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effects.c
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int start_txt;
#include <stdlib.h>
#include <string.h>
#include <math.h>
#include "oldskool.h"
#ifdef __COMPILE_MINIFMOD__
#undef __COMPILE_MINIFMOD__
#endif
#include "minifmod/minifmod.h"
#include "struct.h"
#include "3dengine.h"
#include "title.h"
#include "drawchar.h"
#define MAXCUBES 90
#define SUI_RAND_MAX 32768
#define PI 3.141592654
#warning put multires support here
#define SCREEN_WIDTH 640
#define SCREEN_HEIGHT 480
#define SCREEN_SIZE (640*480)
#warning SetOrder?? WTF??
void __sux(int n) {
}
#define USMP_SetOrder(__o) __sux(__o)
#define Order (os_mod_get_order())
#define Row (os_mod_get_row())
#ifndef WIN32
#define fsin sinf
#define fcos cosf
#else
#define fsin sin
#define fcos cos
#endif
#define ffabs fabs
#define fsqrt sqrt
int suiRand();
float disp (float v, float r);
static int oldseed = 6;
extern char *FontBuffer;
extern int oldskool;
char *Cred1=" bp:";
char *Cred1_="code.lyrics ";
char *Cred2=" trace:";
char *Cred2_="gfx.dezign ";
char *Cred3=" sml:";
char *Cred3_="muzik ";
char *_SVG_oldskool="savage";
char *_SVG_newskool="fuzzion";
#define svg (oldskool ? _SVG_oldskool : _SVG_newskool)
char *_LASTM_oldskool=": da cube 2 :: savage'99 :";
char *_LASTM_newskool=": da cube 2 :: fuzzion'99 :";
#define LastM (oldskool ? _LASTM_oldskool : _LASTM_newskool)
CAMERA View;
int radius[5]={300,250,200,150,100};
int color2[5]={50,100,150,200,250}; //250,200,150,100,50}; //45,35,25,15,0};
int color[5]={45,35,25,15,0};
int posy[6]={0,40,80,120,160,400};
int vpos[4*6];
VECTOR CubOrg[10*6];
int paleta[768];
int pal[18];
//int fstable[64];
int auxpal[768];
int mes=0;
int timer_start;
char *Messages[]={
"i'm a cube",
"you're a cube",
"everyone is a cube",
"we're like pets",
"caged in a cubic society",
"so closed...",
"claustrophobia is making us blind",
"there's no light",
"no exit",
"we only see the walls of a cube",
"filled with darkness",
"for those we'll never know",
"just as they want",
"they destroyed every try",
"we have made",
"to break the wall",
"and they erased and manipulated",
"our minds",
"to the point of selfdestruction",
"time is passing by",
"and instead of fighting",
"we create more walls...",
"walls of despair",
"where our sons will cry forever",
"and forget the truth",
"swimming in a cloud of gloom"
"they'll find a way to break it all",
"but those who meet the light",
"won't return to save the others",
"we're like working ants",
"easy to crush",
"no stop",
"no rebellion",
"and when we die",
"nobody will remember us",
"there's no way",
"we're damned",
"following ideologies",
"created by ourselves",
"to destroy us",
"and everything we love",
"we're too deep",
"to reach the surface",
"and breathe no toxic air",
"we're used to their unyielding will",
"and we'll never change this",
"we must be blind",
"we must be blind",
" ",
}; //54
char *_GREETS_oldskool[]=
{"mcd","dsk!","inside","anaconda","wild bits","cuc makers","noice",
"incognita","tdr","wavemasters","movedata","centosis",
"ozone","genesis","eklipse","network","hansa"," "," "};
char *_GREETS_newskool[]=
{"rgba", "concept", "anaconda", "stravaganza", "iguana", "threepixels",
"collapse", "unknown", "escena.org", "talsit", "zonan", "tlotb",
"ozone", "network", "hansa", "dlirium", "scenesp.org", " ", " "};
#define Greets (oldskool ? _GREETS_oldskool : _GREETS_newskool)
char *_FRASE_oldskool="dedicated to chc/mcd ";
char *_FRASE_newskool="2003 final version ";
#define frase (oldskool ? _FRASE_oldskool : _FRASE_newskool)
char *messages2[]=
{
"procreate cubes",
"feed cubes",
"make cubes",
"destroy spheres",
"save cubes",
"from them",
"kill soft edges",
"raze those ugly torus",
"break cylinders",
"no beziers",
"no splines",
"stop raytracers",
"let's gonna make",
"this world",
"a better place...",
"a cubic place!!!",
"with no colors",
"so we can't see",
"the future",
"we'll always be",
"closed inside",
"they closed our eyes",
"they disabled our senses",
"they created our world",
"they have stolen our life",
"forever..."};
void clsi(int *where, int n, int value) {
memset(where, value, n*4);
}
void Cls(char *where, int n) {
memset(where, 0, n*4);
}
void ClsF(char *where, int n) {
memset(where, 0x7fffffff, n*4);
}
void move32(char *from, char* to, int n) {
memmove(to, from, n*4);
}
void Cls2(int *where, int n, int value) {
int low = value & 0xff;
memset(where, low | (low << 8) | (low << 16) | (low << 24), n*4);
}
void Cubes4(unsigned char *dst)
{
VECTOR av;
int a,b,c,fs;
float angle; //,r;
int f1,f2; //,f3,f4,f5,f6;
InitEngine();
USMP_SetOrder(0x0A);
View.Position.v1=-150.0;
View.Position.v2=0.0;
View.Position.v3=-2000.0;
View.Rotation.v1=0.0;
View.Rotation.v2=30.0;
View.Rotation.v3=0.0;
View.FOV=512.0;
View.Roll=0.0;
av.v1=0.0;
av.v2=0.0;
av.v3=900.0;
CreateCubeWrel(av,250,250);
av.v1=0.0;
av.v2=500.0;
av.v3=900.0;
CreateCubeWrel(av,175,250);
av.v1=0.0;
av.v2=-500.0;
av.v3=900.0;
CreateCubeWrel(av,175,250);
av.v1=-500.0;
av.v2=0.0;
av.v3=900.0;
CreateCubeWrel(av,175,250);
av.v1=500.0;
av.v2=0.0;
av.v3=900.0;
CreateCubeWrel(av,175,250);
av.v1=0.0;
av.v2=900.0;
av.v3=900.0;
CreateCubeWrel(av,125,250);
av.v1=0.0;
av.v2=-900.0;
av.v3=900.0;
CreateCubeWrel(av,125,250);
av.v1=-900.0;
av.v2=0.0;
av.v3=900.0;
CreateCubeWrel(av,125,250);
av.v1=900.0;
av.v2=0.0;
av.v3=900.0;
CreateCubeWrel(av,125,250);
av.v1=-1150.0;
av.v2=0.0;
av.v3=900.0;
CreateCubeWrel(av,50,250);
av.v1=1150.0;
av.v2=0.0;
av.v3=900.0;
CreateCubeWrel(av,50,250);
av.v1=0.0;
av.v2=-1150.0;
av.v3=900.0;
CreateCubeWrel(av,50,250);
av.v1=0.0;
av.v2=1150.0;
av.v3=900.0;
CreateCubeWrel(av,50,250);
for(a=0;a<13;a++){
Rot[a].v1=0.0;
Rot[a].v2=0.0;
Rot[a].v3=0.0;
}
LoadMov();
angle=0.0;
timer_start=os_ticks_get();
while(Order<0x0B){
Cls2(dst,(640*480)>>2,55); //70);
c=0; //c=21;
Rot[0].v3=180.0*fsin(angle);
for(a=1;a<4;a++){
Rot[a].v3=180.0*fsin(angle-0.06);
}
for(a=4;a<9;a++){
Rot[a].v3=180.0*fsin(angle-0.12);
}
for(a=9;a<13;a++){
Rot[a].v3=180.0*fsin(angle-0.18);
}
if((Order==0xA && (Row==0x00 || Row==0x03 || Row==0x06 ||
Row==0x09 || Row==0x10 || Row==0x13 ||
Row==0x16 || Row==0x19 || Row==0x1D ||
Row==0x20 || Row==0x23 || Row==0x26 ||
Row==0x29 || Row==0x30 || Row==0x33 ||
Row==0x38 || Row==0x3B || Row==0x3E)) )
/*
(Order==0xB && (Row==0x00 || Row==0x02 || Row==0x1E ||
Row==0x20 || Row==0x22 || Row==0x30 || Row==0x3E)))
*/
timer_start-=13;
UpdateRot();
Render(&View,dst);
fs=((int)((os_ticks_get()-start_txt)/98))%53;
// DrawString(10,460,FontBuffer,dst,Messages[fs],1,1);
DrawString(10,(0.479*SCREEN_HEIGHT),FontBuffer,dst,Messages[fs],2,2);
//230
if (os_fb_swap_buffers())
dacube2_exit(0);
angle=0.008*(os_ticks_get()-timer_start);
}
}
float disp (float v, float r)
{
float val=0;
val=suiRand();
val/=(float) SUI_RAND_MAX;
val*=(suiRand() < SUI_RAND_MAX/2) ? -1.0 : 1.0;
return (v+r*val);
}
int suiRand ()
{
int a;
a = oldseed * 0x3ec1f;
a += 7;
oldseed = a;
a = a >> 16;
a &= 0x7fff;
return a;
}
void Cubes6(unsigned char *dst)
{
VECTOR av;
int a,b,c;
float angle,r,tmp1,tmp2,angle2;
int numlines;
int ylines[5];
int size[5];
float angles[5];
float iangles[5];
InitEngine();
View.Position.v1=0.0;
View.Position.v2=0.0;
View.Position.v3=-1000.0;
View.Rotation.v1=0.0;
View.Rotation.v2=0.0;
View.Rotation.v3=0.0;
View.FOV=128.0;
View.Roll=0.0;
oldseed=0x7867;
//0x1999; //pse 2.0
//0x7867; //pse
numlines=0;
for(a=0;a<40;a++){
av.v1=disp(0,600);
av.v2=disp(0,400);
av.v3=disp(0,700);
r=disp(100,75);
CreateCubeWPrimperan(av,r,0);
}
for(a=0;a<40;a++){
Rot[a].v1=0.0;
Rot[a].v2=0.0;
Rot[a].v3=0.0;
}
oldseed=0x4321;
timer_start=os_ticks_get();
angle=0.0;
while(Order<0x6){
Cls2(dst,(640*480)>>2,55); //70);
if(angle<360) angle=angle+360;
if(angle>360) angle=angle-360;
if(angle<0) angle2=360-angle; else angle2=angle;
View.Rotation.v1=angle2;
View.Rotation.v2=angle2; //180*angle/PI;
View.Rotation.v3=0.0;
UpdateRot();
Render(&View,dst);
for(a=0;a<numlines;a++){
for(c=0;c<size[a];c++){
angles[a]=0.02*(os_ticks_get()-timer_start)+iangles[a];
ylines[a]=(SCREEN_WIDTH*0.0677*fsin(angles[a]))+(0.854*SCREEN_HEIGHT);
//32.5 //410
for(b=0;b<SCREEN_WIDTH;b++){
dst[(ylines[a]+c)*SCREEN_WIDTH+b]=0;
}
}
}
if((Order==0x2 && Row==0x14 && numlines==0)) {
size[numlines]=(suiRand()%3)+2;
iangles[numlines]=disp(0.0,1.57);
numlines++;
}
if((Order==0x2 && Row==0x23 && numlines<2)) {
size[numlines]=(suiRand()%3)+2;
iangles[numlines]=disp(0.0,1.57);
numlines++;
}
if((Order==0x3 && Row==0x01 && numlines<3)) {
size[numlines]=(suiRand()%3)+2;
iangles[numlines]=disp(0.0,1.57);
numlines++;
}
if((Order==0x3 && Row==0x14 && numlines<4)) {
size[numlines]=(suiRand()%3)+2;
iangles[numlines]=disp(0.0,1.57);
numlines++;
}
if((Order==0x3 && Row==0x23 && numlines<5)) {
size[numlines]=(suiRand()%3)+2;
iangles[numlines]=disp(0.0,1.57);
numlines++;
}
if((Order>=0x2 && Order!=0x5) ||
(Order==0x5 && (Row<0x1E || Row>0x1F)))
DrawString(10,(0.729*SCREEN_HEIGHT),FontBuffer,dst,svg,7,1);
//350
if((Order==0x4 && (Row<0x1E || Row>0x1F)) || Order>0x4){
DrawString(10,(0.156*SCREEN_HEIGHT),FontBuffer,dst,Cred1,3,3);
DrawString(10,(0.156*SCREEN_HEIGHT),FontBuffer,dst,Cred1_,3,2);
//75
}
if((Order==0x4 && Row>0x1F) || Order>0x4){
DrawString(10,(0.281*SCREEN_HEIGHT),FontBuffer,dst,Cred2,3,3);
DrawString(10,(0.281*SCREEN_HEIGHT),FontBuffer,dst,Cred2_,3,2);
//135
}
if(Order>=0x5){
DrawString(10,(0.406*SCREEN_HEIGHT),FontBuffer,dst,Cred3,3,3);
DrawString(10,(0.406*SCREEN_HEIGHT),FontBuffer,dst,Cred3_,3,2);
}
if (os_fb_swap_buffers())
dacube2_exit(0);
angle=-0.05*(os_ticks_get()-timer_start);
}
}
void title2(unsigned char *dst)
{
#warning title2() uses custom buffers with Flip()
int a,b,pos,pos2;
unsigned char c1,c2; //,c3,c4;
char *t1;
char *t2;
char *tp1;
char *tp2;
char *WorkBuffer;
VECTOR av;
float angle;
int ro;
int ffx,ffy,pr,pry,prx;
int invffx,invffy;
USMP_SetOrder(0x6);
View.Position.v1=0.0;
View.Position.v2=0.0;
View.Position.v3=-1000.0;
View.Rotation.v1=0.0;
View.Rotation.v2=0.0;
View.Rotation.v3=0.0;
View.FOV=512.0;
View.Roll=0.0;
WorkBuffer=(char *) malloc(640*480);
InitEngine();
Cls2(WorkBuffer,(640*480)>>2,250);
//Flip(WorkBuffer);
os_fb_swap_other_buffer(WorkBuffer);
ro=Row;
while(ro==Row){
//Flip(WorkBuffer);
//os_fb_swap_other_buffer(WorkBuffer);
}
/*
clsi(&paleta,768*4,63);
for(a=0;a<256;a++){
outp(0x3c8,a);
outp(0x3c9,paleta[a*3]);
outp(0x3c9,paleta[a*3+1]);
outp(0x3c9,paleta[a*3+2]);
}
*/
av.v1=0.0;
av.v2=0.0;
av.v3=-650.0;
CreateCubeTriFlat(av,100,250);
t1=(char *) &dacube1;
t2=(char *) &dacube2;
tp1=(char *) &cubepal1;
tp2=(char *) &cubepal2;
for(a=0;a<6;a++){
pal[a*3 ]=tp1[a*3 ];
pal[a*3+1]=tp1[a*3+1];
pal[a*3+2]=tp1[a*3+2];
}
for(a=0;a<6;a++){
os_fb_set_palette(a, pal[a*3], pal[a*3+1], pal[a*3+2]);
}
Cls2(WorkBuffer,(640*480)>>2,0);
pos=0;
pos2=(479-151)*640;
for(a=240;a>0;a--){
for(b=0;b<640/2;b++){
c1=t1[pos];
c2=c1>>4;
c1=c1&0xf;
WorkBuffer[pos2 ]=c2;
WorkBuffer[pos2+1]=c1;
pos++;
pos2+=2;
}
pos2-=1280;
}
// ffy=(65536*SCREEN_HEIGHT)/480;
// ffx=(65536*SCREEN_WIDTH)/640;
invffx=(65536*640)/SCREEN_WIDTH;
invffy=(65536*480)/SCREEN_HEIGHT;
pr=0; pry=0;
for(a=0;a<SCREEN_HEIGHT;a++){
prx=0;
for(b=0;b<SCREEN_WIDTH;b++){
dst[pr]=WorkBuffer[(pry>>16)*SCREEN_WIDTH+(prx>>16)];
pr++;
prx+=invffx;
}
pry+=invffy;
}
move32(dst,WorkBuffer,(SCREEN_SIZE)>>2);
LoadMov();
angle=0.0;
timer_start=os_ticks_get();
while(Order<0x7){
move32(WorkBuffer,dst,(SCREEN_SIZE)>>2);
Rot[0].v1=angle*2;
Rot[0].v2=angle;
Rot[0].v3=angle;
Mov[0].v3=-650+5.5*(os_ticks_get()-timer_start);
UpdateMov();
UpdateRot();
Render(&View,dst);
if (os_fb_swap_buffers())
dacube2_exit(0);
angle=0.5*(os_ticks_get()-timer_start);
}
Cls2(WorkBuffer,(640*480)>>2,250);
//Flip(WorkBuffer);
os_fb_swap_other_buffer(WorkBuffer);
ro=Row;
while(ro==Row){
//Flip(WorkBuffer);
}
pos=0;
pos2=479*640;
for(a=480;a>0;a--){
for(b=0;b<640/2;b++){
c1=t2[pos];
c2=c1>>4;
c1=c1&0xf;
WorkBuffer[pos2 ]=c2;
WorkBuffer[pos2+1]=c1;
pos++;
pos2+=2;
}
pos2-=1280;
}
// ffy=(65536*SCREEN_HEIGHT)/480;
// ffx=(65536*SCREEN_WIDTH)/640;
invffx=(65536*640)/SCREEN_WIDTH;
invffy=(65536*480)/SCREEN_HEIGHT;
pr=0; pry=0;
for(a=0;a<SCREEN_HEIGHT;a++){
prx=0;
for(b=0;b<SCREEN_WIDTH;b++){
dst[pr]=WorkBuffer[(pry>>16)*SCREEN_WIDTH+(prx>>16)];
pr++;
prx+=invffx;
}
pry+=invffy;
}
for(a=0;a<9;a++){
os_fb_set_palette(a, tp2[a*3 ], tp2[a*3+1], tp2[a*3+2]);
}
while(Order<0x8){
if (os_fb_swap_buffers())
dacube2_exit(0);
}
free(WorkBuffer);
}
void title2_2(unsigned char *dst)
{
#warning title2_2() uses custom buffers with Flip()
int a,b,pos,pos2;
unsigned char c1,c2; //,c3,c4;
char *t1;
char *t2;
char *tp1;
char *tp2;
char *WorkBuffer;
VECTOR av;
float angle;
int ro;
int ffx,ffy,pr;
View.Position.v1=0.0;
View.Position.v2=0.0;
View.Position.v3=-1000.0;
View.Rotation.v1=0.0;
View.Rotation.v2=0.0;
View.Rotation.v3=0.0;
View.FOV=512.0;
View.Roll=0.0;
WorkBuffer=(char *) malloc(640*480);
InitEngine();
Cls2(WorkBuffer,(640*480)>>2,250);
//Flip(WorkBuffer);
os_fb_swap_other_buffer(WorkBuffer);
ro=Row;
while(ro==Row){
//Flip(WorkBuffer);
}
t1=(char *) &dacube1;
t2=(char *) &dacube2;
tp1=(char *) &cubepal1;
tp2=(char *) &cubepal2;
for(a=0;a<6;a++){
pal[a*3 ]=tp1[a*3 ];
pal[a*3+1]=tp1[a*3+1];
pal[a*3+2]=tp1[a*3+2];
}
for(a=0;a<6;a++){
os_fb_set_palette(a, pal[a*3], pal[a*3+1], pal[a*3+2]);
}
Cls2(WorkBuffer,(640*480)>>2,0);
pos=120*640/2;
pos2=(479-151-120)*640;
for(a=120;a>0;a--){ //240
for(b=0;b<640/2;b++){
c1=t1[pos];
c2=c1>>4;
c1=c1&0xf;
WorkBuffer[pos2 ]=c2;
WorkBuffer[pos2+1]=c1;
pos++;
pos2+=2;
}
pos2-=1280;
}
Cls(dst,SCREEN_SIZE>>2);
//move32(WorkBuffer,dst,(640*190)>>2);
ffy=(65536*SCREEN_HEIGHT)/480;
ffx=(65536*SCREEN_WIDTH)/640;
pr=0;
for(a=0;a<(190*ffy);a+=ffy){
for(b=0;b<(640*ffx);b+=ffx){
dst[pr]=WorkBuffer[(a>>16)*SCREEN_WIDTH+(b>>16)];
pr++;
}
}
while(Row<0x36){
if (os_fb_swap_buffers())
dacube2_exit(0);
}
pos=0;
pos2=(479-151)*640;
for(a=240;a>120;a--){ //240
for(b=0;b<640/2;b++){
c1=t1[pos];
c2=c1>>4;
c1=c1&0xf;
WorkBuffer[pos2 ]=c2;
WorkBuffer[pos2+1]=c1;
pos++;
pos2+=2;
}
pos2-=1280;
}
pr=0;
for(a=0;a<(480*ffy);a+=ffy){
for(b=0;b<(640*ffx);b+=ffx){
dst[pr]=WorkBuffer[(a>>16)*SCREEN_WIDTH+(b>>16)];
pr++;
}
}
while(Row<0x3B){
if (os_fb_swap_buffers())
dacube2_exit(0);
}
pos=0;
pos2=479*640;
for(a=480;a>0;a--){
for(b=0;b<640/2;b++){
c1=t2[pos];
c2=c1>>4;
c1=c1&0xf;
dst[pos2 ]=c2;
dst[pos2+1]=c1;
pos++;
pos2+=2;
}
pos2-=1280;
}
for(a=0;a<9;a++){
os_fb_set_palette(a, tp2[a*3], tp2[a*3+1], tp2[a*3+2]);
}
while(Order<0x1A){
if (os_fb_swap_buffers())
dacube2_exit(0);
}
free(WorkBuffer);
}
void Cubes7(unsigned char *dst,int part)
{
VECTOR av;
int a,b,c,fp,fs;
float angle;
InitEngine();
if(part==1) USMP_SetOrder(0x8);
View.Position.v1=0.0;
View.Position.v2=0.0;
View.Position.v3=100.0;
View.Rotation.v1=0.0;
View.Rotation.v2=0.0;
View.Rotation.v3=0.0;
View.FOV=512.0;
View.Roll=0.0;
av.v1=0.0;
av.v2=0.0;
av.v3=1250.0;
CreateCubeTriFlat(av,250,18); //20
Rot[0].v1=0.0;
Rot[0].v2=0.0;
Rot[0].v3=0.0;
fp=0;
angle=0.0;
timer_start=os_ticks_get();
start_txt=os_ticks_get();
while(1) { //exitbuc==0){ //Order<0x09){
Cls2(dst,(640*480)>>2,55); //70);
/*
Line2(dst,40,18,600,18,0);
Line2(dst,40,440,600,440,0);
Line2(dst,600,18,600,440,0);
Line2(dst,40,18,40,440,0);
*/
Line2(dst,0.0625*SCREEN_WIDTH,0.0375*SCREEN_HEIGHT,
0.9375*SCREEN_WIDTH,0.0375*SCREEN_HEIGHT,0);
Line2(dst,0.0625*SCREEN_WIDTH,0.9166*SCREEN_HEIGHT,
0.9375*SCREEN_WIDTH,0.9166*SCREEN_HEIGHT,0);
Line2(dst,0.9375*SCREEN_WIDTH,0.0375*SCREEN_HEIGHT,
0.9375*SCREEN_WIDTH,0.9166*SCREEN_HEIGHT,0);
Line2(dst,0.0625*SCREEN_WIDTH,0.0375*SCREEN_HEIGHT,
0.0625*SCREEN_WIDTH,0.9166*SCREEN_HEIGHT,0);
Rot[0].v1=angle*2;
Rot[0].v2=angle;
Rot[0].v3=angle;
UpdateRot();
if((Order==0x8 && (Row==0x0 || Row==0x3 || Row==0x20 || Row==0x23 || Row==0x3f)) ||
(Order==0x9 && (Row==0x0 || Row==0x2 || Row==0x20 || Row==0x23 || Row==0x26 ||
Row==0x29 || Row==0x30 || Row==0x33 || Row==0x38 || Row==0x3B || Row==0x3E))){
//3
View.Position.v3=350.0;}
else {View.Position.v3=100.0;}
Render(&View,dst);
angle=1.4*(os_ticks_get()-timer_start);
//CubeScroller(fp,0,dst);
fp=os_ticks_get();
fs=((int)((os_ticks_get()-start_txt)/98))%53;
DrawString(10,(0.027*SCREEN_HEIGHT),FontBuffer,dst,Messages[fs],1,1);
if (os_fb_swap_buffers())
dacube2_exit(0);
if(part==1 && Order==0x09) break;
if(part==2 && ((Order==0x09 && Row>62) || Order>=10)) break;
}
}
void Cubes8(unsigned char *dst)
{
VECTOR av;
int a,b,c,fp,fs,dir,oldf,nf;
float angle;
USMP_SetOrder(0x09);
InitEngine();
View.Position.v1=0.0;
View.Position.v2=-350.0;
View.Position.v3=-400.0; //-350
View.Rotation.v1=350.0;
View.Rotation.v2=0.0;
View.Rotation.v3=0.0;
View.FOV=100.0;
View.Roll=0.0;
av.v1=0.0;
av.v2=-200.0;
av.v3=0;
CreateCubeTri(av,50,18); //20
av.v1=0.0;
av.v2=-200.0;
av.v3=200.0;
CreateCubeTriFlat2(av,50,18); //20
av.v1=0.0;
av.v2=-200.0;
av.v3=200.0;
CreateCubeTriFlat2(av,50,18); //20
av.v1=0.0;
av.v2=-200.0;
av.v3=200.0;
CreateCubeTriFlat2(av,50,18); //20
Rot[0].v1=0.0;
Rot[0].v2=0.0;
Rot[0].v3=0.0;
Rot[1].v1=0.0;
Rot[1].v2=0.0;
Rot[1].v3=0.0;
Rot[2].v1=0.0;
Rot[2].v2=0.0;
Rot[2].v3=0.0;
Rot[3].v1=0.0;
Rot[3].v2=0.0;
Rot[3].v3=0.0;
for(a=0;a<6;a++) {
angle=((float)(posy[a]))/480.0;
posy[a]=angle*SCREEN_HEIGHT;
}
nf=0;
angle=0.0;
fp=0;
timer_start=os_ticks_get();
dir=1;
oldf=-1;
while(Order==0x09 && Row<0x39){
Cls2(dst,(640*480)>>2,55); //70);
/*
Line2(dst,0,280,290,280,0);
Line2(dst,360,280,640,280,0);
*/
Line2(dst,0,0.583*SCREEN_HEIGHT,
0.453*SCREEN_WIDTH,0.583*SCREEN_HEIGHT,0);
Line2(dst,0.5625*SCREEN_WIDTH,0.583*SCREEN_HEIGHT,
SCREEN_WIDTH-1,0.583*SCREEN_HEIGHT,0);
//CubeScroller2(fp,200,0,dir,dst);
Rot[0].v2=angle;
Rot[1].v2=angle+120;
Rot[2].v2=angle+240;
Rot[3].v2=angle+360;
UpdateRot();
Render(&View,dst);
if(Row==0x00 || Row==0x20 || Row==0x23 || Row==0x26 ||
Row==0x29 || Row==0x30 || Row==0x33 || Row==0x38 ||
Row==0x3B || Row==0x3E) {
timer_start-=10;
dir=(suiRand()%2);
//y1=(suiRand()%400)+20;
//y2=(suiRand()%400)+20;
}
angle=1.8*(os_ticks_get()-timer_start); //1.4;
fs=((int)((os_ticks_get()-start_txt)/98))%53;
if(fs!=oldf){
oldf=fs;
nf++;
if (nf > 5) {
nf = 5;
}
}
//jarl
for(a=0;a<nf;a++)
DrawString(10,posy[a],FontBuffer,dst,Messages[fs-(nf-a)],2,1);
fp=os_ticks_get();
if (os_fb_swap_buffers())
dacube2_exit(0);
}
}
void Greetings(unsigned char *dst)
{
VECTOR av;
int a,b,c,fp,fs,fs2,old,h,px,px2,sign;
float angle,timer_ts,fl1,fl2;
USMP_SetOrder(0xD);
InitEngine();
View.Position.v1=-100.0;
View.Position.v2=-100.0;
View.Position.v3=100.0;
View.Rotation.v1=0.0;
View.Rotation.v2=0.0;
View.Rotation.v3=0.0;