public static DenseGrid BlitFromAOntoB(DenseGrid from_A, int from_x, int from_y,
DenseGrid to_B, int to_x, int to_y,
int blit_width, int blit_height)
{
// Blit from A onto B, with as many method arguments as possible.
if (from_A == null)
return null;
if (to_B == null)
return null;
// The from_x,y are relative to the origin of from_A.
if (from_x < from_A.min_x())
return null; // At least somewhat off-edge to the left
if (from_x > from_A.max_x())
return null; // Entirely to the right
if (from_y < from_A.min_y())
return null; // At least somewhat off-edge above
if (from_y > from_A.max_y())
return null; // Entirely below
// The to_x,y are relative to the origin of to_B.
if (to_x + blit_width < to_B.min_x())
return null; // Entirely to the left
if (to_x > to_B.max_x())
return null; // Entirely to the right
if (to_y + blit_height < to_B.min_y())
return null; // Entirely above
if (to_y > to_B.max_y())
return null; // Entirely below
// The blit width/height are clipped to avoid needless looping.
// Blit calls which overlap from_A or to_B are thus harmless.
// Indeed, calls overlapping to_B are common and ordinary,
// one reason being that from_A and to_B are often of different sizes.
int max_from_w = Math.Min(from_A.max_x(), from_x + blit_width);
int max_to_w = Math.Min(to_B.max_x(), to_x + blit_width);
int max_width = Math.Min(max_from_w, max_to_w);
blit_width = GridUtility2D.Clamp(blit_width, 1, max_width);
int max_from_h = Math.Min(from_A.max_y(), from_y + blit_height);
int max_to_h = Math.Min(to_B.max_y(), to_y + blit_height);
int max_height = Math.Min(max_from_h, max_to_h);
blit_height = GridUtility2D.Clamp(blit_height, 1, max_height);
// Iterate over the cells of from_A, and copy non-blank cells onto to_B:
for (int yy = 0; yy <= blit_height; yy++) {
for (int xx = 0; xx <= blit_width; xx++) {
// To find the from/to blit coordinates,
// add in the x,y offsets for from_A and to_B:
int from_ii = GridUtility2D.indexForXYW(from_x + xx, from_y + yy, from_A.width);
int to_ii = GridUtility2D.indexForXYW(to_x + xx, to_y + yy, to_B.width);
int contents = from_A.contents_at_XY(from_x + xx, from_y + yy);
if (contents != 0) {
// Non-zero, not a blank cell (blank cells are skipped)
to_B.set_contents_at_XY(to_x + xx, to_y + yy, contents);
}
} // for (xx)
} // for (yy)
return to_B; // to_B has been modified
}
public DenseGrid Rotate000()
{
DenseGrid new_grid = new DenseGrid(this.width, this.height, 0);
DenseGrid.BlitFromAOntoB(this, new_grid, 0, 0);
return new_grid;
}
public DenseGrid Rotate270()
{
DenseGrid new_grid = new DenseGrid(this.height, this.width, 0);
for (int yy = this.min_y(); yy <= this.max_y(); yy++) {
for (int xx = this.min_x(); xx <= this.max_x(); xx++) {
int dest_x = yy;
int dest_y = this.width - (xx + 1);
int value = this.contents_at_XY(xx, yy);
new_grid.set_contents_at_XY(dest_x, dest_y, value);
} // for(xx)
} // for(yy)
return new_grid;
}
public DenseGrid Flip_NS()
{
DenseGrid new_grid = new DenseGrid(this.width, this.height, 0);
DenseGrid.BlitFromAOntoB(this, new_grid, 0, 0);
// Starting with the outmost and working towards center,
// swap the contents of each paired horizontal strip.
for (int N_yy = 0; N_yy < new_grid.center_y(); N_yy++) // VERIFY: is this correct for even heights?
{
int S_yy = new_grid.max_y() - N_yy;
for (int xx = 0; xx <= new_grid.max_x(); xx++) {
int N_value = contents_at_XY(xx, N_yy);
int S_value = contents_at_XY(xx, S_yy);
new_grid.set_contents_at_XY(xx, N_yy, S_value);
new_grid.set_contents_at_XY(xx, S_yy, N_value);
} // for(yy)
} // for(xx)
return new_grid;
}
public DenseGrid Flip_WE()
{
DenseGrid new_grid = new DenseGrid(this.width, this.height, 0);
DenseGrid.BlitFromAOntoB(this, new_grid, 0, 0);
// Starting with the outmost and working towards center,
// swap the contents of each paired vertical strip.
for (int W_xx = 0; W_xx < new_grid.center_x(); W_xx++) // VERIFY: is this correct for even widths?
{
int E_xx = new_grid.max_x() - W_xx;
for (int yy = 0; yy <= new_grid.max_y(); yy++) {
int W_value = contents_at_XY(W_xx, yy);
int E_value = contents_at_XY(E_xx, yy);
new_grid.set_contents_at_XY(W_xx, yy, E_value);
new_grid.set_contents_at_XY(E_xx, yy, W_value);
} // for(yy)
} // for(xx)
return new_grid;
}
public static DenseGrid BlitFromAOntoB(DenseGrid from_A, DenseGrid to_B, int to_x, int to_y)
{
// Blit the entirety of A onto B at the specified (x,y)
return DenseGrid.BlitFromAOntoB(from_A, 0, 0, to_B, to_x, to_y, from_A.width, from_A.height);
}
public static DenseGrid BlitFromAOntoB(DenseGrid from_A, DenseGrid to_B,
int to_x, int to_y, int blit_width, int blit_height)
{
// Blit the specified region of A
// (from origin of A with the specified blit width,heigth)
// onto B at the specified (x,y)
return DenseGrid.BlitFromAOntoB(from_A, 0, 0, to_B, to_x, to_y, blit_width, blit_height);
}
void OnShown(object sender, EventArgs ee)
{
// Note: Events are fired in the order (Load, Activated, Shown),
// It is said that using a MessageBox() can perturb the order of these events,
// causing Shown to occur before Load.
// http://stackoverflow.com/questions/3070163/order-of-form-load-form-shown-and-form-activated-events
// It is also said that "depending on the order of events fired" is undesirable / bad style;
// so perhaps once I understand what the idiomatic alternative would be,
// this should be changed.
//
// To call any GL methods (such as setting the GL Viewport, or loading textures)
// the OpenGL system must be initialized, which occurs upon the 'Load' event
// firing for a Form which contains a GLControl.
// http://www.opentk.com/doc/chapter/2/glcontrol
// See also, regarding OpenTK.Graphics.GraphicsContext:
// http://www.opentk.com/book/export/html/140
//
// For this reason, the GL setup, and GL texture loading (via TileSheet constructor calls)
// code has been moved here, in a method we set up to be called upon the 'Shown' event
// (which is fired upon the first display of this Form).
ts = new TileSheet(16, 16, NEW_OBJID,
@"media/tiles/U4.B_enhanced-32x32.png");
f1234 = new TileSheet(4, 9, 32, 32, 1, 1, 1, 1, NEW_OBJID,
@"media/tiles/example_all_facings.4_frames.intra_1.png");
f1234_stack = new TileSheet(1, 9, 32, 32, 1, 1, 1, 1, NEW_OBJID,
@"media/tiles/example_all_facings.stacked/example_all_facings.intra_1.frame_1.png",
@"media/tiles/example_all_facings.stacked/example_all_facings.intra_1.frame_2.png",
@"media/tiles/example_all_facings.stacked/example_all_facings.intra_1.frame_3.png",
@"media/tiles/example_all_facings.stacked/example_all_facings.intra_1.frame_4.png");
wp_ts = new TileSheet(4, 1, NEW_OBJID,
@"media/tiles/whirlpool_bright.png");
wp_stack_ts = new TileSheet(1, 1, NEW_OBJID,
@"media/tiles/whirlpool.stacked/whirlpool_1.png",
@"media/tiles/whirlpool.stacked/whirlpool_2.png",
@"media/tiles/whirlpool.stacked/whirlpool_3.png",
@"media/tiles/whirlpool.stacked/whirlpool_4.png");
creatures_stack = new TileSheet(4, 7, NEW_OBJID,
@"media/tiles/creatures.stacked/creatures.frame_1.png",
@"media/tiles/creatures.stacked/creatures.frame_2.png",
@"media/tiles/creatures.stacked/creatures.frame_3.png",
@"media/tiles/creatures.stacked/creatures.frame_4.png");
//string[] empty_file_names_list = { };
//TileSheet null_filenames_ts = new TileSheet(4, 4, NEW_OBJID, null ); // Will throw an exception
//TileSheet empty_filenames_list_ts = new TileSheet(4, 4, NEW_OBJID, empty_file_names_list); // Will throw an exception
TileSprite anim_blue_wiz = new TileSprite(ts, NEW_OBJID, 32, 33);
TileSprite anim_red_wiz = new TileSprite(ts, NEW_OBJID, 224, 225, 226, 227);
// Counters for 3 frames (A,B,C) and for 4 frames (1,2,3,4)
// This illustrates why the master frame cycle need be the Least Common Multiple of (3,4)
// (or whatever other set of ITileSprite.num_frames values).
TileSprite count_ABC = new TileSprite(ts, NEW_OBJID, 96, 97, 98); //ts[0, 6], ts[1, 6], ts[2, 6]);
TileSprite count_1234 = new TileSprite(f1234_stack, NEW_OBJID, 0, 9 + 0, 18 + 0, 27 + 0); // Same as count_1234, but frames from 4 files
// TileSprite whirlpool = new TileSprite(wp_ts, NEW_OBJID, 0, 1, 2, 3);
TileSprite whirlpool = new TileSprite(wp_stack_ts, NEW_OBJID, 0, 1, 2, 3); // Save as from wp_ts, but using 4 image files in a stack
TileSprite bat = new TileSprite(creatures_stack, NEW_OBJID, (0 * 28) + 1, (1 * 28) + 1, (2 * 28) + 1, (3 * 28) + 1);
TileSprite skel_mage = new TileSprite(creatures_stack, NEW_OBJID, (0 * 28) + 21, (1 * 28) + 21, (2 * 28) + 21, (3 * 28) + 21);
LF = new TileSheet(8, 1, NEW_OBJID,
@"media/tiles/lava.wave_down.speed_4.frames_8.png"); // LF == LavaFlow
TileSprite lava_flow = new TileSprite(LF, NEW_OBJID, 0, 1, 2, 3, 4, 5, 6, 7);
// TODO: Support some manner of ITileSprite for "wave" sprites
// TileSheet TW = new TileSheet(1, 9, NEW_OBJID, @"media/tiles/example_wave_test.intra_1.png"); // Will need WaveTileSprite to support this...
TileSprite grass = new TileSprite(ts, NEW_OBJID, 4);
TileSprite trees = new TileSprite(ts, NEW_OBJID, 6);
TileSprite boulder = new TileSprite(ts, NEW_OBJID, 57);
int[] path_rect_5x4 = new int[]
{ // 5 = grass, 7 = trees, 58 = boulder
boulder.ID, grass.ID, grass.ID, trees.ID, grass.ID,
grass.ID, grass.ID, grass.ID, trees.ID, trees.ID,
trees.ID, trees.ID, trees.ID, trees.ID, 0, // 0 is a "hole in the map" for blitting / map composition purposes
grass.ID, grass.ID, trees.ID, grass.ID, grass.ID,
};
DenseGrid map_16x64 = new DenseGrid(16, 64, lava_flow.ID);
// Blit a non-square grid onto the map, demonstrating the various possible rotations and flips:
DenseGrid flip_none = new DenseGrid(5, 4, path_rect_5x4);
DenseGrid flip_we = flip_none.Flip_WE();
DenseGrid flip_ns = flip_none.Flip_NS();
DenseGrid flip_wens = flip_we.Flip_NS();
DenseGrid.BlitFromAOntoB(flip_none, map_16x64, 1, 1);
DenseGrid.BlitFromAOntoB(flip_we, map_16x64, 7, 1);
DenseGrid.BlitFromAOntoB(flip_ns, map_16x64, 1, 7);
DenseGrid.BlitFromAOntoB(flip_wens, map_16x64, 7, 7);
DenseGrid flip_none_rot090 = flip_none.Rotate090();
DenseGrid flip_we_rot090 = flip_we.Rotate090();
DenseGrid flip_ns_rot090 = flip_ns.Rotate090();
DenseGrid flip_wens_rot090 = flip_wens.Rotate090();
DenseGrid.BlitFromAOntoB(flip_none_rot090, map_16x64, 1, 52);
DenseGrid.BlitFromAOntoB(flip_we_rot090, map_16x64, 7, 52);
DenseGrid.BlitFromAOntoB(flip_ns_rot090, map_16x64, 1, 58);
DenseGrid.BlitFromAOntoB(flip_wens_rot090, map_16x64, 7, 58);
map = new SimpleMapV1(16, 64);
map.AddTerrainRegion(map_16x64, 0, 0);
tvpc.scroll_constraint = ScrollConstraint.CenterTile;
tvpc.set_center(map, 2, 2);
// Add some elements to the Beings layer of the Map:
// BUG: (in demo data)
// The below are bare integers which do not correspond
// to a constructed TileSprite; those display wrongly (confusion between object ID and OpenGL texture ID or somesuch?)
// The fix is merely to create TileSprite objects and use their .ID
// (This fossil is due to the TileSheet + TileSprite refactor;
// the sprites are no longer implicitly created and stored within the TileSheet)
/*
map.layers[MapLayers.Beings].set_contents_at_XY( 8, 7, 256+21); // Horse
map.layers[MapLayers.Beings].set_contents_at_XY( 4, 15, 256+21); // Horse
map.layers[MapLayers.Beings].set_contents_at_XY( 8, 20, 33); // Wizard
map.layers[MapLayers.Beings].set_contents_at_XY( 3, 25, 70); // Force field
map.layers[MapLayers.Beings].set_contents_at_XY(10, 30, 29); // Stair down
map.layers[MapLayers.Beings].set_contents_at_XY( 9, 35, 30); // Ruin
map.layers[MapLayers.Beings].set_contents_at_XY( 6, 40, 45); // Archer
map.layers[MapLayers.Beings].set_contents_at_XY(12, 45, 23); // Purple tiles
map.layers[MapLayers.Beings].set_contents_at_XY( 5, 50, 19); // Ship
*/
map.layers[MapLayers.Beings].set_contents_at_XY(2, 1, anim_blue_wiz.ID); // Blue Wizard, animated (2 frames)
map.layers[MapLayers.Beings].set_contents_at_XY(3, 3, anim_red_wiz.ID); // Red Wizard, animated (4 frames)
map.layers[MapLayers.Beings].set_contents_at_XY(4, 1, count_ABC.ID); // 3 frames (A,B,C)
map.layers[MapLayers.Beings].set_contents_at_XY(5, 1, count_1234.ID); // 4 frames (1,2,3,4)
map.layers[MapLayers.Beings].set_contents_at_XY(6, 6, bat.ID);
map.layers[MapLayers.Beings].set_contents_at_XY(4, 7, skel_mage.ID);
map.layers[MapLayers.Beings].set_contents_at_XY(0, 0, whirlpool.ID);
// Add some elements to the UI_elements layer of the TileViewPort:
// Over-sized cursor
// Drawback: outside of tile bounds
// is off-viewport for edge-of-viewport sides of cursor on edge-of-viewport tiles.
// Also, the "quanta" animation rate for the cursor blinking is too fast, as in "pokemon epilepsy warning" too-fast.
// (Blinking at "frame" rate seems OK...may want a modestly faster rate.)
//
// This cursor _does_ look a lot better, other than for edge-of-viewport tiles.
// One possible solution to that issue would be for the "rest" state of the viewport
// to have an n-pixel border along all edges, showing partial tiles.
// Will need to coordinate all this with smooth-scrolling, too...
ts_cursor_blink_40x40 = new TileSheet(1, 1, 40, 40, 0, 0, 0, 0, NEW_OBJID,
@"media/cursors/cursor_40x40_blink.stacked/cursor_40x40.frame_1.png",
@"media/cursors/cursor_40x40_blink.stacked/cursor_40x40.frame_2.png");
TileSprite large_cursor = new TileSprite(ts_cursor_blink_40x40, NEW_OBJID, 0, 1);
int LC = large_cursor.ID;
tvpc.layers[ViewPortLayers.UI_Elements].set_contents_at_XY(tvpc.center_x, tvpc.center_y, LC); // Center
tvpc.layers[ViewPortLayers.UI_Elements].set_contents_at_XY(0, 0, LC); // NW
tvpc.layers[ViewPortLayers.UI_Elements].set_contents_at_XY(tvpc.max_x, 0, LC); // NE
tvpc.layers[ViewPortLayers.UI_Elements].set_contents_at_XY(0, tvpc.max_y, LC); // SW
tvpc.layers[ViewPortLayers.UI_Elements].set_contents_at_XY(tvpc.max_x, tvpc.max_y, LC); // SE
// // "Marquee" cursor
// // Drawback: cursor itself is entirely within tile bounds, thus clips edge pixels of the under-cursor tile...
// //
//reticle_single_file_ts = new TileSheet(4, 1, NEW_OBJID, @"media/tiles/bright_marquee.frame_1234.png");
reticle_four_files_ts = new TileSheet(4, 4, NEW_OBJID,
@"media/tiles/bright_marquee.frame_1.png",
@"media/tiles/bright_marquee.frame_2.png",
@"media/tiles/bright_marquee.frame_3.png",
@"media/tiles/bright_marquee.frame_4.png"); // Also used in Form1.OnPaint()
//TileSprite anim_reticle = new TileSprite(reticle_four_files_ts, 15, 31, 47, 63); // Bottom right tile in each image file
//int reticle = anim_reticle.ID;
//tvpc.layers[ViewPortLayers.UI_Elements].set_contents_at_XY(tvpc.center_x, tvpc.center_y, reticle); // Center
//tvpc.layers[ViewPortLayers.UI_Elements].set_contents_at_XY(0, 0, reticle); // NW
//tvpc.layers[ViewPortLayers.UI_Elements].set_contents_at_XY(tvpc.max_x, 0, reticle); // NE
//tvpc.layers[ViewPortLayers.UI_Elements].set_contents_at_XY(0, tvpc.max_y, reticle); // SW
//tvpc.layers[ViewPortLayers.UI_Elements].set_contents_at_XY(tvpc.max_x, tvpc.max_y, reticle); // SE
// A few method calls to demonstrate that Archetype and Obj are working:
Archetype aa = new Archetype("first_test_archetype", 0);
aa.add_field("int_2a", FieldType.INT);
aa.add_field("string_2a", FieldType.STRING);
aa.add_field("decimal_2a", FieldType.DECIMAL);
aa.add_field("ID_2a", FieldType.ID);
aa.add_field("int_list", FieldType.LIST_INT);
aa.add_field("string_list", FieldType.LIST_STRING);
aa.add_field("decimal_list", FieldType.LIST_DECIMAL);
aa.add_field("ID_list", FieldType.LIST_ID);
Obj obj1 = new Obj(aa, "first_test_obj", 0);
stdout.print("archetype.serialize()\n");
stdout.print("{0}", aa.serialize() );
stdout.print("\n");
stdout.print("obj.serialize()\n");
stdout.print("{0}", obj1.serialize() );
stdout.print("\n");
}
void OnShown(object sender, EventArgs ee)
{
// Note: Events are fired in the order (Load, Activated, Shown),
// It is said that using a MessageBox() can perturb the order of these events,
// causing Shown to occur before Load.
// http://stackoverflow.com/questions/3070163/order-of-form-load-form-shown-and-form-activated-events
// It is also said that "depending on the order of events fired" is undesirable / bad style;
// so perhaps once I understand what the idiomatic alternative would be,
// this should be changed.
//
// To call any GL methods (such as setting the GL Viewport, or loading textures)
// the OpenGL system must be initialized, which occurs upon the 'Load' event
// firing for a Form which contains a GLControl.
// http://www.opentk.com/doc/chapter/2/glcontrol
// See also, regarding OpenTK.Graphics.GraphicsContext:
// http://www.opentk.com/book/export/html/140
//
// For this reason, the GL setup, and GL texture loading (via TileSheet constructor calls)
// code has been moved here, in a method we set up to be called upon the 'Shown' event
// (which is fired upon the first display of this Form).
ts = new TileSheet(@"Main/U4.B_enhanced-32x32.png", 16, 16); // causes GL textures to be loaded, needs some GL setup prior...
f1234 = new TileSheet(@"Main/example_all_facings.4_frames.intra_1.png", 4, 9, 32, 32, 1, 1, 1, 1);
ui_ts = new TileSheet(@"Main/bright_marquee.frame_1.png", 4, 4); // Sprite ID 272 is the reticle
//ui_ts = new TileSheet(@"Main/bright_marquee.frame_1.alpha.png", 4, 4); // Hmmm...not quite right...
//ui_ts = new TileSheet(@"Main/bright_marquee.frame_1.alpha.2.png", 4, 4); // Hmmm...not quite right...
wp_ts = new TileSheet(@"Main/whirlpool_bright.png", 4, 1);
// TODO:
// After setting up all these AnimTileSprite instances, the utility is clear for
// various constructor overloads which infer the wanted StaticTileSprite IDs...
AnimTileSprite anim_blue_wiz = new AnimTileSprite(ts, ts[32], ts[33]);
AnimTileSprite anim_red_wiz = new AnimTileSprite(ts, ts[0, 14], ts[1, 14], ts[2, 14], ts[3, 14]);
// Counters for 3 frames (A,B,C) and for 4 frames (1,2,3,4)
// This illustrates why the master frame cycle need be the Least Common Multiple of (3,4)
// (or whatever other set of ITileSprite.num_frames values).
AnimTileSprite count_ABC = new AnimTileSprite(ts, ts[0, 6], ts[1, 6], ts[2, 6]);
AnimTileSprite count_1234 = new AnimTileSprite(f1234, f1234[0, 0], f1234[1, 0], f1234[2, 0], f1234[3, 0]);
AnimTileSprite whirlpool = new AnimTileSprite(wp_ts, wp_ts[0], wp_ts[1], wp_ts[2], wp_ts[3]);
LF = new TileSheet(@"Main/lava.wave_down.speed_4.frames_8.png", 8, 1); // LF == LavaFlow
AnimTileSprite lava_flow = new AnimTileSprite(LF, LF[0], LF[1], LF[2], LF[3], LF[4], LF[5], LF[6], LF[7]);
// TileSheet TW = new TileSheet(@"Main/example_wave_test.intra_1.png", 1, 9); // Will need WaveTileSprite to support this...
int[] path_rect_5x4 = new int[]
{ // 5 = grass, 7 = trees, 58 = boulder
58, 5, 5, 7, 5,
5, 5, 5, 7, 7,
7, 7, 7, 7, 0,
5, 5, 7, 5, 5,
};
int lava_ID = ts[12, 4].ID; // Lava
//DenseGrid map_16x64 = new DenseGrid(16, 64, lava_ID); // StaticTileSprite lava
DenseGrid map_16x64 = new DenseGrid(16, 64, lava_flow.ID); // AnimTileSprite flowing lava
DenseGrid flip_none = new DenseGrid(5, 4, path_rect_5x4); // Test with width != height, the better to see the rotations and flips
DenseGrid flip_we = flip_none.Flip_WE();
DenseGrid flip_ns = flip_none.Flip_NS();
DenseGrid flip_wens = flip_we.Flip_NS();
DenseGrid.BlitFromAOntoB(flip_none, map_16x64, 1, 1);
DenseGrid.BlitFromAOntoB(flip_we, map_16x64, 7, 1);
DenseGrid.BlitFromAOntoB(flip_ns, map_16x64, 1, 7);
DenseGrid.BlitFromAOntoB(flip_wens, map_16x64, 7, 7);
DenseGrid flip_none_rot090 = flip_none.Rotate090();
DenseGrid flip_we_rot090 = flip_we.Rotate090();
DenseGrid flip_ns_rot090 = flip_ns.Rotate090();
DenseGrid flip_wens_rot090 = flip_wens.Rotate090();
DenseGrid.BlitFromAOntoB(flip_none_rot090, map_16x64, 1, 52);
DenseGrid.BlitFromAOntoB(flip_we_rot090, map_16x64, 7, 52);
DenseGrid.BlitFromAOntoB(flip_ns_rot090, map_16x64, 1, 58);
DenseGrid.BlitFromAOntoB(flip_wens_rot090, map_16x64, 7, 58);
map = new SimpleMapV1(16, 64, ts);
map.AddTerrainRegion(map_16x64, 0, 0);
//tvp = new TileViewPort(this.tvp_control,
// 15, 15,
// //ViewPortScrollingConstraint.EntireMap,
// ScrollConstraint.CenterTile,
// //ViewPortScrollingConstraint.EdgeCorner,
// map, 0, 0);
tvpc.scroll_constraint = ScrollConstraint.CenterTile;
tvpc.set_center(map, 2, 2);
// Add some elements to the Beings layer of the Map: // TODO: Still using hard-coded Sprite ID values here...
map.layers[MapLayers.Beings].set_contents_at_XY( 8, 7, 21); // Horse
map.layers[MapLayers.Beings].set_contents_at_XY( 8, 7, 21); // Horse
map.layers[MapLayers.Beings].set_contents_at_XY( 4, 15, 21); // Horse
map.layers[MapLayers.Beings].set_contents_at_XY( 8, 20, 33); // Wizard
map.layers[MapLayers.Beings].set_contents_at_XY( 3, 25, 70); // Force field
map.layers[MapLayers.Beings].set_contents_at_XY(10, 30, 29); // Stair down
map.layers[MapLayers.Beings].set_contents_at_XY( 9, 35, 30); // Ruin
map.layers[MapLayers.Beings].set_contents_at_XY( 6, 40, 45); // Archer
map.layers[MapLayers.Beings].set_contents_at_XY(12, 45, 23); // Purple tiles
map.layers[MapLayers.Beings].set_contents_at_XY( 5, 50, 19); // Ship
map.layers[MapLayers.Beings].set_contents_at_XY(2, 1, anim_blue_wiz.ID); // Blue Wizard, animated (2 frames)
map.layers[MapLayers.Beings].set_contents_at_XY(3, 3, anim_red_wiz.ID); // Red Wizard, animated (4 frames)
map.layers[MapLayers.Beings].set_contents_at_XY(4, 1, count_ABC.ID); // 3 frames (A,B,C)
map.layers[MapLayers.Beings].set_contents_at_XY(5, 1, count_1234.ID); // 4 frames (1,2,3,4)
map.layers[MapLayers.Beings].set_contents_at_XY(0, 0, whirlpool.ID);
// Add some elements to the UI_elements layer of the TileViewPort:
int reticle = ui_ts[3, 3].ID; // avoiding hard-coding Sprite ID 272
tvpc.layers[ViewPortLayers.UI_Elements].set_contents_at_XY(tvpc.center_x, tvpc.center_y, reticle); // Center
tvpc.layers[ViewPortLayers.UI_Elements].set_contents_at_XY(0, 0, reticle); // NW
tvpc.layers[ViewPortLayers.UI_Elements].set_contents_at_XY(tvpc.max_x, 0, reticle); // NE
tvpc.layers[ViewPortLayers.UI_Elements].set_contents_at_XY(0, tvpc.max_y, reticle); // SW
tvpc.layers[ViewPortLayers.UI_Elements].set_contents_at_XY(tvpc.max_x, tvpc.max_y, reticle); // SE
}
// TODO:
// Some set of methods to add contents to the various layers.
// One method per layer? May be needful, as the different layers have different types of contents...
//
public void AddTerrainRegion(DenseGrid RR, int xx, int yy)
{
MapCompositedLayer canvas = (MapCompositedLayer) layers[MapLayers.Terrain];
canvas.AddContentRegion(RR, xx, yy);
}
