genhstplt(1) General Commands Manual genhstplt(1)NAMEgenhstplt - to plot histograms and 2-D plots on screen or paperSYNOPSISgenhstplt [graph options]DESCRIPTIONGenhstplt is a general-purpose interface to the BSHST and BSPLT his- togram and 2-dimensional data plotting routines. See the documentation of those routines (bshst(1) and bsplt) for instructions on operating them. The data file may have 1 or more columns of data values for each indi- vidual. Before the first column of data, one may place a "type" value for each individual. One can then form "groups" of values by combining individuals of one or more types. If there are no type values, then there is only one group, consisting of all individuals in the file. The actual type values are completely arbitrary and need not be 1, 2, 3, etc. Once groups are formed, they are referred to in order as 1, 2, etc. The file may have lines at the beginning which can be skipped by the program. The number of columns of data values can be detected by the program as long as all the columns for an individual are on the same line in the file. Otherwise, the number of columns (exclusive of the optional type value) may be put in the file, in the line just before the data begin, or it may be entered into the program interactively. Non-numeric text can be present after the last column of data. Sometimes it is desirable to have one graph show two or more columns in Y plotted versus the same column in X. If the data does not already have type values, they may be rearranged so that each column becomes a separate type. One column is chosen as the X column and is copied into column 1 of the rearranged data, and all columns are copied sequen- tially into column 2 of the rearranged data and given type numbers equal to their original column numbers. This rearrangement can be done when first reading in the data, or later by using option 15. The same option can be used to restore the data to the original columnar organi- zation. Symbol types are selected by numbers from 1 to 19 and can be open and filled square (1 & 2), open and filled diamond (3 & 4), open and filled triangle (5 & 6), X and + (7 & 8), open and filled circle (9 & 10), open and filled inverted triangle (11 & 12), U (13), S (14), circle with vertical line (15), thick open circle (16), circle with central dot (17), small dot (18), and horizontal line (19). As of IMOD 4.6.8, the same symbols appear on the screen as in the Postscript plots, except that 16 and 17 give open and filled circles. 0 will give no symbol; a negative value will produce the characters corresponding to the point number for each data value instead of a symbol; except that -2 will produce completely filled areas in histograms. This is an interactive program that allows entries of one option after another for plotting data in different ways. In many cases, you may find it much more convenient to use Onegenplot, which displays a single X/Y plot of one or more data types or columns specified with command line arguments, then exits when the window is closed. Note also that the graph window can be saved as a PNG file or printed from a popup menu brought up by right-clicking in the window. Genhstplt takes several standard command-line options about the graph- ics window:-sfollowed by a window size in x and y,-pfollowed by a window position in x and y (the coordinates of the upper left corner of the window, where y is 0 at the top of the screen),-messagefollowed by a message to be shown in a message box,-tooltipfollowed by a tooltip for the graphics window, and-nographto disable the graphics window. Entries to Genhstplt are: 0 for plots in the graphics window, 1 for plots only on the terminal, or -1 for plots always in the graphics window (default -1). If you enter -1, this question will not be asked again and BSPLT will not ask about doing terminal plots either. Note that if you need to use terminal plots, you will need to specify that option each time that you do a plot. 0 if there are just data values, or 1 if there are also types, or -1 to have columns converted into types (default 0) Number of columns of data values (excluding the optional types). Enter -1 to have the number of columns detected automatically (the default), 0 if the number of columns is to be read just before the data, or enter the number of columns. Number of lines to skip at start of file. Do not count the line telling the number of columns, if there is one and you just entered 0 to the last question. Data file name IF you entered -1 to have columns converted into types, and there is more than one column, next enter the column to be placed into the first column in the rearranged data. IF there are types, next enter: Number of groups. Enter the negative of the number if there is only one type per group, as a shortcut. IF you entered a positive number, then enter for each group: Number of types in group, symbol number The type values for the types in the group BUT IF you entered a negative number, then enter for each group the type value and the symbol number IF there are no type values, just enter the symbol number to be used. Next enter the column number of the data to be examined next. Next specify how the data are scaled: To leave the data alone, enter 0,0 To take the logarithm after adding some base amount to the data, enter 1 and the base amount If the data are already logarithms, enter -1,0 The program now enters BSHST, which you can skip through if desired. You are now at an option point, which you may return to repeatedly while running the program. Your choices are: 1 to examine a new data column, first saving the current column as the "previous" column 2 or 17 to enter BSPLT and plot the column just examined as a set of Y values versus the previous column, as a set of X values. With 17, successive points in a group will be connected by lines. 3 to plot the column just examined versus the previous column, first grouping points within each group on the basis of their X values and forming means and standard deviations within groups (see below) 4 to loop back and define new groups and/or symbols 5 to loop back to the start of the program and open a new file 6 to plot the current Postscript file on workstation screen 7 or 209 to plot the current Postscript file on printer 8 or -123 to exit the program 9 to plot the column just examined versus the previous column as series of Tukey box plots, one Tukey box per group. 10 to plot values with error bars based on S.D. values in another column of the data file. 11 to group points based upon their X values in the previous column (as in option 3) and then divide the average of the current column by the average of some other column 12 to select subsets of the data based on the values in some other column than the ones being plotted 13 to divide the current data column by another column 14 to examine a new data column while retaining the existing X values, i.e., without copying the current column into the "previous" column 15 to reorganization data without types to have one type per column, or to restore data from this reorganization 16 to create an ordinal column, with values from 1 to the number of points in a group for each group 18 to form a linear combination of two or more columns If you select option 3, you first choose whether to plot error bars as a multiple of standard deviation or standard error of the mean, or as confidence limits. Enter a positive number to get bars equal to that number of S.D.'s, or a negative value to get bars equal to that number of S.E.M.'s, or a positive number greater than 30 to get confidence limits at that percentage level (e.g., 90 for 90% confidence limits). Then, for each group of types, you will be told how many data points there are. Enter the number of groupings that you want to combine these points into, then enter the number of points to include in each of the groupings, or just a / to divide the points equally among the groupings. If you enter individual numbers for each grouping, they should add up to the total number of points in that group of types. If you select option 9, then when the data are plotted on the printer, they will appear as Tukey box plots for each group. Each such box shows the median and 25 and 50 percentile values of the set of Y values for the group; lines and ticks show the 10 and 90 percentile points, and symbols are plotted for any data values outside the 10 and 90 per- centile levels. The box is plotted at the mean X coordinate of the points in the group. If you select option 10, you first choose whether to plot error bars as a multiple of standard deviation or standard error of the mean, or as confidence limits. Enter a positive number to get bars equal to that number of S.D.'s, or a negative value to get bars equal to that number of S.E.M.'s, or a positive number greater than 30 to get confidence limits at that percentage level (e.g., 90 for 90% confidence limits). If you select S.D.'s, next enter the column number in the data file that contains the S.D.'s. Otherwise, enter two column numbers: the one with the S.D.'s and one with N's. Both of these parameters are needed to plot S.E.M.'s or confidence limits. If you select option 11, you first enter a value for error bars as in option 3. Then enter the column to divide the current column by. Then specify the groupings of points for each group of data. The default groupings will have nearly equal SUMS for the denominators. The pro- gram will compute and print out for each set of points the following values: mean of previous column (X), mean of current column, SD of cur- rent column, mean of denominator column, mean of current divided by mean of denominator column (Y), SD of current divided by mean of denom- inator (SD associated with Y), and number of points in the set. Error bars based on the resulting SD values may or may not be meaningful depending on the nature of the data. If you select option 12, first enter the number of the column that will be used to test whether to include data. Then enter a lower and upper limit to a range of values, plus either 0 to include only values in that range, or 1 to exclude values in that range. Use this option repeatedly to enter multiple selection criteria. Data points will have to meet all of the criteria to be included in the plots. After enter- ing one or more selection criteria, you must select data by specifying columns with option 1. To cancel all of the criteria, specify option 12 and enter 0 for the column. If you select option 13, first enter the number of the column to divide by, then enter lower and upper limits for the quotient, or 0,0 not to limit the quotient. The current data column is not replaced, so you can use this option repeatedly to divide the current data column by different other columns. Option 16 is useful for graphing a sequence of values when the data file does not contain a column suitable for the X axis. This option will create numbers in the current column from 1 up to the number of items in each group . You will then have to use option 1 to select a new column for the Y axis, and the ordinal values will be moved into the "previous" column to serve as the X axis. If you select option 18, enter a series of pairs of numbers, first a coefficient then a column number, all on one line. For example, "0.5,1,0.25,2,0.25,4" will form a weighted average of columns 1, 2, and 4 with wieths 0.5, 0.25, and 0.25. Coefficients need to add to one or be positive. After entering this line, enter 0 to have to current Y axis data be moved to the X axis as usual, or 1 to replace it and retain the existing X axis data. There are several additional options to control plotting, most of them used by Onegenplot; options -4 and -5 are also generally useful if making postscript plots: -2 Enter X axis label and symbol key strings to appear to right of graph. Follow with the X axis label or blank for none, then with the number of key strings (between 0 and 8), then with the key strings on separate lines. -3 Invert display contrast to be white lines on black background, or back to black on white. -4 Enter a set of colors for selected groups, which will be applied for symbols, lines in both screen plots and postscript plots. First enter the number of colors to be entered; 0 eliminates all color drawing. Then enter 4 values that number of times: a group number (numbered from 1), and red, green, and blue components ranging from 0 to 255. A color will be ignored if the graph has fewer groups than the color's group number. -5 Enter the index of a text string to apply a color to for each color entered with -4; the colors will be used for the text strings that can be added to a postscript plot. -6 Enter a new value for the gap in connecting lines round symbols in postscript plots, or 0 for no gaps. The value is multiplied by the symbol size to obtain the actual gap; the default is 1.1. -7 Enter a file name into which to save the graph window as a PNG; the name should include the extension since it will not be attached automatically. -8 Wait until the graph window is closed then exit -9 Enter the lower and upper limits of the Y range for the screen graph. The usual rounding to nice values still applies. -10 Enter the lower and upper limits of the X range for the screen graph. -11 Remove the input data fileHISTORYWritten by David Mastronarde, has wandered from one kind of computer and graphics to another over the years.BUGSEmail bug reports to mast at colorado dot edu. IMOD 4.12.32 genhstplt(1)