- Class bin_size
- This class is not working yet.
- Class cli
- There are some fixme entries in cli.cpp associated with when cop is zero
- Class cli
- Only add get() and set() commands if some parameters are set
- Class cli
- Warn in run_interactive() when extra parameters are given
- Global cli::cli_gets (const char *c)
- Should this be protected?
- Class collection
- If pointer_in gets a null pointer it does nothing. Should we replace this behaviour by two pointer_in() functions. One which does nothing if it gets a null pointer, and one which will go ahead and set the pointer to null. This is useful for output object which have default values to be used if they are given a null pointer.
- More testing on rewrite() function.
- Think more about adding arrays of pointers? pointers to arrays?
- Modify static data output so that if no objects of a type are included, then no static data is output for that type? (No, it's too hard to go through all objects looking for an object of a particular type).
- Class eqi_deriv
- The uncertainties in the derivatives are not yet computed and the second and third derivative formulas are not yet finished.
- Global eqi_deriv::calc_vector (double x, double x0, double dx, size_t nx, const vec_t &y)
- Document or change the value of 100.0 which appears here
- Global eqi_deriv::deriv_vector (size_t nv, double dx, const vec_t &y, vec_t &dydx)
- generalize to other values of npoints.
- Class gaussian_2d
- Double check that sigma is implemented correctly
- Class gsl_bsimp
- Ensure error handling is sensible if the "derivs" or jacobian functions return a non-zero value
- Class gsl_bsimp
- Create an example with a stiff diff eq. which requires this kind of stepper
- Class gsl_fit
- Properly generalize other vector types than ovector_base
- Class gsl_fit
- Allow the user to specify the derivatives
- Class gsl_fit
- Fix so that the user can specify automatic scaling of the fitting parameters, where the initial guess are used for scaling so that the fitting parameters are near unity.
- Class gsl_inte_qag
- Verbose output has been setup for this class, but this needs to be done for some of the other GSL-like integrators
- Class gsl_inte_qagiu
- I had to add extra code to check for non-finite values for some integrations. This should be checked.
- Class gsl_inte_qags
- The convergence errors need to be handled correctly in function
qags
in gsl_inte_qag_b.h
.
- Class gsl_inte_qawf_cos
- Verbose output has been setup for this class, but this needs to be done for the other GSL-like integrators
- Class gsl_inte_qawf_sin
- Improve documentation a little
- Class gsl_inte_qawo_cos
- Verbose output has been setup for this class, but this needs to be done for the other GSL-like integrators
- Class gsl_inte_qawo_sin
- Improve documentation
- Class gsl_inte_qaws
- Finish this!
- Class gsl_inte_qng
- Shouldn't feval be last_iter ?
- Class gsl_inte_table
- Make the workspace size protected
- Class gsl_miser
- The testing file calls the error handler on the composite_inte section. Fix this.
- Class gsl_vegas
- Need to double check that the verbose output is good for all settings of verbose.
- Class gsl_vegas
- BINS_MAX and bins_max are somehow duplicates. Fix this.
- Class io_base
- Should the remove() functions be moved to class collection?
- Class multi_min_fix
- Generalize to all vector types
- Class multi_min_fix
- Generalize to minimizers which require derivatives
- Class o2scl_interp
- Make sure the min size is checked on both 'itp' and 'ritp'.
- Class o2scl_interp_vec
- Need to fix constructor to behave properly if init() fails. It should free the memory and set
ln
to zero.
- Class o2scl_interp_vec
- Specify a base_interp_mgr object instead of base_interp objects
- Class ode_bv_multishoot
- Improve documentation a little and create testing code
- Class ode_it_solve
- Implement as a child of ode_bv_solve ?
- Class ode_it_solve
- Max and average tolerance?
- Class ode_it_solve
- partial correction option?
- Global ode_iv_solve::solve_final_value_derivs (double x0, double x1, double h, size_t n, vec_t &ystart, vec_t ¥d, vec_t &dydx_start, vec_t &dydx_end, param_t &pa, func_t &derivs)
- Add error information
- Global ode_iv_solve::solve_final_value_derivs (double x0, double x1, double h, size_t n, vec_t &ystart, vec_t ¥d, vec_t &dydx_start, vec_t &dydx_end, param_t &pa, func_t &derivs)
- At present, dydx_start is computed, but it should probably be assumed that the user will provide this.
- Global ode_iv_solve::solve_grid_derivs (double x0, double x1, double h, size_t n, vec_t &ystart, size_t nsol, vec_t &xsol, mat_t &ysol, mat_t &dydx_sol, param_t &pa, func_t &derivs)
- Add error information
- Class ool_constr_mmin
- Implement automatic computations of gradient and Hessian
- Class ool_constr_mmin
- Construct a non-trivial example for the "examples" directory
- Global ool_constr_mmin::mmin (size_t nvar, vec_t &xx, double &fmin, param_t &pa, func_t &ff)
- Need to finish this function somehow since it's pure virtual in multi_min.
- Class ool_mmin_pgrad
- Complete the mmin() interface with automatic gradient
- Class ool_mmin_pgrad
- Replace the explicit norm computation below with the more accurate dnrm2 from linalg
- Class other_todos_and_bugs
- The o2scl-test and o2scl-examples targets require grep, awk, tail, cat, and wc. It would be good to reduce this list to ensure better compatibility.
- More examples and benchmarks
- There are a couple classes which Doxygen doesn't yet parse properly for the class hierarchy: gsl_root_stef, and ool_mmin_gencan. Also should double check smart_interp, etc.
- Make sure abs(-double) isn't allowed by the O2scl and GSL headers with the correct flags
- Class other_todos_and_bugs
- At present, the testing code assumes that shared libraries are installed. Can this be improved? (12/3/08 - I'm not sure what the status is on this...this should be checked.)
- Class other_todos_and_bugs
- Make sure default template parameters are documented in each class, and make sure default template parameters exist where they should.
- Class ovector_cx_tlate
- Add subvector_stride, const_subvector_stride
- Class pointer_alloc
- Call error handler appropriately here
- Class polylog
- Give error estimate?
- Improve accuracy?
- Use more sophisticated interpolation?
- Add the series
for
? - Implement for positive arguments < 1.0
- Make another polylog class which implements series acceleration?
- Global smart_interp::find_subset (const double a, const double b, size_t sz, const vec_t &x, const vec_t &y, size_t &nsz, bool &increasing)
- The error handling is a bit off here, as it can return a non-zero value even with there is no real "error". We should just make a new bool reference paramter.
- Global smart_interp::interp (const double x0, size_t n, const vec_t &x, const vec_t &y)
- After calling find_subset, I think we might need to double check that
nn
is larger than the minimum interpolation size.
- Class table_units
- Make table methods virtual? (not necessary yet since delete_column() isn't referred to internally)
- Class tensor
- More complete testing.
- Class text_out_file
- Test output with <'s and >'s and document this
- Class text_out_file
- Document the difference between flush() and end_line()
- Global text_out_file::text_out_file (std::ostream *out_file, int width=80, bool bracket_objs=true)
- Ensure streams are not opened in binary mode for safety.
- File cx_arith.h
- Ensure all the functions are tested.
- Global solve_cyc_tridiag_sym
- Put reference in correctly.
- File user_io.h
- Do input for array and 2d array objects, finish output functions. Make a macro for I/O for doubles, ints and other objects w/o a type() function.
- Global o2scl_output
- Do input for array and 2d array objects
- Global o2scl_output
- Do input for array and 2d array objects
- Global o2scl_output
- Do input for array and 2d array objects
- File vec_arith.h
- Properly document the operators defined as macros
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