Computes the Exposure-At-Default based on  the standardized approach
    of CRR2 (SA-CCR). The simplified version of SA-CCR has been included, as well as the OEM methodology.
	Multiple trade types of all the five major asset classes are being supported including the 'Other' Exposure and, given the inheritance-
    based structure of the application, the addition of further trade types
    is straightforward. The application returns a list of trees per Counterparty and CSA after
    automatically separating the trades based on the Counterparty, the CSAs, the hedging sets, the
    netting sets and the risk factors. The basis and volatility transactions are
    also identified and treated in specific hedging sets whereby the corresponding 
    penalty factors are applied. All the examples appearing on the
    regulatory papers (both for the margined and the un-margined workflow) have been
    implemented including the latest CRR2 developments.

Implementation of the BLEU-Score in 'C++' to evaluate the
    quality of generated text. The BLEU-Score, introduced by Papineni et al. (2002)
    <doi:10.3115/1073083.1073135>, is a metric for evaluating the quality of
    generated text. It is based on the n-gram overlap between the generated
    text and reference texts. Additionally, the package provides some smoothing
    methods as described in Chen and Cherry (2014) <doi:10.3115/v1/W14-3346>.

Implementation of the wavelet-based spatial verification method of Buschow and Friederichs "SAD: Verifying the Scale, Anisotropy and Direction of precipitation forecasts" (2020, submitted to QJRMS). Forecasts and Observations are transformed by a decimated or redundant dual-tree complex wavelet transform to analyze the spatial scale, degree of anisotropy and preferred direction in each field. These structural attributes are compared by a series of scores. An experimental algorithm for the correction of these errors is included as well.

We analyzed the nucleotide composition of genes with a special emphasis on stability of DNA sequences. Besides, in a variety of different organisms unequal use of synonymous codons, or codon usage bias, occurs which also show variation among genes in the same genome. Seemingly, codon usage bias is affected by both selective constraints and mutation bias which allows and enables us to examine and detect changes in these two evolutionary forces between genomes or along one genome. Therefore, we determined the codon adaptation index (CAI), effective number of codons (ENC) and codon usage analysis with calculation of the relative synonymous codon usage (RSCU), and subsequently predicted the translation efficiency and accuracy through GC-rich codon usages. Furthermore, we estimated the relative stability of the DNA sequence following calculation of the average free energy (Delta G) and Dimer base-stacking energy level.