The ''DIVIDE'' argument must evaluate to a row vector of length greater-than or equal-to ''W''. For more information, see ''parallel_function''. The ''DIVIDE'' argument must evaluate to a row vector of consecutive increasing integers between ''BASE'' and ''LIMIT''. For more information, see ''parallel_function''. Incorrect number of input arguments. ''parallel_function'' expects ''RANGE'' and ''F'' arguments. For more information, see ''parallel_function''. The ''RANGE'' argument must evaluate to a two element row vector of integers. For more information, see ''parallel_function''. The ''BASE'' and ''LIMIT'' of the ''RANGE'' argument must be real numbers. For more information, see ''parallel_function''. The ''BASE'' and ''LIMIT'' of the ''RANGE'' argument must be integers. For more information, see ''parallel_function''. The ''F'' argument must be a function handle. For more information, see ''parallel_function''. The ''{0}'' argument must be a function handle or []. For more information, see ''parallel_function''. Incorrect number of arguments. If ''{0}'' is a function handle, ''{1}'' must be supplied. For more information, see ''parallel_function''. The ''M'' argument must be zero or a positive scalar integer. For more information, see ''parallel_function''. Incorrect number of output arguments. At most 3 outputs are possible. For more information, see ''parallel_function''. Incorrect number of output arguments. Three output arguments require the ''REDUCE'' and the ''CONCAT'' input arguments. For more information, see ''parallel_function''. Incorrect number of output arguments. Two output arguments require the ''REDUCE'' or the ''CONCAT'' input argument. For more information, see ''parallel_function''. The ''DIVIDE'' argument must be a scalar integer greater than 0. For more information, see ''parallel_function''. The function handle value of ''DIVIDE'' must take two or three arguments. For more information, see ''parallel_function''. The ''DIVIDE'' argument must be a number, a function handle, or []. For more information, see ''parallel_function''. Invalid argument for parfor. Second input argument for parfor must be the maximum number of workers specified as a nonnegative integer scalar or Inf, a set of parforOptions, or a parallel.Cluster object. The maximum number of workers must be 0, a positive integer or Inf. The sliced variable ''{0}'' must not be a function handle. To call the function handle in a parfor-loop, use "feval({1}, args)". For more information, see {2}. Composite objects are not supported in parfor-loops. The source code ({0}) for the parfor-loop that is trying to execute on the worker could not be found. An UndefinedFunction error was thrown on the workers for ''{0}''. This might be because the file containing ''{1}'' is not accessible on the workers. Use addAttachedFiles(pool, files) to specify the required files to be attached. For more information, see the documentation for ''parallel.Pool/addAttachedFiles''. The range of the parfor-loop variable ''{0}'' must evaluate to a row vector of consecutive increasing integers. For more information, see {1}. The range of the parfor-loop variable ''{0}'' must evaluate to a row vector. For more information, see {1}. The endpoints of the parfor-loop variable range ''{0}'' must evaluate to integers. For more information, see {1}. The range step of the parfor-loop variable range ''{0}'' must evaluate to the integer value 1. For more information, see {1}. The parfor-loop variable ''{0}'' exceeds the supported range of the integer type in parfor-loops. For more information, see {1}. The colon operands of the parfor-loop variable range ''{0}'' must all be the same type, or mixed with real scalar doubles. For more information, see {1}. Error: {0}When indexing the sliced variable ''{1}'' with the nested for-loop variable ''{2}'', the sliced variable must be inside a for-loop that defines the range of the for-loop variable. For more information, see {3}. Error: {0}When indexing the sliced variable ''{1}'' with the nested for-loop variable ''{2}'', the for-loop variable must not be assigned other than by its for statement. For more information, see {3} When indexing a sliced variable with the nested for-loop variable ''{0}'', the range of the for-loop variable must evaluate to a row vector. For more information, see {1}. When indexing a sliced variable with the nested for-loop variable ''{0}'', the range of the for-loop variable must evaluate to a row vector of positive integers. For more information, see {1}. When indexing a sliced variable with the nested for-loop variable ''{0}'', the range step of the for-loop variable range must evaluate to an integer. For more information, see {1}. When indexing a sliced variable with the for-loop variable ''{0}'', the endpoints of the for-loop variable range must evaluate to positive integers. For more information, see {1}. When indexing the sliced variable ''{0}'', the sliced variable offset must evaluate to a constant integer. For more information, see {1}. When indexing a sliced variable with the offset value ''{0}'', the offset and the parfor-loop variable range must be the same type, or mixed with real scalar doubles. For more information, see {1}. The reduction variable ''{0}'' must be set before the parfor-loop. For more information, see {1}. Error: {0}When indexing the sliced variable ''{1}'', the range of the for-loop variable ''{2}'' must be a row vector of positive constant numbers or variables. For more information, see {3}. Error: {0}Assigning to the for-loop variable ''{1}'' is not supported in parfor-loops. For more information, see {2}. Error: {0}Indexing the for-loop variable ''{1}'' is not supported in parfor-loops. For more information, see {2}. Error: {0}Using ans as a parfor-loop variable is not supported. For more information, see {1}. Error: {0}Using ans as a for-loop variable is not supported in parfor-loops. For more information, see {1}. Error: {0}Using ans as a reduction variable is not supported in parfor-loops. For more information, see {1}. Error: {0}Using ans as a sliced variable is not supported in parfor-loops. For more information, see {1}. Error: {0}Using the sliced output variable ''{1}'' in an anonymous function is not supported in parfor-loops. For more information, see {2}. Error: {0}Assigning to the reduction function ''{1}'' of a reduction statement is not supported in parfor-loops. For more information, see {2}. Error: {0}Using a load function that does not assign to an output variable is not supported in parfor-loops. For more information, see {1}. Error: {0}Using inputname is not supported in parfor-loops. For more information, see {1}. When indexing the sliced variable ''{0}'' with the broadcast variable ''{1}'', the broadcast variable must evaluate to positive integers or logical values. For more information, see {2}.