No longer loads the sf and terra namespaces when loading spEDM package. (#1000).
Clarify output indexing and boundary handling in fnn generic via console output modification (#999).
Lv to Lyu for pinyin compliance (#966).Support data slicing by library and prediction sets for large scale pattern causality computation (#985).
Assign zero to missing pattern causality values for positive, negative, and dark categories in returned results (#983).
Qualify function calls in examples with namespace for reproducibility (#971).
Inject plain-text terminal hint to fnn output (#965).
Unify preprocessing strategies for embedding parameters E and tau across spatial causal discovery algorithms (#960).
Enable asymmetric configurations (E, tau, k) in bidirectional pattern causality analysis (#955).
Match causality detection direction in optimal parameter search to actual variable naming (#995).
Ensure that k is constrained to be greater than or equal to E during optimal parameter search (#990).
Switch the random parameter to replace in the gpc generic implementation and revise the sampling logic accordingly (#987).
Rename NA handling argument from NA_rm to na_rm and change default value to true (#968).
Align conds parameter in scpcm generic to accept condition variables in direct path order for causal mediation analysis (#961).
Resolve visualization failure when probing only one direction of causality with bidirectional set to FALSE (#981).
Correct mismatch between causal strength direction and prediction direction in pattern causality (#978).
Fix incorrect midpoint-based pattern causality classification (#973).
Eliminate default initialization pollution from NaN-skipped elements in library and prediction sets (#951).
Resolve macOS CRAN check failures caused by missing #include directives for string and utility headers (#948).
Trim console output for geographical pattern causality results (#942).
Enforce include order to prevent R headers from preceding Rcpp headers (#932).
Support optional white noise in spatial logistic map simulation (#922).
Align vignette metadata with index entry for correct cran listing (#920).
Provide R-level API and vignette for geographical pattern causality (#868).
Introduce cross mapping of raster data with anisotropic embedding and variable sliding window steps (#812).
Extend capabilities to incorporate mean-based and stacked spatial cross-sectional embeddings in cross mapping (#800).
Drive extension of slm generics with custom aggregation capabilities (#912).
Permit simplex and ic generics to accept varying E, k, and tau inputs (#900).
Calibrate spacing conventions and enable real execution of available-thread detection (#885).
Maintain consistent double precision floating-point comparisons across cpp sources (#850).
Unify font specification in S3 plotting method for cross-mapping results (#830).
Support spatial grid(raster) data detrending with cell center coordinates or row/column numbers (#815).
Remove redundant internal case data (cu.tif) from the package (#828).
Harmonize parameter order across S4 generics for spatial vector and raster data (#817).
Provide new mechanisms for variable interaction in the spatial logistic map (#772).
Introduce configurable distance metrics for cross mapping (#761).
Enable alternative styles of spatial cross-sectional embedding (#755).
Safeguard transient removal logic in spatial logistic map to prevent index errors (#744).
Adjust the default E range in the simplex generic to 2:10 to support more robust reconstruction of state spaces (#739).
Introduce multi-threading in distance-related computations where applicable to improve runtime efficiency (#718).
Display p-value annotation for maximum library size in cross mapping visualization legend (#710).
Prevent unreliable predictions and potentially alter results when NaNs are present in cross mapping (#747).
Rename coordinate columns in population density case csv to lon and lat (#741).
No longer initializes the RNG state when loading spEDM package (#652).
Replace logical vectors with integer index vectors for lib and pred in simplex and s-mapping forecasting sources (#632).
Prevent duplicate generic registrations and simplify method definitions (#627).
Unify parameter descriptions to lowercase (#570).
Introduce confidence interval ribbon support in plot method for gccm results (#550).
Refine randomization strategy in spatial causality test (#643).
Symbolization C++ functions now compute medians from lib subset only (#599).
Users must now use detrend instead of trend.rm (#559).
Enable column parameter in simplex() and smap() and rename columns parameter to column in multiview() (#565).
gccm results where legend labels did not correctly match the corresponding line colors (#552).Enact fnn R API support for false nearest neighbours method (#512).
Integrate R API and vignette for geographical cross mapping cardinality (#455).
Provide R-level API and vignette for spatial causality test (#403).
Enable custom legend texts and colors in plot method for gccm results (#535).
Reduce computational load in vignettes (#476).
Document overall structure and usage of spEDM in a dedicated vignette (#415).
Create SSR vignette for spatial cross-sectional data state-space reconstruction (#412).
Include references for algorithms in spEDM (#367).
Patch memory error caused by mismatch between C++ (0-based) and R (1-based) indexing (#480).
Fix error from non-matrix input in grid-type handling due to R matrix slicing (#474).
Enable parallel.level parameter to specify parallel granularity in gccm R API (#310).
Implement the multiview function for multiview embedding forecasting (MVE) method (#221).
Integrate lib parameter in gccm R API for library units selection (#278).
Set the default k to E+2 in the gccm R API (#261).
Eliminate redundant computations at the source C++ code level (#233).
Add trend.rm option in the R API for embedded, simplex, and smap methods to align with gccm behavior (#191).
Refactor indexing of lag values and embedding vector generation for spatial lattice (#186,#184) and grid data (#183,#181).
Default plotting method places the legend in the top-left corner of the plot now (#325).
Refine simplex & smap output on the R side (#263).
embedded, simplex, smap when input data contains only one attribute column (#246).sdsfun package (#159).tau parameter in the C++ source code and update the R side API (#154).Implement the smap function to enable the selection of the optimal theta parameter (#128).
Add simplex function to support selecting the optimal embedding dimension for variables (#98).
Provide an R-level API for generating embeddings (#97).
Now bidirectional mapping in the gccm result uses a full join structure when organized on the R side (#118).
Support for calculating unidirectional mappings in the gccm function (#117).
Relax gccm C++ source code libsizes minimum value constraint of E+2 (#109).
Provide a complete GCCM workflow for spatial lattice and grid data in the gccm vignette (#100).
Support testing causal links in GCCM with different E and k for cause and effect variables (#96).
Add thread settings for gccm generic (#94).
Add S-maps cross-prediction support to gccm generic (#81).
Resolve r crash caused by invalid E #90 and k #89 parameter settings in gccm.
Fix incorrect Pearson correlation calculation in C++ code when input contains NA (#83).
Encapsulate the gccm generic using the S4 class (#72).
Add options for tau, k, and progressbar in gccm (#69).
Add print and plot s3 methods for gccm result (#64).
gccm generic returns empty result when input grid data contains NA values (#61).gccm generic for spatial lattice and grid data using modern C++.