DATASET_TIMESCALE #Timescale datasets are visualized as a set of colored rectangles below the tree, #allowing simple creation of various geological and other timescales. #These datasets can also be automatically generated from the International Chronostratigraphic Chart data (this function is on the advanced tab of the control panel) #lines starting with a hash sign are comments and ignored during parsing #=================================================================# # MANDATORY SETTINGS # #=================================================================# #select the separator which is used to delimit the data below (TAB,SPACE or COMMA).This separator must be used throughout this file. #SEPARATOR TAB #SEPARATOR SPACE SEPARATOR COMMA #label is used in the legend table (can be changed later) DATASET_LABEL,example geological scale #dataset color in the legend table COLOR,#0000ff #=================================================================# # OPTIONAL SETTINGS # #=================================================================# #=================================================================# # all optional settings can be set or changed later # # in the web interface (under 'Datasets' tab) # #=================================================================# #the correlation factor between the tree branch lengths and the time range values specified below in the DATA section. Tree branch lenghts are multiplied #with this factor to determine the position of the ranges specified in the DATA section #if you leave the factor at 1, you can use the branch length values directly SCALING_FACTOR,1 #if AUTO_SCALE is set to 1, the SCALING_FACTOR will be determined automatically from the tree height and the minimum/maximum range values in the dataset, #so that the time scale covers the complete height of the tree. You can adjust the SCALING_FACTOR later through the dataset options AUTO_SCALE,1 #if set to 1, position the time scale above the tree (the default is below the tree) POSITION_ABOVE,0 #Display values below the timescale SHOW_VALUE_LABELS,1 #value label size factor VALUE_LABEL_SIZE_FACTOR,0.5 #value label rotation angle VALUE_LABEL_ROTATION,0 #value label shift in pixels (positive or negative) VALUE_LABEL_SHIFT,0 #Display labels inside the individual range boxes SHOW_RANGE_LABELS,1 #Label alignment within the range box. It can be left, center or right RANGE_LABEL_POSITION,center #Label font size in pixels RANGE_LABEL_SIZE,14 #rotate all range labels by the specified angle RANGE_LABEL_ROTATION,0 #shift all range labels horizontally and/or vertically RANGE_LABEL_SHIFT_X,0 RANGE_LABEL_SHIFT_Y,0 #range label color RANGE_LABEL_COLOR,#000000 #calculate the label color automatically (black or white), based on the darkness of the range color RANGE_LABEL_AUTO_COLOR,1 #border width; if set above 0, a border of specified width (in pixels) will be drawn around the range boxes BORDER_WIDTH,1 #border color; used when BORDER_WIDTH is above 0 BORDER_COLOR,#000000 #display or hide the dataset label next to the time scale bar SHOW_LABELS,1 #dataset label size factor SIZE_FACTOR,1 #dataset label rotation LABEL_ROTATION,0 #dataset label shift in pixels (positive or negative) LABEL_SHIFT_X,0 LABEL_SHIFT_X,0 #position of the dataset label relative to the timescale bar (start,end or center) LABEL_POSITION,start #=================================================================# # Actual data follows after the "DATA" keyword # #=================================================================# #the following fields are available in each line: #RANGE_START,RANGE_END,FILL_COLOR,GRADIENT_COLOR,LABEL_TEXT,LABEL_STYLE #The box size is defined through RANGE_START and RANGE_END, with zero corresponding to the tree top. #Since zero denotes the tree top, RANGE_START is always larger than the RANGE_END, and range values increase towards the tree root. #If GRADIENT_FILL color is defined, the box will be filled with a gradient from FILL_COLOR to GRADIENT_COLOR. #LABEL_STYLE is optional, and can be set to 'normal', 'bold', 'italic' or 'bold-italic' DATA #an example geological scale with 5 boxes #2.58,0,#999999,#ffffff,Quartenary,normal #23.03,2.58,#FF0000,#00ff00,Neogene,bold #66,23.03,#00FF00,#0000ff,Paloegene,italic #145,66,#0000FF,#ff0000,Cretaceous,normal #201.3,145,#FF00FF,#ff0000,Jurrasic,bold-italic