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Replaced non-functioning colon-indentation with spaces (2 per colon).
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:public:+::AnovaDataSet *data_set; // belongs to this AnovaDataSet+::Boolean missing; // TRUE if this cell is not represented...+::LineOfCells *row, *column; +:::// this cell belongs to this row and this column+:::// so it is the intersection of this row and column+::unsigned long n; // number of observations in this cell (X)+::double *observations; // array of observation values+::unsigned long arraySize; // current size of the array+:::// observations are "1"-indexed within this array+::double total; // sum of all observations in this cell+::double mean; // mean of all observations in this cell+::double unbiased_variance; // sum of squares of observations divided by n-1+::double biased_variance; // sum of squares of observations divided by n+::double deviation; // unbiased standard deviation+::DataCell(); // constructor to make the cell; +::://initializes the array of observations to CELL_PAGE_SIZE+::~DataCell(); // destructor that deallocates the array of observations+::void AddObservation(double datum); // set the i-th observation to this value+::void Update(void); // recalculate the mean and the deviation+:};+:// could be a row of cells or a column of cells+:public:+::char name[256]; // name of this line of cells+::AnovaDataSet *data_set; // belongs to this data set+::ListObject *cells; // these cells are in this line+::double total; // total of all observations in this line+::double mean; // mean of all observations in this line+::double deviation; // deviation of all observations in this line+::double obs_n; // number of observations in this line of cells+::double mean_of_cell_means;+::double deviation_of_cell_means;+::LineOfCells(); // constructor with the name of the line+::~LineOfCells(); // destructor to deallocate the list object+::void Update(void); // update all the means & standard deviations+:// of course, need to put in textual labels, etc... +:public:+:+
−::char name[256]; // name of the data set+::unsigned long num_of_rows;+::unsigned long num_of_columns;+::ListObject *cells; // all cell objects+::ListObject *rows; // LineOfCells objects+::ListObject *columns; // LineOfCells objects+:::// the lists of cell, rows, and columns are "1" indexed+::double grand_total; // overall sum of all observations in all cells+::double grand_N; // overall number of observations in all the cells:::+::double grand_mean; // mean of all the observations in all the cells+::double grand_SS;+::double grand_biased_variance; // SS_total divided by grand_N; multiply by grand_N to get SS_total +::double grand_deviation; // biased standard deviation of all observations+::double mean_of_cell_means;+::double deviation_of_cell_means;+::AnovaResultsTable results_table;+::AnovaDataSet(char *new_name);+::AnovaDataSet();+::~AnovaDataSet(); // destructor to deallocate the ListObjects,+:::::// and tell the cells, rows and columns to destroy themselves too+::void SetUpCells(void);+::void SetUpRowsAndColumns(void);+::void Update(void);+::void ReadDataFromFile(void);+:::// need to add some API glue so that outside routines can add cells, rows, and columns +::void UpdateAnovaResultsTable(void);+:protected:+:+
−::// internal routines for calculating the ANOVA+::double GetSSWithinCells(void);+::double GetSSBetweenCells(void);+::double GetSSBetweenLinesOfCells(ListObject *lineList,unsigned long num_of_cells,double *variance);+::double GetSSBetweenRows(void);+::double GetSSBetweenColumns (void);+::double GetSSBetweenInteraction(void);+::double GetMSWithinCells(void);+::double GetMSBetweenCells(void);+::double GetMSBetweenRows(void);+::double GetMSBetweenColumns (void);+::double GetMSBetweenInteraction(void);+::double GetNumCells(void);+::double GetDfTotal(void);+::double GetDfWithinCells(void);+::double GetDfError(void);+::double GetDfBetweenCells(void);+::double GetDfBetweenRows(void);+::double GetDfBetweenColumns(void);+::double GetDfBetweenInteraction(void);+:://interface with data table...+::void Read2WayDataFromDataTable(DataTable dt,AnovaParameters factors);+::double DF_between_groups;+::double cell_SS_within;+::double cell_DF_within; // aka DF_error+::double cell_MS_within;+::double cell_variance;+::double cell_SS_between;+::double cell_DF_between;+::double cell_MS_between;+::double row_variance;+::double row_SS_between;+::double row_DF_between;+::double row_MS_between;+::double row_F;+::double row_p;+::double col_variance;+::double col_SS_between;+::double col_DF_between;+::double col_MS_between;+::double col_F;+::double col_p;+::double inter_SS_between;+::double inter_DF_between;+::double inter_MS_between;+::double inter_F;+::double inter_p;+
<nowiki>class DataCell:public Object {
<nowiki>class DataCell:public Object {
− public:
− AnovaDataSet *data_set; // belongs to this AnovaDataSet
− Boolean missing; // TRUE if this cell is not represented...
− LineOfCells *row, *column;
− // this cell belongs to this row and this column
− // so it is the intersection of this row and column
− unsigned long n; // number of observations in this cell (X)
− double *observations; // array of observation values
− unsigned long arraySize; // current size of the array
− // observations are "1"-indexed within this array
− double total; // sum of all observations in this cell
− double mean; // mean of all observations in this cell
− double unbiased_variance; // sum of squares of observations divided by n-1
− double biased_variance; // sum of squares of observations divided by n
− double deviation; // unbiased standard deviation
− DataCell(); // constructor to make the cell;
− //initializes the array of observations to CELL_PAGE_SIZE
− ~DataCell(); // destructor that deallocates the array of observations
− void AddObservation(double datum); // set the i-th observation to this value
− void Update(void); // recalculate the mean and the deviation
− };
</nowiki>
</nowiki>
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<nowiki>class LineOfCells:public Object {
<nowiki>class LineOfCells:public Object {
− // could be a row of cells or a column of cells
− public:
− char name[256]; // name of this line of cells
− AnovaDataSet *data_set; // belongs to this data set
− ListObject *cells; // these cells are in this line
− double total; // total of all observations in this line
− double mean; // mean of all observations in this line
− double deviation; // deviation of all observations in this line
− double obs_n; // number of observations in this line of cells
− double mean_of_cell_means;
− double deviation_of_cell_means;
− LineOfCells(); // constructor with the name of the line
− ~LineOfCells(); // destructor to deallocate the list object
− void Update(void); // update all the means & standard deviations
};
};
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− // of course, need to put in textual labels, etc...
− public:
− char name[256]; // name of the data set
− unsigned long num_of_rows;
− unsigned long num_of_columns;
− ListObject *cells; // all cell objects
− ListObject *rows; // LineOfCells objects
− ListObject *columns; // LineOfCells objects
− // the lists of cell, rows, and columns are "1" indexed
− double grand_total; // overall sum of all observations in all cells
− double grand_N; // overall number of observations in all the cells:::
− double grand_mean; // mean of all the observations in all the cells
− double grand_SS;
− double grand_biased_variance; // SS_total divided by grand_N; multiply by grand_N to get SS_total
− double grand_deviation; // biased standard deviation of all observations
− double mean_of_cell_means;
− double deviation_of_cell_means;
− AnovaResultsTable results_table;
− AnovaDataSet(char *new_name);
− AnovaDataSet();
− ~AnovaDataSet(); // destructor to deallocate the ListObjects,
− // and tell the cells, rows and columns to destroy themselves too
− void SetUpCells(void);
− void SetUpRowsAndColumns(void);
− void Update(void);
− void ReadDataFromFile(void);
− // need to add some API glue so that outside routines can add cells, rows, and columns
− void UpdateAnovaResultsTable(void);
− protected:
− // internal routines for calculating the ANOVA
− double GetSSWithinCells(void);
− double GetSSBetweenCells(void);
− double GetSSBetweenLinesOfCells(ListObject *lineList,unsigned long num_of_cells,double *variance);
− double GetSSBetweenRows(void);
− double GetSSBetweenColumns (void);
− double GetSSBetweenInteraction(void);
− double GetMSWithinCells(void);
− double GetMSBetweenCells(void);
− double GetMSBetweenRows(void);
− double GetMSBetweenColumns (void);
− double GetMSBetweenInteraction(void);
− double GetNumCells(void);
− double GetDfTotal(void);
− double GetDfWithinCells(void);
− double GetDfError(void);
− double GetDfBetweenCells(void);
− double GetDfBetweenRows(void);
− double GetDfBetweenColumns(void);
− double GetDfBetweenInteraction(void);
− //interface with data table...
− void Read2WayDataFromDataTable(DataTable dt,AnovaParameters factors);
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− double DF_between_groups;
− double cell_SS_within;
− double cell_DF_within; // aka DF_error
− double cell_MS_within;
− double cell_variance;
− double cell_SS_between;
− double cell_DF_between;
− double cell_MS_between;
− double row_variance;
− double row_SS_between;
− double row_DF_between;
− double row_MS_between;
− double row_F;
− double row_p;
− double col_variance;
− double col_SS_between;
− double col_DF_between;
− double col_MS_between;
− double col_F;
− double col_p;
− double inter_SS_between;
− double inter_DF_between;
− double inter_MS_between;
− double inter_F;
− double inter_p;