#include "mm_game.h"
#include "mm_tools.h"
-/* graphic position values for game controls */
+// graphic position values for game controls
#define ENERGY_XSIZE 32
#define ENERGY_YSIZE MAX_LASER_ENERGY
#define OVERLOAD_XSIZE ENERGY_XSIZE
#define OVERLOAD_YSIZE MAX_LASER_OVERLOAD
-/* values for Explode_MM() */
+// values for Explode_MM()
#define EX_PHASE_START 0
#define EX_NORMAL 0
#define EX_KETTLE 1
#define EX_SHORT 2
-/* special positions in the game control window (relative to control window) */
+// special positions in the game control window (relative to control window)
#define XX_LEVEL 36
#define YY_LEVEL 23
#define XX_KETTLES 29
#define XX_OVERLOAD 60
#define YY_OVERLOAD YY_ENERGY
-/* special positions in the game control window (relative to main window) */
+// special positions in the game control window (relative to main window)
#define DX_LEVEL (DX + XX_LEVEL)
#define DY_LEVEL (DY + YY_LEVEL)
#define DX_KETTLES (DX + XX_KETTLES)
#define IS_LOOP_SOUND(s) ((s) == SND_FUEL)
#define IS_MUSIC_SOUND(s) ((s) == SND_TYGER || (s) == SND_VOYAGER)
-/* game button identifiers */
+// game button identifiers
#define GAME_CTRL_ID_LEFT 0
#define GAME_CTRL_ID_MIDDLE 1
#define GAME_CTRL_ID_RIGHT 2
#define NUM_GAME_BUTTONS 3
-/* values for DrawLaser() */
+// values for DrawLaser()
#define DL_LASER_DISABLED 0
#define DL_LASER_ENABLED 1
-/* values for 'click_delay_value' in ClickElement() */
-#define CLICK_DELAY_FIRST 12 /* delay (frames) after first click */
-#define CLICK_DELAY 6 /* delay (frames) for pressed butten */
+// values for 'click_delay_value' in ClickElement()
+#define CLICK_DELAY_FIRST 12 // delay (frames) after first click
+#define CLICK_DELAY 6 // delay (frames) for pressed butten
#define AUTO_ROTATE_DELAY CLICK_DELAY
#define INIT_GAME_ACTIONS_DELAY (ONE_SECOND_DELAY / GAME_FRAME_DELAY)
program.headless = last_headless; \
} \
-/* forward declaration for internal use */
+// forward declaration for internal use
static int MovingOrBlocked2Element_MM(int, int);
static void Bang_MM(int, int);
static void RaiseScore_MM(int);
static void ContinueMoving_MM(int, int);
static void Moving2Blocked_MM(int, int, int *, int *);
-/* bitmap for laser beam detection */
+// bitmap for laser beam detection
static Bitmap *laser_bitmap = NULL;
-/* variables for laser control */
+// variables for laser control
static int last_LX = 0, last_LY = 0, last_hit_mask = 0;
static int hold_x = -1, hold_y = -1;
-/* variables for pacman control */
+// variables for pacman control
static int pacman_nr = -1;
-/* various game engine delay counters */
+// various game engine delay counters
static unsigned int rotate_delay = 0;
static unsigned int pacman_delay = 0;
static unsigned int energy_delay = 0;
static unsigned int overload_delay = 0;
-/* element masks for scanning pixels of MM elements */
+// element masks for scanning pixels of MM elements
static const char mm_masks[10][16][16 + 1] =
{
{
{
int opposite_angle = angle + ANG_RAY_180;
- /* make sure "opposite_angle" is in valid interval [0, 15] */
+ // make sure "opposite_angle" is in valid interval [0, 15]
return (opposite_angle + 16) % 16;
}
{
int reflected_angle = 16 - laser_angle + mirror_angle;
- /* make sure "reflected_angle" is in valid interval [0, 15] */
+ // make sure "reflected_angle" is in valid interval [0, 15]
return (reflected_angle + 16) % 16;
}
{
if (Feld[x][y] == EL_EXIT_CLOSED)
{
- /* initiate opening animation of exit door */
+ // initiate opening animation of exit door
Feld[x][y] = EL_EXIT_OPENING;
exit_element = EL_EXIT_OPEN;
}
else if (IS_RECEIVER(Feld[x][y]))
{
- /* remove field that blocks receiver */
+ // remove field that blocks receiver
int phase = Feld[x][y] - EL_RECEIVER_START;
int blocking_x, blocking_y;
{
static int steps_grid_auto = 0;
- if (game_mm.num_cycle == 0) /* initialize cycle steps for grids */
+ if (game_mm.num_cycle == 0) // initialize cycle steps for grids
steps_grid_auto = RND(16) * (RND(2) ? -1 : +1);
if (IS_GRID_STEEL_AUTO(element) ||
{
int i;
- if (game_mm.num_cycle == 0) /* no elements to cycle */
+ if (game_mm.num_cycle == 0) // no elements to cycle
return;
for (i = 0; i < game_mm.num_cycle; i++)
laser.dest_element = EL_EMPTY;
laser.wall_mask = 0;
- AddLaserEdge(LX, LY); /* set laser starting edge */
+ AddLaserEdge(LX, LY); // set laser starting edge
pen_ray = GetPixelFromRGB(window,
native_mm_level.laser_red * 0xFF,
BEGIN_NO_HEADLESS
{
- /* initialize laser bitmap to current playfield (screen) size */
+ // initialize laser bitmap to current playfield (screen) size
ReCreateBitmap(&laser_bitmap, drawto->width, drawto->height);
ClearRectangle(laser_bitmap, 0, 0, drawto->width, drawto->height);
}
END_NO_HEADLESS
- /* set global game control values */
+ // set global game control values
game_mm.num_cycle = 0;
game_mm.num_pacman = 0;
game_mm.laser_overload_value = 0;
game_mm.laser_enabled = FALSE;
- /* set global laser control values (must be set before "InitLaser()") */
+ // set global laser control values (must be set before "InitLaser()")
laser.start_edge.x = 0;
laser.start_edge.y = 0;
laser.start_angle = 0;
InitLaser();
#if 0
- /* copy default game door content to main double buffer */
+ // copy default game door content to main double buffer
BlitBitmap(pix[PIX_DOOR], drawto,
DOOR_GFX_PAGEX5, DOOR_GFX_PAGEY1, DXSIZE, DYSIZE, DX, DY);
#endif
#endif
#if 0
- /* copy actual game door content to door double buffer for OpenDoor() */
+ // copy actual game door content to door double buffer for OpenDoor()
BlitBitmap(drawto, pix[PIX_DB_DOOR],
DX, DY, DXSIZE, DYSIZE, DOOR_GFX_PAGEX1, DOOR_GFX_PAGEY1);
#endif
LX, LY, LX / TILEX, LY / TILEY, LX % TILEX, LY % TILEY);
#endif
- /* follow laser beam until it hits something (at least the screen border) */
+ // follow laser beam until it hits something (at least the screen border)
while (hit_mask == HIT_MASK_NO_HIT)
{
int i;
#if 0
- /* for safety */
+ // for safety
if (SX + LX < REAL_SX || SX + LX >= REAL_SX + FULL_SXSIZE ||
SY + LY < REAL_SY || SY + LY >= REAL_SY + FULL_SYSIZE)
{
int py = LY + (i / 2) * 2;
int dx = px % TILEX;
int dy = py % TILEY;
- int lx = (px + TILEX) / TILEX - 1; /* ...+TILEX...-1 to get correct */
- int ly = (py + TILEY) / TILEY - 1; /* negative values! */
+ int lx = (px + TILEX) / TILEX - 1; // ...+TILEX...-1 to get correct
+ int ly = (py + TILEY) / TILEY - 1; // negative values!
Pixel pixel;
if (IN_LEV_FIELD(lx, ly))
if (hit_mask == HIT_MASK_NO_HIT)
{
- /* hit nothing -- go on with another step */
+ // hit nothing -- go on with another step
LX += XS;
LY += YS;
}
int element;
int end = 0, rf = laser.num_edges;
- /* do not scan laser again after the game was lost for whatever reason */
+ // do not scan laser again after the game was lost for whatever reason
if (game_mm.game_over)
return;
LX, LY, XS, YS);
#endif
- /* hit something -- check out what it was */
+ // hit something -- check out what it was
ELX = (LX + XS) / TILEX;
ELY = (LY + YS) / TILEY;
{
/* we have hit the top-left and bottom-right element --
choose the top-left one */
- /* !!! SEE ABOVE !!! */
+ // !!! SEE ABOVE !!!
ELX = (LX - 2) / TILEX;
ELY = (LY - 2) / TILEY;
}
}
#endif
- /* now draw the laser to the backbuffer and (if enabled) to the screen */
+ // now draw the laser to the backbuffer and (if enabled) to the screen
DrawLaserLines(&laser.edge[start_edge], num_edges, mode);
redraw_mask |= REDRAW_FIELD;
if (mode == DL_LASER_ENABLED)
return;
- /* after the laser was deleted, the "damaged" graphics must be restored */
+ // after the laser was deleted, the "damaged" graphics must be restored
if (laser.num_damages)
{
int damage_start = 0;
int i;
- /* determine the starting edge, from which graphics need to be restored */
+ // determine the starting edge, from which graphics need to be restored
if (start_edge > 0)
{
for (i = 0; i < laser.num_damages; i++)
}
}
- /* restore graphics from this starting edge to the end of damage list */
+ // restore graphics from this starting edge to the end of damage list
for (i = damage_start; i < laser.num_damages; i++)
{
int lx = laser.damage[i].x;
laser.num_beamers > 0 &&
start_edge == laser.beamer_edge[laser.num_beamers - 1])
{
- /* element is outgoing beamer */
+ // element is outgoing beamer
laser.num_damages = damage_start + 1;
if (IS_BEAMER(element))
}
else
{
- /* element is incoming beamer or other element */
+ // element is incoming beamer or other element
laser.num_damages = damage_start;
laser.current_angle = laser.damage[laser.num_damages].angle;
}
}
else
{
- /* no damages but McDuffin himself (who needs to be redrawn anyway) */
+ // no damages but McDuffin himself (who needs to be redrawn anyway)
elx = laser.start_edge.x;
ely = laser.start_edge.y;
printf("element == %d\n", element);
#endif
- if (IS_22_5_ANGLE(laser.current_angle)) /* neither 90° nor 45° angle */
+ if (IS_22_5_ANGLE(laser.current_angle)) // neither 90° nor 45° angle
step_size = ((IS_BEAMER(element) || IS_FIBRE_OPTIC(element)) ? 4 : 3);
else
step_size = 8;
(laser.num_beamers == 0 ||
start_edge != laser.beamer_edge[laser.num_beamers - 1])))
{
- /* element is incoming beamer or other element */
+ // element is incoming beamer or other element
step_size = -step_size;
laser.num_edges--;
}
return;
}
- /* check if laser is interrupted by beamer element */
+ // check if laser is interrupted by beamer element
if (laser.num_beamers > 0 &&
start_edge < laser.beamer_edge[laser.num_beamers - 1])
{
int i;
int tmp_start_edge = start_edge;
- /* draw laser segments forward from the start to the last beamer */
+ // draw laser segments forward from the start to the last beamer
for (i = 0; i < laser.num_beamers; i++)
{
int tmp_num_edges = laser.beamer_edge[i] - tmp_start_edge;
tmp_start_edge = laser.beamer_edge[i];
}
- /* draw last segment from last beamer to the end */
+ // draw last segment from last beamer to the end
DrawLaserExt(tmp_start_edge, laser.num_edges - tmp_start_edge,
DL_LASER_ENABLED);
}
int last_num_edges = laser.num_edges;
int num_beamers = laser.num_beamers;
- /* delete laser segments backward from the end to the first beamer */
+ // delete laser segments backward from the end to the first beamer
for (i = num_beamers - 1; i >= 0; i--)
{
int tmp_num_edges = last_num_edges - laser.beamer_edge[i];
if (last_num_edges - start_edge == 1 && start_edge > 0)
DrawLaserLines(&laser.edge[start_edge - 1], 2, DL_LASER_DISABLED);
- /* delete first segment from start to the first beamer */
+ // delete first segment from start to the first beamer
DrawLaserExt(start_edge, last_num_edges - start_edge, DL_LASER_DISABLED);
}
}
AddDamagedField(ELX, ELY);
- /* this is more precise: check if laser would go through the center */
+ // this is more precise: check if laser would go through the center
if ((ELX * TILEX + 14 - LX) * YS != (ELY * TILEY + 14 - LY) * XS)
{
- /* skip the whole element before continuing the scan */
+ // skip the whole element before continuing the scan
do
{
LX += XS;
XS = 2 * Step[laser.current_angle].x;
YS = 2 * Step[laser.current_angle].y;
- if (!IS_22_5_ANGLE(laser.current_angle)) /* 90° or 45° angle */
+ if (!IS_22_5_ANGLE(laser.current_angle)) // 90° or 45° angle
step_size = 8;
else
step_size = 4;
LY += step_size * YS;
#if 0
- /* draw sparkles on mirror */
+ // draw sparkles on mirror
if ((IS_MIRROR(element) || IS_MIRROR_FIXED(element)) &&
current_angle != laser.current_angle)
{
boolean HitOnlyAnEdge(int element, int hit_mask)
{
- /* check if the laser hit only the edge of an element and, if so, go on */
+ // check if the laser hit only the edge of an element and, if so, go on
#if 0
printf("LX, LY, hit_mask == %d, %d, %d\n", LX, LY, hit_mask);
hit_mask == HIT_MASK_TOPRIGHT ||
hit_mask == HIT_MASK_BOTTOMLEFT ||
hit_mask == HIT_MASK_BOTTOMRIGHT) &&
- laser.current_angle % 4) /* angle is not 90° */
+ laser.current_angle % 4) // angle is not 90°
{
int dx, dy;
dx = -1;
dy = +1;
}
- else /* (hit_mask == HIT_MASK_BOTTOMRIGHT) */
+ else // (hit_mask == HIT_MASK_BOTTOMRIGHT)
{
dx = +1;
dy = +1;
if (laser.current_angle == grid_angle ||
laser.current_angle == get_opposite_angle(grid_angle))
{
- /* skip the whole element before continuing the scan */
+ // skip the whole element before continuing the scan
do
{
LX += XS;
{
return HitReflectingWalls(element, hit_mask);
}
- else /* IS_GRID_WOOD */
+ else // IS_GRID_WOOD
{
return HitAbsorbingWalls(element, hit_mask);
}
boolean HitReflectingWalls(int element, int hit_mask)
{
- /* check if laser hits side of a wall with an angle that is not 90° */
+ // check if laser hits side of a wall with an angle that is not 90°
if (!IS_90_ANGLE(laser.current_angle) && (hit_mask == HIT_MASK_TOP ||
hit_mask == HIT_MASK_LEFT ||
hit_mask == HIT_MASK_RIGHT ||
if (!IS_DF_GRID(element))
AddLaserEdge(LX, LY);
- /* check if laser hits wall with an angle of 45° */
+ // check if laser hits wall with an angle of 45°
if (!IS_22_5_ANGLE(laser.current_angle))
{
if (hit_mask == HIT_MASK_TOP || hit_mask == HIT_MASK_BOTTOM)
laser.current_angle = get_mirrored_angle(laser.current_angle,
ANG_MIRROR_0);
}
- else /* hit_mask == HIT_MASK_LEFT || hit_mask == HIT_MASK_RIGHT */
+ else // hit_mask == HIT_MASK_LEFT || hit_mask == HIT_MASK_RIGHT
{
LY += 2 * YS;
laser.current_angle = get_mirrored_angle(laser.current_angle,
return FALSE;
}
- else /* hit_mask == HIT_MASK_LEFT || hit_mask == HIT_MASK_RIGHT */
+ else // hit_mask == HIT_MASK_LEFT || hit_mask == HIT_MASK_RIGHT
{
laser.current_angle = get_mirrored_angle(laser.current_angle,
ANG_MIRROR_90);
}
}
- /* reflection at the edge of reflecting DF style wall */
+ // reflection at the edge of reflecting DF style wall
if (IS_DF_WALL_STEEL(element) && IS_22_5_ANGLE(laser.current_angle))
{
if (((laser.current_angle == 1 || laser.current_angle == 3) &&
}
}
- /* reflection inside an edge of reflecting DF style wall */
+ // reflection inside an edge of reflecting DF style wall
if (IS_DF_WALL_STEEL(element) && IS_22_5_ANGLE(laser.current_angle))
{
if (((laser.current_angle == 1 || laser.current_angle == 3) &&
}
}
- /* check if laser hits DF style wall with an angle of 90° */
+ // check if laser hits DF style wall with an angle of 90°
if (IS_DF_WALL(element) && IS_90_ANGLE(laser.current_angle))
{
if ((IS_HORIZ_ANGLE(laser.current_angle) &&
(IS_VERT_ANGLE(laser.current_angle) &&
(!(hit_mask & HIT_MASK_LEFT) || !(hit_mask & HIT_MASK_RIGHT))))
{
- /* laser at last step touched nothing or the same side of the wall */
+ // laser at last step touched nothing or the same side of the wall
if (LX != last_LX || LY != last_LY || hit_mask == last_hit_mask)
{
AddDamagedField(ELX, ELY);
{
int mask;
- mask = (LX + XS) / MINI_TILEX - ELX * 2 + 1; /* Quadrant (horizontal) */
- mask <<= (((LY + YS) / MINI_TILEY - ELY * 2) > 0) * 2; /* || (vertical) */
+ mask = (LX + XS) / MINI_TILEX - ELX * 2 + 1; // Quadrant (horizontal)
+ mask <<= (((LY + YS) / MINI_TILEY - ELY * 2) > 0) * 2; // || (vertical)
- /* check if laser hits wall with an angle of 90° */
+ // check if laser hits wall with an angle of 90°
if (IS_90_ANGLE(laser.current_angle))
mask += mask * (2 + IS_HORIZ_ANGLE(laser.current_angle) * 2);
{
int delay = 6;
- if (!MovDelay[x][y]) /* next animation frame */
+ if (!MovDelay[x][y]) // next animation frame
MovDelay[x][y] = 4 * delay;
- if (MovDelay[x][y]) /* wait some time before next frame */
+ if (MovDelay[x][y]) // wait some time before next frame
{
int phase;
{
int delay = 2;
- if (!MovDelay[x][y]) /* next animation frame */
+ if (!MovDelay[x][y]) // next animation frame
MovDelay[x][y] = 50 * delay;
- if (MovDelay[x][y]) /* wait some time before next frame */
+ if (MovDelay[x][y]) // wait some time before next frame
{
MovDelay[x][y]--;
int frames = 5;
int delay = 5;
- if (!MovDelay[x][y]) /* next animation frame */
+ if (!MovDelay[x][y]) // next animation frame
MovDelay[x][y] = frames * delay;
- if (MovDelay[x][y]) /* wait some time before next frame */
+ if (MovDelay[x][y]) // wait some time before next frame
{
int phase;
int wall_mask = Store2[x][y];
int frames = 5;
int delay = 1;
- if (!MovDelay[x][y]) /* next animation frame */
+ if (!MovDelay[x][y]) // next animation frame
MovDelay[x][y] = frames * delay;
- if (MovDelay[x][y]) /* wait some time before next frame */
+ if (MovDelay[x][y]) // wait some time before next frame
{
int phase;
int wall_mask = Store2[x][y];
laser.redraw = TRUE;
- if (phase == EX_PHASE_START) /* initialize 'Store[][]' field */
+ if (phase == EX_PHASE_START) // initialize 'Store[][]' field
{
int center_element = Feld[x][y];
if (IS_MOVING(x, y) || IS_BLOCKED(x, y))
{
- /* put moving element to center field (and let it explode there) */
+ // put moving element to center field (and let it explode there)
center_element = MovingOrBlocked2Element_MM(x, y);
RemoveMovingField_MM(x, y);
{
int newx, newy;
- if (MovDelay[x][y]) /* wait some time before next movement */
+ if (MovDelay[x][y]) // wait some time before next movement
{
MovDelay[x][y]--;
return;
}
- /* now make next step */
+ // now make next step
- Moving2Blocked_MM(x, y, &newx, &newy); /* get next screen position */
+ Moving2Blocked_MM(x, y, &newx, &newy); // get next screen position
if (element == EL_PACMAN &&
IN_LEV_FIELD(newx, newy) && IS_EATABLE4PACMAN(Feld[newx][newy]) &&
else if (!IN_LEV_FIELD(newx, newy) || !IS_FREE(newx, newy) ||
ObjHit(newx, newy, HIT_POS_CENTER))
{
- /* object was running against a wall */
+ // object was running against a wall
TurnRound(x, y);
MovPos[x][y] += step;
- if (ABS(MovPos[x][y]) >= TILEX) /* object reached its destination */
+ if (ABS(MovPos[x][y]) >= TILEX) // object reached its destination
{
Feld[x][y] = EL_EMPTY;
Feld[newx][newy] = element;
}
}
}
- else /* still moving on */
+ else // still moving on
{
DrawField_MM(x, y);
}
if (button == -1)
{
- /* initialize static variables */
+ // initialize static variables
click_delay = 0;
click_delay_value = CLICK_DELAY;
new_button = TRUE;
return FALSE;
}
- /* do not rotate objects hit by the laser after the game was solved */
+ // do not rotate objects hit by the laser after the game was solved
if (game_mm.level_solved && Hit[x][y])
return FALSE;
new_button = TRUE;
click_delay_value = CLICK_DELAY;
- /* release eventually hold auto-rotating mirror */
+ // release eventually hold auto-rotating mirror
RotateMirror(x, y, MB_RELEASED);
return FALSE;
if (!FrameReached(&click_delay, click_delay_value) && !new_button)
return FALSE;
- if (button == MB_MIDDLEBUTTON) /* middle button has no function */
+ if (button == MB_MIDDLEBUTTON) // middle button has no function
return FALSE;
if (!IN_LEV_FIELD(x, y))
{
if (button == MB_RELEASED)
{
- /* release eventually hold auto-rotating mirror */
+ // release eventually hold auto-rotating mirror
hold_x = -1;
hold_y = -1;
{
int element = Feld[x][y];
- /* do not rotate objects hit by the laser after the game was solved */
+ // do not rotate objects hit by the laser after the game was solved
if (game_mm.level_solved && Hit[x][y])
continue;
AutoRotateMirrors();
#if 1
- /* !!! CHANGE THIS: REDRAW ONLY WHEN NEEDED !!! */
+ // !!! CHANGE THIS: REDRAW ONLY WHEN NEEDED !!!
- /* redraw after Explode_MM() ... */
+ // redraw after Explode_MM() ...
if (laser.redraw)
DrawLaser(0, DL_LASER_ENABLED);
laser.redraw = FALSE;
Store[ELX][ELY] = new_element + RND(get_num_elements(new_element));
Feld[ELX][ELY] = EL_GRAY_BALL_OPENING;
- /* !!! CHECK AGAIN: Laser on Polarizer !!! */
+ // !!! CHECK AGAIN: Laser on Polarizer !!!
ScanLaser();
return;
printf("NEW ELEMENT: (%d, %d)\n", ELX, ELY);
#endif
- /* above stuff: GRAY BALL -> PRISM !!! */
+ // above stuff: GRAY BALL -> PRISM !!!
/*
LX = ELX * TILEX + 14;
LY = ELY * TILEY + 14;
if (setup.sound_loops)
StopSound(SND_SIRR);
}
- else if (native_mm_level.time == 0) /* level without time limit */
+ else if (native_mm_level.time == 0) // level without time limit
{
if (setup.sound_loops)
PlaySoundExt(SND_SIRR, SOUND_MAX_VOLUME, SOUND_MAX_RIGHT,
}
if (level_editor_test_game)
- game_mm.score = -1; /* no highscore when playing from editor */
+ game_mm.score = -1; // no highscore when playing from editor
else if (level_nr < leveldir_current->last_level)
- raise_level = TRUE; /* advance to next level */
+ raise_level = TRUE; // advance to next level
if ((hi_pos = NewHiScore_MM()) >= 0)
{
{
if (game_mm.score > highscore[k].Score)
{
- /* player has made it to the hall of fame */
+ // player has made it to the hall of fame
if (k < MAX_SCORE_ENTRIES - 1)
{
for (l = k; l < MAX_SCORE_ENTRIES; l++)
if (!strcmp(setup.player_name, highscore[l].Name))
m = l;
- if (m == k) /* player's new highscore overwrites his old one */
+ if (m == k) // player's new highscore overwrites his old one
goto put_into_list;
#endif
#ifdef ONE_PER_NAME
else if (!strncmp(setup.player_name, highscore[k].Name,
MAX_PLAYER_NAME_LEN))
- break; /* player already there with a higher score */
+ break; // player already there with a higher score
#endif
}
}
-/* ------------------------------------------------------------------------- */
-/* Mirror Magic game engine snapshot handling functions */
-/* ------------------------------------------------------------------------- */
+// ----------------------------------------------------------------------------
+// Mirror Magic game engine snapshot handling functions
+// ----------------------------------------------------------------------------
void SaveEngineSnapshotValues_MM(ListNode **buffers)
{
{
int x, y;
- /* stored engine snapshot buffers already restored at this point */
+ // stored engine snapshot buffers already restored at this point
game_mm = engine_snapshot_mm.game_mm;
laser = engine_snapshot_mm.laser;
projects / rocksndiamonds.git / blobdiff