- Improvements
- Use energy_df to get energy for printing if available
- Updated tests
- More stable progress printing

- Improvements
- No calculation of energy for printig (too slow)

- Improvements
- Printing methods for most objects
- Possibility to specify intervals of r for all reconstruction functions

- New functionality
`plot_energy()`

to plot energy over iterations for reconstructed patterns`reconstruct_pattern_hetero()`

allows to reconstruct heterogeneous patterns

- Renameing/Structure
`reconstruct_pattern()`

was split to three functions:`reconstruct_pattern_homo()`

,`reconstruct_pattern_hetero()`

,`reconstruct_pattern_cluster()`

,`reconstruct_marks()`

is now called`reconstruct_pattern_marks()`

- Improvements
- Annealing probability can be specified for reconstruction

- Improvements
- Easier user experience because classes are used to specify provided input
`results_habitat_associations()`

checks if extent of inputs is identical`reconstruct_marks()`

and`calculate_energy()`

use now weights for the summary functions

- Bugfixes
- Bug in
`calculate_energy()`

for reconstructed marks

- Bug in

- Improvements
- Better structure of vignettes
- Adding CONTRIBUTING.md
- Trying to fix some failing tests for older R versions

- New functionality
- Allowing to translate raster only in n steps

- Improvements
`plot_randomized_pattern()`

now uses envelopes to plot randomized summary functions`plot_randomized_pattern()`

includes a quantum bar`plot_randomized_pattern()`

now can return plots after each other (Press) `calculate_engery()`

can also calculate the energy for marked reconstructions- Improved warning messages

- Bugfixes
- Explicitly C++11 compiler

- New functionality
`plot_randomized_pattern()`

to plot randomized rasters

- Improvements
- minor speed improvment for
`reconstruct_pattern()`

,`reconstruct_marks()`

and`calculate_energy()`

- The starting pattern is now identical for all n_random and only the relocation process differs between randomizations
- All summary functions are only calculated for 250 steps from 0 to rmax

- minor speed improvment for
- Bugfixes
- New functionality
`rcpp_sample()`

as a faster Rcpp implementation of`sample()`

- Improvements
- Replaced
`cat()`

with`message()`

for all printing to console - All defaults set to
`n_random = 1`

`comp_fast`

argument equals TRUE if number of points exceed threshold`reconstruct_pattern()`

stops if energy did not decrease for n iterations`reconstruct_marks()`

stops if energy did not decrease for n iterations`plot_randomized_pattern()`

can also plot point patterns

- Replaced
- Bugfixes
- Bug in
`fit_point_process()`

that more points as present could be removed from simulated pattern - Bug in
`reconstruct_pattern()`

that more points as present could be removed from simulated pattern

- Bug in

- First submission to CRAN