Figure is used to compare the distribution of simulated pk Parameter or physiologic properties vs different virtual populations.
Additional it provides a table which contains the simulated properties in numeric format
Arguments:
Data
· Simulation result of one or more populations
Data.frame/data.table with following columns
o Value (double) value of the output to show (e.g. a PK parameter or a physiological property) in the unit of display, so no unit conversion is needed
o Individual_ID (Integer) must be unique per group
o Group (ordered factor) (character)
it is used to group individual results,
it is also used for legend (e.g. “Pediatric population”,”Adult Population”)
order of factor is used for order on X-Axis
· simulationResult.Metadata metada of Simulation Result
List with following entries:
o Value_unit: character
FigureConfiguration:
· Ystatistic: character (‘count’ or ‘percentage’)
· Xlabel (e.g. ‘Cmax’)
· Xscale: character (default ‘lin’)
· Xlim vector of length 2 (e.g c(0,24)), default NULL time range to display, if null range is calculated to cover whole range of simulated results and observed data
· colorscale_groups (default NULL, then take R defaults) defines colors for different groups
Return:
List with entries
· Figure: Figure object
· Table: table object
Details:
Plotting of simulated results
· Create one histogram for each group all in one plot
· Y axis should be either absolute counts or percentages as defined by argument Ystatistic
· Set color by group
Legend should contain
· group name of simulation result
Xlabel
· according to Xlabel and Ylabel issue #27 Figure: plot time profile
Table construction
Construct data.frame with one row per bin and following columns for each group
· left binborder
· right binborder
for each group
· number of entries per bin
· percentage
Set meaningful column names out of X and Y labels and legend entries
Figure: histogram
Figure is used to compare the distribution of simulated pk Parameter or physiologic properties vs different virtual populations.
Additional it provides a table which contains the simulated properties in numeric format
Arguments:
Data
· Simulation result of one or more populations
Data.frame/data.table with following columns
o Value (double) value of the output to show (e.g. a PK parameter or a physiological property) in the unit of display, so no unit conversion is needed
o Individual_ID (Integer) must be unique per group
o Group (ordered factor) (character)
it is used to group individual results,
it is also used for legend (e.g. “Pediatric population”,”Adult Population”)
order of factor is used for order on X-Axis
· simulationResult.Metadata metada of Simulation Result
List with following entries:
o Value_unit: character
FigureConfiguration:
· Ystatistic: character (‘count’ or ‘percentage’)
· Xlabel (e.g. ‘Cmax’)
· Xscale: character (default ‘lin’)
· Xlim vector of length 2 (e.g c(0,24)), default NULL time range to display, if null range is calculated to cover whole range of simulated results and observed data
· colorscale_groups (default NULL, then take R defaults) defines colors for different groups
Return:
List with entries
· Figure: Figure object
· Table: table object
Details:
Plotting of simulated results
· Create one histogram for each group all in one plot
· Y axis should be either absolute counts or percentages as defined by argument Ystatistic
· Set color by group
Legend should contain
· group name of simulation result
Xlabel
· according to Xlabel and Ylabel issue #27 Figure: plot time profile
Table construction
Construct data.frame with one row per bin and following columns for each group
· left binborder
· right binborder
for each group
· number of entries per bin
· percentage
Set meaningful column names out of X and Y labels and legend entries