//清除边界--闪烁时调用
void Clr_Border(S_Show_Data *pDst, INT8U Area_No)
{
INT16U Area_Width, Area_Height;//, Border_Width, Border_Height;
INT8U Height;
S_Point P0;
Area_Width = Get_Area_Width(Area_No); //分区的宽度和高度
Area_Height = Get_Area_Height(Area_No);
//Width = Get_Area_Border_Width(Area_No);
Height = Get_Area_Border_Height(Area_No);
//Border_Width = Get_Area_Border_Width(Area_No);
//Border_Height = Get_Area_Border_Height(Area_No);
P0.X = 0;
P0.Y = 0;
Fill_Rect(pDst, Area_No, &P0, Area_Width, Height, 0);
P0.Y = Area_Height - Height;
Fill_Rect(pDst, Area_No, &P0, Area_Width, Height, 0);
P0.Y = 0;
Fill_Rect(pDst, Area_No, &P0, Height, Area_Height, 0);
P0.X = Area_Width - Height;
Fill_Rect(pDst, Area_No, &P0, Height, Area_Height, 0);
}
void
Assemble_Combat_Picture (int mask)
{
int MapBrick;
int line, col;
int i;
static float TimeSinceLastFPSUpdate=10;
static int FPS_Displayed=1;
SDL_Rect TargetRectangle;
SDL_Rect TxtRect;
finepoint pos, vect;
float len;
bool vis = TRUE;
grob_point upleft, downright;
#define UPDATE_FPS_HOW_OFTEN 0.75
DebugPrintf (2, "\nvoid Assemble_Combat_Picture(...): Real function call confirmed.");
SDL_SetClipRect (ne_screen , &User_Rect);
if ( !GameConfig.AllMapVisible )
Fill_Rect (User_Rect, Black);
if ( (mask & SHOW_FULL_MAP) != 0 )
{
upleft.x = -5; upleft.y = -5;
downright.x = CurLevel->xlen + 5; downright.y = CurLevel->ylen + 5;
}
else
{
upleft.x = Me.pos.x - 6; upleft.y = Me.pos.y - 5;
downright.x = Me.pos.x + 7; downright.y = Me.pos.y + 5;
}
for (line = (int)upleft.y; line < (int)downright.y; line++)
{
for (col = (int)upleft.x; col < (int)downright.x; col++)
{
vis = TRUE;
if ( !GameConfig.AllMapVisible && ( (mask & SHOW_FULL_MAP) == 0x0) )
{
pos.x = col;
pos.y = line;
vect.x = Me.pos.x - pos.x;
vect.y = Me.pos.y - pos.y;
len = sqrt( vect.x * vect.x + vect.y * vect.y) + 0.01;
vect.x /= len;
vect.y /= len;
if (len > 0.5)
{
pos.x += vect.x;
pos.y += vect.y;
}
if ( !IsVisible (&pos) )
continue;
}
MapBrick = GetMapBrick( CurLevel, col , line );
TargetRectangle.x = UserCenter_x + (int)rint( (-Me.pos.x+1.0*col-0.5 )*Block_Rect.w);
TargetRectangle.y = UserCenter_y + (int)rint( (-Me.pos.y+1.0*line-0.5 )*Block_Rect.h);
SDL_BlitSurface( MapBlockSurfacePointer[CurLevel->color][MapBrick], NULL, ne_screen, &TargetRectangle);
} // for(col)
} // for(line)
// if we don't use Fullscreen mode, we have to clear the text-background manually
// for the info-line text:
TxtRect.x = Full_User_Rect.x;
TxtRect.y = Full_User_Rect.y+Full_User_Rect.h - FontHeight (Font0_BFont);
TxtRect.h = FontHeight (Font0_BFont);
TxtRect.w = Full_User_Rect.w;
SDL_SetClipRect (ne_screen, &TxtRect);
if (!GameConfig.FullUserRect)
SDL_FillRect(ne_screen, &TxtRect, 0);
if ( GameConfig.Draw_Position )
{
PrintStringFont( ne_screen , Font0_BFont , Full_User_Rect.x+Full_User_Rect.w/6 ,
Full_User_Rect.y+Full_User_Rect.h - FontHeight( Font0_BFont ),
"GPS: X=%d Y=%d Lev=%d" , (int) rintf(Me.pos.x) , (int) rintf(Me.pos.y) ,
CurLevel->levelnum );
}
if (!(mask & ONLY_SHOW_MAP) )
{
if ( GameConfig.Draw_Framerate )
{
TimeSinceLastFPSUpdate += Frame_Time();
if ( TimeSinceLastFPSUpdate > UPDATE_FPS_HOW_OFTEN )
{
FPS_Displayed=(int)(1.0/Frame_Time());
TimeSinceLastFPSUpdate=0;
}
PrintStringFont( ne_screen , Font0_BFont , Full_User_Rect.x ,
Full_User_Rect.y+Full_User_Rect.h - FontHeight( Font0_BFont ),
"FPS: %d " , FPS_Displayed );
}
if ( GameConfig.Draw_Energy )
{
PrintStringFont( ne_screen , Font0_BFont , Full_User_Rect.x+Full_User_Rect.w/2 ,
Full_User_Rect.y+Full_User_Rect.h - FontHeight( Font0_BFont ),
"Energy: %d" , (int)Me.energy);
}
if (GameConfig.Draw_DeathCount)
{
PrintStringFont( ne_screen , Font0_BFont , Full_User_Rect.x+2*Full_User_Rect.w/3 ,
Full_User_Rect.y+Full_User_Rect.h - FontHeight( Font0_BFont ),
"Deathcount: %d", (int)DeathCount );
}
SDL_SetClipRect (ne_screen, &User_Rect);
// make sure Ashes are displayed _before_ droids, so that they are _under_ them!
for (i = 0; i < NumEnemys ; i++)
if ( (AllEnemys[i].status == TERMINATED) && (AllEnemys[i].levelnum == CurLevel->levelnum) )
{
if (IsVisible (&(AllEnemys[i].pos) ) )
PutAshes (AllEnemys[i].pos.x, AllEnemys[i].pos.y);
}
for (i = 0; i < NumEnemys ; i++)
if ( (AllEnemys[i].levelnum != CurLevel->levelnum) || (AllEnemys[i].status == OUT) ||
(AllEnemys[i].status == TERMINATED) )
continue;
else
PutEnemy (i , -1 , -1 );
if (Me.energy > 0)
PutInfluence ( -1 , -1 );
for (i = 0; i < (MAXBULLETS); i++)
if (AllBullets[i].type != OUT)
PutBullet (i);
for (i = 0; i < (MAXBLASTS); i++)
if (AllBlasts[i].type != OUT)
PutBlast (i);
}
// At this point we are done with the drawing procedure
// and all that remains to be done is updating the screen.
if ( mask & DO_SCREEN_UPDATE )
{
SDL_UpdateRect (ne_screen, User_Rect.x, User_Rect.y, User_Rect.w, User_Rect.h);
SDL_UpdateRect (ne_screen, TxtRect.x, TxtRect.y, TxtRect.w, TxtRect.h);
}
SDL_SetClipRect (ne_screen, NULL);
return;
} // void Assemble_Combat_Picture(...)
/*-----------------------------------------------------------------
* @Desc: play takeover-game against a druid
*
* @Ret: TRUE/FALSE: user has won/lost
*
*-----------------------------------------------------------------*/
int
Takeover (int enemynum)
{
int row;
int FinishTakeover = FALSE;
static int RejectEnergy = 0; /* your energy if you're rejected */
char *message;
SDL_Rect buf;
Uint32 now;
/* Prevent distortion of framerate by the delay coming from
* the time spend in the menu.
*/
Activate_Conservative_Frame_Computation ();
// release fire keys
SpacePressedR();
MouseLeftPressedR();
// Takeover game always uses Classic User_Rect:
Copy_Rect (User_Rect, buf);
Copy_Rect (Classic_User_Rect, User_Rect);
DisplayBanner (NULL, NULL, BANNER_FORCE_UPDATE );
Fill_Rect (User_Rect, to_bg_color);
Me.status = MOBILE; /* the new status _after_ the takeover game */
SDL_ShowCursor (SDL_DISABLE); // no mouse-cursor in takeover game!
show_droid_info ( Me.type, -1 , 0);
show_droid_portrait (Cons_Droid_Rect, Me.type, DROID_ROTATION_TIME, UPDATE);
while (!FirePressedR())
show_droid_portrait (Cons_Droid_Rect, Me.type, DROID_ROTATION_TIME, 0);
show_droid_info ( AllEnemys[enemynum].type, -2 ,0);
show_droid_portrait (Cons_Droid_Rect, AllEnemys[enemynum].type, DROID_ROTATION_TIME, UPDATE);
while (!FirePressedR())
show_droid_portrait (Cons_Droid_Rect, AllEnemys[enemynum].type, DROID_ROTATION_TIME, 0);
SDL_BlitSurface (takeover_bg_pic, NULL, ne_screen, NULL);
DisplayBanner (NULL, NULL, BANNER_FORCE_UPDATE );
while (!FinishTakeover)
{
/* Init Color-column and Capsule-Number for each opponenet and your color */
for (row = 0; row < NUM_LINES; row++)
{
DisplayColumn[row] = (row % 2);
CapsuleCountdown[GELB][0][row] = -1;
CapsuleCountdown[VIOLETT][0][row] = -1;
} /* for row */
YourColor = GELB;
OpponentColor = VIOLETT;
CapsuleCurRow[GELB] = 0;
CapsuleCurRow[VIOLETT] = 0;
DroidNum = enemynum;
OpponentType = AllEnemys[enemynum].type;
NumCapsules[YOU] = 3 + ClassOfDruid (Me.type);
NumCapsules[ENEMY] = 4 + ClassOfDruid (OpponentType);
InventPlayground ();
ShowPlayground ();
ChooseColor ();
PlayGame ();
/* Ausgang beurteilen und returnen */
if (InvincibleMode || (LeaderColor == YourColor))
{
Takeover_Game_Won_Sound ();
if (Me.type == DRUID001)
{
RejectEnergy = Me.energy;
PreTakeEnergy = Me.energy;
}
// We provide some security agains too high energy/health values gained
// by very rapid successions of successful takeover attempts
if (Me.energy > Druidmap[DRUID001].maxenergy) Me.energy = Druidmap[DRUID001].maxenergy;
if (Me.health > Druidmap[DRUID001].maxenergy) Me.health = Druidmap[DRUID001].maxenergy;
// We allow to gain the current energy/full health that was still in the
// other droid, since all previous damage must be due to fighting damage,
// and this is exactly the sort of damage can usually be cured in refreshes.
Me.energy += AllEnemys[enemynum].energy;
Me.health += Druidmap[OpponentType].maxenergy;
Me.type = AllEnemys[enemynum].type;
RealScore += Druidmap[OpponentType].score;
DeathCount += OpponentType * OpponentType; // quadratic "importance", max=529
AllEnemys[enemynum].status = OUT; // removed droid silently (no blast!)
if (LeaderColor != YourColor) /* only won because of InvincibleMode */
message = "You cheat";
else /* won the proper way */
message = "Complete";
FinishTakeover = TRUE;
} /* LeaderColor == YourColor */
else if (LeaderColor == OpponentColor)
{
// you lost, but enemy is killed too --> blast it!
AllEnemys[enemynum].energy = -1.0; /* to be sure */
Takeover_Game_Lost_Sound ();
if (Me.type != DRUID001)
{
message = "Rejected";
Me.type = DRUID001;
Me.energy = RejectEnergy;
}
else
{
message = "Burnt Out";
Me.energy = 0;
}
FinishTakeover = TRUE;
} /* LeadColor == OpponentColor */
else
{
Takeover_Game_Deadlock_Sound ();
message = "Deadlock";
} /* LeadColor == REMIS */
DisplayBanner (message, NULL , 0 );
ShowPlayground ();
now = SDL_GetTicks();
while ((!FirePressedR()) && (SDL_GetTicks() - now < SHOW_WAIT) ) SDL_Delay(1);
} /* while !FinishTakeover */
// restore User_Rect
Copy_Rect (buf, User_Rect);
ClearGraphMem();
SDL_Flip(ne_screen);
if (LeaderColor == YourColor)
return TRUE;
else
return FALSE;
} /* Takeover() */
/*@Function============================================================
@Desc: PutBullet: draws a Bullet into the combat window. The only
parameter given is the number of the bullet in the AllBullets
array. Everything else is computed in here.
@Ret: void
* $Function----------------------------------------------------------*/
void
PutBullet (int BulletNummer)
{
Bullet CurBullet = &AllBullets[BulletNummer];
SDL_Rect dst;
// SDL_Surface *tmp;
int PhaseOfBullet;
int i;
DebugPrintf (2, "\nvoid PutBullet(int BulletNummer): real function call confirmed.\n");
//--------------------
// in case our bullet is of the type "FLASH", we only
// draw a big white or black rectangle right over the
// combat window, white for even frames and black for
// odd frames.
if (CurBullet->type == FLASH)
{
// Now the whole window will be filled with either white
// or black each frame until the flash is over. (Flash
// deletion after some time is done in CheckBulletCollisions.)
if ( CurBullet->time_in_seconds <= FLASH_DURATION/4)
Fill_Rect (User_Rect, Flash_Light);
else if (CurBullet->time_in_seconds <= FLASH_DURATION/2)
Fill_Rect (User_Rect, Flash_Dark);
else if (CurBullet->time_in_seconds <= 3*FLASH_DURATION/4)
Fill_Rect (User_Rect, Flash_Light);
else if (CurBullet->time_in_seconds <= FLASH_DURATION)
Fill_Rect (User_Rect, Flash_Dark);
return;
} // if type == FLASH
PhaseOfBullet = (CurBullet->time_in_seconds * Bulletmap[ CurBullet->type ].phase_changes_per_second );
PhaseOfBullet = PhaseOfBullet % Bulletmap[CurBullet->type].phases ;
// DebugPrintf( 0 , "\nPhaseOfBullet: %d.", PhaseOfBullet );
#define ONE_ROTATION_ONLY
#ifdef ONE_ROTATION_ONLY
//--------------------
// Maybe it's the first time this bullet is displayed. But then, the images
// of the rotated bullet in all phases are not yet attached to the bullet.
// Then, we'll have to generate these
//
//if ( CurBullet->time_in_frames == 1 )
if ( !CurBullet->Surfaces_were_generated )
{
for ( i=0; i<Bulletmap[ CurBullet->type ].phases ; i++ )
{
CurBullet->SurfacePointer[i] =
rotozoomSurface( Bulletmap[CurBullet->type].SurfacePointer[ i ] , CurBullet->angle , 1.0 , FALSE );
}
DebugPrintf( 1 , "\nvoid PutBullet(i): This was the first time for this bullet, so images were generated... angle=%f" , CurBullet->angle);
CurBullet->Surfaces_were_generated=TRUE;
}
// WARNING!!! PAY ATTENTION HERE!! After the rotozoom was applied to the image, it is NO
// LONGER of dimension Block_Rect.w times Block_Rect.h, but of the dimesions of the smallest
// rectangle containing the full rotated Block_Rect.h x Block_Rect.w rectangle!!!
// This has to be taken into account when calculating the target position for the
// blit of these surfaces!!!!
dst.x = UserCenter_x
- (Me.pos.x-CurBullet->pos.x)*Block_Rect.w-CurBullet->SurfacePointer[ PhaseOfBullet ]->w/2;
dst.y = UserCenter_y
- (Me.pos.y-CurBullet->pos.y)*Block_Rect.w-CurBullet->SurfacePointer[ PhaseOfBullet ]->h/2;
SDL_BlitSurface( CurBullet->SurfacePointer[ PhaseOfBullet ] , NULL, ne_screen , &dst );
#else
tmp = rotozoomSurface( Bulletmap[CurBullet->type].SurfacePointer[ PhaseOfBullet ] , CurBullet->angle , 1.0 , FALSE );
// WARNING!!! PAY ATTENTION HERE!! After the rotozoom was applied to the image, it is NO
// LONGER of dimension Block_Rect.w times Block_Rect.h, but of the dimesions of the smallest
// rectangle containing the full rotated Block_Rect.h x Block_Rect.w rectangle!!!
// This has to be taken into account when calculating the target position for the
// blit of these surfaces!!!!
dst.x = UserCenter_x
- (Me.pos.x-CurBullet->pos.x)*Block_Rect.w-CurBullet->SurfacePointer[ PhaseOfBullet ]->w/2;
dst.y = UserCenter_y
- (Me.pos.y-CurBullet->pos.y)*Block_Rect.w-CurBullet->SurfacePointer[ PhaseOfBullet ]->h/2;
SDL_BlitSurface( tmp , NULL, ne_screen , &dst );
SDL_FreeSurface( tmp );
#endif
DebugPrintf ( 1 , "\nvoid PutBullet(int BulletNummer): end of function reched.\n");
}; // void PutBullet (int Bulletnumber )
