Calculates various event coverage values for a test suite and prints them as a tables of the following form to the console. The coverage values are calculate in relation to both a collection of sequences and a usage profile. 

The coverages for a given depth d are:
 * numObs: number of d-tuples that are observed in the related sequences
 * numCov: number of covered d-tuples by the test suite
 * numNew: number of d-tuples that are part of the test suite but not observed in the related sequences
 * numPos: number of possible d-tuples
 * all: coverage in relation to a all d-tuples, regardless whether they are possible according to the usage profile or not
 * pos: coverage in relation to the d-tuples possible according to the usage profile
 * poswei: coverage in relation to the d-tuples possible according to the usage profile, weighted by the probability of the d-tuples ("usage-based coverage")
 * obs: coverage in relation to the d-tuples that are observed in the related sequences
 * obswei: coverage in relation to the d-tuples that are observed in the related sequences, weighted by the probability according to the usage profile
 * new: coverage in relation to the number of possible new sequences, i.e., sequences that are possible according to the usage profile or not but not part of the related sequences
 * newpos: coverage in relation to the number of possible new sequences, i.e., sequences that are possible according to the usage profile but not part of the related sequences
 * newposwei: same as above, but weighted by the probability according to the usage profile

$USAGE$
<modelName> name of the usage profile in relation to which the coverages will be calculated
<observedSequences> name of the related sequences
[<sequenceNames>] array of sequences for which the coverage will be calculated
<minCovLength> minimal coverage depth to be used
<maxCovLength> maximal coverage depth to be used

Example(s):
calcCoverage markovModel trainingSequences [generatedSequences] 2 2
calcCoverage markovModel trainingSequences [generatedSequences1 generatedSequences2] 2 4