#include <dish.h>
Public Member Functions | |
Dish (void) | |
void | Init (void) |
Init defines the initial state of the virtual cell culture. | |
void | ConstructorBody (void) |
virtual | ~Dish () |
void | Plot (Graphics *g) |
Plot the Dish to graphics window g. | |
int | ZygoteArea (void) const |
int | Time (void) const |
Returns the number of completed Monte Carlo Steps. | |
int | CountCells (void) const |
Returns the number of cells in the dish, excluding apoptosed cells. | |
void | CellGrowthAndDivision (void) |
Stretched induced cell growth and division. | |
int | Area (void) const |
. Returns the summed area of all cells in the dish | |
int | TargetArea (void) const |
Returns the summed of all cells target area in the dish. | |
int | SizeX (void) |
Returns the horizontal size of the dish. | |
int | SizeY (void) |
Returns the horizontal size of the dish. | |
Cell & | getCell (int c) |
Returns a reference to cell number "c". | |
void | ClearGrads (void) |
void | MeasureChemConcentrations (void) |
Public Attributes | |
PDE * | PDEfield |
CellularPotts * | CPM |
Protected Member Functions | |
void | SetCellOwner (Cell &which_cell) |
Assign a the cell to the current Dish. | |
Protected Attributes | |
std::vector< Cell > | cell |
The cells in the Petri dish; accessible to derived classes. | |
Friends | |
class | Info |
Hosts the cells with states and the CA-plane.
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. Returns the summed area of all cells in the dish
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Stretched induced cell growth and division. See Hogeweg (2000), Journal of Theoretical Biology. Find stretched cells, and increase their target area. Find enlarged cells, and divide them. |
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Returns the number of cells in the dish, excluding apoptosed cells.
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Returns a reference to cell number "c".
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Init defines the initial state of the virtual cell culture. Define Init() in your main file describing the simulation set up, within the block INIT { }. See for examples vessel.cpp and sorting.cpp. |
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Plot the Dish to graphics window g. Simply calls CPM->Plot. |
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Assign a the cell to the current Dish.
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Returns the horizontal size of the dish.
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Returns the horizontal size of the dish.
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Returns the summed of all cells target area in the dish.
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Returns the number of completed Monte Carlo Steps.
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The cells in the Petri dish; accessible to derived classes.
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