| add_constraint_to_model | Add a constraint to a model |
| add_estimation_function_to_model | Add an estimation function to a model |
| add_model_to_fit | Add a model to a fit |
| analyse_baseline | NMR Baseline Analysis |
| any_complex | Checks whether any values in a dataframe are complex |
| apk | Autophase NMR Data with constraints (using a VERY CRUDE... |
| associate_echem_with_nmr | Make an insitu NMR data object containing both NMR and Echem... |
| correct_baseline | NMR Baseline correction |
| data_objects_null_exports | NMR data objects |
| determine_1d_file_type | Determine NMR file type |
| determine_dimensions_from_text_file | Read NMR Data Dimensions |
| exclude_ppm_range_from_fit | Exclude a ppm range from the fit |
| export.nmr2dinsitu.data.object | Export insitu NMR data |
| export.nmr.fit.object | Export fit results |
| find_last_scan | Finds the number of the last (non-empty) scan |
| fit_initial_brute_force | Brute force the starting parameter |
| fit_models_to_x_y | Run a single least-squares fit |
| fit_single_scan | Run a fit on a single scan |
| fix_unconstrained_parameters | Fixes the uncronstrained parameters for every model |
| get_fit_function | Generate fit function |
| insitu_gui | Wizard for processing insitu data |
| integrate_last_scan | Integrate a fitted function |
| iplot.nmr.data.object | Plot ex situ NMR data |
| jms.reexports | Reexported functions from jms.classes |
| make_dynamic_fit | Make dynamic fit |
| make_fitted_models | Generate a list of model functions that only take an x... |
| makeReal | Removes imaginary component from NMR data |
| new_fit | Create a new fit |
| new_model | Create a new model |
| NMR.Utils-package | NMR.Utils: Importing and processing Bruker NMR data |
| noATMoffsets | Generates time offsets if spectra were acquired without ATM |
| phase | Phase NMR Data |
| plot_animation_frame | Plot a raw frame for a fit animation |
| plot_echem_horizontal | Plot electrochemisty data (horizontally) |
| plot_echem_vertical | Plot electrochemisty data (vertically) |
| plot_examples | Plot examples of fitted frames |
| plot_ex_situ_nmr | Plot ex situ NMR data |
| plot_ex_situ_nmr_files | Read and plot ex situ NMR data |
| plot_fit | Produce some summary plots |
| plot_integrals | Plot the integrated intensities |
| plot.nmr2d.data.object | Plot 2D NMR data |
| plot.nmr2dinsitu.data.object | Plot In situ NMR data |
| plot.nmr.data.object | Plot ex situ NMR data |
| plot.nmr.fit.object | Plot the integrated intensities |
| plot_parameter | Plot a fitted parameter |
| prepare_result_data_frame | Generares the result data frame |
| pseudoVoigt | Pseudo Voigt curve |
| read.acqu | Read Acquisition Parameters |
| read.ATMC | Read ATMC log file |
| read.ATMC0 | Read ATMC (version 0 - backup) log file |
| read.ATMC1 | Read ATMC (version 1) log file |
| read.ATMC2 | Read ATMC (version 2) log file |
| read.ATMC_generic | Read ATMC log file |
| read.NMR | Read NMR Data |
| read.nmr.directory.text.1d.1col | Process a folder of one column text files |
| read.nmr.directory.text.1d.2col | Process a folder of two column text files |
| read.nmr.text.1d | Read 1D NMR Data |
| read.nmr.text.1d.1col | Read 1D NMR Data (1 col) |
| read.nmr.text.1d.1col.ppm | Read ppm scale for 1D data |
| read.nmr.text.1d.2col | Read 1D NMR Data (2 / 4 col) |
| read.nmr.text.2d.1col | Read 2D NMR Data (real only) |
| read.nmr.title | Read Title for NMR file |
| read.proc | Read procisition Parameters |
| rebin | Rebins the data to ensure a minimum offset between scans |
| reduceScans | Reduces the number of scans in the data frame |
| register_insitu_subplot_module | Register an interface for drawing a subplot within... |
| register_plot_annotation_module | Register an interface for drawing an annotation within... |
| run_fit_for_data | Run a fit |
| save_animation | Make an animation |
| storeOffsets | Stores the time offsets in the data frame |
| time_remaining_print | Iterate a time remaining indicator |
| time_remaining_start | Start a time remaining indicator |
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.