Uses of Package
org.ddogleg.optimization.functions
Package
Description
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ClassDescriptionFunction which takes in N parameters as input and outputs M elements.Function that takes in a vector of length N and outputs a matrix with dimension M x N.Function with N inputs and N outputs.Function for non-linear optimization that has a single output and N inputs.Jacobian calculation for use in Schur Complement.
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ClassDescriptionBase class for functions which take in an array of inputs and outputsFunction which takes in N parameters as input and outputs M elements.Function that takes in a vector of length N and outputs a matrix with dimension M x N.Function with N inputs and N outputs.Function for non-linear optimization that has a single output and N inputs.Function with a single scalar input and a single scalar output.
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ClassDescriptionBase class for functions which take in an array of inputs and outputs
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ClassDescriptionFunction which takes in N parameters as input and outputs M elements.Function that takes in a vector of length N and outputs a matrix with dimension M x N.Jacobian calculation for use in Schur Complement.
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ClassDescriptionContains functions for optimization algorithms that perform a line search and require the function's value and its gradient.
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ClassDescriptionFunction which takes in N parameters as input and outputs M elements.Function that takes in a vector of length N and outputs a matrix with dimension M x N.Function with N inputs and N outputs.Function for non-linear optimization that has a single output and N inputs.Jacobian calculation for use in Schur Complement.
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ClassDescriptionBase class for functions which take in an array of inputs and outputsFunction which takes in N parameters as input and outputs M elements.Function that takes in a vector of length N and outputs a matrix with dimension M x N.Function with N inputs and N outputs.Function for non-linear optimization that has a single output and N inputs.Function with a single scalar input and a single scalar output.Contains functions for optimization algorithms that perform a line search and require the function's value and its gradient.Jacobian calculation for use in Schur Complement.