| acf_sum | Helper Function for ARMA to WV Approximation |
| AIC.fitsimts | Akaike's Information Criterion |
| all_bootstrapper | Bootstrap for Everything! |
| AR | Create an Autoregressive P [AR(P)] Process |
| AR1 | Definition of an Autoregressive Process of Order 1 |
| ar1_draw | Randomly guess starting parameters for AR1 |
| ar1_to_gm | Transform AR1 to GM |
| ar1_to_wv | AR(1) process to WV |
| ARIMA | Create an Autoregressive Integrated Moving Average (ARIMA)... |
| ARMA | Create an Autoregressive Moving Average (ARMA) Process |
| ARMA11 | Definition of an ARMA(1,1) |
| arma11_to_wv | ARMA(1,1) to WV |
| ARMAacf_cpp | Compute Theoretical ACF for an ARMA Process |
| arma_adapter | ARMA Adapter to ARMA to WV Process function |
| arma_draws | Randomly guess starting parameters for ARMA |
| ARMAtoMA_cpp | Converting an ARMA Process to an Infinite MA Process |
| arma_to_wv | ARMA process to WV |
| arma_to_wv_app | ARMA process to WV Approximation |
| australia | Quarterly Increase in Stocks Non-Farm Total, Australia |
| auto_corr | Empirical ACF and PACF |
| auto_imu_cpp | Find the auto imu result |
| batch_modwt_wvar_cpp | Computes the MO/DWT wavelet variance for multiple processes |
| best_model | Select the Best Model |
| bl14_filter | bl14 filter construction |
| bl20_filter | bl20 filter construction |
| B_matrix | B Matrix |
| boot_pval_gof | Generate the Confidence Interval for GOF Bootstrapped |
| bootstrap_gof_test | Compute the Bootstrapped GoF Test |
| brick_wall | Removal of Boundary Wavelet Coefficients |
| build_model_set | Build List of Unique Models |
| calculate_psi_matrix | Calculate the Psi matrix |
| cfilter | Time Series Convolution Filters |
| check | Diagnostics on Fitted Time Series Model |
| ci_eta3 | Generate eta3 confidence interval |
| ci_eta3_robust | Generate eta3 robust confidence interval |
| ci_wave_variance | Generate a Confidence intervval for a Univariate Time Series |
| code_zero | Optim loses NaN |
| comb | Combine math expressions |
| compare_acf | Comparison of Classical and Robust Correlation Analysis... |
| compute_cov_cpp | Computes the (MODWT) wavelet covariance matrix |
| corr_analysis | Correlation Analysis Functions |
| count_models | Count Models |
| cov_bootstrapper | Bootstrap for Matrix V |
| create_imu | Internal IMU Object Construction |
| custom_legend | Custom legend function |
| d16_filter | d16 filter construction |
| d4_filter | d4 filter construction |
| d6_filter | d6 filter construction |
| d8_filter | d8 filter construction |
| decomp_theoretical_wv | Each Models Process Decomposed to WV |
| decomp_to_theo_wv | Decomposed WV to Single WV |
| deriv_2nd_ar1 | Analytic second derivative matrix for AR(1) process |
| deriv_2nd_arma11 | Analytic D matrix for ARMA(1,1) process |
| deriv_2nd_dr | Analytic second derivative matrix for drift process |
| deriv_2nd_ma1 | Analytic second derivative for MA(1) process |
| deriv_ar1 | Analytic D matrix for AR(1) process |
| deriv_arma11 | Analytic D matrix for ARMA(1,1) process |
| derivative_first_matrix | Analytic D matrix of Processes |
| deriv_dr | Analytic D matrix for Drift (DR) Process |
| deriv_ma1 | Analytic D matrix for MA(1) process |
| deriv_qn | Analytic D matrix for Quantization Noise (QN) Process |
| deriv_rw | Analytic D matrix Random Walk (RW) Process |
| deriv_wn | Analytic D Matrix for a Gaussian White Noise (WN) Process |
| desc.to.ts.model | Create a ts.model from desc string |
| dft_acf | Discrete Fourier Transformation for Autocovariance Function |
| diag_boxpierce | Box-Pierce |
| diag_ljungbox | Ljung-Box |
| diag_plot | Diagnostic Plot of Residuals |
| diag_portmanteau_ | Portmanteau Tests |
| diff_cpp | Lagged Differences in Armadillo |
| diff_inv | Discrete Intergral: Inverse Difference |
| D_matrix | Analytic D matrix of Processes |
| do_polyroot_arma | Root Finding C++ |
| do_polyroot_cpp | Root Finding C++ |
| dot-acf | Auto-Covariance and Correlation Functions |
| DR | Create an Drift (DR) Process |
| dr_to_wv | Drift to WV |
| dwt_cpp | Discrete Wavelet Transform |
| e_drift | Expected value DR |
| estimate | Fit a Time Series Model to Data |
| evaluate | Evalute a time series or a list of time series models |
| fast_cov_cpp | Computes the (MODWT) wavelet covariance matrix using... |
| FGN | Definition of a Fractional Gaussian Noise (FGN) Process |
| field_to_matrix | Transform an Armadillo field<vec> to a matrix |
| find_full_model | Find the Common Denominator of the Models |
| fk14_filter | fk14 filter construction |
| fk22_filter | fk22 filter construction |
| fk4_filter | fk4 filter construction |
| fk6_filter | fk6 filter construction |
| fk8_filter | fk8 filter construction |
| format_ci | Format the Confidence Interval for Estimates |
| gen_ar1 | Generate an Autoregressive Order 1 ( AR(1) ) sequence |
| gen_ar1blocks | Generate AR(1) Block Process |
| gen_arima | Generate Autoregressive Order p, Integrated d, Moving Average... |
| gen_arma | Generate Autoregressive Order p - Moving Average Order q... |
| gen_arma11 | Generate an ARMA(1,1) sequence |
| gen_bi | Generate Bias-Instability Process |
| gen_dr | Generate a Drift Process |
| gen_fgn | Generate a Fractional Gaussian noise given sigma^2 and H. |
| gen_generic_sarima | Generate Generic Seasonal Autoregressive Order P - Moving... |
| gen_gts | Simulate a simts TS object using a theoretical model |
| gen_lts | Generate a Latent Time Series Object Based on a Model |
| gen_lts_cpp | Generate Latent Time Series based on Model (Internal) |
| gen_ma1 | Generate an Moving Average Order 1 (MA(1)) Process |
| gen_matern | Generate a Matern Process given sigma^2, lambda and alpha. |
| gen_mean | Generate a determinist vector returned by the matrix by... |
| gen_model | Generate Time Series based on Model (Internal) |
| gen_nswn | Generate Non-Stationary White Noise Process |
| gen_powerlaw | Generate a Power Law Process given sigma^2 and d. |
| gen_qn | Generate a Quantisation Noise (QN) or Rounding Error Sequence |
| gen_rw | Generate a Random Walk without Drift |
| gen_sarima | Generate Seasonal Autoregressive Order P - Moving Average... |
| gen_sarma | Generate Seasonal Autoregressive Order P - Moving Average... |
| gen_sin | Generate a Sinusoidal Process given alpha^2 and beta. |
| gen_wn | Generate a Gaussian White Noise Process (WN(sigma^2)) |
| getObjFun | Retrieve GMWM starting value from Yannick's objective... |
| getObjFunStarting | Retrieve GMWM starting value from Yannick's objective... |
| get_summary | Routing function for summary info |
| GM | Create a Gauss-Markov (GM) Process |
| gm_conv | GM Conversion |
| gm_to_ar1 | Transform GM to AR1 |
| gmwm | Generalized Method of Wavelet Moments (GMWM) |
| gmwm_engine | Engine for obtaining the GMWM Estimator |
| gmwm_imu | GMWM for (Robust) Inertial Measurement Units (IMUs) |
| gmwm_master_cpp | Master Wrapper for the GMWM Estimator |
| gmwm_param_bootstrapper | Bootstrap for Estimating Both Theta and Theta SD |
| gmwm_sd_bootstrapper | Bootstrap for Standard Deviations of Theta Estimates |
| gmwm_update_cpp | Update Wrapper for the GMWM Estimator |
| gof_test | Compute the GOF Test |
| gts | Create a simts TS object using time series data |
| gts_time | Time of a gts object |
| guess_initial | Randomly guess a starting parameter |
| guess_initial_old | Randomly guess a starting parameter |
| haar_filter | Haar filter construction |
| has | Obtain the value of an object's properties |
| hydro | Mean Monthly Precipitation, from 1907 to 1972 |
| idf_arma | Indirect Inference for ARMA |
| idf_arma_total | Indirect Inference for ARMA |
| imu | Create an IMU Object |
| imu_time | Pulls the IMU time from the IMU object |
| invert_check | Check Invertibility Conditions |
| is_func | Is simts Object |
| is.whole | Integer Check |
| jacobian_arma | Calculates the Jacobian for the ARMA process |
| la16_filter | la16 filter construction |
| la20_filter | la20 filter construction |
| la8_filter | la8 filter construction |
| lm_arma | MLR in Armadillo |
| lm_dr | Linear Regression with Drift |
| logit | Logit Function |
| logit2 | Logit2 Function |
| logit2_inv | Logit2 Inverse Function |
| logit_inv | Logit Inverse Function |
| lts | Generate a Latent Time Series Object from Data |
| M | Definition of a Mean deterministic vector returned by the... |
| m2_drift | Second moment DR |
| MA | Create an Moving Average Q [MA(Q)] Process |
| MA1 | Definition of an Moving Average Process of Order 1 |
| ma1_to_wv | Moving Average Order 1 (MA(1)) to WV |
| Ma_cpp | Ma function. |
| Ma_cpp_vec | Ma vectorized function. |
| make_frame | Default utility function for various plots titles |
| MAPE | Median Absolute Prediction Error |
| MAT | Definition of a Matérn Process |
| mb16_filter | mb16 filter construction |
| mb24_filter | mb24 filter construction |
| mb4_filter | mb4 filter construction |
| mb8_filter | mb8 filter construction |
| mean_diff | Mean of the First Difference of the Data |
| minroot | Obtain the smallest polynomial root |
| Mod_cpp | Absolute Value or Modulus of a Complex Number. |
| model_objdesc | Generate the ts model object description |
| model_process_desc | Generate the ts model object's process desc |
| model_score | Model Score |
| model_theta | Generate the ts model object's theta vector |
| modwt_cpp | Maximum Overlap Discrete Wavelet Transform |
| modwt_wvar_cpp | Computes the (MODWT) wavelet variance |
| np_boot_sd_med | Bootstrap standard error for the median |
| num_rep | Replicate a Vector of Elements n times |
| obj_extract | Extract Object |
| optimism_bootstrapper | Bootstrap for Optimism |
| opt_n_gof_bootstrapper | Bootstrap for Optimism and GoF |
| order_AR1s | Order AR1s by size of phi. |
| orderModel | Order the Model |
| plot.gmwm | Plot the GMWM with the Wavelet Variance |
| plot.gts | Plot simts Time Series Data |
| plot.lts | Plot Latent Time Series Object |
| plot.PACF | Plot Partial Auto-Covariance and Correlation Functions |
| plot_pred | Plot Time Series Forecast Function |
| plot.simtsACF | Plot Auto-Covariance and Correlation Functions |
| PLP | Definition of a Power Law Process |
| plus-.ts.model | Add ts.model objects together |
| predict.fitsimts | Time Series Prediction |
| predict.gmwm | Predict future points in the time series using the solution... |
| print_data | Print simts Objects |
| print.fitsimts | Print fitsimts object |
| print.gmwm | Print gmwm object |
| print.summary.gmwm | Print summary.gmwm object |
| print.ts.model | Multiply a ts.model by constant |
| pseudo_logit | Pseudo Logit Function |
| pseudo_logit_inv | Pseudo Logit Inverse Function |
| qmf | Quadrature Mirror Filter |
| QN | Create an Quantisation Noise (QN) Process |
| qn_to_wv | Quantisation Noise (QN) to WV |
| quantile_cpp | Find Quantiles |
| rank_models_cpp | Find the Rank Models result |
| Rcpp_ARIMA | Hook into R's ARIMA function |
| read_imu | Read an IMU Binary File into R |
| read.imu | Read an IMU Binary File into R |
| resid_plot | Plot the Distribution of (Standardized) Residuals |
| rev_col_subset | Reverse Subset Column |
| reverse_vec | Reverse Armadillo Vector |
| rev_row_subset | Reverse Subset Row |
| rfilter | Time Series Recursive Filters |
| rgmwm | GMWM for Robust/Classical Comparison |
| rtruncated_normal | Truncated Normal Distribution Sampling Algorithm |
| RW | Create an Random Walk (RW) Process |
| RW2dimension | Function to Compute Direction Random Walk Moves |
| rw_to_wv | Random Walk to WV |
| SARIMA | Create a Seasonal Autoregressive Integrated Moving Average... |
| SARMA | Create a Seasonal Autoregressive Moving Average (SARMA)... |
| sarma_calculate_spadding | Calculates Length of Seasonal Padding |
| sarma_components | Determine parameter expansion based upon objdesc |
| sarma_expand | Expand Parameters for an SARMA object |
| sarma_expand_unguided | (Internal) Expand the SARMA Parameters |
| sarma_params_construct | Efficient way to merge items together |
| savingrt | Personal Saving Rate |
| scales_cpp | Computes the MODWT scales |
| select | Time Series Model Selection |
| select_arima | Run Model Selection Criteria on ARIMA Models |
| select_filter | Select the Wavelet Filter |
| seq_cpp | Generate a sequence of values |
| seq_len_cpp | Generate a sequence of values based on supplied number |
| set_seed | Set the RNG Seed from within Rcpp |
| simple_diag_plot | Basic Diagnostic Plot of Residuals |
| simplified_print_SARIMA | Simplify and print SARIMA model |
| simts-package | simts: Time Series Analysis Tools |
| SIN | Definition of a Sinusoidal (SIN) Process |
| sort_mat | Sort Matrix by Column |
| sub-.imu | Subset an IMU Object |
| sum_field_vec | Accumulation of Armadillo field<vec> |
| summary.fitsimts | Summary of fitsimts object |
| summary.gmwm | Summary of GMWM object |
| theo_acf | Theoretical Autocorrelation (ACF) of an ARMA process |
| theo_pacf | Theoretical Partial Autocorrelation (PACF) of an ARMA process |
| theoretical_wv | Model Process to WV |
| theta_ci | Generate the Confidence Interval for Theta Estimates |
| times-.ts.model | Multiple a ts.model by constant |
| transform_values | Transform Values for Optimization |
| unitConversion | Convert Unit of Time Series Data |
| untransform_values | Revert Transform Values for Display |
| update.gmwm | Update (Robust) GMWM object for IMU or SSM |
| update.lts | Update Object Attribute |
| update_obj | Update the Attributes of Objects |
| value | Obtain the value of an object's properties |
| var_drift | Variance DR |
| vector_to_set | Conversion function of Vector to Set |
| w4_filter | w4 filter construction |
| wave_variance | Generate a Wave Variance for a Univariate Time Series |
| WN | Create an White Noise (WN) Process |
| wn_to_wv | Gaussian White Noise to WV |
| wvar_cpp | Computes the (MODWT) wavelet variance |
