// The Draw method will be called each time the map is updated
// It will render all of the symbols/colors for each cell to the map sub console
public void Draw(RLConsole mapConsole, RLConsole statConsole)
{
foreach (Cell cell in GetAllCells())
{
SetConsoleSymbolForCell(mapConsole, cell);
}
// Iterate through each monster on the map and draw it after drawing the Cells
// Keep an index so we know which position to draw monster stats at
int i = 0;
// Iterate through each monster on the map and draw it after drawing the Cells
foreach (Monster monster in _monsters)
{
// When the monster is in the field-of-view also draw their stats
if (IsInFov(monster.X, monster.Y))
{
monster.Draw(mapConsole, this);
// Pass in the index to DrawStats and increment it afterwards
monster.DrawStats(statConsole, i);
i++;
}
}
foreach (Door door in Doors)
{
door.Draw(mapConsole, this);
}
StairsUp.Draw(mapConsole, this);
StairsDown.Draw(mapConsole, this);
}
// The Draw method will be called each time the map is updated
// It will render all of the symbols/colors for each cell to the map sub console
public virtual void Draw(RLConsole mapConsole, RLConsole statConsole, bool NextAnimation)
{
// Sets the right symbol for every cell of the map
foreach (Cell cell in GetAllCells())
{
SetConsoleSymbolForCell(mapConsole, cell);
}
// Draws the 2 stairs in the map
StairsUp.Draw(mapConsole, this, false);
StairsDown.Draw(mapConsole, this, false);
DrawPuzzlePieces(mapConsole);
foreach (Item item in Items)
{
item.Draw(mapConsole, this, false);
}
// Places the monsters after the doors,stairs and items so they appear above them
int i = 0;
foreach (Monster monster in _monsters)
{
monster.Draw(mapConsole, this, NextAnimation);
if (IsInFov(monster.X, monster.Y))
{
monster.DrawStats(statConsole, i);
i++;
}
}
}
//Draws the map to the screen
public void Draw(RLConsole mapConsole, RLConsole statsConsole)
{
//For each cell that exists, set the symbol based on
// logic provided in SetSymbolForCell
foreach (Cell cell in GetAllCells())
{
SetSymbolForCell(mapConsole, cell);
}
//Draws the stairs up
StairsUp.Draw(mapConsole, this);
//Draws the stairs down and instantiates the interactive
// object
StairsDown.Draw(mapConsole, this);
//Draws the open chest
ChestOpen.Draw(mapConsole, this);
//Draws the closed chest and instantiates the interactive
// object
ChestClosed.Draw(mapConsole, this);
int i = 0;
foreach (Monster monster in _monsters)
{
monster.Draw(mapConsole, this);
if (IsInFov(monster.X, monster.Y))
{
monster.DrawStats(statsConsole, i);
i++;
}
}
}
public void Draw(RLConsole mapConsole)
{
mapConsole.Clear();
foreach (Cell cell in GetAllCells())
{
SetConsoleSymbolForCell(mapConsole, cell);
}
foreach (Monster monster in _monsters)
{
monster.Draw(mapConsole, this);
}
foreach (KeyValuePair <Point, Pickup> pickup in _pickups)
{
pickup.Value.Draw(mapConsole, this, pickup.Key);
}
StairsDown.Draw(mapConsole, this);
}
//The Draw method will be called each time the map is updated
//It will render all of the symbols or colors for each cell to the map sub console we created earlier
public void Draw(RLConsole mapConsole, RLConsole statConsole)
{
//ineffecient too redraw code everytime
//clear what was previously on the map console
//mapConsole.Clear();
//foreach of the cells in the
foreach (Cell cell in GetAllCells())
{
SetConsoleSymbolForCell(mapConsole, cell);
}
foreach (Door door in Doors)
{
door.Draw(mapConsole, this);
}
StairsUp.Draw(mapConsole, this);
StairsDown.Draw(mapConsole, this);
//keep an index so we know which position to draw monster stats at
int i = 0;
foreach (TreasurePile treasurePile in _treasurePiles)
{
IDrawable drawableTreasure = treasurePile.Treasure as IDrawable;
drawableTreasure?.Draw(mapConsole, this);
}
foreach (Monster monster in _monsters)
{
monster.Draw(mapConsole, this);
//if a monster is in field of view draw there stats too the stat console
if (IsInFov(monster.X, monster.Y))
{
monster.DrawStats(statConsole, i);
i++;
}
}
}
