![]() ![]() Note: If your goal is to swap X and Y values on a XY table, this analysis won't let you do it. Optionally, you can define another column on the input table that defines how large an increment to make. Normally each row in the input table will increment one particular cell (defined by row and column) in the created table. This calculator is for 2x2 contingency tables that separate each subject into. ![]() ![]() Rather the new table is a cross-tabulation table. Statistical analysis was performed using GraphPad Prism 8 (GraphPad. None of the values in the input table go into the new table. If you are creating a Contingency table, choose which column defines the outcomes (columns) and which data set defines the exposure or treatment (rows).If you are creating a Grouped table, choose which column has all the values that will go into the new column, which (integers only) defines which data set each value goes into, and which defines which row each value goes into.If you are creating a Column table, choose which column has all the values that will go into the new column, and which (integers only) defines the data sets.If you are creating an XY table, choose which column becomes the X column, which contains the Y values, and which (integers only) defines which data set the Y values go into.On the second tab, define which columns to use. On the first tab, decide which kind of table you want to create. If you want to create another multiple variable table, this is the wrong analysis to use. This analysis takes as input a multiple variable table, and creates another table of a different type (XY, Column, Grouped or Contingency) from a subset of data. ![]()
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