XSD Documentation
paramRestDef
In paramRestDef, the refIDs show the IDs in the original model, which are to be combined into a new parameter (like a, b, g in source monitoring experiments), and the parameterString shows the new parameter name. Therefore, we will have as many paramRestDef nodes as the new parameters that combined from original model nodes. |
Main Structure
Main Structure of the project shows the three basic parts of the project: originalModel, subModel, and dataSets. |
Original Model
Original Model is a collection of trees. It is used to represent the structure of the original processing tree model in which no parameters or branches are combined. In other words, every single step/node in the tree has a unique parameter name. |
Sub Model
Sub Model represents the sub models we intend to test. In this part, we use treeDef to define the root node of each processing tree and use nodeDef to define the ending nodes paired with their categories respectively. As well, we recruit paramRestDef to define the nodes that share a same parameter in the sub model. Please note that we can have more than one sub models here if we merely create another set of these definitions without indicating the tree structure/nodes' relation that has already been fixed in the original model. |
Data Sets
Data Sets store the frequencies observed in an experiment. These frequencies
are stored according to the source trees they belong to. In dataSets, we use observedData node to denote the data observed in the experiments, within which the TreeRootID shows the source tree that contains these data, and the DataCells contains the contingency table of the data according to their category names and the observed frequencies respectively. For example, in a source monitoring experiment that contain source tree A, B and N, we will have a 3*3 contingency table. Therefore, we will have three observedDate nodes for three source trees, and three DataCells for each tree indicating their responses in each category respectively. |
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