// The Xmas Demo 2024 Control Code // Authors: Julin and Corneliusen // "We do this not because it is easy, but because we thought it would be easy." // Runs in 60 fps on NVidia Jetson Nano. Max out the GPU clock. Have a proper power supply. Duh. // More info here: https://www.ignorantus.com/xmasdemo/ // License: https://creativecommons.org/publicdomain/zero/1.0/ // This Xmas Demo uses the V73D engine by Sjur Julin. // More info here: https://github.com/sjulin/V73D #include #include #include #include #include #include #ifdef _WIN32 #include #elif __linux__ #include #endif #include #include #include "vec.h" // Set by options static bool shdebug = false; static bool ctrldebug = false; static bool savepics = false; static bool gentitle = false; static int pauseframe = -1; static int startpart = 0; static int shaderw, shaderh; static double demoduration; static int demoframes; static int addframe = 1; static int framectr; static int totalframes; #ifdef _WIN32 #define SAVEPATH "..\\..\\tmp\\out%05d.jpg" #else #define SAVEPATH "../render/out%05d.jpg" #endif #define TEXX(mod) ((mod)->mtr->coltex) static V7X *v7x; static Model *lines; static Model *txt_scroll, *txt_scrolls, *txt_top, *txt_tops, *txt_quirk, *txt_credl, *txt_credr, *txt_debug1, *txt_debug1s, *txt_debug2, *txt_debug2s; static Model *pic_bike1, *pic_bike2, *pic_bike3, *pic_bike4, *pic_moi, *pic_pig; static Model *swintrek; static Anim *swintrek_anim; typedef struct { float in_factor; float antic, pokey, ctia; } GPUGeneric; static GPUGeneric gpugen; #define THINGCNT 18 typedef struct { v4 things[THINGCNT]; float smallsize; float wingus, dingus, zapp; } GPUGalDance; static GPUGalDance gpugaldance; typedef struct { v4 in_p; v4 in_cx, in_cy, in_cz; float in_factor; float sega, bally, midway; } GPUAcid; static GPUAcid gpuacid; typedef struct { v4 in_scr; v4 in_u; v4 in_v; v4 in_prp; float jtime; float agnus, paula, denise; } GPUJourney; static GPUJourney gpujourney; typedef struct { v4 mu_pos; float rot_xz; float zoom; float tom, jerry; } GPUQuat; static GPUQuat gpuquat; #define TABLELEN 512 #define TABLEMASK (TABLELEN-1) typedef struct { float in_factor; float akiko, gayle, bridgette; v4 noisetable[TABLELEN]; } GPUTunnel; static GPUTunnel gputunnel; #define TFNUM 5 #define LIGHTNUM 12 typedef struct { v4 lightpos[LIGHTNUM]; v4 lightcol[LIGHTNUM]; v4 b1[TFNUM]; v4 b2[TFNUM]; v4 eye; float scale; float in_factor; float pinky, clyde; } GPUTwofield; static GPUTwofield gputwofield; #define ROTS 5 #define CORS 24 typedef struct { v4 rots[ROTS]; v4 cors[CORS]; float in_factor; float burwor, garwor, thorwor; } GPUKnots; static GPUKnots gpuknots; typedef enum { PART_WHITENED, PART_INTRO, PART_SPONGE, PART_JOURNEY, PART_ACID, PART_QUAT, PART_TUNNEL, PART_TWOFIELD, PART_GLASSY, PART_KNOTS, PART_KALEIDO, PART_OUTRO, PART_BLACKENED, BODYPARTS } PartId; typedef struct { PartId pid; char *fname; char *title; void *data; int datalen; double starttime; int width, height; char *scrolltext; char *toptext; char *credtext; double duration; // calculated by genduration() } DemoPart; #define SPC_GALA " " #define SPC_ACID " " #define SPC_JOUR " / " #define SPC_SPON " " #define SPC_QUAT " " #define SPC_TUNN " " #define SPC_TWOF " " #define SPC_GLAS " / " #define SPC_KNOT " " #define SPC_KALE " " #define TXT_INTRO " Corneliusen & Julin Productions" SPC_GALA " NVidia Jetson Nano" #define TXT_SPONGE "Hardware cost: $99" SPC_ACID "The size of a matchbox" SPC_ACID "128 GPU cores @ 921 MHz" SPC_ACID "Do more with less!" SPC_ACID "60 fps always. Take no prisoners!" #define TXT_JOURNEY "And all the cores jam up with snake shit" SPC_JOUR "And there's nothing you can do" SPC_JOUR "It's all just bits of energy" SPC_JOUR "Flying away from you" #define TXT_ACID "Music: \"Against the Clock\" by Chris Huelsbeck" SPC_SPON "Video recorded live @ 59.912944,10.754639 December 17th, 2024." #define TXT_QUAT "Full credits, source code & artwork" SPC_QUAT "ignorantus.com/xmasdemo" #define TXT_TUNNEL "And now, another controvertible episode of... Pigs in Space!" SPC_TUNN "Is this the end of Pigs in Space?" #define TXT_TWOFIELD "NVidia Jetson Nano" SPC_TWOF "Like a third of a TX2 from 2017" SPC_TWOF "60 fps always. Never surrender!" #define TXT_GLASSY "Hey now, all you coders" SPC_GLAS "Leave your lights on" SPC_GLAS "Better leave your lights on" SPC_GLAS "'Cause there's a python livin' in your PC" SPC_GLAS "Whisperin' in your ear" #define TXT_KNOTS "C: 52 years old and thriving." SPC_KNOT "C will be around for another 52 years." SPC_KNOT "Where will python, unstable rust, floop etc. end up?" SPC_KNOT "Signs point to Alamogordo, New Mexico." #define TXT_KALEIDO "Greetings to" SPC_KALE "Scoopex, No Limits, New Wave, Triumph, Cryptoburners, Spaceballs, Offence, Crusaders, Cinefex Design, and the rest!" SPC_KALE "Save the planet! Write code in C!" #define TXT_OUTRO " onaN nosteJ aidiVN" SPC_GALA " snoitcudorP niluJ & nesuilenroC" static DemoPart demo_parts[] = { { PART_WHITENED, "noisy.fs", "Whitened", &gpugen, sizeof(gpugen), 0.0, 1920,960, "", "", "\nBased on \"VHS Tape Noise\" by vladstorm" }, { PART_INTRO, "galdance.fs", "Intro", &gpugaldance, sizeof(gpugaldance), 5.0, 1920,960, TXT_INTRO, "\x02""The Xmas Demo 2024\n", "\nBased on \"Galactic Dance\" by Sinuousity" }, { PART_SPONGE, "sponge.fs", "Spongified", &gpugen, sizeof(gpugen), 19.0, 960,480, TXT_SPONGE, "\x02""NVidia Jetson Nano\n", "\nBased on \"Menger Sponge Tunnel\" by kithy" }, { PART_JOURNEY, "journey.fs", "Journeyman", &gpujourney, sizeof(gpujourney), 42.0, 640,320, TXT_JOURNEY, "\x02""The $99 Xmas Demo\n", "\nBased on \"Torus Journey\" by PauloFalcao" }, { PART_ACID, "acid.fs", "Acid Houses", &gpuacid, sizeof(gpuacid), 65.0, 800,400, TXT_ACID, "\x02""Dove Nation Ninjas\n", "\nBased on \"Paper City\" by NuSan" }, { PART_QUAT, "quatio.fs", "Quatio", &gpuquat, sizeof(gpuquat), 80.5, 800,400, TXT_QUAT, "\x02""Xmas Demo VI\n", "\nBased on recycled crap by Corneliusen" }, { PART_TUNNEL, "tunnel.fs", "Pigs in Tunnel", &gputunnel, sizeof(gputunnel), 96.0, 800,400, TXT_TUNNEL, "", "\nBased on \"Colorful Smoke Tunnel\" by meowyih" }, { PART_TWOFIELD, "twofield.fs", "Twofield System", &gputwofield, sizeof(gputwofield), 111.5, 960,480, TXT_TWOFIELD, "\x02""Do Ninjas Innovate?\n", "\nBased on \"Twofield\" by w23" }, { PART_GLASSY, "glassy.fs", "Glassy Knoll", &gpugen, sizeof(gpugen), 126.5, 640,320, TXT_GLASSY, "\x02""The Xmas Demo Lives\n", "\nBased on \"Transparent Lattice\" by Shane" }, { PART_KNOTS, "knots.fs", "Knots Landing", &gpuknots, sizeof(gpuknots), 149.5, 960,480, TXT_KNOTS, "\x02""Deviant Ninja Soon\n", "\nBased on \"Acrilic Knots\" by Elsio" }, { PART_KALEIDO, "kaleido.fs", "Kaleidonope", &gpugen, sizeof(gpugen), 173.0, 1920,960, TXT_KALEIDO, "\x02""Corneliusen & Julin\n", "\nBased on \"Simple Kishimisu\" by omansounds" }, { PART_OUTRO, "galdance.fs", "Outro", &gpugaldance, sizeof(gpugaldance), 196.0, 1920,960, TXT_OUTRO, "\x02""4202 omeD samX ehT\n", "\nytisuouniS yb \"ecnaD citcalaG\" no desaB" }, { PART_BLACKENED, "noisy.fs", "Blackened", &gpugen, sizeof(gpugen), 212.0, 1920,960, "", "", "\nBased on \"VHS Tape Noise\" by vladstorm" }, { BODYPARTS, NULL, NULL, NULL, 0, 217.0, 0, 0, NULL, NULL, NULL }, // last entry endtime only }; #define DEMOPARTS ((int)(sizeof(demo_parts)/sizeof(demo_parts[0]))-1) static Model *demo_models[DEMOPARTS]; static Model *bgmod; static Texture *fbtex; static Model *NewShader(char *name, char *shdname, void *gpudata, size_t gpusize) { printf( "NewShader: name=%s, fname=%s\n", name, shdname ); Model *m = V7NewMod(v7x, name); char *shdsrc = V7Load(0, true, "../shaders/%s", shdname); if( shdebug ) { char *ptr = strstr( shdsrc, "//#define SHDEBUG" ); if( ptr ) { printf( "Shader debug: %s\n", shdname ); ptr[0] = ' '; ptr[1] = ' '; } } m->prg = V7CustPrg(v7x, name, shdsrc, shdname); if(gpudata) V7UniBuf(m, gpudata, gpusize); m->flags|=V7NMSK; return m; } Model *LoadMod(char *name) { printf( "LoadMod: name=%s\n", name ); Model *m = V7GetMod(v7x, name); if(m) return m; char fn[64]; snprintf(fn, sizeof(fn), "../data/%s.glb", name); size_t glb_size; void *glb = V7Load(&glb_size, 0, fn); if(!glb) { V7Error("Can't load model '%s'", fn); return 0; } m = V7GLB(v7x, name, glb, glb_size); m->Update = 0; return m; } static Model *LoadPicAsMod( Scene *s, char *fname, char *name, vec3 sc, vec3 t ) { printf( "LoadPicAsMod: name=%s, fname=%s\n", name, fname ); Texture *tex; size_t piclen; void *pic = V7Load( &piclen, true, fname ); char sname[80]; snprintf( sname, sizeof(sname), "%sTex", name ); tex = V7NewTex(v7x, sname); snprintf( sname, sizeof(sname), "%sImg", name ); tex->img = V7NewImg(v7x, sname); size_t len = strlen(fname); if( len >= 4 && !strcmp( fname+len-4, ".jpg" ) ) V7JPGDec(tex->img, pic, piclen); else V7PNGDec(tex->img, pic); V7ImgTex(tex); tex->mag = GL_LINEAR; glTextureParameteri( tex->id, GL_TEXTURE_MAG_FILTER, tex->mag); snprintf( sname, sizeof(sname), "%sMod", name ); Model *mod = V7NewMod(v7x, sname); mod->prg = V7GetPrg(v7x, "RGB"); V7Quad(mod->msh, 2.0f*(tex->img->w/(float)tex->img->h), 2.0f); snprintf( sname, sizeof(sname), "%sMtr", name ); mod->mtr = V7NewMtr(v7x, sname); mod->mtr->coltex = tex; mod->s = sc; mod->t = t; V7SET(mod->flags, V7NDEP|V7NMSK); V7AddMod(s, mod); return mod; } static Model *NewText( char *title, SDFont *fn, vec3 sc, vec3 t, vec4 col ) { printf( "NewText: title=%s\n", title ); Model *mo = V7NewTxt( v7x, title, fn ); mo->s = sc; mo->t = t; Material oldmo = *mo->mtr; char mtrname[80]; snprintf( mtrname, sizeof(mtrname), "%s-mtr", title ); mo->mtr = V7NewMtr( v7x, mtrname ); *mo->mtr = oldmo; mo->mtr->col = col; V7AddMod( v7x->scn, mo ); return mo; } static void InvertTex( Texture *tex ) { for( int y = 0; y < (int)tex->img->h; y++ ) { uint32_t *row = (uint32_t *)(tex->img->data + y*tex->img->w*4); for( int x = 0; x < (int)tex->img->w; x++ ) { uint32_t pix = *row; *row++ = (pix&0xff000000)|(~pix&0x00ffffff); } } } static void FlipTex( Texture *tex ) { for( int y = 0; y < (int)tex->img->h/2; y++ ) { uint32_t *rowt = (uint32_t *)(tex->img->data + y*tex->img->w*4); uint32_t *rowb = (uint32_t *)(tex->img->data + (tex->img->h-1-y)*tex->img->w*4); for( int x = 0; x < (int)tex->img->w; x++ ) { uint32_t pixt = *rowt; uint32_t pixb = *rowb; *rowt++ = pixb; *rowb++ = pixt; } } } static void MirrorTex( Texture *tex ) { for( int y = 0; y < (int)tex->img->h; y++ ) { uint32_t *coll = (uint32_t *)(tex->img->data + y*tex->img->w*4); uint32_t *colr = (uint32_t *)(tex->img->data + y*tex->img->w*4 + (tex->img->w-1)*4); for( int x = 0; x < (int)tex->img->w/2; x++ ) { uint32_t pixl = *coll; uint32_t pixr = *colr; *coll++ = pixr; *colr-- = pixl; } } } static void Setup(void) { puts( "Setup" ); Scene *s = v7x->scn = V7NewScn(v7x, "MainScene"); s->dat.light[0].pos = (vec3){ -3.f, 2.f, 9.f }; s->dat.light[0].val = 3.f; s->dat.eye = (vec3){ .0f, .0f, -5.405f }; s->dat.fov = 102.54f; for( int i = 0; i < DEMOPARTS; i++ ) { DemoPart *dp = &demo_parts[i]; demo_models[i] = NewShader(dp->title, dp->fname, dp->data, dp->datalen); } SDFont *fnt = &sdf_babylon5; // This is a Babylon 5 shop SDFont *fntd = &sdf_unispace; // Add these early for blend against black background txt_scroll = NewText( "ScrollText", fnt, (vec3){.65f, .65f, .3f}, (vec3){ 0.000f, -4.45f, 1.0f}, (vec4){0.0f, 1.0f, 1.0f, 1.0f} ); txt_debug1 = NewText( "DebugText1", fntd, (vec3){.45f, .45f, .3f}, (vec3){-8.065f, 3.705f, 1.0f}, (vec4){1.0f, 1.0f, 1.0f, 1.0f} ); txt_debug1s = NewText( "DebugText1s", fntd, (vec3){.45f, .45f, .3f}, (vec3){-8.065f+0.025f, 3.705f -0.025f, 1.0f}, (vec4){0.0f, 0.0f, 0.0f, 1.0f} ); txt_debug2 = NewText( "DebugText2", fntd, (vec3){.45f, .45f, .3f}, (vec3){-8.065f, 3.705f-0.35f, 1.0f}, (vec4){1.0f, 1.0f, 1.0f, 1.0f} ); txt_debug2s = NewText( "DebugText2s", fntd, (vec3){.45f, .45f, .3f}, (vec3){-8.065f+0.025f, 3.705f-0.35f-0.025f, 1.0f}, (vec4){0.0f, 0.0f, 0.0f, 1.0f} ); if( gentitle ) { txt_top = NewText( "TopText", fnt, (vec3){.825f, .825f, .3f}, (vec3){ 0.000f, 4.04f, 1.0f}, (vec4){0.0f, 1.0f, 1.0f, 1.0f} ); txt_scrolls = NewText( "ScrollTexts", fnt, (vec3){.650f, .650f, .3f}, (vec3){ 0.000f, -4.45f, 1.0f}, (vec4){0.0f, 0.0f, 0.0f, 1.0f} ); txt_tops = NewText( "TopTexts", fnt, (vec3){.825f, .825f, .3f}, (vec3){ 0.000f, 4.04f, 1.0f}, (vec4){0.0f, 0.0f, 0.0f, 1.0f} ); } fbtex = V7NewTex(v7x, "FBTex"); fbtex->mag = GL_LINEAR; glTextureParameteri( fbtex->id, GL_TEXTURE_MAG_FILTER, fbtex->mag ); bgmod = V7NewMod(v7x, "BGMod"); bgmod->prg = V7GetPrg(v7x, "RGB"); V7Quad(bgmod->msh, 19.83, 19.83/2.0); bgmod->t = (vec3){0.f, 0.f, 0.f}; bgmod->mtr = V7NewMtr(v7x, "BGModMtr"); bgmod->mtr->coltex = fbtex; V7AddMod(s, bgmod); swintrek = LoadMod("SSSwinetrek"); swintrek->s = (vec3){ .5f, .5f, .5f }; V7AddMod(s, swintrek); V7Hide(swintrek); pic_bike1 = LoadPicAsMod( s, "../data/smallbike.png", "Bike", (vec3){ 0.505f, 0.505f, 1.0f}, (vec3){ 0.0f, 0.0f, 0.0f } ); pic_bike2 = LoadPicAsMod( s, "../data/smallbike.png", "ekiB", (vec3){ 0.505f, 0.505f, 1.0f}, (vec3){ 0.0f, 0.0f, 0.0f } ); pic_bike3 = LoadPicAsMod( s, "../data/smallbike.png", "Mini", (vec3){ 0.505f, 0.505f, 1.0f}, (vec3){ 0.0f, 0.0f, 0.0f } ); pic_bike4 = LoadPicAsMod( s, "../data/smallbike.png", "Moke", (vec3){ 0.505f, 0.505f, 1.0f}, (vec3){ 0.0f, 0.0f, 0.0f } ); pic_moi = LoadPicAsMod( s, "../data/moilogo.png", "MoI", (vec3){ 0.935f, 0.935f, 1.0f}, (vec3){ 0.0f, 0.2f, 0.0f } ); pic_pig = LoadPicAsMod( s, "../data/usspig.png", "Pig", (vec3){ 0.300f, 0.300f, 1.0f}, (vec3){ 0.0f, 5.26f, 0.0f } ); FlipTex( TEXX(pic_bike2) ); V7ImgTex( TEXX(pic_bike2) ); InvertTex( TEXX(pic_bike3) ); V7ImgTex( TEXX(pic_bike3) ); InvertTex( TEXX(pic_bike4) ); MirrorTex( TEXX(pic_bike4) ); V7ImgTex( TEXX(pic_bike4) ); lines = V7NewLine( v7x, "Lines", 2.0f ); lines->mtr = V7NewMtr( v7x, "LinesMtr" ); V7Line( lines->msh, (vec3){ -16.0f, -4.965f, 0.0f }, (vec3){ 16.0f, -4.965f, 0.0f } ); V7Line( lines->msh, (vec3){ -16.0f, 4.965f, 0.0f }, (vec3){ 16.0f, 4.965f, 0.0f } ); V7AddMod( v7x->scn, lines ); if( !gentitle ) txt_top = NewText( "TopText", fnt, (vec3){.825f, .825f, .3f}, (vec3){ 0.000f, 4.04f, 1.0f}, (vec4){0.0f, 1.0f, 1.0f, 1.0f} ); txt_credl = NewText( "CredTextL", fnt, (vec3){.150f, .150f, .3f}, (vec3){-8.078f, 4.21f, 1.0f}, (vec4){0.7f, 0.7f, 0.7f, 1.0f} ); txt_credr = NewText( "CredTextR", fnt, (vec3){.150f, .150f, .3f}, (vec3){ 8.078f, 4.21f, 1.0f}, (vec4){0.7f, 0.7f, 0.7f, 1.0f} ); txt_quirk = NewText( "QuirkText", fnt, (vec3){.825f, .825f, .3f}, (vec3){ 0.000f, 0.00f, 1.0f}, (vec4){1.0f, 0.5f, 0.0f, 1.0f} ); V7CompShd(v7x); // Twofield gputwofield.eye = v4_set( 0.0f, 0.0f, 20.0f, 0.0f ); gputwofield.scale = 0.65f; for( int i = 0; i < LIGHTNUM; i++ ) { switch( i%3 ) { case 0: gputwofield.lightcol[i] = v4_mul3( v4_set( 1.0f, 0.0f, 0.0f, 0.0f ), 40.0f ); break; case 1: gputwofield.lightcol[i] = v4_mul3( v4_set( 0.0f, 1.0f, 0.0f, 0.0f ), 40.0f ); break; case 2: gputwofield.lightcol[i] = v4_mul3( v4_set( 0.0f, 0.0f, 1.0f, 0.0f ), 40.0f ); break; } gputwofield.lightpos[i].x = -12.0f + (24.0f/(LIGHTNUM-1))*i; // fixed, visually moved by yz rot } // Pigs in Tunnel table instead of slow hash() feast // Real Programming got this wrong for Noise3D... damn. Still looked ok, though. for( int i = 0; i < TABLELEN; i++ ) gputunnel.noisetable[i] = v4_set( fract( sinf( (float)((i + 0)&TABLEMASK) ) * 43758.5453123f ), fract( sinf( (float)((i + 57)&TABLEMASK) ) * 43758.5453123f ), fract( sinf( (float)((i + 113)&TABLEMASK) ) * 43758.5453123f ), fract( sinf( (float)((i + 170)&TABLEMASK) ) * 43758.5453123f ) ); // Knotty knots for( int i = 0; i < ROTS; i++ ) { gpuknots.rots[i] = v4_cos( v4_add( v4_set( 0, 11, 33, 0 ), v4_set1(i*PIF/2.5f) ) ); } for( int i = 0; i < CORS; i++ ) { v3 v = v3_div1( v3_add1( v3_mul1( v3_cos( v3_add( v3_set1( (i/20.0f)*6.3f ), v3_set( 0, 23, 21 ) ) ), 0.5f ), 0.5f ), 160.0f ); gpuknots.cors[i] = v4_set( v.x, v.y, v.z, 0.0f ); } double t = 0.0; for( int i = 0; i < startpart; i++ ) t += demo_parts[i].duration; framectr = (int)round(t*60.0); if( pauseframe != -1 ) { framectr = pauseframe; addframe = 0; } if( gentitle ) { framectr = 10649; // 4.483 in Kaleidonope -> 10944,10757 addframe = 0; txt_top->s = (vec3){ 1.39f, 1.39f, .3f }; txt_top->t.x = 0.05f; txt_top->t.y = 3.160f; txt_scroll->s = (vec3){ 1.36f, 1.36f, .3f }; txt_scroll->t.x = 0.05f; txt_scroll->t.y = -3.990f; txt_tops->s = txt_top->s; txt_tops->t = txt_top->t; txt_tops->t.x -= 0.10f; txt_tops->t.y -= 0.05f; txt_scrolls->s = txt_scroll->s; txt_scrolls->t = txt_scroll->t; txt_scrolls->t.x -= 0.05f; txt_scrolls->t.y -= 0.05f; pic_moi->s = (vec3){ 2.00f, 2.00f, 1.00f }; pic_moi->t.y = 0.0f; MirrorTex( TEXX(pic_bike3) ); InvertTex( TEXX(pic_bike3) ); V7ImgTex( TEXX(pic_bike3) ); MirrorTex( TEXX(pic_bike4) ); V7ImgTex( TEXX(pic_bike4) ); pic_bike3->t = (vec3){ -9.24f, -4.255f, 0.00f }; pic_bike3->s = (vec3){ 0.700f, 0.700f, 1.00f }; pic_bike4->t = (vec3){ 9.24f, -4.255f, 0.00f }; pic_bike4->s = (vec3){ 0.700f, 0.700f, 1.00f }; V7Hide( lines ); } puts("Setup done"); } static float megafade( float curr, float start, float end, float fadein, float fadeout ) { float rv = 1.0f; if( curr < start || curr > end ) rv = 0.0f; else if( fadein != 0.0f && curr >= start && curr <= start+fadein ) rv = 1.0f - sinf( PIF/2.0f + ((curr-start) /fadein )*(PIF/2.0f) ); // in fast..slow else if( fadeout != 0.0f && curr >= end-fadeout && curr <= end ) rv = sinf( PIF/2.0f + ((curr-(end-fadeout))/fadeout)*(PIF/2.0f) ); // out slow..fast return rv; } #define RGBS 7 static const v4 cols[RGBS] = { { 1.0f, 0.0f, 0.0f, 1.0f }, { 1.0f, 1.0f, 0.0f, 1.0f }, { 0.0f, 1.0f, 0.0f, 1.0f }, { 0.0f, 1.0f, 1.0f, 1.0f }, { 0.0f, 0.5f, 1.0f, 1.0f }, { 1.0f, 0.0f, 1.0f, 1.0f }, { 1.0f, 0.0f, 0.0f, 1.0f }, // duplicate of top }; static v4 getRGBfromH( float h ) { h = fract( h ); float Slice = (RGBS-1) * h; float SliceInt = floorf( Slice ); float SliceFrac = Slice - SliceInt; int i = (int)SliceInt; v4 v = v4_mix( cols[i], cols[i+1], SliceFrac ); return v; } ///////////////////////////////////////////////////////////////////// LOOP // static bool Loop(void) { static double fps = 0.0; #ifndef __ANDROID__ if(v7x->key[_R_]) { v7x->key[_R_] = 0; V7ReloadShd(v7x); V7CompShd(v7x); V7List(v7x); } #endif if(v7x->key[_ESC_]) { v7x->key[_ESC_] = 0; return true; } if(v7x->key[_Q_]) { v7x->key[_Q_] = 0; return true; } if(v7x->key[_F_]) { v7x->key[_F_] = 0; V7Fullscreen(v7x); } if(v7x->key[_L_]) { v7x->key[_L_] = 0; V7List(v7x); } if(v7x->key[_R_]) { v7x->key[_R_] = 0; V7ReloadShd(v7x); } if(v7x->key[_I_]) { v7x->key[_I_] = 0; ctrldebug = !ctrldebug; } if(v7x->key[_P_]) { v7x->key[_P_] = 0; addframe = addframe ? 0 : 1; } if(v7x->key[_A_]) { v7x->key[_A_] = 0; framectr = MAXX( framectr-60, 0 ); } if(v7x->key[_D_]) { v7x->key[_D_] = 0; framectr = MIIN( framectr+60, demoframes-1 ); } if(v7x->key[_Z_]) { v7x->key[_Z_] = 0; addframe = 0; framectr = MAXX( framectr-1, 0 ); } if(v7x->key[_X_]) { v7x->key[_X_] = 0; addframe = 0; framectr = MIIN( framectr+1, demoframes-1 ); } double demotime = framectr/60.0; // 0.0...end of demo float demotimef = (float)demotime; int demoframe = (int)round(demotime*60.0); // Determine which parttime in which shader should be shown next double dtime = 0.0; int id; for( id = 0; id < DEMOPARTS; id++ ) { double dur = demo_parts[id].duration; if( demotime < dtime+dur ) break; dtime += dur; } if( id == DEMOPARTS ) return true; DemoPart *part = &demo_parts[id]; double parttime = demotime - dtime; // 0.0..part->duration float parttimef = (float)parttime; int partw = shaderw ? shaderw : part->width; int parth = shaderh ? shaderh : part->height; // *** Quick, hide the stash! V7Hide( pic_bike1 ); V7Hide( pic_bike2 ); V7Hide( pic_bike3 ); V7Hide( pic_bike4 ); V7Hide( pic_moi ); V7Hide( pic_pig ); V7Hide( txt_debug1 ); V7Hide( txt_debug1s ); V7Hide( txt_debug2 ); V7Hide( txt_debug2s ); V7Hide( txt_quirk ); V7HideHierarchy( swintrek ); // *** Shaders global data v7x->dat.width = partw; v7x->dat.height = parth; v7x->dat.aspect = v7x->dat.width / (float)v7x->dat.height; v7x->dat.time = parttimef; // *** Dissolver 3: Hell on Earth float fin = 0.0f, fout = 0.0f; float tfin = 0.0f, tfout = 0.0f; switch( part->pid ) { case PART_WHITENED: tfin = 0.25f; tfout = 0.5f; break; case PART_INTRO: tfin = 2.0f; tfout = 1.0f; break; case PART_SPONGE: fin = 0.0f; fout = 0.75f; tfin = 0.5f; tfout = fout; break; case PART_JOURNEY: fin = 0.75f; fout = 0.75f; tfin = fin; tfout = fout; break; case PART_ACID: fin = 0.5f; fout = 1.00f; tfin = 1.0f; tfout = 1.0f; break; case PART_QUAT: fin = 0.5f; fout = 1.00f; tfin = fin; tfout = fout; break; case PART_TUNNEL: tfin = 1.0f; tfout = 1.0f; break; case PART_GLASSY: tfin = 1.0f; tfout = 1.0f; break; case PART_TWOFIELD: fin = 0.50f; fout = 0.25f; tfin = 1.0f; tfout = 1.0f; break; case PART_KNOTS: tfin = 1.0f; tfout = 1.0f; break; case PART_KALEIDO: fin = 0.33f; fout = 0.66f; tfin = 1.0f; tfout = 1.0f; break; case PART_OUTRO: tfin = 1.0f; tfout = 2.0f; break; case PART_BLACKENED: tfin = 0.5f; tfout = 0.5f; break; } demo_models[id]->dissolve = 1.0f - megafade( parttimef, 0.0f, (float)part->duration, fin, fout ); float textwt = megafade( parttimef, 0.0f, (float)part->duration, tfin, tfout ); double tm2 = MAXX( 0.0, demotime-demo_parts[0].duration-2.0 ); v4 colscr = getRGBfromH( (float)(tm2*0.089+0.00) ); v4 coltop = getRGBfromH( (float)(tm2*0.089+0.33) ); v4 collin = getRGBfromH( (float)(tm2*0.089+0.66) ); if( gentitle ) { coltop = v4_set( 1.0f, 0.25f, 0.25f, 1.0f ); colscr = v4_set( 1.0f, 0.25f, 0.25f, 1.0f ); collin = v4_set( 0.0f, 1.00f, 1.0f, 1.0f ); part->scrolltext = "\x02""NVidia Jetson Nano\n"; part->toptext = "\x02""The Xmas Demo 2024\n"; V7Show( pic_moi ); V7Show( pic_bike3 ); V7Show( pic_bike4 ); } else { txt_scroll->t.x = 9.266f - parttimef*5.0f; } V7Txt( txt_scroll, part->scrolltext ); V7Txt( txt_top, part->toptext ); if( gentitle ) { V7Txt( txt_scrolls, part->scrolltext ); V7Txt( txt_tops, part->toptext ); } V7Txt( txt_credl, part->credtext ); if( part->pid == PART_OUTRO ) V7Txt( txt_credr, "\x03""\n""\x03""(%d*%d) ortuO\n", partw, parth ); else V7Txt( txt_credr, "\x03""\n""\x03""%s (%d*%d)\n", part->title, partw, parth ); txt_scroll->mtr->col = (vec4){ colscr.x, colscr.y, colscr.z, 1.0f }; txt_top->mtr->col = (vec4){ coltop.x, coltop.y, coltop.z, textwt }; txt_credl->mtr->col.w = textwt; txt_credr->mtr->col.w = textwt; lines->mtr->col = (vec4){ collin.x, collin.y, collin.z, megafade( demotimef, 4.0f, (float)(demoduration-4.0), 1.0f, 1.0f ) }; // *** Console info, display debug char inf[80]; snprintf( inf, sizeof(inf), "%5d %6.3f %7.3f %7.2f %4d*%4d %02d/%02d %s", demoframe, parttime, demotime, fps, v7x->dat.width, v7x->dat.height, id+1, DEMOPARTS, part->title ); static int previd = -1; static double prevtime; if( previd != id || fabs(demotime - prevtime) >= 1.0 ) { previd = id; prevtime = demotime; printf( "%s \r", inf ); } if( ctrldebug ) { const char *hdr = "Frame Ptime Ttime FPS Res Part"; V7Txt( txt_debug1, hdr ); V7Txt( txt_debug1s, hdr ); V7Show( txt_debug1 ); V7Show( txt_debug1s ); V7Txt( txt_debug2, inf ); V7Txt( txt_debug2s, inf ); V7Show( txt_debug2 ); V7Show( txt_debug2s ); } // *** Part controllers if( part->pid == PART_WHITENED ) { gpugen.in_factor = (float)part->duration-1.0f; if( demoframe == 1 ) { V7Txt( txt_quirk, "\x02""We must peform a Quirkafleeg\n" ); // JSW2 level, typo in ZX Spectrum version txt_quirk->mtr->col = (vec4){ 0.0f, 0.7f, 0.7f, 1.0f }; txt_quirk->t.y = -0.190f; } else { V7Txt( txt_quirk, "\x02""The Xmas Demo 2024\n\n""\x02""$99 NVidia Jetson Nano\n" ); txt_quirk->mtr->col = (vec4){ 1.0f, 0.5f, 0.0f, 1.0f }; txt_quirk->mtr->col.w = megafade( parttimef, 0.25f, (float)part->duration-0.0f, tfin, tfout ); txt_quirk->t.y = 0.575f; } V7Show( txt_quirk ); } if( part->pid == PART_BLACKENED ) { gpugen.in_factor = -1.0f; if( demoframe == demoframes-2 ) { V7Txt( txt_quirk, "\x02""Oh $#!+!The Central Cavern!\n" ); // JSW2 level, duplicate of level 1 in Manic Miner txt_quirk->mtr->col = (vec4){ 0.0f, 0.7f, 0.7f, 1.0f }; txt_quirk->t.y = -0.190f; } else { V7Txt( txt_quirk, "\x02""See you somewhere in time...\n\n""\x02""Corneliusen & Julin\n" ); // Maiden or Reeve? Take your pick txt_quirk->mtr->col = (vec4){ 1.0f, 0.5f, 0.0f, 1.0f }; txt_quirk->mtr->col.w = megafade( parttimef, 1.0f, (float)part->duration-0.5f, tfin, tfout ); txt_quirk->t.y = 0.575f; } V7Show( txt_quirk ); } if( part->pid == PART_INTRO || part->pid == PART_OUTRO ) { // This section will be the topic of a code review some day float sfac, wsize, xflip = 1.0f, ptime = parttimef; if( part->pid == PART_INTRO ) { pic_bike3->dissolve = 1.0f-megafade( parttimef, 1.0f, (float)part->duration-1.0f, 1.0f, 1.0f ); V7Show( pic_bike3 ); sfac = parttime < 4.0f ? (float)MAXX( 32.0/((MAXX(parttime-1.0,0.1))*12.0), 1.0 ) : 16.0f - megafade( parttimef, 0.0f, (float)part->duration, 2.0f, 2.0f )*15.0f; wsize = MIIN( 0.001f + 0.125f*(MIIN(MAXX(parttimef-1.5f,0.0f)*0.3f,1.0f))*sfac, 0.250f ); // zoom nano fix } else { pic_bike2->t.x = (-59.00f-1.666664f) + parttimef*6.5f; pic_bike2->t.y = 4.45f; pic_bike4->dissolve = 1.0f-megafade( parttimef, 2.0f, (float)part->duration-2.0f, 1.0f, 1.0f ); V7Show( pic_bike2 ); V7Show( pic_bike4 ); sfac = parttime < part->duration-4.0f ? (float)MIIN(parttime*0.4, 1.0) : 32.0f - megafade( parttimef+1.0f, 0.0f, (float)part->duration, 2.0f, 2.0f )*31.0f; wsize = MIIN( 0.001f + 0.125f*(parttimef*0.3f)*sfac, 0.5f ); // zoom nano fix xflip = -1.0f; ptime -= 1.9f; } gpugaldance.things[0] = v4_set( 0.0f, 0.0f, 60.0f, 0.500f*sfac ); gpugaldance.things[1] = v4_set( 0.0f, 0.0f, 180.0f, 0.500f*sfac ); int flcnt = (THINGCNT-2)/2; float fldeg = 30.0f; float flt = (PIF*2.0f)/flcnt; for( int i = 0; i < flcnt; i++ ) { float xoff = sinf( (ptime+flt*i) + (PIF)/4.0f )*1.8f*xflip; float yoff = cosf( (ptime+flt*i) + (PIF)/4.0f )*0.85f; gpugaldance.things[i*2+2+0] = v4_set( xoff, yoff, 0.0f+i*fldeg, 0.0f ); gpugaldance.things[i*2+2+1] = v4_set( xoff, yoff, 120.0f+i*fldeg, 0.0f ); } gpugaldance.smallsize = wsize; } if( part->pid == PART_SPONGE ) gpugen.in_factor = 1.0f - megafade( parttimef, 0.0f, (float)part->duration-1.0f, 1.0f, 2.0f ); if( part->pid == PART_ACID ) { gpuacid.in_factor = 1.0f - megafade( parttimef, 0.0f, (float)part->duration-1.0f, 1.0f, 2.0f ); // Straight outta the shader float t2=parttimef*1.75f+10.0f; v3 p=v3_set( 0.0f, 0.0f, -100.0f ); // p.yz *= rot(sin(t2*0.3)*0.2+0.5); float a = sinf(t2*0.3f)*0.2f+0.5f; v3 v = p; p.y = cosf(a)*v.y + sinf(a)*v.z; p.z = -sinf(a)*v.y + cosf(a)*v.z; // p.xz *= rot(t2*0.2); a = t2*0.2f; v = p; p.x = cosf(a)*v.x + sinf(a)*v.z; p.z = -sinf(a)*v.x + cosf(a)*v.z; v3 t0 = v3_set( 0.0f, 30.0f, 60.0f ); // t.yz *= rot(sin(t2)*0.3-0.2); a = sinf(t2)*0.3f-0.2f; v = t0; t0.y = cosf(a)*v.y + sinf(a)*v.z; t0.z = -sinf(a)*v.y + cosf(a)*v.z; // t.xz *= rot(t2*0.32); a = t2*0.32f; v = t0; t0.x = cosf(a)*v.x + sinf(a)*v.z; t0.z = -sinf(a)*v.x + cosf(a)*v.z; v3 cz = v3_normalize(v3_sub(t0,p)); v3 cx = v3_normalize( v3_cross( cz, v3_set( 0.0f, 1.0f, 0.0f ) ) ); v3 cy = v3_normalize( v3_cross( cz, cx ) ); gpuacid.in_cx = v4_set( cx.x, cx.y, cx.z, 0.0f ); gpuacid.in_cy = v4_set( cy.x, cy.y, cy.z, 0.0f ); gpuacid.in_cz = v4_set( cz.x, cz.y, cz.z, 0.0f ); gpuacid.in_p = v4_set( p.x, p.y, p.z, 0.0f ); } if( part->pid == PART_JOURNEY ) { float tt = parttimef*0.275f + 25.0f; // note PI*10 flip v3 vuv = v3_set( sinf(tt*0.7f), 1.0f, sinf(tt*0.9f) ); float camSpeed = tt*0.3f; v3 vrp = v3_set( sinf(camSpeed+0.2f)*32.0f, 0.0f, cosf(camSpeed+0.2f)*32.0f ); float camCenterDist = 2.1f+expf(-20.0f*powf(sinf(tt*0.2f)+1.0f,20.0f))*2.8f; v3 prp = v3_set( sinf(camSpeed)*32.0f, 0.0f, cosf(camSpeed)*32.0f ); camSpeed += sinf(tt*0.3f)*0.5f; vrp = v3_set( sinf(camSpeed)*32.0f, 0.0f, cosf(camSpeed)*32.0f ); v3 camMovP = v3_set( sinf(tt)*camCenterDist, cosf(tt)*camCenterDist, 0.0f ); v3 c0 = v3_normalize(prp); v3 c1 = v3_set( 0.0f, 1.0f, 0.0f ); v3 c2 = v3_normalize( v3_sub( vrp, prp ) ); prp = v3_add( prp, v3_set( v3_dot( c0, camMovP ), v3_dot( c1, camMovP ), v3_dot( c2, camMovP ) ) ); v3 vpn = v3_normalize( v3_sub( vrp, prp ) ); v3 u = v3_normalize( v3_cross( vuv, vpn ) ); v3 v = v3_cross( vpn, u ); v3 scr = v3_add( prp, v3_mul1( vpn, 1.5f ) ); gpujourney.in_prp = v4_set( prp.x, prp.y, prp.z, 0.0f ); gpujourney.in_u = v4_set( u.x, u.y, u.z, 0.0f ); gpujourney.in_v = v4_set( v.x, v.y, v.z, 0.0f ); gpujourney.in_scr = v4_set( scr.x, scr.y, scr.z, 0.0f ); gpujourney.jtime = tt; } if( part->pid == PART_QUAT ) { if( parttime >= 8.00f && parttime <= 10.20f ) { V7Txt( txt_credl, "Based on\nrecycled crap by Corneliusen" ); txt_top->mtr->col = (vec4){0.0f,1.0f,1.0f,1.0f}; V7Txt( txt_top, "\x02""Return of the Xmas Demo\n" ); } // Xmas Demo VI... need I say more? pic_bike1->t.x = -45.40f + parttimef*5.0f; pic_bike1->t.y = -4.45f; V7Show( pic_bike1 ); gpuquat.rot_xz = parttimef*1.1f; gpuquat.mu_pos = v4_set( -1.102858,0.220685,0.000000,0.000000 ); // stick gpuquat.mu_pos.y += sinf( parttimef*1.87f )*0.15f; gpuquat.mu_pos.x += sinf( parttimef*1.87f )*0.25f; gpuquat.zoom = 3.0f * megafade( parttimef, 0.0f, (float)part->duration-1.0f, 3.0f, 3.0f ); } if( part->pid == PART_TUNNEL ) { V7Show( pic_pig ); pic_pig->dissolve = 1.0f-megafade( parttimef, 0.0f, (float)part->duration, tfin, tfout ); if( parttimef <= 2.0f ) gputunnel.in_factor = 2.5f - (parttimef*0.5f)*1.7f; // linear in... didn't we agree on improving megafade last year? else gputunnel.in_factor = 2.5f - megafade( parttimef, 0.0f, (float)part->duration, 0.00f, 1.50f )*1.7f; V7ShowHierarchy(swintrek); for(int i=0; ivchd.num; i++) { Model **s = (Model **)swintrek->vchd.arr; float d = 1.f - parttimef*0.5f; if( d >= .0f ) s[i]->dissolve = d; else s[i]->dissolve = .0f; } static Keyframe trans[] = { 0.0, {.t = { 0.0f, 0.0f, 0.f}}, 5.0, {.t = { -3.5f, 0.0f, 2.5f}}, 10.0, {.t = { -0.5f, 0.0f, 3.8f}}, 13.3, {.t = { 0.2f, 0.0f, 4.1f}}, 14.4, {.t = { 1.4f, 0.0f, 4.3f}}, 15.0, {.t = { 8.5f, 0.0f, 5.5f}}, 20.0, {.t = { 9.0f, 0.0f, 4.5f}}, 24.0, {.t = { 15.0f, 0.0f, 5.0f}}, 30.0, {.t = { 0.0f, 0.0f, -1.0f}}, }; static Keyframe rottis[] = { 0.0f, {.r = { 0.000f, 0.000f, 0.000f, 1.000f } }, 3.0f, {.r = { 0.000f,-0.125f, 0.000f, 0.992f } }, 7.5f, {.r = { 0.000f, 0.661f, 0.000f, 0.750f } }, 9.0f, {.r = { 0.000f, 0.707f, 0.000f, 0.707f } }, 11.0f, {.r = { 0.000f, 0.637f, 0.000f, 0.771f } }, 14.0f, {.r = { 0.000f, 0.588f, 0.000f, 0.809f } }, 20.0f, {.r = { 0.000f, 0.426f, 0.000f, 0.905f } }, }; static Anim tanim = { V7ANIM_TRANS, 0, V7ANIM_LOOP, { 0, 0, ARRAYLEN(trans), sizeof(Keyframe), (uint8_t *)trans } }; static Anim ranim = { V7ANIM_ROTATE, 0, V7ANIM_LOOP, { 0, 0, ARRAYLEN(rottis), sizeof(Keyframe), (uint8_t *)rottis } }; V7Animate( swintrek, &tanim, parttimef ); V7Animate( swintrek, &ranim, parttimef ); v7x->scn->dat.nLight = 3; v7x->scn->dat.light[0].pos = (vec3){ -2.0f, 1.0f, 20.0f }; v7x->scn->dat.light[1].pos = (vec3){ 110.0f, -500.0f, 300.0f }; v7x->scn->dat.light[2].pos = (vec3){ 0.0f, 0.0f, 0.0f }; } if( part->pid == PART_TWOFIELD ) { // Calculate meatball trajectories float minsqrt = 8.0f; float tadj = (float)(parttime * 0.40); float wa = 1.0f; float tt = parttimef; if( tt <= 2.0f ) wa = 2.5f*sinf01( PIF*0.5f + (tt*(1.0f/2.0f)*PIF ) ) + 1.0f; else if( tt >= 13.5f ) wa = CLAAMP( 1.0f - sinf( (tt-13.5f)*(1.0f/2.0f)*PIF*0.5f )*1.1f, 0.0f, 1.0f ); gputwofield.in_factor = megafade( parttimef, 0.5f, (float)part->duration, 1.5f, 1.5f ); for( int i = 0; i < TFNUM; i++ ) { float fi, x, y, z, d, mind = 5.0; fi = i*0.7f; x = 1.0f+10.0f*cosf(tadj*1.1f+fi), y = 3.7f*sinf(tadj +fi), z = 3.3f*sinf(tadj*2.3f+fi); d = sqrtf( MAXX( x*x + z*z, minsqrt ) ); if(d < mind) x*=mind/d, z*=mind/d; gputwofield.b1[i] = (v4){x*0.9f*wa, y*0.8f*wa, z*0.9f*wa, 0.0f}; fi = i*1.2f; x = -1.0f-10.0f*cosf(tadj*0.7f+fi), y = 4.4f*cosf(tadj*0.4f+fi), z = -3.1f*sinf(tadj*1.3f+fi); d = sqrtf( MAXX( x*x + z*z, minsqrt ) ); if(d < mind) x*=mind/d, z*=mind/d; gputwofield.b2[i] = (v4){x*0.9f*wa, y*0.8f*wa, z*0.9f*wa, 0.0f}; } // Move lights float fw = (float)(((parttime+1.50) * 0.45)*0.525); for( int i = 0; i < LIGHTNUM; i++ ) { float frac = fract( fw + (i*1.0f/(float)LIGHTNUM) ); gputwofield.lightpos[i].y = 10.0f * sinf( frac * (PIF * 2.0f) ); gputwofield.lightpos[i].z = 11.0f * cosf( frac * (PIF * 2.0f) ); } } if( part->pid == PART_GLASSY ) { if( parttime >= part->duration-2.0 ) gpugen.in_factor = megafade( parttimef, 0.0f, (float)part->duration, 0.0f, 2.0f ); else gpugen.in_factor = MIIN(sinf(MIIN(parttimef*0.75f,PIF/2.0f)),1.0f); } if( part->pid == PART_KNOTS ) { gpuknots.in_factor = megafade( parttimef, 0.0f, (float)part->duration, 2.0f, 4.0f ); pic_moi->dissolve = 1.0f-megafade( parttimef, 8.0f, 14.0f, 0.5f, 0.5f ); V7Show( pic_moi ); } if( part->pid == PART_KALEIDO ) { if( parttime <= 4.0 ) gpugen.in_factor = MIIN( parttimef*0.25f, 1.0f ); else if( parttime >= part->duration-2.0 ) gpugen.in_factor = 1.0f - (parttimef-((float)part->duration-2.0f))*0.50f; else gpugen.in_factor = 1.0f; } V7RenderToTex(v7x, demo_models[id], fbtex, partw, parth ); V7Render(v7x); if( savepics ) { char fn[256]; snprintf( fn, sizeof(fn), SAVEPATH, v7x->dat.frame ); if( v7x->dat.frame%60 == 0 ) puts(fn); V7GrabFrame( v7x, fn ); } framectr += addframe; totalframes++; static double starttime = 0.0; static int startframe = 0; if( totalframes-startframe == 60 ) { double now = V7Time(); fps = 60.0/(now-starttime); starttime = now; startframe = totalframes; } return false; } static void SetCWD(char *rel) { char dir[260], div; size_t len; #ifdef __linux__ len = readlink("/proc/self/exe", dir, sizeof(dir)-1); div = '/'; #elif _WIN32 len = GetModuleFileNameA(NULL, dir, sizeof(dir)-1); div = '\\'; #endif while(len>0) if(dir[--len]==div) { if(rel==0) dir[len] = 0; // use exe directory else strcpy(&dir[++len], rel); // relative path break; } #ifdef __linux__ int ret = chdir(dir); #elif _WIN32 SetCurrentDirectoryA(dir); #endif } static int getval( int argc, char **argv, int pos, int minval, int maxval ) { if( pos >= argc ) { printf( "Option value missing!\n" ); return -1; } int rc = atoi( argv[pos] ); if( rc < minval || rc > maxval ) { printf( "Argument out of range! Got %d, range %d-%d\n", rc, minval, maxval ); return -1; } return rc; } int main(int argc, char **argv) { bool fullscreen = true; bool vsync = true; printf( "The Xmas Demo 2024 by Julin & Corneliusen\n" ); printf( "More info here: https://www.ignorantus.com/xmasdemo/\n" ); for( int i = 0; i < DEMOPARTS; i++ ) { demo_parts[i].duration = demo_parts[i+1].starttime - demo_parts[i].starttime; demoduration += demo_parts[i].duration; } demoframes = (int)(demoduration*60.0); for( int i = 1; i < argc; i++ ) { if( !strcmp( argv[i], "-h" ) ) { printf( "Usage: %s [-w] [-v] [-o] [-d] [-i] [-t] [-l] [-p ] [-x ] [-s ]\n", argv[0] ); printf( " -w: Run in window\n" ); printf( " -v: Disable vsync\n" ); printf( " -o: Save frames to %s\n", SAVEPATH ); printf( " -d: Shader debug on\n" ); printf( " -i: Control debug on\n" ); printf( " -t: Generate title picture\n" ); printf( " -l: List parts\n" ); printf( " -p : Start at part \n" ); printf( " -x : Start paused at frame \n" ); printf( " -s : Force shaders to WxH resolution. Careful!\n" ); return 0; } if( !strcmp( argv[i], "-w" ) ) { fullscreen = false; printf( "Windowed mode enabled\n" ); continue; } if( !strcmp( argv[i], "-v" ) ) { vsync = false; printf( "Vsync disabled\n" ); continue; } if( !strcmp( argv[i], "-o" ) ) { savepics = true; printf( "Saving frames to %s\n", SAVEPATH ); continue; } if( !strcmp( argv[i], "-d" ) ) { shdebug = true; printf( "Shader debug on\n" ); continue; } if( !strcmp( argv[i], "-i" ) ) { ctrldebug = true; printf( "Control debug on\n" ); continue; } if( !strcmp( argv[i], "-t" ) ) { gentitle = true; printf( "Generating title picture only\n" ); continue; } if( !strcmp( argv[i], "-l" ) ) { double tot = 0.0; int secs = 0, ms = 0; printf( "No Title Start Dur Fr First Last WxH\n" ); printf( "--------------------------------------------------------------\n" ); for(int j = 0; j < DEMOPARTS; j++ ) { DemoPart *dp = &demo_parts[j]; printf( "%2d: %-15s %3d.%03d %6.3f %5d %5d %5d %4d*%4d\n", j+1, dp->title, secs, ms, dp->duration, (int)round(dp->duration*60.0), (int)round(tot*60.0), (int)round((tot+dp->duration)*60.0)-1 , dp->width, dp->height ); tot += dp->duration; secs = (int)tot; ms = (int)(fract((float)tot)*1000); } printf( "--------------------------------------------------------------\n" ); printf( " Runtime: %3d.%03d %05d\n", secs, ms, (int)round(tot*60.0) ); return 0; } if( !strcmp( argv[i], "-p" ) ) { startpart = getval( argc, argv, i+1, 1, DEMOPARTS ); if( startpart == -1 ) return 1; printf( "Start at part %d\n", startpart ); startpart--; i++; continue; } if( !strcmp( argv[i], "-x" ) ) { pauseframe = getval( argc, argv, i+1, 0, demoframes-1 ); if( pauseframe == -1 ) return 1; printf( "Start paused at frame %d\n", pauseframe ); i++; continue; } if( !strcmp( argv[i], "-s" ) ) { if( i+1 >= argc ) { printf( "Missing argument for -s\n" ); return 0; } int rc = sscanf( argv[i+1], "%dx%d", &shaderw, &shaderh ); if( rc != 2 ) { printf( "Need WxH for -s\n" ); return 0; } printf( "Force shader res: %d*%d\n", shaderw, shaderh ); i++; continue; } printf( "Unknown argument %s!\n", argv[i] ); return 1; } SetCWD(0); v7x = V7Create(L"A M00se once bit my sister...", 0, 0, 1920, 1080, fullscreen, vsync?1:0, 0); if(!v7x) return -1; glClearColor( 0, 0, 0, 0 ); V7SET( v7x->flags, V7TOFF ); Setup(); double t0 = V7Time(); while( !Loop() ) ; double t1 = V7Time(); printf( "\n%d frames rendered in %f seconds: %f fps\n\n", totalframes, t1-t0, totalframes/(t1-t0) ); V7Destroy(v7x); return 0; }