expression."
Insert::insatom = "Does not contain enough elements to insert `1` at position `2`."
IntegerDigits::ibase = IntegerExponent::ibase = "Base `1` is not an integer greater than 1."
Integrate::diffend = "`1` cannot be interpreted since `2` is followed by `3`. It may be necessary to use parentheses to ensure that `2` appears at the end of the integral."
Integrate::gener = "Unable to check convergence."
Integrate::idiv = "Integral of `1` does not converge on `2`."
Integrate::ilim = "Invalid integration variable or limit(s) in `1` ."
Integrate::intmul = "The integral operator `1` cannot be nested directly inside of the integral operator `2`. Only identical integral operators can be nested inside each other without parentheses."
Integrate::intnest = "The integral `1` cannot be interpreted. The number of integral operators must match the number of differential operators."
Integrate::nodiffd = Integrate::novar = "`1` cannot be interpreted. Integrals are entered in the form \!\(\[Integral]f\[DifferentialD]x\), where \!\(\[DifferentialD]\) is entered as \[EscapeKey]dd\[EscapeKey]."
Integrate::wrongd = "`1` cannot be interpreted. Integrals use the differential d (entered as \[EscapeKey]dd\[EscapeKey]) not an ordinary keyboard d."
InterpolatingFunction::cmpile = "The InterpolatingFunction could not be compiled because it has symbolic data or abscissae which cannot be resolved with machine numbers."
InterpolatingFunction::dmval = "Input value `1` lies outside the range of data in the interpolating function. Extrapolation will be used."
InterpolatingFunction::dmvali = "The integration endpoint `1` in dimension `2` lies outside the range of data in the interpolating function. Extrapolation will be used."
InterpolatingFunction::dprec = "The precision of input value `1` and/or the interpolation grid is insufficient to compute the value."
InterpolatingPolynomial::ipdat = "First argument `1` should be a list of non-lists or a list of pairs."
InterpolatingPolynomial::ipdup = "The abscissae are not distinct."
InterpolatingPolynomial::ipf = "Ordinate `1` from data element number `2` should be a non-list or a non-empty vector."
InterpolatingPolynomial::ipval = "Abscissa `1` from data element number `2` should be a non-list."
InterpolatingPolynomial::ipvar = "`1` cannot be used as the variable in a polynomial."
Interpolation::auttf = ListInterpolation::auttf = FunctionInterpolation::auttf = NDSolve::auttf = "Value of option `1` -> `2` should be Automatic, True, or False."
Interpolation::inauto = ListInterpolation::inauto = "The function value at each grid point must be specified. It cannot be omitted or given as \"Automatic\"."
Interpolation::incon = ListInterpolation::incon = InterpolatingFunction::incon = "The `1` derivative was not specified consistently across other dimensions."
Interpolation::indat = ListInterpolation::indat = "Data point `1` contains abscissa `2` which is not a real number."
Interpolation::indatg = ListInterpolation::indatg = "The abscissa `2` in dimension `1` is not a real number."
Interpolation::inddp = ListInterpolation::inddp = "The point `1` in dimension `2` is duplicated."
Interpolation::indep = ListInterpolation::indep = InterpolatingFunction::indep = "An order-`1` derivative was specified in `2` without all corresponding lower-order derivatives."
Interpolation::inder = ListInterpolation::inder = "The order-`1` derivative of `2` is not a tensor of rank `1` with dimensions `3`."
Interpolation::indim = "The coordinates `1` in dimension `2` are not consistent with other coordinates in this dimension."
Interpolation::indimt = ListInterpolation::indimt = "The coordinate `1` in dimension `2` is not consistent with other values for this coordinate in this row of the data tensor."
Interpolation::inhr = ListInterpolation::inhr = InterpolatingFunction::inhr = "Requested order is too high; order has been reduced to `1`."
Interpolation::inlen = "Inconsistent element `1` encountered; all data elements must have the same length."
Interpolation::innd = ListInterpolation::innd = "First argument in `1` does not contain a list of data and coordinates."
Interpolation::inord = ListInterpolation::inord = FunctionInterpolation::inord = "Value of option `1` -> `2` should be a non-negative machine-sized integer or a list of integers with length equal to the number of dimensions, `3`."
Interpolation::inpts = "The total number `1` of data points is not a multiple of the number `2` of points in dimension `3`."
Interpolation::mixedp = ListInterpolation::mixedp = "Equality of mixed partials in the `1` derivative of data `2` was not satisfied: using `3`."
Interrupt::dgbgn = TraceDialog::dgbgn = "Entering Dialog; use Return[] to exit."
Interrupt::dgend = TraceDialog::dgend = "Exiting Dialog."
Interval::nvld = "The form `1` does not represent a valid interval."
Inverse::invc = "Result for inverse of badly conditioned matrix `1` may contain significant numerical errors."
InverseFunction::ifun = "Inverse functions are being used. Values may be lost for multivalued inverses."
InverseFunction::noinv = "The function `1` is not invertible."
JacobiSymbol::jcpo = "Second argument `1` in `2` should be an odd, positive integer."
Last::nolast = "`1` has a length of zero and no last element."
LegendreP::ltype = LegendreQ::ltype = "Legendre type `1` is expected to be 1, 2, or 3."
Limit::ldir = "Value of option Direction -> `1` should be a number or Automatic."
Limit::lim = "Limit specification `1` is not of the form x -> x0."
Limit::limf = "Unable to determine limit direction from `1`."
LinearProgramming::cmr = "The constraint matrix `1` in `2` must be a matrix of real numbers."
LinearProgramming::cmz = "For the constraint matrix `1` in `2` to represent valid constraints, each row must have length greater than zero and contain at least one nonzero entry."
LinearProgramming::cvr = "The vector `1` in `2` must be a nonzero length vector of real numbers."
LinearProgramming::lptol = "Value of option Tolerance -> `1` is not a positive real number or Automatic."
LinearSolve::lsfail = "LinearSolve could not find solutions to the linear system."
LinearSolve::lslc = LUBackSubstitution::lslc = Experimental`LinearSolveFunction::lslc = Developer`SparseLinearSolve::lslc = "Coefficient matrix and target vector(s) do not have the same length."
LinearSolve::lsv = LUBackSubstitution::lsv = "Second argument `1` is neither a non-empty vector nor a list of vectors of equal length."
LinearSolve::nosol = "Linear equation encountered which has no solution."
LinkConnect::linkc = "`1` is dead; attempt to connect failed."
LinkObject::linkd = "`1` is closed; the connection is dead."
LinkObject::linkn = "Argument `1` in `2` has an invalid LinkObject number; the link may be dead."
LinkObject::linkv = LinkWrite::linkv = LinkWriteHeld::linkv = "Argument `1` in `2` is not a valid LinkObject."
LinkObject::linkw = "`1` is closed; attempt to write failed."
LinkObject::linkx = "Argument `1` in `2` is not an open LinkObject."
LinkObject::linke = "MathLink error: `1`"
LinkOpen::linkbn = "The linkname `1` is not in the proper form."
LinkOpen::linkf = "`1` failed."
LinkOpen::linkh = "Value of option LinkHost -> `1` should be a string."
LinkOpen::linki = "MathLink could not be initialized."
LinkOpen::linkm = "Value of option LinkMode -> `1` should be Launch, ParentConnect, Listen, or Connect."
LinkOpen::linkmn = "A linkname argument is required."
LinkOpen::linknm = "Either a link name or a value for the LinkMode option must be given."
LinkOpen::linkpl = "Value of option LinkProtocol -> `1` should be `2` or Automatic."
LinkOpen::linkpm = "LinkProtocol -> `1` cannot currently be used with LinkMode -> `2`."
LinkOpen::links = "Too many open links."
LinkOpen::linke = "MathLink error: `1`"
LinkRead::linkep = "An unexpected end of packet was received."
LinkWriteHeld::linkhl = "Argument `1` in `2` is not a held expression."
ListConvolve::kldims = ListCorrelate::kldims = "The kernel `1` and list `2` are not both nonempty lists with the same tensor rank."
ListConvolve::nlen = ListCorrelate::nlen = "The end conditions cannot be satisfied.  A zero length list will be returned."
ListConvolve::depth = ListCorrelate::depth = "The dimension `1` of the overhang parameters exceeds the rectangular rank of the kernel, `2`."
ListInterpolation::ingrdm = "The dimension of the data to be interpolated in the first argument is inconsistent with the dimension of the grid in the second argument."
ListPlay::lsamps = "The first argument to ListPlay must be a list of samples or a list of lists of samples."
ListPlay::silent = "Sound in channel `1` is silent."
ListPlot::lpn = "`1` is not a list of numbers or pairs of numbers."
LogicalExpand::elist = MainSolve::elist = Roots::elist = ToRules::elist = Solve::elist = Reduce::elist = Eliminate::elist = SolveAlways::elist = AlgebraicRules::elist = GroebnerBasis::elist = PolynomialReduce::elist = "List encountered during logical expansion of `1`."
LogicalExpand::eqf = MainSolve::eqf = Roots::eqf = ToRules::eqf = Solve::eqf = Reduce::eqf = Eliminate::eqf = SolveAlways::eqf = AlgebraicRules::eqf = "`1` is not a well-formed equation."
LUBackSubstitution::bpvt = "The pivot vector `1` is invalid."
LUDecomposition::sq = "LUDecomposition accepts only square matrices."
MainSolve::ibool = Solve::ibool = Reduce::ibool = AlgebraicRules::ibool = Eliminate::ibool = SolveAlways::ibool = "Value of option InverseFunctions -> `1` should be True, False, or Automatic."
MainSolve::method = Solve::method = Reduce::method = AlgebraicRules::method = Eliminate::method = SolveAlways::method = "Value of option Method -> `1` should be 1, 2, or 3."
MainSolve::mode = Solve::mode = Reduce::mode = AlgebraicRules::mode = Eliminate::mode = SolveAlways::mode = "Value of option Mode -> `1` should be Generic, Modular, or Rational."
MainSolve::verif = Solve::verif = Reduce::verif = AlgebraicRules::verif = Eliminate::verif = "Potential solution `1` (possibly discarded by verifier) should be checked by hand. May require use of limits."
MapThread::mptc = "Incompatible dimensions of objects at positions {2, `1`} and {2, `2`} of `3`; dimensions are `4` and `5`."
MapThread::mptd = "Object `1` at position {2, `2`} in `3` has only `4` of required `5` dimensions."
MathieuCharacteristicA::nnord = MathieuCharacteristicB::nnord = "The order `1` is not non-negative."
MathieuCharacteristicB::zord = "There is no zero-th order MathieuCharacteristicB."
MatrixPower::zvec = MatrixExp::zvec = DSolve::zvec = "Cannot compute `1` because the argument matrix `2` has a zero eigenvector."
MeijerG::hdiv = "`1` does not exist. Arguments are not consistent."
MeijerG::rarg = "MeijerG is used with abstract optional parameter. `1` is not defined for every complex value of optional parameter."
MeshStyle::mesh = "`1` is not a valid MeshStyle specification; using the default."
Message::msgl = "$MessageList `1` not a list; reset to {}."
Message::name = "Message name `1` is not of the form symbol::name or symbol::name::language."
MessageName::messg = "`1` cannot be set to `2`.  It must be set to a string."
Mod::divz = Quotient::divz = "Second argument in `1` should be non-zero."
MonomialList::mnmlist = "Improper argument `1` passed to `2`."
NDSolve::agpginf = "Both Accuracy and Precision goals are Infinity. NDSolve will not attempt to solve the system of equations."
NDSolve::apinc = "The integration was not completed because the requested accuracy could not be achieved using the smallest allowable stepsize. Try increasing WorkingPrecision or decreasing AccuracyGoal or PrecisionGoal."
NDSolve::bcart = "Warning: An insufficient number of boundary conditions have been specified. Artificial boundary effects may be present in the solution."
NDSolve::bcbe = "The nonperiodic boundary conditions `1` use more than a single domain endpoint in each equation."
NDSolve::bcedge = "Boundary conditions must be specified at the edge of the spatial domain."
NDSolve::bcnan = "Boundary conditions not numerical or have too high derivatives."
NDSolve::bcnorm = "Boundary conditions `1` include non-normal derivatives."
NDSolve::bcsol = "Could not solve for equations at boundary points from the boundary conditions."
NDSolve::bcx = "The boundary conditions should be independent of the variable `1`."
NDSolve::bddo = "Value of option DifferenceOrder->`1` should be a positive integer. For ODE's, the value should be 4 or 5."
NDSolve::bders = "Too high derivatives used in initial/boundary value problem."
NDSolve::bdmtd = "Value of option Method -> `1` is not Automatic, RungeKutta, Adams, or Gear."
NDSolve::bvals = "Each boundary value equation must be given at one point only."
NDSolve::conan= "Coefficients of boundary conditions are not numbers."
NDSolve::conarg = "The arguments should be ordered consistently."
NDSolve::deparg = "The argument `1` is not numeric or one of the independent variables `2` and `3`."
NDSolve::depvr = "The dependent variable cannot be found in the equation."
NDSolve::deql = "The first argument must have both an equation and an initial condition."
NDSolve::doiv = "The highest differential order of the initial values with respect to `1` in each dependent variable should be 1 less than the differential order of the PDE with respect to `1` ."
NDSolve::eerr = "Warning: Estimated spatial error at `1` = `2` is much greater than prescribed error tolerance. Grid spacing `3` which was based on the initial conditions may be too large. A singularity may have formed or you may want to specify a smaller grid spacing using the StartingStepSize option."
NDSolve::eerrs = "Warning: Estimated spatial error at `1` = `2` is much greater than prescribed error tolerance. Grid spacing `3` which was based on the value of the StartingStepSize option may be too large to achieve the desired accuracy or precision."
NDSolve::eerrss = "Warning: Estimated spatial error at `1` = `2` is much greater than prescribed error tolerance. Grid spacing `3` which was based on the value of the StartingStepSize option may be too large to achieve the desired accuracy or precision. A singularity may have formed."
NDSolve::eqnsb = "Equation not solvable by the chasing method."
NDSolve::ewt = "The integration was not completed because the solution vanished at `1` == `2` making either the PrecisionGoal or AccuracyGoal impossible to achieve. Try increasing the smaller one of these."
NDSolve::food = "Not able to transform equation. Cannot use the Chasing method."
NDSolve::grids = "NDSolve could not find an appropriate grid spacing; try specifying an appropriate grid spacing using the option StartingStepSize."
NDSolve::ibcinc = "Warning: Boundary and initial conditions are inconsistent."
NDSolve::inaccur = "Now doing a transformation to the original differential equation. The result may be inaccurate at a low working precision."
NDSolve::inpt="Differential equation wrong or not enough boundary conditions."
NDSolve::inrhs = "Differential equation does not evaluate to a number or the equation is not an nth order linear ordinary differential equation."
NDSolve::inx = "No independent or dependent variable in differential equation."
NDSolve::iny = "No independent or dependent variable in differential equation."
NDSolve::iovfl = "Overflow happened in forming the interpolation function at `1` = `2`; last point will be omitted. The step size is too small."
NDSolve::ivard = "The independent variables should be different."
NDSolve::ivarg = "Both independent variables must be specified as arguments in some part of the equation."
NDSolve::ivnone = "No initial values specified."
NDSolve::ivone = "Boundary values may only be specified for one independent variable. Initial values may only be specified at one value of the other independent variable."
NDSolve::ivt = "The initial value equations should be independent of the independent variable `1`."
NDSolve::minpt1 = "NDSolve needs at least `1` points to use order `2` finite differences, but this number exceeds the number `3` allowed by the MaxSteps option."
NDSolve::minpt2 = "The number of spatial points `1` required for the spacing to be within the value specified by the MaxStepSize option exceeds the number `2`allowed by the MaxSteps option."
NDSolve::minpt3 = "The step size `1` specified value of the StartingStepSize option exceeds the step size `2` allowed by the MaxStepSizeOption."
NDSolve::minpt4 = "The number of spatial points `1` required for the step size `2` specified by the StartingStepSize option exceeds the number of steps `3` allowed by the MaxSteps option."
NDSolve::minpt5 = "The number of spatial points `1` required by the value `2` of the StartingStepSize option is greater than the maximum list length allowed by Mathematica."
NDSolve::mixed = "Mixed partials not allowed."
NDSolve::msss = "Number of steps required by MaxStepSize->`1` is greater that the number of steps allowed by MaxSteps->`2` ."
NDSolve::mxsst = "Using maximum number of grid points `1` allowed by the MaxSteps option."
NDSolve::mxst = "Maximum number of `1` steps reached at the point `2` == `3`."
NDSolve::nan = "Endpoints for the range are not numbers."
NDSolve::nbcs = "Not enough boundary condition values."
NDSolve::ndcf = "Repeated convergence test failure at `1` == `2`; unable to continue."
NDSolve::ndeqf = "Number of differential equations is less than number of unknown functions."
NDSolve::nderr = "Repeated error test failure at `1` == `2`; unable to continue."
NDSolve::ndinf= "No infinite values allowed for the range."
NDSolve::ndinn = "Initial condition `1` is not a number."
NDSolve::ndlim = "Range specification `1` is not of the form {x, xend} or {x, xmin, xmax}."
NDSolve::ndmss = "Value of option MaxStepSize -> `1` is not a Positive real number or Infinity."
NDSolve::ndmsv = "Multiple starting values `1` for the variable `2`."
NDSolve::ndnco = "The number of constraints (`1`) (initial conditions) is not equal to the total differential order of the system (`2`)."
NDSolve::ndnef = "The number of differential equations (`1`) is not equal to the number of initial conditions (`2`)."
NDSolve::ndnl = "Endpoint `1` in `2` is not a real number."
NDSolve::ndnum = "Encountered non-numerical value for a derivative at `1` == `2`."
NDSolve::ndode = "Input is not an ordinary differential equation."
NDSolve::ndord = "The order of derivative `1` is not an integer."
NDSolve::ndsss = "Value of option StartingStepSize -> `1` is not a Positive real number or Automatic."
NDSolve::ndsv = "Cannot find starting value for the variable `1`."
NDSolve::ndsz = "At `1` == `2`, step size is effectively zero; singularity suspected."
NDSolve::ndtol = "Requested tolerances could not be achieved."
NDSolve::ndv="For a boundary value problem, only nth order single linear ordinary differential equations is supported."
NDSolve::noeval = "For a boundary value problem, individual points where evaluation takes place is not supported, the range has to be in the form {x, xmin, xmax}."
NDSolve::nohor = "A derivative of order `1` cannot be requested for function `2`."
NDSolve::ntcs = "Cannot solve constraint equations for initial conditions."
NDSolve::ntdv = "Cannot find explicit formula for derivatives."
NDSolve::pcnan = "Coefficients of the differential equation are not numbers or only one linear nth order ordinary differential equation can be solved."
NDSolve::pde = "Built-in routines cannot solve the partial differential equation `1` ."
NDSolve::pdeopt = "If the option `1` to NDSolve is a list, it must have length 2."
NDSolve::pdivbc = "In `1`, a clear distinction cannot be found between the PDE's, initial values, and boundary conditions."
NDSolve::pdnbc = "Mixed periodic and Dirichlet/Neumann boundary conditions not allowed."
NDSolve::bdisc = "Warning:  There may be a discontinuity in the boundary conditions which the method will not be able to resolve."
NDSolve::rkne = "It appears that the RungeKutta method is not the most efficient method for this problem."
NDSolve::stopt= "The integration was not completed because the StoppingTest evaluated to neither True nor False at `1` == `2`."
NDSolve::sttno= "The StoppingTest option cannot be used with linear boundary value problems."
NDSolve::swtch = "Unable to continue beyond `1` == `2` due to inappropriate method for the requested accuracy or precision. Try using Method -> Automatic."
NDSolve::tma = "Too much accuracy requested at start of problem: try increasing the value of the WorkingPrecision option or decreasing the values of the AccuracyGoal and/or PrecisionGoal options."
NDSolve::unsol="Not possible to initiate boundary value problem with the chasing method."
NDSolve::ysint = "Infinitely many nontrivial solutions or no solutions."
Needs::nocont = "Context `1` was not created when Needs was evaluated."
NestWhile::nwargs = NestWhileList::nwargs = "Argument `1` in `2` is not of the form n, {m, n}, {n, Infinity}, or All, where m and n are non-negative machine-size integers."
NestWhile::nres = NestWhileList::nres = "Insufficient results generated to return the `1` term in `2`."
NIntegrate::accg = NSum::accg = NProduct::accg = NDSolve::accg = FindRoot::accg = FindMinimum::accg = "Value of option AccuracyGoal -> `1` is not Automatic, Infinity, or a machine-sized real or integer."
NIntegrate::precg = NSum::precg = NProduct::precg = NDSolve::precg = FindMinimum::precg = FindRoot::precg = "Value of option PrecisionGoal -> `1` is not Automatic, Infinity, or a positive machine-size integer or real."
NIntegrate::wprec = NSum::wprec = NProduct::wprec = NDSolve::wprec = FindMinimum::wprec = FindRoot::wprec = "Value of option WorkingPrecision -> `1` is not a machine-sized real or integer."
NIntegrate::bdmtd = "Value of option Method -> `1` is not Automatic, GaussKronrod, DoubleExponential, Trapezoidal, Oscillatory, MonteCarlo or QuasiMonteCarlo."
NIntegrate::comp = "For Method->Oscillatory, the integrand can only contain one term of the general form: f[x] w[x], where w is one of the following functions: Sin, Cos, BesselJ, or BesselY. Try using Expand on your function and apply NIntegrate[.., Method->Oscillatory] to each part."
NIntegrate::ierr = "The argument in the oscillatory function must be of the form a + b x^n, where a and b are constants."
NIntegrate::inovf = "Overflow resulted when attempting to evaluate the integrand at `1` = `2`."
NIntegrate::inum = "Integrand `1` is not numerical at `2` = `3`."
NIntegrate::lzero = " Method->Oscillatory does not support negative or complex indices for BesselY or BesselJ."
NIntegrate::minmax = "MinRecursion (`1`) is greater than MaxRecursion (`2`)."
NIntegrate::mccnv = "The integral failed to converge after `1` iterations."
NIntegrate::nconv = "This oscillatory integral might not be convergent."
NIntegrate::ncvb = "NIntegrate failed to converge to prescribed accuracy after `1` recursive bisections in `2` near `3` = `4`."
NIntegrate::ncvi = "NIntegrate failed to converge to prescribed accuracy after `1` iterated refinements in `2` in the interval `3`."
NIntegrate::ncvs = "NIntegrate failed to converge near the apparently non-integrable singularity at `1` = `2`."
NIntegrate::ninf = "Invalid use of Infinity in integration limits `1`."
NIntegrate::nintp = "Encountered the non-number `1` at `2` = `3`."
NIntegrate::nlim = "`1` = `2` is not a valid limit of integration."
NIntegrate::noeval = "For oscillating integrals, individual points where evaluation takes place is not supported; the range has to be in the form {x, xmin, xmax}."
NIntegrate::oscfm = "With Method->Oscillatory, the integrand should be a product of an oscillatory function w[x] and another function f[x] , as NIntegrate[ w[x] f[x],{x,a,Infinity}, Method->Oscillatory]. The function w should be Sin, Cos, BesselJ, or BesselY, and f[x] should be of the form a + b x^n for constant a and b."
NIntegrate::oscint = "This integral does not contain any of the oscillating functions Cos, Sin, BesselJ, or BesselY. Please use some other method of NIntegrate instead."
NIntegrate::osran = "The Method->Oscillatory works only for one-dimensional integrals."
NIntegrate::osrn = "For oscillating integrals, the range has to contain one Infinity (or -Infinity) and be of non-zero length."
NIntegrate::ploss = "Numerical integration stopping due to loss of precision. Achieved neither the requested PrecisionGoal nor AccuracyGoal; suspect one of the following: highly oscillatory integrand or the true value of the integral is 0. If your integrand is oscillatory try using the option Method->Oscillatory in NIntegrate."
NIntegrate::rnderr = "Numerical approximation has caused `1` to take the value `2` where the integrand is singular."
NIntegrate::slwcon = "Numerical integration converging too slowly; suspect one of the following: singularity, value of the integration being 0, oscillatory integrand, or insufficient WorkingPrecision. If your integrand is oscillatory try using the option Method->Oscillatory in NIntegrate."
NIntegrate::svar = "Variable `1` is used repeatedly in the ranges."
NIntegrate::vars = "Integration range specification `1` is not of the form {x, xmin, ..., xmax}."
NProduct::emcon = NSum::emcon = "Euler-Maclaurin sum failed to converge to requested error tolerance."
NProduct::istep = "Cannot get from `1` to `2` in steps of `3`."
NProduct::itfn = "`1` does not have the correct form for an iterator."
NProduct::nplim = "Limit of product `1` is not a number."
NProduct::npnum = "Multiplicand `1` is not numerical at point `2` = `3`."
NProduct::npst = "Product step size `1` is zero or not a number."
NProduct::npz = "Some factors are one. The algorithms are not very applicable."
System`Private`NRoot::bdst = "Starting value `1` is not sufficiently close to the true root."
System`Private`NRoot::nnum = "Starting value `1` is not a number."
NRoots::nomod = "NRoots does not take a modulus option."
NRoots::nnumeq = "`1` is expected to be a polynomial in the variable `2` with numeric coefficients."
System`Private`NRRoot::bpa = "Precision `2` is too low to find real roots of `1`."
System`Private`NRRoot::bfac = "Warning: Using factorization `1` = `2` * `3` which may not be correct. The difference is `4`."
NSolve::mmult = "Probable failure to detect multiplicity, likely to generate repeated solutions."
NSolve::noprec = "Precision of input `1` in vars `2` is not adequate for `3`."
NSolve::sfail = "Subsystem could not be solved for `1` at value `2`.  The likely cause is failure to detect zero due to low precision. The likely effect is the loss of one or more solutions. Increasing WorkingPrecision might prevent some solutions from being lost."
NSolve::zerosol = "Scale of possible solution value `1` for variable `2` is too small. Must set this value to zero in order to avoid generation of spurious solutions. This may cause the loss of some solutions."
NSum::istep = "Cannot get from `1` to `2` in steps of `3`."
NSum::itfn = "`1` does not have the correct form for an iterator."
NSum::nslim = "Limit of summation `1` is not a number."
NSum::nsnum = "Summand (or its derivative) `1` is not numerical at point `2` = `3`."
NSum::nsst = "Summation step size `1` is zero or not a number."
NSum::nsumz = "Some terms are zero. The algorithms are not very applicable."
NumberForm::iopt0 = "Value for option `1` -> `2` should be an integer or +/- Infinity."
NumberForm::sigz = "In addition to the number of digits requested, one or more zeros will appear as placeholders."
NumberMarks::nmarkval = "Value of option `1` is not True, False, or Automatic."
NumericQ::set = "Cannot set `1` to `2`; the lhs argument must be a symbol and the rhs must be True or False."
NumericQ::unset = "Cannot clear `1`; the argument must be a symbol."
On::none = "Message `1` not found."
Optional::opdef = "The default value for the optional argument `1` contains a pattern."
Options::opmix = "Cannot mix streams and non-streams in `1`."
Options::opsym = "Second argument in `1` should be a symbol or a list of symbols."
PadLeft::level = PadRight::level = "The padding specification `1` involves `2` levels; the list `3` has only `4` level."
PadLeft::margin = PadRight::margin = "The list of margins `1` given in `2` must be of the same length (`3`) as the list of padded dimensions `4`"
ParametricPlot::bend = Plot::bend = "MaxBend `1` is not greater than or equal to 0."
ParametricPlot::pldiv = Plot::pldiv = "Value of option PlotDivision -> `1` is not a number greater than 1."
ParametricPlot::plld = Plot::plld = Plot3D::plld = ContourPlot::plld = DensityPlot::plld = ParametricPlot3D::plld = "Endpoints for `1` in `2` must have distinct machine-precision numerical values."
ParametricPlot::ppcom = ParametricPlot3D::ppcom = "Function `1` cannot be compiled; plotting will proceed with the uncompiled function."
ParametricPlot::pptr = "`1` does not evaluate to a pair of real numbers at `2` = `3`."
ParametricPlot::ppts = ParametricPlot3D::ppts = Plot::ppts = "Value of option PlotPoints -> `1` is not an integer >= 2."
ParametricPlot3D::glims = ContourPlot::glims = DensityPlot::glims = Plot3D::glims = "Range specifications `1` and `2` contain the same iteration variable."
ParametricPlot3D::ppfun = "Argument `1` is not a list with three or four elements."
ParametricPlot3D::pplr = "`1` is not a list starting with three real numbers at `2` = `3`."
ParametricPlot3D::ppta = "Value of option PlotPoints -> `1` is not Automatic, an integer >= 2, or a list of two of these values."
ParametricPlot3D::ppx = "Graphics3D object calculated in ParametricPlot3D is empty."
ParentForm::deflt = "The ParentForm of `1` is not defined on $BoxForms."
Part::part = ReplacePart::part = ReplaceHeldPart::part = MapAt::part = Delete::part = FlattenAt::part = "Part `1` of `2` does not exist."
Partition::ohpdm = "`1`-dimensional overhang parameter cannot indicate position in `2`-dimensional block."
Partition::ohp = ListConvolve::ohp = ListCorrelate::ohp = "Overhang parameters in `1` must be nonzero machine-size integers, or lists of nonzero machine-size integers."
Partition::pdep = "Depth `1` requested in object with dimensions `2`."
Partition::pttl = "Partition arguments `2` and `3` must be the same length (since both are lists)."
Pattern::nodef = "No default setting found for `1` in position `2` when length is `3`."
Pattern::patm = "Too many (`1`) optional arguments required in `2`."
Pattern::patsym = "First element in pattern `1` is not a symbol."
Pattern::patvar = "First element in pattern `1` is not a valid pattern name."
Pattern::patv = "Name `1` used for both fixed and variable length patterns."
PatternTest::ptest = "No patterns found in test `1`."
Play::pfnum = "Function `1` (after normalization) never evaluates to a machine-size real number."
Play::playr = ListPlay::playr = "Value of option PlayRange -> `1` is not a list of two machine-size real numbers."
Play::plx = "First argument `1` does not contain any functions to play."
Play::sample = "Sample length `1` is not a positive machine-size integer."
Play::sdep = ListPlay::sdep = "Value of option SampleDepth -> `1` should be a positive machine-size integer."
Play::srate = ListPlay::srate = "Value of option SampleRate -> `1` should be a positive machine-size real number."
Plot3D::gval = "Function value `1` at grid point xi = `2`, yi = `3` is not a real number."
Plot3D::plnc = "`1` is neither a machine-size real number at `2`=`3` nor a list of a real number and a valid color directive."
PlotRange::gtype = Show::gtype = "`1` is not a type of graphics."
PlotRange::prng = "Value of option PlotRange -> `1` is not All, Automatic, or an appropriate list of range specifications."
PlotRegion::plotr = "Value of option PlotRegion -> `1` is not two pairs of real numbers in the form {{xmin, xmax}, {ymin, ymax}}."
PolynomialMod::polyi = "`1` is not valid input for PolynomialMod."
PolynomialMod::polym = "Modulus `1` is not a positive integer."
Power::infy = "Infinite expression `1` encountered."
PowerMod::divz = "Third argument in `1` should be non-zero."
PowerMod::ninv = "`1` is not invertible modulo `2`."
PowerMod::pmod = "The base and modulus arguments in `1` must be Gaussian integers."
Prime::intpp = "Positive integer argument expected in `1`."
Prime::largp = PrimePi::largp = "Argument `1` in `2` is too large for this implementation."
PrimePi::nsfmm = "Insufficient memory to allocate required sieves."
Product::prodwarn = "Warning: `1` contains a capital pi; use \[EscapeKey]prod\[EscapeKey] to enter a product sign."
Protect::pssl = "`1` is not a string, symbol, or list of strings and symbols."
PseudoInverse::tol = SingularValues::tol = NullSpace::tol = "Value of option Tolerance -> `1` is not a non-negative real number or Automatic."
Random::randn = "Range specification `1` in `2` is not a valid number or pair of numbers."
Random::randt = "Type specification `1` in `2` should be Real, Integer, or Complex."
Range::range = "Range specification in `1` is not a machine-size integer."
Raster::rscd = RasterArray::rscd = "Color `1` is incompatible with the previous color."
Raster::rslim = "Third argument `1` to `2` is not a list of two distinct real numbers."
Raster::rsrec = RasterArray::rsrec = "Second argument `1` in `2` is not a list of two coordinates."
Raster::rsval = "Non-numerical value `1` found at position `2` in first argument of `3`."
RasterArray::rscol = "Expression `1` at position `2` in first argument of `3` is not a valid color or gray-level directive."
Read::readf = ReadList::readf = Skip::readf = "`1` is not a valid format specification."
Read::readn = ReadList::readn = Skip::readn = "Syntax error reading a real number from `1`."
Read::readt = ReadList::readt = Skip::readt = "Syntax error reading `1` from `2`."
Read::readx = ReadList::readx = Skip::readx = "`1` reads no entries."
RealDigits::digs = "Unable to determine the number of terms in the list of digits."
RealDigits::period = "`1` has a period of `2` digits in base `3`.  Use RealDigits[x, b, n] to request n digits."
RealDigits::ndig = "The number of digits to return cannot be determined."
RealDigits::rbase = MantissaExponent::rbase = "Base `1` is not a real number greater than 1."
RealDigits::realx = MantissaExponent::realx = "The value `1` is not a real number."
Experimental`RegisterConverter::extensions = "Third argument should be a list of strings, and not `1`."
Experimental`RegisterConverter::mode = "First argument should be either Import or Export, and not `1`."
Experimental`RegisterConverter::noexe  = "Could not find the executable `1` in any of `2`."
Experimental`RegisterConverter::source = "Fourth argument should be a string, pair of strings, or None, and not `1`."
Remove::relex = "Cannot remove lexical symbol `1` except automatically (when `2` is removed)."
Remove::remal = "Symbol `1` already removed."
Remove::rmlck = "Symbol `1` is Locked and cannot be removed."
Remove::rmnsm = "There are no symbols matching \"`1`\"."
Remove::rmptc = "Symbol `1` is Protected and cannot be removed."
Remove::spsym = "Special symbol `1` cannot be removed."
Remove::ssym = "`1` is not a symbol."
RenameDirectory::redev = RenameFile::redev = "Cannot rename to a different physical device; `1` will be copied to `2`, and the original will be deleted."
RenameFile::renfd = "Cannot rename a file into a directory."
Replace::erep = "`1` must be evaluated before use."
Replace::reps = ReplaceAll::reps = ReplaceRepeated::reps = ReplaceList::reps = "`1` is neither a list of replacement rules nor a valid dispatch table, and so cannot be used for replacing."
Replace::rmix = ReplaceAll::rmix = ReplaceRepeated::rmix = ReplaceList::rmix = "Elements of `1` are a mixture of lists and non-lists."
ReplacePart::psl = ReplaceHeldPart::psl = MapAt::psl = Delete::psl = FlattenAt::psl = Insert::psl = StringInsert::psl = StringReplacePart::psl = Extract::psl = "Position specification `1` in `2` is not an integer or a list of integers."
ReplaceRepeated::rrlim = "Exiting after `1` scanned `2` times."
ResetDirectory::dtop = "Directory stack is empty."
Rest::norest = "Cannot take Rest of expression `1` with length zero."
Return::nofsdd = "No enclosing function, Scan, Do, or Dialog found for `1`."
Return::nofunc = "Function `1` not found enclosing `2`."
Return::obs = "Return's functionality of exiting a dialog is obsolete. To exit a dialog, use ExitDialog[] or ExitDialog[expr]. If an ExitDialog[expr] is encountered in the course of evaluation, the dialog will immediately be exited, returning expr."
Root::amb = "Root object `1` may be ambiguous. Changing the value of ExactRootIsolation option to Root to True and redoing the computations is recommended."
Root::deg = "`1` has less than `2` root(s) as a polynomial in `3`."
Root::mdeg = "The degree `1` of the input polynomial `2` is not an integer between 1 and $MaxRootDegree."
Root::npoly = "`1` is not a polynomial in `2`."
Root::nup = "`1` is not a univariate polynomial."
Root::rnum = "`1` is not a valid root number."
Root::rnv = "`1` is neither a valid variable nor a valid root number."
Root::sbr = "Because of branch cuts, the series may represent a different root of `1` for some values of `2`."
Root::var = "`1` is not a valid variable."
Roots::badmod = "Cannot extract roots of input modulo `1`."
Roots::eqn = NRoots::eqn = "`1` is not an equation."
Roots::neq = NRoots::neq = "`1` is expected to be a polynomial in the variable `2`."
Roots::lexp = "Exponent of `1` in `2` is too large."
RootSum::pfn = "`1` is not a pure function."
RotateLeft::rotate = RotateRight::rotate = "Cannot rotate atomic expression `1`."
RotateLeft::rspec = RotateRight::rspec = "Rotation specification `1` should be a machine-size integer or list of machine-size integers."
RowReduce::rmeth = LinearSolve::rmeth = NullSpace::rmeth = Inverse::rmeth = "Value of option Method -> `1` should be CofactorExpansion, OneStepRowReduction, DivisionFreeRowReduction, or Automatic."
Rule::rhs = RuleDelayed::rhs = "Pattern `1` appears on the right-hand side of rule `2`."
Run::shell = "Cannot execute shell."
SchurDecomposition::schurf = "SchurDecomposition has received a matrix with infinite precision."
SchurDecomposition::schurn = "SchurDecomposition has received a matrix with non-numeric elements."
SeedRandom::seed = "Argument `1` in `2` should be an integer or a string."
SequenceLimit::seqlim = "The general form of the sequence could not be determined, and the result may be incorrect."
SequenceLimit::seqw = "Sequence of length `1` is too short for use with WynnDegree -> `2`."
SequenceLimit::wynn = "Value of option WynnDegree -> `1` should be a positive machine-size integer or Infinity."
Series::esss = "Essential singularity encountered in `1`."
Series::icm = "Series in `1` to be combined have unequal expansion points `2` and `3`."
Series::lss = "Logarithmic singularity encountered in `1`."
Series::nmer = "`1` is not a meromorphic function of `2` at `3`."
Series::sbyc = "Division by a series with no coefficients in `1`."
Series::serlim = "Series order specification `1` is not a machine-size integer."
Series::sspec = "Series specification `1` is not a list with three elements."
Series::vcnt = "Center point `2` of power series expansion involves the variable `1`."
SeriesData::csa = "Argument `1` in `2` is not a power series."
SeriesData::scmn = "Order of series `1` is negative."
SeriesData::scmp = "The constant term of series `1` does not match the expansion point of `2`."
SeriesData::sdatc = "Coefficient specification `1` in `2` is not a list."
SeriesData::sdatd = "Power denominator specification `1` in `2` is not a positive machine-size integer."
SeriesData::sdatn = "Order specification `1` in `2` is not a machine-size integer."
SeriesData::sdatv = "First argument `1` is not a valid variable."
SeriesData::slnc = "Argument `1` in Log is a series with no coefficients."
SeriesData::ssdn = "Attempt to evaluate a series at the number `1`; returning Indeterminate."
Set::patset = "Warning: `1` in assignment `2` represents a named pattern; use symbol::tag to represent a message name."
Set::inset = "Assignments cannot be performed during inspection."
Set::lhsr = SetDelayed::lhsr = Unset::lhsr = TagSet::lhsr = TagSetDelayed::lhsr = TagUnset::lhsr = UpSet::lhsr = UpSetDelayed::lhsr = "Replacing rule `1` with rule `2` since their left-hand sides and conditions are equivalent."
Set::setraw = SetDelayed::setraw = UpSet::setraw = UpSetDelayed::setraw = TagSet::setraw = TagSetDelayed::setraw = "Cannot assign to raw object `1`."
Set::setrpt = SetDelayed::setrpt = UpSet::setrpt = UpSetDelayed::setrpt = TagSet::setrpt = TagSetDelayed::setrpt = "Cannot assign to raw object `1` in pattern `2`."
Set::shape = SetDelayed::shape = "Lists `1` and `2` are not the same shape."
SetAccuracy::accbd = "Requested accuracy `1` is not a real number within the allowable range."
SetAccuracy::acclg = "Requested accuracy `1` would result in a precision greater than $MaxPrecision; bounding by $MaxPrecision instead."
SetAccuracy::accsm = "Requested accuracy `1` would result in a precision smaller than $MinPrecision; bounding by $MinPrecision instead."
SetFileDate::fdate = "Date specification should be either the number of seconds since Jan 1, 1900, or a {y, m, d, h, m, s} list."
SetOptions::optf = "`1` has incorrectly formed options `2`."
SetOptions::optnf = Options::optnf = AbsoluteOptions::optnf = "`1` is not a known option for `2`."
SetOptions::sstm = "Argument `1` is not a symbol or a stream."
SetStreamPosition::sbuf = "Requested position `1` in stream `2` is outside the file buffer; cannot reach outside the file buffer for non-disk files."
SetStreamPosition::stmrng = "Cannot set the current point in stream `2` to position `1`.  The requested position exceeds the number of characters in the file."
Short::short = "Second argument `1` should be a positive real number."
Show::gcc = "Graphics of type `1` cannot be combined with other types of graphics."
Show::gcomb = "An error was encountered in combining the graphics objects in `1`."
Show::gmed = "No graphics output medium specified."
Show::shx = "No graphical objects to show."
Simplify::cfn = "The cost function `1` does not evaluate to a real number at `2`."
Simplify::time = "Time spent on a transformation exceeded `1` seconds, and the transformation was aborted. Increasing the value of TimeConstraint option may improve the result of simplification."



SingularValues::svdf = "SingularValues has received a matrix with infinite precision."
SingularValues::svdn = "SingularValues has received a matrix with non-numerical elements."
Solve::circ = MainSolve::circ = Roots::circ = Reduce::circ = Eliminate::circ = SolveAlways::circ = AlgebraicRules::circ = "Removing solution `1` from list of solutions. It results from an underdetermined system of equations involving transcendental functions."
Solve::dinv = MainSolve::dinv = Eliminate::dinv = Roots::dinv = AlgebraicRules::dinv = Reduce::dinv = SolveAlways::dinv = GroebnerBasis::dinv = PolynomialReduce::dinv = "The expression `1` involves unknowns in more than one argument, so inverse functions cannot be used."
Solve::incnst = "Inconsistent or redundant transcendental equation. After reduction, the bad equation is `1` == 0."
Solve::smod = "Unable to solve equations for modulus."
Solve::solex = MainSolve::solex = Roots::solex = Reduce::solex = Eliminate::solex = SolveAlways::solex = AlgebraicRules::solex = GroebnerBasis::solex = PolynomialReduce::solex = "`1` cannot handle one of the exponents."
Solve::svars = "Equations may not give solutions for all \"solve\" variables."
Solve::tdep = MainSolve::tdep = Roots::tdep = Reduce::tdep = Eliminate::tdep = SolveAlways::tdep = AlgebraicRules::tdep = GroebnerBasis::tdep = PolynomialReduce::tdep = "The equations appear to involve the variables to be solved for in an essentially non-algebraic way."
Sound::ssnf = "`1` out of `2` sample points did not evaluate to real numbers."
Sound::ssnm = "A good PlayRange could not be found since most of the samples are not evaluating to machine-size real numbers."
Developer`SparseLinearSolve::spam = "The sparse matrix `1` is not specified in the form {{i1,j1}->a1,{i2,j2}->a2,...} with machine-sized integer position indices ik and jk and machine-sized real or complex values ak."
Developer`SparseLinearSolve::fovflw = Experimental`ExtendedLinearSolve::fovflw = Experimental`LinearSolveFunction::fovflw = "Machine overflow encountered factoring the sparse matrix."
Developer`SparseLinearSolve::sovflw = Experimental`ExtendedLinearSolve::sovflw = Experimental`LinearSolveFunction::sovflw = "Machine overflow encountered solving the sparse system."
Splice::splicd = "Missing right delimiter `1` at end of input file `2`."
Splice::splicf = "Cannot deduce output file name from `1`."
Splice::splict = "Cannot deduce output type from `1`."
Splice::splicx = "Syntax error in Mathematica input `1`."
Stack::stackx = "Expression number `1` does not exist in `2`; there are `3` expressions of the requested form."
StringDrop::drop = "Cannot drop positions `1` through `2` in \"`3`\"."
StringForm::sfq = "Unmatched backquote in `1`."
StringForm::sfr = "Item `1` requested in \"`3`\" out of range; `2` items available."
StringInsert::ins = StringReplacePart::ins = "Cannot insert at position `2` in `1`."
StringPosition::meta = StringReplace::meta = "Value of option MetaCharacters -> `1` is not None, Automatic, a string of length 3, or a list of three strings."
StringReplace::srep = "`1` is not a valid string replacement rule."
StringReplacePart::ovlp = "Position `1` overlaps previous positions; new string `2` will not be inserted."
StringReplacePart::plen = Array::plen = "`1` and `2` should have the same length."
StringReplacePart::repart = "Cannot replace positions `1` through `2` in \"`3`\"."
StringReplacePart::spos = "Position specification {m, n} is expected at position `1` in `2`."
StringTake::take = "Cannot take positions `1` through `2` in \"`3`\"."
Subresultants::slpr = "The algorithm failed due to a too low precision of input."
Subscripted::subn = "Subscripting specification `1` is not of the form n or {n1, n2}."
Subscripted::subv = "Specifications for superscripts and subscripts overlap."
Subscripted::subx = "Positions specified by `1` are not available in expression of length `2`."
Sum::div = "Sum does not converge."
Sum::sumwarn = "Warning: `1` contains a capital sigma; use \[EscapeKey]sum\[EscapeKey] to enter a summation sign."
SurfaceColor::albedo = "Albedo specification `1` in first argument of `2` is not a valid GrayLevel or RGBColor directive."
SurfaceColor::shine = "Shininess specification `1` in third argument of `2` is not a positive real number."
SurfaceColor::specl = "Specularity specification `1` in second argument of `2` is not a valid GrayLevel or RGBColor directive."
SurfaceGraphics::clip = "Value of option ClipFill -> `1` is not None, Automatic, a color, or a list of two such values."
SurfaceGraphics::noproj = Graphics3D::noproj = "Mathematica is unable to make a projection matrix; check the settings of ViewPoint, ViewCenter, and ViewVertical."
SurfaceGraphics::pmsr = DensityGraphics::pmsr = ContourGraphics::pmsr = "PlotRange `1` is so much smaller than MeshRange `2` that there is nothing left to plot."
SurfaceGraphics::shade = "Shading array `1` is not the same shape as the z-value array."
Switch::argct = "Switch called with `2` arguments. Switch must be called with an odd number of arguments."
Symbol::symname = "The string \"`1`\" cannot be used for a symbol name. A symbol name must start with a letter followed by letters and numbers."
Syntax::noinfo = "Input expression contains insufficient information to interpret result."
Syntax::snthex = "4 hexadecimal digits are required after \\: to construct a 16-bit character."
Syntax::sntoct1 = "3 octal digits are required after \\ to construct an 8-bit character."
Syntax::sntoct2 = "2 hexadecimal digits are required after \\. to construct an 8-bit character."
Syntax::sntufn = "Unknown unicode longname `1`."
Syntax::sntunc = "Unicode longname `1` in the string is unterminated."
Syntax::syntyp = "\\ operators can only be used between \(  \)."
Syntax::com = "Warning: comma encountered with no adjacent expression; the expression will be treated as Null. `1`"
TableForm::tfal = "Value of option TableAlignments -> `1` should be a list of alignment specifications (Top, Bottom, and Center for row dimensions, or Left, Right, and Center for column dimensions)."
TableForm::tfdir = "Value of option TableDirections -> `1` should be Row, Column, or a non-empty list of these values."
TableForm::tfh = "TableHeadings option contained `1`, which is not Automatic, None, or a list of labels."
TableForm::tfsp = "Value of option TableSpacing -> `1` should be Automatic or a list of machine-size numbers."
TableForm::wtfsp = "Warning: TableSpacing value of `1` must be non-negative. Formatting will proceed with a value of 0."
TagSet::tagnf = TagSetDelayed::tagnf = TagUnset::tagnf = "Tag `1` not found in `2`."
TagSet::tagpos = TagSetDelayed::tagpos = TagUnset::tagpos = "Tag `1` in `2` is too deep for an assigned rule to be found."
Take::take = "Cannot take positions `1` through `2` in `3`."
TeXForm::texalign = "The value for the Alignment options should be one of Center, Left, Right, Top, Bottom, and Axis."
TeXForm::texstyle = "The value for the VerticalPlacement option should be one of DisplayStyle, TextStyle, ScriptStyle, ScriptscriptStyle, None, and Automatic."
TeXForm::texval = "The value for the `1` option must be a real or integer number."
Text::textn = "Text offset `1` is not a pair of numbers."
Text::textz = "Vector for text rotation cannot have value {0,0}."
Thickness::thkn = AbsoluteThickness::thkn = "The argument in `1` is not a number."
Thread::tdlen = "Objects of unequal length in `1` cannot be combined."
Thread::tpos = "Cannot thread over positions `1` through `2` in `3`."
Throw::nocatch = "Uncaught `1` returned to top level."
Ticks::ticks = "`1` is not a valid tick specification."
TimeConstrained::timc = "Number of seconds `1` is not a positive integer."
TimeConstraint::nvc = "The value of TimeConstraint option should be a positive integer or Infinity."
ToBoxes::notform = "`1` in `2` is not a box formatting type."
ToColor::colpc = ColorOutput::colpc = "Result `1` obtained during color conversion by applying function `2` to color `3` is not a GrayLevel, RGBColor, or CMYKColor color directive."
ToColor::colpw = ColorOutput::colpw = "Result `1` obtained during color conversion by applying function `2` to color `3` has the wrong number of arguments for that color."
ToColor::tocol = "First argument `1` in ToColor should be a valid color directive."
ToDate::tdn = "First argument `1` should be an integer or a real number."
ToExpression::esntx = "Could not parse `1` as Mathematica input."
ToExpression::esntxb = "Expression cannot begin with \"`1`\"."
ToExpression::esntxf = "\"`1`\" cannot be followed by \"`2`\"."
ToExpression::esntxi = "Incomplete expression \"`1`\"."
ToExpression::notstr = "The format type InputForm is valid only for string input."
ToExpression::notstrbox = "`1` is not a string or a box. ToExpression can only interpret strings or boxes as Mathematica input."
ToString::notype = "FormatType `1` is not suitable for string-based output. Use a string-based format such as OutputForm."
Trace::tracb = TraceScan::tracb = TracePrint::tracb = TraceDialog::tracb = "Value of option `1` -> `2` should be False, True, All, or a list of two of these symbols."
Trace::tracd = TraceScan::tracd = TracePrint::tracd = TraceDialog::tracd = "Value of option `1` -> `2` should be False, True, or All."
TraceLevel::notrc = "No Trace function is currently active."
Transpose::diagnl = "Level rearrangement `1` would require collapsing dimensions of unequal lengths."
Transpose::newdims = "Level rearrangement `1` does not specify destination for level `2`."
Transpose::nmtx = "The first two levels of the one-dimensional list `1` cannot be transposed."
Transpose::perm = "The length of permutation `1` does not equal the depth of `2`."
Transpose::perm1 = "Entry `1` in permutation `2` is not a positive machine integer."
Transpose::perm2 = "Entry `1` is out of bounds for permutation `2`."
Transpose::tperm = "Permutation `1` is longer than the dimensions `2` of the array."
Transpose::tpmax = "Coordinate permutation `1` is too deep."
UnAlias::alspr = "No previous alias found for `1`."
Uninstall::unlink = "External package `1` has not been installed."
Union::smtst = Intersection::smtst = Complement::smtst = "SameTest function `1` evaluates to `2`."
Unique::usym = "`1` is not a symbol or a valid symbol name."
Unset::cxun = "Cannot unset contexts."
Unset::norep = TagUnset::norep = "Assignment on `2` for `1` not found."
Unset::usraw = TagUnset::usraw = "Cannot unset raw object `1`."
Unset::usrpt = TagUnset::usrpt = "Cannot unset raw object `1` in pattern `2`."
ViewCenter::viewc = "A projection cannot be constructed for a ViewCenter which coincides with a ViewPoint."
ViewPoint::viewp = "A projection cannot be constructed for a ViewPoint inside the bounding box."
ViewVertical::viewv = "The ViewVertical vector must have a non-zero component perpendicular to a line from the ViewPoint to the ViewCenter."
With::dup = Module::dup = Block::dup = Dialog::dup = "Duplicate local variable `1` found in local variable specification `2`."
With::dups = Module::dups = "Conflicting local variables `1` and `3` found in local variable specification `2`."
With::lvw = "Local variable specification `1` contains `2` which is not an assignment to a symbol."
With::lvws = "Variable `1` in local variable specification `2` requires a value."
