function TBodyGridBase.allocCell (): Integer;
var
idx: Integer;
+ pc: PGridCell;
begin
if (mFreeCell < 0) then
begin
for idx := mFreeCell to High(mCells) do
begin
mCells[idx].bodies[0] := -1;
+ mCells[idx].bodies[High(TGridCell.bodies)] := -1; // 'has free room' flag
mCells[idx].next := idx+1;
end;
mCells[High(mCells)].next := -1; // last cell
end;
result := mFreeCell;
- mFreeCell := mCells[result].next;
- mCells[result].next := -1;
- mCells[result].bodies[0] := -1;
+ pc := @mCells[result];
+ mFreeCell := pc.next;
+ pc.next := -1;
+ //pc.bodies[0] := -1;
Inc(mUsedCells);
//e_WriteLog(Format('grid: allocated new cell #%d (total: %d)', [result, mUsedCells]), MSG_NOTIFY);
end;
begin
if (idx >= 0) and (idx < Length(mCells)) then
begin
- //if mCells[idx].body = -1 then exit; // the thing that should not be
- mCells[idx].bodies[0] := -1;
- mCells[idx].next := mFreeCell;
+ with mCells[idx] do
+ begin
+ bodies[0] := -1;
+ bodies[High(TGridCell.bodies)] := -1; // 'has free room' flag
+ next := mFreeCell;
+ end;
mFreeCell := idx;
Dec(mUsedCells);
end;
if (pc <> -1) then
begin
pi := @mCells[pc];
- f := 0;
- for f := 0 to High(TGridCell.bodies) do
+ if (pi.bodies[High(TGridCell.bodies)] = -1) then
begin
- if (pi.bodies[f] = -1) then
+ // can add here
+ for f := 0 to High(TGridCell.bodies) do
begin
- // can add here
- pi.bodies[f] := bodyId;
- if (f+1 < Length(TGridCell.bodies)) then pi.bodies[f+1] := -1;
- exit;
+ if (pi.bodies[f] = -1) then
+ begin
+ pi.bodies[f] := bodyId;
+ if (f+1 < Length(TGridCell.bodies)) then pi.bodies[f+1] := -1;
+ exit;
+ end;
end;
+ raise Exception.Create('internal error in grid inserter');
end;
end;
// either no room, or no cell at all
cidx := allocCell();
- mCells[cidx].bodies[0] := bodyId;
- mCells[cidx].bodies[1] := -1;
- mCells[cidx].next := pc;
+ pi := @mCells[cidx];
+ pi.bodies[0] := bodyId;
+ pi.bodies[1] := -1;
+ pi.next := pc;
mGrid[grida] := cidx;
end;
end;
-// absolutely not tested
+// assume that we cannot have one object added to bucket twice
function TBodyGridBase.remover (grida: Integer; bodyId: TBodyProxyId): Boolean;
var
- f: Integer;
- pidx, idx, tmp: Integer;
+ f, c: Integer;
+ pidx, cidx: Integer;
pc: PGridCell;
begin
result := false; // never stop
// find and remove cell
- pidx := -1;
- idx := mGrid[grida];
- while (idx >= 0) do
+ pidx := -1; // previous cell index
+ cidx := mGrid[grida]; // current cell index
+ while (cidx <> -1) do
begin
- tmp := mCells[idx].next;
- pc := @mCells[idx];
- f := 0;
- while (f < High(TGridCell.bodies)) do
+ pc := @mCells[cidx];
+ for f := 0 to High(TGridCell.bodies) do
begin
if (pc.bodies[f] = bodyId) then
begin
if (f = 0) and (pc.bodies[1] = -1) then
begin
// this cell contains no elements, remove it
- tmp := mCells[idx].next;
- if (pidx = -1) then mGrid[grida] := tmp else mCells[pidx].next := tmp;
- freeCell(idx);
- end
- else
+ if (pidx = -1) then mGrid[grida] := pc.next else mCells[pidx].next := pc.next;
+ freeCell(cidx);
+ exit;
+ end;
+ // remove element from bucket
+ for c := f to High(TGridCell.bodies)-1 do
begin
- // remove element from bucket
- Inc(f);
- while (f < High(TGridCell.bodies)) do
- begin
- pc.bodies[f-1] := pc.bodies[f];
- if (pc.bodies[f] = -1) then break;
- Inc(f);
- end;
- pc.bodies[High(TGridCell.bodies)] := -1; // just in case
+ pc.bodies[c] := pc.bodies[c+1];
+ if (pc.bodies[c] = -1) then break;
end;
- exit; // assume that we cannot have one object added to bucket twice
+ pc.bodies[High(TGridCell.bodies)] := -1; // "has free room" flag
+ exit;
end;
- Inc(f);
end;
- pidx := idx;
- idx := tmp;
+ pidx := cidx;
+ cidx := pc.next;
end;
end;
end;
end;
+//TODO: optimize for horizontal/vertical moves
procedure TBodyGridBase.moveBody (body: TBodyProxyId; nx, ny: Integer);
var
px: PBodyProxyRec;
x0, y0: Integer;
+ ogx0, ogx1, ogy0, ogy1: Integer; // old grid rect
+ ngx0, ngx1, ngy0, ngy1: Integer; // new grid rect
+ gx, gy: Integer;
+ gw, gh: Integer;
+ pw, ph: Integer;
begin
if (body < 0) or (body > High(mProxies)) then exit; // just in case
// check if tile coords was changed
x0 := px.mX;
y0 := px.mY;
if (nx = x0) and (ny = y0) then exit;
- if (nx div mTileSize <> x0 div mTileSize) or (ny div mTileSize <> y0 div mTileSize) then
+ // map -> grid
+ Dec(x0, mMinX);
+ Dec(y0, mMinX);
+ Dec(nx, mMinX);
+ Dec(ny, mMinX);
+ // check for heavy work
+ pw := px.mWidth;
+ ph := px.mHeight;
+ ogx0 := x0 div mTileSize;
+ ogy0 := y0 div mTileSize;
+ ngx0 := nx div mTileSize;
+ ngy0 := ny div mTileSize;
+ ogx1 := (x0+pw-1) div mTileSize;
+ ogy1 := (y0+ph-1) div mTileSize;
+ ngx1 := (nx+pw-1) div mTileSize;
+ ngy1 := (ny+ph-1) div mTileSize;
+ if (ogx0 <> ngx0) or (ogy0 <> ngy0) or (ogx1 <> ngx1) or (ogy1 <> ngy1) then
begin
// crossed tile boundary, do heavy work
- removeInternal(body);
- px.mX := nx;
- px.mY := ny;
- insertInternal(body);
- end
- else
- begin
- // nothing to do with the grid, just fix coordinates
- px.mX := nx;
- px.mY := ny;
+ gw := mWidth;
+ gh := mHeight;
+ // cycle with old rect, remove body where it is necessary
+ // optimized for horizontal moves
+ //e_WriteLog(Format('og:(%d,%d)-(%d,%d); ng:(%d,%d)-(%d,%d)', [ogx0, ogy0, ogx1, ogy1, ngx0, ngy0, ngx1, ngy1]), MSG_NOTIFY);
+ // remove stale marks
+ if not ((ogy0 >= gh) or (ogy1 < 0)) and
+ not ((ogx0 >= gw) or (ogx1 < 0)) then
+ begin
+ if (ogx0 < 0) then ogx0 := 0;
+ if (ogy0 < 0) then ogy0 := 0;
+ if (ogx1 > gw-1) then ogx1 := gw-1;
+ if (ogy1 > gh-1) then ogy1 := gh-1;
+ //e_WriteLog(Format(' norm og:(%d,%d)-(%d,%d)', [ogx0, ogy0, ogx1, ogy1]), MSG_NOTIFY);
+ for gx := ogx0 to ogx1 do
+ begin
+ if (gx < ngx0) or (gx > ngx1) then
+ begin
+ // this column is completely outside of new rect
+ for gy := ogy0 to ogy1 do
+ begin
+ //e_WriteLog(Format(' remove:(%d,%d)', [gx, gy]), MSG_NOTIFY);
+ remover(gy*gw+gx, body);
+ end;
+ end
+ else
+ begin
+ // heavy checks
+ for gy := ogy0 to ogy1 do
+ begin
+ if (gy < ngy0) or (gy > ngy1) then
+ begin
+ //e_WriteLog(Format(' remove:(%d,%d)', [gx, gy]), MSG_NOTIFY);
+ remover(gy*gw+gx, body);
+ end;
+ end;
+ end;
+ end;
+ end;
+ // cycle with new rect, add body where it is necessary
+ if not ((ngy0 >= gh) or (ngy1 < 0)) and
+ not ((ngx0 >= gw) or (ngx1 < 0)) then
+ begin
+ if (ngx0 < 0) then ngx0 := 0;
+ if (ngy0 < 0) then ngy0 := 0;
+ if (ngx1 > gw-1) then ngx1 := gw-1;
+ if (ngy1 > gh-1) then ngy1 := gh-1;
+ //e_WriteLog(Format(' norm ng:(%d,%d)-(%d,%d)', [ngx0, ngy0, ngx1, ngy1]), MSG_NOTIFY);
+ for gx := ngx0 to ngx1 do
+ begin
+ if (gx < ogx0) or (gx > ogx1) then
+ begin
+ // this column is completely outside of old rect
+ for gy := ngy0 to ngy1 do
+ begin
+ //e_WriteLog(Format(' insert:(%d,%d)', [gx, gy]), MSG_NOTIFY);
+ inserter(gy*gw+gx, body);
+ end;
+ end
+ else
+ begin
+ // heavy checks
+ for gy := ngy0 to ngy1 do
+ begin
+ if (gy < ogy0) or (gy > ogy1) then
+ begin
+ //e_WriteLog(Format(' insert:(%d,%d)', [gx, gy]), MSG_NOTIFY);
+ inserter(gy*gw+gx, body);
+ end;
+ end;
+ end;
+ end;
+ end;
+ // done
end;
+ // update coordinates
+ px.mX := nx+mMinX;
+ px.mY := ny+mMinY;
end;
procedure TBodyGridBase.resizeBody (body: TBodyProxyId; nw, nh: Integer);
WheelDown = $0010;
// event types
- Motion = 0;
+ Release = 0;
Press = 1;
- Release = 2;
+ Motion = 2;
public
kind: Byte; // motion, press, release
x, y: Integer;
dx, dy: Integer; // for wheel this is wheel motion, otherwise this is relative mouse motion
- but: Word; // current pressed button or 0
+ but: Word; // current pressed/released button, or 0 for motion
bstate: Word; // button state
kstate: Word; // keyboard state (see THKeyEvent);
end;
THKeyEvent = record
public
const
+ // modifiers
ModCtrl = $0001;
ModAlt = $0002;
ModShift = $0004;
+
+ // event types
+ Release = 0;
+ Press = 1;
+
+ public
+ kind: Byte;
+ scan: Word; // SDL_SCANCODE_XXX
+ sym: Word; // SDLK_XXX
+ bstate: Word; // button state
+ kstate: Word; // keyboard state
end;
implementation
uses
- SysUtils, GL,
+ SysUtils, GL, SDL2,
MAPDEF, g_options;
msY: Integer = -666;
msB: Word = 0; // button state
kbS: Word = 0; // keyboard modifiers state
+ showMonsInfo: Boolean = false;
// ////////////////////////////////////////////////////////////////////////// //
procedure drawMonsterInfo (mon: TMonster);
var
mx, my, mw, mh: Integer;
- emx, emy, emw, emh: Integer;
- enemy: TMonster;
- eplr: TPlayer;
+
+ procedure drawMonsterTargetLine ();
+ var
+ emx, emy, emw, emh: Integer;
+ enemy: TMonster;
+ eplr: TPlayer;
+ ex, ey: Integer;
+ begin
+ if (g_GetUIDType(mon.MonsterTargetUID) = UID_PLAYER) then
+ begin
+ eplr := g_Player_Get(mon.MonsterTargetUID);
+ if (eplr <> nil) then eplr.getMapBox(emx, emy, emw, emh) else exit;
+ end
+ else if (g_GetUIDType(mon.MonsterTargetUID) = UID_MONSTER) then
+ begin
+ enemy := g_Monsters_ByUID(mon.MonsterTargetUID);
+ if (enemy <> nil) then enemy.getMapBox(emx, emy, emw, emh) else exit;
+ end
+ else
+ begin
+ exit;
+ end;
+ mon.getMapBox(mx, my, mw, mh);
+ drawLine(mx+mw div 2, my+mh div 2, emx+emw div 2, emy+emh div 2, 255, 0, 0, 128);
+ if (g_Map_traceToNearestWall(mx+mw div 2, my+mh div 2, emx+emw div 2, emy+emh div 2, @ex, @ey) <> nil) then
+ begin
+ drawLine(mx+mw div 2, my+mh div 2, ex, ey, 0, 255, 0, 128);
+ end;
+ end;
+
begin
if (mon = nil) then exit;
mon.getMapBox(mx, my, mw, mh);
monsGrid.forEachBodyCell(mon.proxyId, hilightCell);
- if ((kbS and THKeyEvent.ModCtrl) <> 0) then
+ if showMonsInfo then
begin
//fillRect(mx-4, my-7*8-6, 110, 7*8+6, 0, 0, 94, 250);
shadeRect(mx-4, my-7*8-6, 110, 7*8+6, 128);
// target
drawText6(mx, my, Format('TgtUID:%u', [mon.MonsterTargetUID]), 255, 127, 0); my -= 8;
drawText6(mx, my, Format('TgtTime:%d', [mon.MonsterTargetTime]), 255, 127, 0); my -= 8;
-
- mon.getMapBox(mx, my, mw, mh);
- end;
-
- if (g_GetUIDType(mon.MonsterTargetUID) = UID_PLAYER) then
- begin
- eplr := g_Player_Get(mon.MonsterTargetUID);
- if (eplr <> nil) then
- begin
- eplr.getMapBox(emx, emy, emw, emh);
- drawLine(mx+mw div 2, my+mh div 2, emx+emw div 2, emy+emh div 2, 255, 0, 0, 128);
- end;
- end
- else if (g_GetUIDType(mon.MonsterTargetUID) = UID_MONSTER) then
- begin
- enemy := g_Monsters_ByUID(mon.MonsterTargetUID);
- if (enemy <> nil) then
- begin
- enemy.getMapBox(emx, emy, emw, emh);
- drawLine(mx+mw div 2, my+mh div 2, emx+emw div 2, emy+emh div 2, 255, 0, 0, 128);
- end;
end;
+ drawMonsterTargetLine();
{
property MonsterRemoved: Boolean read FRemoved write FRemoved;
property MonsterPain: Integer read FPain write FPain;
function g_Holmes_KeyEvent (var ev: THKeyEvent): Boolean;
begin
result := false;
+ msB := ev.bstate;
+ kbS := ev.kstate;
+ case ev.scan of
+ SDL_SCANCODE_LCTRL, SDL_SCANCODE_RCTRL,
+ SDL_SCANCODE_LALT, SDL_SCANCODE_RALT,
+ SDL_SCANCODE_LSHIFT, SDL_SCANCODE_RSHIFT:
+ result := true;
+ end;
+ // press
+ if (ev.kind = THKeyEvent.Press) then
+ begin
+ // M-M: one monster think step
+ if (ev.scan = SDL_SCANCODE_M) and ((ev.kstate and THKeyEvent.ModAlt) <> 0) then
+ begin
+ result := true;
+ gmon_debug_think := false;
+ gmon_debug_one_think_step := true; // do one step
+ exit;
+ end;
+ // M-I: toggle monster info
+ if (ev.scan = SDL_SCANCODE_I) and ((ev.kstate and THKeyEvent.ModAlt) <> 0) then
+ begin
+ result := true;
+ showMonsInfo := not showMonsInfo;
+ exit;
+ end;
+ end;
end;
