"This category includes probability distributions, classifications, matching or distance measurements etc.",
true));
categories.add(newOperatorCategory(
"MODELS",
"Models description",
"This category includes models to be trained, e.g. neural networks, species envelopes, support vector machines etc.. The result will be typically a binary file.",
false));
categories.add(newOperatorCategory(
"EVALUATORS",
"A set of procedures for measuring the quality of a model",
"This category represent a set of procedures for measuring the quality of a model.",
false));
}
}
privatestaticvoidinitOperators(){
if(operators==null){
operators=newArrayList<Operator>();
operators.add(newOperator(
"AQUAMAPS_NATIVE_2050",
"Aquamaps Native for 2050 scenario",
"Aquamaps Native for 2050 scenario.",null,true));
operators.add(newOperator(
"REMOTE_AQUAMAPS_SUITABLE_2050",
"Aquamaps Suitable for 2050 scenario",
"Aquamaps Suitable for 2050 scenario.",null,true));
operators.add(newOperator(
"AQUAMAPS_SUITABLE_NEURALNETWORK",
"Aquamaps Suitable Distribution using a feed-Forward Neural Network",
"Aquamaps Suitable Distribution using a feed-Forward Neural Network.",null,true));
operators.add(newOperator(
"REMOTE_AQUAMAPS_NATIVE",
"Aquamaps Native habitat generated by invoking Rainy Cloud",
"Aquamaps Native habitat generated by invoking Rainy Cloud.",null,true));
operators.add(newOperator(
"AQUAMAPS_NEURAL_NETWORK_NS",
"Aquamaps Suitable Distribution using a Feed-Forward Neural Network provided by Neurosolutions",
"Aquamaps Suitable Distribution using a Feed-Forward Neural Network provided by Neurosolutions (<a href='http://www.neurosolutions.com/' target='blank'>http://www.neurosolutions.com</a>).",null,true));
operators.add(newOperator(
"REMOTE_AQUAMAPS_NATIVE_2050",
"Aquamaps Native 2050 habitat generated by invoking Rainy Cloud",
"Aquamaps Native 2050 habitat generated by invoking Rainy Cloud.",null,true));
operators.add(newOperator(
"REMOTE_AQUAMAPS_SUITABLE",
"Aquamaps Suitable habitat generated by invoking Rainy Cloud",
"Aquamaps Suitable habitat generated by invoking Rainy Cloud.",null,true));
"Aquamaps Suitable for 2050 scenario.",null,true));
operators.add(newOperator(
"AQUAMAPSNN",
"Feed-Forward Neural Network for usage in Aquamaps generations",
"Feed-Forward Neural Network for usage in Aquamaps generations.",null,true));
operators.add(newOperator(
"AQUAMAPSNNNS",
"Feed-Forward Neural Network by Neurosolutions for usage in Aquamaps generations",
"Feed-Forward Neural Network by Neurosolutions (<a href='http://www.neurosolutions.com/' target='blank'>http://www.neurosolutions.com</a>) for usage in Aquamaps generations.",null,true));