/** Make actor to stop falling */
void stopFalling() { // ReceptionObj()
int32 fall;
if (currentlyProcessedActorIdx == 0) {
fall = heroYBeforeFall - processActorY;
if (fall >= 0x1000) {
addExtraSpecial(processActorPtr->X, processActorPtr->Y + 1000, processActorPtr->Z, kHitStars);
processActorPtr->life--;
initAnim(kLandingHit, 2, 0, currentlyProcessedActorIdx);
} else if (fall >= 0x800) {
addExtraSpecial(processActorPtr->X, processActorPtr->Y + 1000, processActorPtr->Z, kHitStars);
processActorPtr->life--;
initAnim(kLandingHit, 2, 0, currentlyProcessedActorIdx);
} else if (fall > 10) {
initAnim(kLanding, 2, 0, currentlyProcessedActorIdx);
} else {
initAnim(kStanding, 0, 0, currentlyProcessedActorIdx);
}
heroYBeforeFall = 0;
} else {
initAnim(kLanding, 2, processActorPtr->animExtra, currentlyProcessedActorIdx);
}
processActorPtr->dynamicFlags.bIsFalling = 0;
}
SpriteAnimation::SpriteAnimation(SDL_Surface* image, const Vec2& pos, SDL_Rect srcRect,
Uint8 alpha, Uint16 frameWidth, Uint16 frameHeight,
Uint16 startFrame, Uint16 numFrames,
float frameRate)
: Sprite(image, pos, srcRect, alpha),
frameWidth_(frameWidth),
frameHeight_(frameHeight),
numFrames_(numFrames),
startFrame_(startFrame),
currFrame_(0),
frameRate_(frameRate),
frameTime_(0.0f),
framesWide_(0),
framesHigh_(0),
isLooped_(false),
isPlaying_(false)
{
initAnim();
}
/** Set hero behaviour
@param behaviour behaviour value to set */
void setBehaviour(int32 behaviour) {
int32 bodyIdx;
switch (behaviour) {
case kNormal:
heroBehaviour = kNormal;
sceneHero->entityDataPtr = heroEntityNORMAL;
break;
case kAthletic:
heroBehaviour = kAthletic;
sceneHero->entityDataPtr = heroEntityATHLETIC;
break;
case kAggressive:
heroBehaviour = kAggressive;
sceneHero->entityDataPtr = heroEntityAGGRESSIVE;
break;
case kDiscrete:
heroBehaviour = kDiscrete;
sceneHero->entityDataPtr = heroEntityDISCRETE;
break;
case kProtoPack:
heroBehaviour = kProtoPack;
sceneHero->entityDataPtr = heroEntityPROTOPACK;
break;
};
bodyIdx = sceneHero->body;
sceneHero->entity = -1;
sceneHero->body = -1;
initModelActor(bodyIdx, 0);
sceneHero->anim = -1;
sceneHero->animType = 0;
initAnim(kStanding, 0, 255, 0);
}
void AnimMesh::render()
{
Face *facelist;
TVertex *tvertex1, *tvertex2;
Vertex *animvertex1, *animvertex2 = 0; // "= 0" just to shut up the compiler
Vertex animvertex;
float step, step2;
int a, b, c;
int ta, tb, tc;
int f, i;
glColor3f(1, 1, 1);
glBegin(GL_TRIANGLES);
for (f = 0; f < numfacegroups; f++)
{
facelist = face[f];
tvertex1 = tvertex[0];
tvertex2 = tvertex[1];
animvertex1 = (Vertex*)lastvdata;
// TODO: segmentation fault here?
animvertex2 = (Vertex*)(anim[currentanim].vdata + (animframe * numvertices));
step2 = (1.0 / (float)(anim[currentanim].speed)) * (float)animcount;
step = 1.0 - step2;
for (i = 0; i < numfaces[f]; i++)
{
// get a,b,c, indices
a = facelist[i].a;
b = facelist[i].b;
c = facelist[i].c;
ta = facelist[i].ta;
tb = facelist[i].tb;
tc = facelist[i].tc;
// defineer de 3 vertices van de triangle
animvertex.x = (animvertex1[a].x * step) + (animvertex2[a].x * step2);
animvertex.y = (animvertex1[a].y * step) + (animvertex2[a].y * step2);
animvertex.z = (animvertex1[a].z * step) + (animvertex2[a].z * step2);
glTexCoord2f(tvertex1[ta].u, tvertex1[ta].v);
glVertex3f(animvertex.x, animvertex.y, animvertex.z);
animvertex.x = (animvertex1[b].x * step) + (animvertex2[b].x * step2);
animvertex.y = (animvertex1[b].y * step) + (animvertex2[b].y * step2);
animvertex.z = (animvertex1[b].z * step) + (animvertex2[b].z * step2);
glTexCoord2f(tvertex1[tb].u, tvertex1[tb].v);
glVertex3f(animvertex.x, animvertex.y, animvertex.z);
animvertex.x = (animvertex1[c].x * step) + (animvertex2[c].x * step2);
animvertex.y = (animvertex1[c].y * step) + (animvertex2[c].y * step2);
animvertex.z = (animvertex1[c].z * step) + (animvertex2[c].z * step2);
glTexCoord2f(tvertex1[tc].u, tvertex1[tc].v);
glVertex3f(animvertex.x, animvertex.y, animvertex.z);
}
}
glEnd();
// handle animation
animcount++;
if (animcount > anim[currentanim].speed)
{
lastvdata = animvertex2;
animframe++;
if (animframe >= anim[currentanim].numframes)
{
if (anim[currentanim].loop)
{
animframe = 0;
}
else
{
initAnim(lastanim);
}
}
animcount = 0;
}
}
int main(int argc, char *argv[])
{
SDL_Surface *ecran = NULL;
SDL_Surface *background = IMG_Load("0000100000.pcx");
SDL_Surface *heu = IMG_Load("0000100001.pcx");
SDL_Rect position;
Evenement key;
Personnage joueur1, joueur2;
taille tai, tai2;
int test=0;
key.quit=0;
SDL_Init(SDL_INIT_VIDEO | SDL_INIT_AUDIO);
SDL_WM_SetCaption("VanPri", NULL);
Mix_OpenAudio(44100, MIX_DEFAULT_FORMAT, MIX_DEFAULT_CHANNELS, 1024);
Mix_Music *musique=Mix_LoadMUS("AcademyGrounds.ogg");
Mix_PlayMusic(musique, -1);
ecran = SDL_SetVideoMode(640, 480, 24, SDL_DOUBLEBUF);
joueur1.image= IMG_Load("anim.png");
joueur2.image= IMG_Load("anim");
joueur1.position.x=50;
joueur1.position.y=190;
joueur2.position.x=NULL;
joueur2.position.y=NULL;
initAnim(&joueur1.anim);
initAnim(&joueur2.anim);
joueur2.anim.n[0]=25;
joueur2.anim.c=1;
joueur1.anim.n[0]=12;
joueur1.anim.c=2;
tai2.x=640;
tai2.y=480;
tai.x=216;
tai.y=278;
SDL_Rect p,v,front1;
position.x=-300;
position.y=-480;
v.y=487-267;
v.x=position.x;
SDL_SetColorKey(heu, SDL_SRCCOLORKEY, SDL_MapRGB(heu->format,255,0,0));
while(key.quit==0)
{
key=Event();
joueur1.anim.o=0;
joueur1.anim.o=0;
if(key.touche[SDLK_ESCAPE]==1)
key.quit=1;
camera(&position,key,&joueur1,&tai);
//remise en positif des RECT
p=position;
front1=v;
//mise des images dans l'ordre des calques
SDL_BlitSurface(background,NULL,ecran,&p);
//affichage du personnage
affichage_joueur(ecran,joueur1, &tai);
//front surface
SDL_BlitSurface(heu,NULL,ecran,&front1);
if(key.touche[SDLK_SPACE]==1)
affichage_anim(ecran,joueur2, &tai2,&joueur2.anim);
SDL_Flip(ecran);
animation(&joueur1.anim);
SDL_Delay(33);
}
return 0;
}
