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antonthefirst/crash_shader.comp Secret

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crash-causing compute shader
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crash_shader.comp
#version 430 core
#line 1 3
#if defined(_WIN32) || defined(__GNUC__)
#pragma once
typedef unsigned int uint;
struct uvec4 {
unsigned int x,y,z,w;
};
#else
#endif
#define GROUP_SIZE_X 8
#define GROUP_SIZE_Y 8
#define STAGE_RESET 0
#define STAGE_CLEAR_STATS 1
#define STAGE_VOTE 2
#define STAGE_EVENT 3
#define STAGE_COMPUTE_STATS 4
#define STAGE_SITE_INFO 5
#define STAGE_RENDER 6
#define BITS_PER_COMPONENT 32
#define ATOM_BITS 96
#define ATOM_ECC_GLOBAL_OFFSET 87
#define ATOM_ECC_BITSIZE 9
#define ATOM_TYPE_GLOBAL_OFFSET 71
#define ATOM_TYPE_BITSIZE 16
#define ATOM_TYPE_COMPONENT (ATOM_TYPE_GLOBAL_OFFSET/BITS_PER_COMPONENT)
#define ATOM_TYPE_LOCAL_OFFSET (ATOM_TYPE_GLOBAL_OFFSET%BITS_PER_COMPONENT)
#define ATOM_TYPE_BITMASK 0xffff
#define SYMMETRY_GLOBAL_OFFSET 86 // upper bit of type
#define SYMMETRY_COMPONENT (SYMMETRY_GLOBAL_OFFSET/BITS_PER_COMPONENT)
#define SYMMETRY_LOCAL_OFFSET (SYMMETRY_GLOBAL_OFFSET%BITS_PER_COMPONENT)
#define SYMMETRY_BITSIZE 1
#define SYMMETRY_BITMASK 0x1
#define SYMMETRY_SIFT (SYMMETRY_BITMASK << SYMMETRY_LOCAL_OFFSET)
#define TYPE_COUNTS 32
struct WorldStats {
uint counts[TYPE_COUNTS];
uint event_count_this_batch;
uint event_count_min;
uint event_count_max;
uint pad0;
};
struct SiteInfo {
uvec4 event_layer;
uvec4 base_layer;
uvec4 dev;
int event_ocurred_signal; int site_pad0, site_pad1, site_pad2;
};
struct ControlState {
int supress_events; int event_ocurred; int ctrl_pad1, ctrl_pad2;
};
#line 1 4
layout(location = 0, rgba32ui) uniform uimage2D img_site_bits;
layout(location = 1) uniform writeonly image2D img_color;
layout(location = 2, rgba32ui) uniform uimage2D img_dev;
layout(location = 3, r32ui) uniform uimage2D img_vote;
layout(location = 4, r32ui) uniform uimage2D img_event_count;
layout(location = 5, rgba32ui) uniform uimage2D img_prng_state;
layout(location = 6) uniform uint dispatch_counter;
layout(location = 7) uniform ivec2 site_info_idx;
layout(location = 8) uniform int stage;
layout(location = 9) uniform bool break_on_event;
layout(location = 10) uniform int ZERO;
layout(location = 11) uniform int ONE;
layout(location = 12) uniform int EVENT_WINDOW_RADIUS_2;
layout(std430, binding = 0) coherent
buffer Stats
{
WorldStats stats;
};
layout(std430, binding = 1)
buffer Site
{
SiteInfo site_info;
};
layout(std430, binding = 2)
buffer Control
{
ControlState ctrl;
};
layout (local_size_x = GROUP_SIZE_X, local_size_y = GROUP_SIZE_Y, local_size_z = 1) in;
#line 1 5
// mfm constants
#define EVENT_WINDOW_RADIUS 4
// event window
#define Symmetry uint
#define cSYMMETRY_000L (0u)
#define cSYMMETRY_090L (1u)
#define cSYMMETRY_180L (2u)
#define cSYMMETRY_270L (3u)
#define cSYMMETRY_000R (4u)
#define cSYMMETRY_090R (5u)
#define cSYMMETRY_180R (6u)
#define cSYMMETRY_270R (7u)
// internal datatypes
#define EventWindow uint
#define PrngState uint
#define PrngOutput uint
// basic datatypes
#define Atom uvec4
#define AtomType uint
#define ARGB uvec4
#define C2D ivec2
#define S2D uvec2
#define Unsigned uint
#define Int int
#define Byte uint
#define Bool bool
#define SiteNum uint
#define XoroshiroState uvec4
#define InvalidSiteNum (63)
#define InvalidAtom (Atom(0))
uint XoroshiroNext32();
#line 1 6
ivec2 _SITE_IDX;
XoroshiroState _XORO;
uint _SYMMETRY;
#line 1 7
uint random_bits(uint bitsize) {
uint bits = XoroshiroNext32();
return bitsize == 32 ? bits : bits & ((1 << bitsize) - 1);
}
// range [0, max), maximum MAX is UINT_MAX
uint random_create(uint val_max) {
// this code is adapted from: http://www.pcg-random.org, basic generator C file (http://www.pcg-random.org/downloads/pcg-c-basic-0.9.zip)
// the loop is guaranteed to terminate if the generator is uniform
// the chance of this loop re-rolling is roughly proportional to the range
// for small ranges up to say 1024, the chance is around 0.00002%, or 1 in 4 million.
// for medium ranges of say 2^16, the changes is around 0.002% or 1 in 66 thousand.
// so it's safe to say for "most" cases, it will return without actually looping.
uint threshold = -val_max % val_max;
for (;;) {
uint r = XoroshiroNext32();
if (r >= threshold)
return r % val_max;
}
}
int random_create(int val_max) {
if (val_max <= 0) return 0;
return int(random_create(uint(val_max)));
}
// range [min, max], maximum MAX is UINT_MAX-1
int random_between(int lo, int hi) {
if (lo > hi) {
int t = hi;
hi = lo;
lo = t;
}
return lo + int(random_create(hi - lo + 1));
}
bool random_oddsOf(uint thisMany, uint outOfThisMany) {
return random_create(outOfThisMany) < thisMany;
}
bool random_oddsOf(int thisMany, int outOfThisMany) {
return int(random_create(outOfThisMany)) < thisMany;
}
bool random_oneIn(uint odds) {
return random_oddsOf(uint(1), odds);
}
#line 1 0
//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
// Type Defines +
//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
#define Void 0
#define Empty 1
#define DReg 2
#define ForkBomb 3
#define FriendlyForkBomb 4
#define Res 5
#define Wall 6
#define Content 7
#define InnerMembrane 8
#define OuterMembrane 9
#define QContent 10
#define QMembrane 11
#define Seed 12
#define TYPE_COUNT 13
//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
// Forward Declarations for Data Members +
//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
Atom ew(SiteNum i);
void ew(SiteNum i, Atom S);
//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
// Forward Declarations for Inheritance +
//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
bool DReg_behave();
bool ForkBomb_behave();
bool FriendlyForkBomb_behave();
bool Res_behave();
bool Wall_behave();
bool Content_behave();
bool InnerMembrane_behave();
bool OuterMembrane_behave();
bool QContent_behave();
bool QMembrane_behave();
bool Seed_behave();
#line 1 8
// site bit packing format:
// each site is a vector of 4 unsigned integers, x y z w
// X component:
// [0:7] - Type
// Y component:
// Z component:
// W component:
uint _UNPACK_TYPE(Atom A) { return (A[ATOM_TYPE_COMPONENT] >> ATOM_TYPE_LOCAL_OFFSET) & ATOM_TYPE_BITMASK; }
void _PACK_TYPE(inout Atom A, uint t) { A[ATOM_TYPE_COMPONENT] |= t << ATOM_TYPE_LOCAL_OFFSET; }
Atom new(uint type){
Atom A = Atom(0);
_PACK_TYPE(A, type);
return A;
}
#line 1 9
// Math
int taxilen(ivec2 v) { return abs(v.x) + abs(v.y); }
Atom _SITE_LOAD(ivec2 relative_idx) {
if (taxilen(relative_idx) <= EVENT_WINDOW_RADIUS) {
return imageLoad(img_site_bits, _SITE_IDX + relative_idx);
} else {
return new(Void);
}
}
void _SITE_STORE(ivec2 relative_idx, Atom S) {
if (taxilen(relative_idx) <= EVENT_WINDOW_RADIUS) {
imageStore(img_site_bits, _SITE_IDX + relative_idx, S);
}
}
void _SITE_SWAP(ivec2 a_idx, ivec2 b_idx) {
Atom A = _SITE_LOAD(a_idx);
Atom B = _SITE_LOAD(b_idx);
if (_UNPACK_TYPE(A) != Void && _UNPACK_TYPE(B) != Void) {
_SITE_STORE(a_idx, B);
_SITE_STORE(b_idx, A);
}
}
// EventWindow
C2D ew_getCoordRaw(SiteNum i) {
switch (i) {
case 0: return ivec2( 0, 0);
case 1: return ivec2(-1, 0);
case 2: return ivec2( 0, -1);
case 3: return ivec2( 0, +1);
case 4: return ivec2(+1, 0);
case 5: return ivec2(-1, -1);
case 6: return ivec2(-1, +1);
case 7: return ivec2(+1, -1);
case 8: return ivec2(+1, +1);
case 9: return ivec2(-2, 0);
case 10: return ivec2( 0, -2);
case 11: return ivec2( 0, +2);
case 12: return ivec2(+2, 0);
case 13: return ivec2(-2, -1);
case 14: return ivec2(-2, +1);
case 15: return ivec2(-1, -2);
case 16: return ivec2(-1, +2);
case 17: return ivec2(+1, -2);
case 18: return ivec2(+1, +2);
case 19: return ivec2(+2, -1);
case 20: return ivec2(+2, +1);
case 21: return ivec2(-3, 0);
case 22: return ivec2( 0, -3);
case 23: return ivec2( 0, 3);
case 24: return ivec2( 3, 0);
case 25: return ivec2(-2, -2);
case 26: return ivec2(-2, +2);
case 27: return ivec2(+2, -2);
case 28: return ivec2(+2, +2);
case 29: return ivec2(-3, -1);
case 30: return ivec2(-3, +1);
case 31: return ivec2(-1, -3);
case 32: return ivec2(-1, +3);
case 33: return ivec2(+1, -3);
case 34: return ivec2(+1, +3);
case 35: return ivec2(+3, -1);
case 36: return ivec2(+3, +1);
case 37: return ivec2(-4, 0);
case 38: return ivec2( 0, -4);
case 39: return ivec2( 0, +4);
case 40: return ivec2(+4, 0);
default: return ivec2( 0, 0);
};
}
C2D ew_mapSym(C2D c) {
switch(_SYMMETRY) {
case cSYMMETRY_000L: return C2D( c.x, c.y);
case cSYMMETRY_090L: return C2D(-c.y, c.x);
case cSYMMETRY_180L: return C2D(-c.x,-c.y);
case cSYMMETRY_270L: return C2D( c.y,-c.x);
case cSYMMETRY_000R: return C2D( c.x,-c.y);
case cSYMMETRY_090R: return C2D( c.y, c.x);
case cSYMMETRY_180R: return C2D(-c.x, c.y);
case cSYMMETRY_270R: return C2D(-c.y,-c.x);
default: return c; // not ever going to hit, but maybe help the compiler out...
};
}
C2D ew_mapSym(SiteNum i) { return ew_mapSym(ew_getCoordRaw(i)); }
Atom ew(C2D idx) {
return _SITE_LOAD(ew_mapSym(idx));
}
void ew(C2D idx, Atom S) {
_SITE_STORE(ew_mapSym(idx), S);
}
Atom ew(SiteNum i) {
return _SITE_LOAD(ew_mapSym(i));
}
void ew(SiteNum i, Atom S) {
_SITE_STORE(ew_mapSym(i), S);
}
void ew_swap(C2D a, C2D b) {
_SITE_SWAP(ew_mapSym(a), ew_mapSym(b));
}
void ew_swap(SiteNum a, SiteNum b) {
_SITE_SWAP(ew_mapSym(a), ew_mapSym(b));
}
void ew_changeSymmetry(Symmetry s) {
_SYMMETRY = s;
}
Symmetry ew_getSymmetry() {
return _SYMMETRY;
}
bool ew_isLive(C2D c) {
return _UNPACK_TYPE(_SITE_LOAD(c)) != Void;
}
bool ew_isLive(SiteNum n) {
return ew_isLive(ew_mapSym(n));
}
bool ew_isEmpty(C2D c) {
return _UNPACK_TYPE(_SITE_LOAD(c)) == Empty;
}
bool ew_isEmpty(SiteNum n) {
return ew_isEmpty(ew_mapSym(n));
}
Bool ew_isLegal(C2D c) { return taxilen(c) <= EVENT_WINDOW_RADIUS; }
Bool ew_isLegal(SiteNum n) { return ew_isLegal(ew_mapSym(n)); }
bool is(Atom A, AtomType t) {
AtomType A_t = _UNPACK_TYPE(A);
if (t == Empty) return A_t == Empty || A_t == Void;
else return A_t == t;
}
// ColorUtils
ARGB cu_color(Byte red, Byte green, Byte blue) {
return ARGB(255, red, green, blue);
}
ARGB cu_color(Unsigned col) {
return ARGB((col >> 24) & 0xff, (col >> 16) & 0xff, (col >> 8) & 0xff, col & 0xff);
}
#line 1 1
//==============================================================================
// |
// =element DReg |
// |
//==============================================================================
/* Injected from file 0 line 3 */
#line 4 0
//------------------------------------------------------------------------------
// == Rules |
//------------------------------------------------------------------------------
/* Rule 1:
................................................................................
@ -> D
................................................................................
*/
bool DReg_rs1_r1_given_keycode64(SiteNum _cursn, Atom _curatom) { /* @ */
return true;
}
void DReg_rs1_r1_vote_keycode64(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* @ */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
bool DReg_rs1_r1_check_keycode64(int _nvotes) { /* @ */
return _nvotes > 0;
}
void DReg_rs1_r1_change_keycode68(SiteNum _cursn, SiteNum _winsn, Atom _winatom) { /* D */
/* Injected from file 0 line 12 */
#line 13 0
#define pDREG_CREATE 1000
#define pRES_CREATE 200
#define pDREG_DESTROY 10
#define pANY_DESTROY 100
if (is(ew(1), Empty)) {
if (random_oneIn(pDREG_CREATE)) ew(1, new(DReg));
else if (random_oneIn(pRES_CREATE)) ew(1, new(Res));
ew_swap(0, 1);
} else if ((is(ew(1), DReg) && random_oneIn(pDREG_DESTROY)) ||
random_oneIn(pANY_DESTROY)) {
ew(1, new(Empty));
ew_swap(0, 1);
}
}
bool DReg_rs1_r1_given() {
if (!DReg_rs1_r1_given_keycode64(0, ew(C2D(0,0)))) return false;
return true;
}
void DReg_rs1_r1_vote(inout int _nvotes_0, inout SiteNum _winsn_0, inout Atom _winatom_0) {
_nvotes_0 = 0; /* @ */
_winsn_0 = InvalidSiteNum;
DReg_rs1_r1_vote_keycode64(0, ew(C2D(0,0)), _nvotes_0, _winsn_0); /* @ */
_winatom_0 = (_winsn_0 != 63) ? ew(_winsn_0) : new(Void);
}
bool DReg_rs1_r1_check(int _nvotes_0) {
if (!DReg_rs1_r1_check_keycode64(_nvotes_0)) return false; /* @ */
return true;
}
void DReg_rs1_r1_change(SiteNum _winsn_0, Atom _winatom_0) {
DReg_rs1_r1_change_keycode68(0, InvalidSiteNum, InvalidAtom); /* @ -> D */
}
bool DReg_rs1_r1() {
if (DReg_rs1_r1_given()) {
int _nvotes_0; /* @ */
SiteNum _winsn_0;
Atom _winatom_0;
DReg_rs1_r1_vote(_nvotes_0, _winsn_0, _winatom_0);
if (DReg_rs1_r1_check(_nvotes_0)) {
DReg_rs1_r1_change(_winsn_0, _winatom_0);
return true;
}
}
return false;
}
bool DReg_rs1() {
if (DReg_rs1_r1()) return true;
return false;
}
bool DReg_behave() {
if (DReg_rs1()) return true;
return false;
}
ARGB DReg_getColor(Unsigned selector) {
return cu_color(0,51,51);
}
void DReg_EVENT_START() {
_SYMMETRY = random_create(8);
}
//==============================================================================
// |
// =element ForkBomb |
// |
//==============================================================================
/* Injected from file 1 line 3 */
#line 4 1
//------------------------------------------------------------------------------
// == Rules |
//------------------------------------------------------------------------------
/* Rule 1:
................................................................................
@. -> @@
................................................................................
*/
bool ForkBomb_rs1_r1_given_keycode46(SiteNum _cursn, Atom _curatom) { /* . */
return ew_isLive(_cursn);
}
bool ForkBomb_rs1_r1_given_keycode64(SiteNum _cursn, Atom _curatom) { /* @ */
return true;
}
void ForkBomb_rs1_r1_vote_keycode46(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* . */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
void ForkBomb_rs1_r1_vote_keycode64(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* @ */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
bool ForkBomb_rs1_r1_check_keycode46(int _nvotes) { /* . */
return _nvotes > 0;
}
bool ForkBomb_rs1_r1_check_keycode64(int _nvotes) { /* @ */
return _nvotes > 0;
}
void ForkBomb_rs1_r1_change_keycode64(SiteNum _cursn, SiteNum _winsn, Atom _winatom) { /* @ */
ew(_cursn, _winatom); // Default
}
bool ForkBomb_rs1_r1_given() {
if (!ForkBomb_rs1_r1_given_keycode64(0, ew(C2D(0,0)))) return false;
if (!ForkBomb_rs1_r1_given_keycode46(4, ew(C2D(1,0)))) return false;
return true;
}
void ForkBomb_rs1_r1_vote(inout int _nvotes_0, inout SiteNum _winsn_0, inout Atom _winatom_0, inout int _nvotes_1, inout SiteNum _winsn_1, inout Atom _winatom_1) {
_nvotes_0 = 0; /* . */
_winsn_0 = InvalidSiteNum;
_nvotes_1 = 0; /* @ */
_winsn_1 = InvalidSiteNum;
ForkBomb_rs1_r1_vote_keycode64(0, ew(C2D(0,0)), _nvotes_1, _winsn_1); /* @ */
ForkBomb_rs1_r1_vote_keycode46(4, ew(C2D(1,0)), _nvotes_0, _winsn_0); /* . */
_winatom_0 = (_winsn_0 != 63) ? ew(_winsn_0) : new(Void);
_winatom_1 = (_winsn_1 != 63) ? ew(_winsn_1) : new(Void);
}
bool ForkBomb_rs1_r1_check(int _nvotes_0, int _nvotes_1) {
if (!ForkBomb_rs1_r1_check_keycode46(_nvotes_0)) return false; /* . */
if (!ForkBomb_rs1_r1_check_keycode64(_nvotes_1)) return false; /* @ */
return true;
}
void ForkBomb_rs1_r1_change(SiteNum _winsn_0, Atom _winatom_0, SiteNum _winsn_1, Atom _winatom_1) {
ForkBomb_rs1_r1_change_keycode64(0, _winsn_1, _winatom_1); /* @ -> @ */
ForkBomb_rs1_r1_change_keycode64(4, _winsn_1, _winatom_1); /* . -> @ */
}
bool ForkBomb_rs1_r1() {
if (ForkBomb_rs1_r1_given()) {
int _nvotes_0; /* . */
SiteNum _winsn_0;
Atom _winatom_0;
int _nvotes_1; /* @ */
SiteNum _winsn_1;
Atom _winatom_1;
ForkBomb_rs1_r1_vote(_nvotes_0, _winsn_0, _winatom_0, _nvotes_1, _winsn_1, _winatom_1);
if (ForkBomb_rs1_r1_check(_nvotes_0, _nvotes_1)) {
ForkBomb_rs1_r1_change(_winsn_0, _winatom_0, _winsn_1, _winatom_1);
return true;
}
}
return false;
}
/* Rule 2:
................................................................................
@ -> @
................................................................................
*/
bool ForkBomb_rs1_r2_given_keycode64(SiteNum _cursn, Atom _curatom) { /* @ */
return true;
}
void ForkBomb_rs1_r2_vote_keycode64(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* @ */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
bool ForkBomb_rs1_r2_check_keycode64(int _nvotes) { /* @ */
return _nvotes > 0;
}
void ForkBomb_rs1_r2_change_keycode64(SiteNum _cursn, SiteNum _winsn, Atom _winatom) { /* @ */
ew(_cursn, _winatom); // Default
}
bool ForkBomb_rs1_r2_given() {
if (!ForkBomb_rs1_r2_given_keycode64(0, ew(C2D(0,0)))) return false;
return true;
}
void ForkBomb_rs1_r2_vote(inout int _nvotes_0, inout SiteNum _winsn_0, inout Atom _winatom_0) {
_nvotes_0 = 0; /* @ */
_winsn_0 = InvalidSiteNum;
ForkBomb_rs1_r2_vote_keycode64(0, ew(C2D(0,0)), _nvotes_0, _winsn_0); /* @ */
_winatom_0 = (_winsn_0 != 63) ? ew(_winsn_0) : new(Void);
}
bool ForkBomb_rs1_r2_check(int _nvotes_0) {
if (!ForkBomb_rs1_r2_check_keycode64(_nvotes_0)) return false; /* @ */
return true;
}
void ForkBomb_rs1_r2_change(SiteNum _winsn_0, Atom _winatom_0) {
ForkBomb_rs1_r2_change_keycode64(0, _winsn_0, _winatom_0); /* @ -> @ */
}
bool ForkBomb_rs1_r2() {
if (ForkBomb_rs1_r2_given()) {
int _nvotes_0; /* @ */
SiteNum _winsn_0;
Atom _winatom_0;
ForkBomb_rs1_r2_vote(_nvotes_0, _winsn_0, _winatom_0);
if (ForkBomb_rs1_r2_check(_nvotes_0)) {
ForkBomb_rs1_r2_change(_winsn_0, _winatom_0);
return true;
}
}
return false;
}
bool ForkBomb_rs1() {
if (ForkBomb_rs1_r1()) return true;
if (ForkBomb_rs1_r2()) return true;
return false;
}
bool ForkBomb_behave() {
if (ForkBomb_rs1()) return true;
return false;
}
ARGB ForkBomb_getColor(Unsigned selector) {
return cu_color(170,255,0);
}
void ForkBomb_EVENT_START() {
_SYMMETRY = random_create(8);
}
//==============================================================================
// |
// =element FriendlyForkBomb |
// |
//==============================================================================
/* Injected from file 2 line 3 */
#line 4 2
//------------------------------------------------------------------------------
// == Rules |
//------------------------------------------------------------------------------
/* Rule 1:
................................................................................
@_ -> @@
................................................................................
*/
bool FriendlyForkBomb_rs1_r1_given_keycode64(SiteNum _cursn, Atom _curatom) { /* @ */
return true;
}
bool FriendlyForkBomb_rs1_r1_given_keycode95(SiteNum _cursn, Atom _curatom) { /* _ */
return ew_isEmpty(_cursn);
}
void FriendlyForkBomb_rs1_r1_vote_keycode64(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* @ */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
void FriendlyForkBomb_rs1_r1_vote_keycode95(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* _ */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
bool FriendlyForkBomb_rs1_r1_check_keycode64(int _nvotes) { /* @ */
return _nvotes > 0;
}
bool FriendlyForkBomb_rs1_r1_check_keycode95(int _nvotes) { /* _ */
return _nvotes > 0;
}
void FriendlyForkBomb_rs1_r1_change_keycode64(SiteNum _cursn, SiteNum _winsn, Atom _winatom) { /* @ */
ew(_cursn, _winatom); // Default
}
bool FriendlyForkBomb_rs1_r1_given() {
if (!FriendlyForkBomb_rs1_r1_given_keycode64(0, ew(C2D(0,0)))) return false;
if (!FriendlyForkBomb_rs1_r1_given_keycode95(4, ew(C2D(1,0)))) return false;
return true;
}
void FriendlyForkBomb_rs1_r1_vote(inout int _nvotes_0, inout SiteNum _winsn_0, inout Atom _winatom_0, inout int _nvotes_1, inout SiteNum _winsn_1, inout Atom _winatom_1) {
_nvotes_0 = 0; /* @ */
_winsn_0 = InvalidSiteNum;
_nvotes_1 = 0; /* _ */
_winsn_1 = InvalidSiteNum;
FriendlyForkBomb_rs1_r1_vote_keycode64(0, ew(C2D(0,0)), _nvotes_0, _winsn_0); /* @ */
FriendlyForkBomb_rs1_r1_vote_keycode95(4, ew(C2D(1,0)), _nvotes_1, _winsn_1); /* _ */
_winatom_0 = (_winsn_0 != 63) ? ew(_winsn_0) : new(Void);
_winatom_1 = (_winsn_1 != 63) ? ew(_winsn_1) : new(Void);
}
bool FriendlyForkBomb_rs1_r1_check(int _nvotes_0, int _nvotes_1) {
if (!FriendlyForkBomb_rs1_r1_check_keycode64(_nvotes_0)) return false; /* @ */
if (!FriendlyForkBomb_rs1_r1_check_keycode95(_nvotes_1)) return false; /* _ */
return true;
}
void FriendlyForkBomb_rs1_r1_change(SiteNum _winsn_0, Atom _winatom_0, SiteNum _winsn_1, Atom _winatom_1) {
FriendlyForkBomb_rs1_r1_change_keycode64(0, _winsn_0, _winatom_0); /* @ -> @ */
FriendlyForkBomb_rs1_r1_change_keycode64(4, _winsn_0, _winatom_0); /* _ -> @ */
}
bool FriendlyForkBomb_rs1_r1() {
if (FriendlyForkBomb_rs1_r1_given()) {
int _nvotes_0; /* @ */
SiteNum _winsn_0;
Atom _winatom_0;
int _nvotes_1; /* _ */
SiteNum _winsn_1;
Atom _winatom_1;
FriendlyForkBomb_rs1_r1_vote(_nvotes_0, _winsn_0, _winatom_0, _nvotes_1, _winsn_1, _winatom_1);
if (FriendlyForkBomb_rs1_r1_check(_nvotes_0, _nvotes_1)) {
FriendlyForkBomb_rs1_r1_change(_winsn_0, _winatom_0, _winsn_1, _winatom_1);
return true;
}
}
return false;
}
/* Rule 2:
................................................................................
@ -> @
................................................................................
*/
bool FriendlyForkBomb_rs1_r2_given_keycode64(SiteNum _cursn, Atom _curatom) { /* @ */
return true;
}
void FriendlyForkBomb_rs1_r2_vote_keycode64(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* @ */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
bool FriendlyForkBomb_rs1_r2_check_keycode64(int _nvotes) { /* @ */
return _nvotes > 0;
}
void FriendlyForkBomb_rs1_r2_change_keycode64(SiteNum _cursn, SiteNum _winsn, Atom _winatom) { /* @ */
ew(_cursn, _winatom); // Default
}
bool FriendlyForkBomb_rs1_r2_given() {
if (!FriendlyForkBomb_rs1_r2_given_keycode64(0, ew(C2D(0,0)))) return false;
return true;
}
void FriendlyForkBomb_rs1_r2_vote(inout int _nvotes_0, inout SiteNum _winsn_0, inout Atom _winatom_0) {
_nvotes_0 = 0; /* @ */
_winsn_0 = InvalidSiteNum;
FriendlyForkBomb_rs1_r2_vote_keycode64(0, ew(C2D(0,0)), _nvotes_0, _winsn_0); /* @ */
_winatom_0 = (_winsn_0 != 63) ? ew(_winsn_0) : new(Void);
}
bool FriendlyForkBomb_rs1_r2_check(int _nvotes_0) {
if (!FriendlyForkBomb_rs1_r2_check_keycode64(_nvotes_0)) return false; /* @ */
return true;
}
void FriendlyForkBomb_rs1_r2_change(SiteNum _winsn_0, Atom _winatom_0) {
FriendlyForkBomb_rs1_r2_change_keycode64(0, _winsn_0, _winatom_0); /* @ -> @ */
}
bool FriendlyForkBomb_rs1_r2() {
if (FriendlyForkBomb_rs1_r2_given()) {
int _nvotes_0; /* @ */
SiteNum _winsn_0;
Atom _winatom_0;
FriendlyForkBomb_rs1_r2_vote(_nvotes_0, _winsn_0, _winatom_0);
if (FriendlyForkBomb_rs1_r2_check(_nvotes_0)) {
FriendlyForkBomb_rs1_r2_change(_winsn_0, _winatom_0);
return true;
}
}
return false;
}
bool FriendlyForkBomb_rs1() {
if (FriendlyForkBomb_rs1_r1()) return true;
if (FriendlyForkBomb_rs1_r2()) return true;
return false;
}
bool FriendlyForkBomb_behave() {
if (FriendlyForkBomb_rs1()) return true;
return false;
}
ARGB FriendlyForkBomb_getColor(Unsigned selector) {
return cu_color(255,170,170);
}
void FriendlyForkBomb_EVENT_START() {
_SYMMETRY = random_create(8);
}
//==============================================================================
// |
// =element Res |
// |
//==============================================================================
/* Injected from file 3 line 3 */
#line 4 3
//------------------------------------------------------------------------------
// == Rules |
//------------------------------------------------------------------------------
/* Rule 1:
................................................................................
@_ -> _@
................................................................................
*/
bool Res_rs1_r1_given_keycode64(SiteNum _cursn, Atom _curatom) { /* @ */
return true;
}
bool Res_rs1_r1_given_keycode95(SiteNum _cursn, Atom _curatom) { /* _ */
return ew_isEmpty(_cursn);
}
void Res_rs1_r1_vote_keycode64(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* @ */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
void Res_rs1_r1_vote_keycode95(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* _ */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
bool Res_rs1_r1_check_keycode64(int _nvotes) { /* @ */
return _nvotes > 0;
}
bool Res_rs1_r1_check_keycode95(int _nvotes) { /* _ */
return _nvotes > 0;
}
void Res_rs1_r1_change_keycode64(SiteNum _cursn, SiteNum _winsn, Atom _winatom) { /* @ */
ew(_cursn, _winatom); // Default
}
void Res_rs1_r1_change_keycode95(SiteNum _cursn, SiteNum _winsn, Atom _winatom) { /* _ */
ew(_cursn, new(Empty));
}
bool Res_rs1_r1_given() {
if (!Res_rs1_r1_given_keycode64(0, ew(C2D(0,0)))) return false;
if (!Res_rs1_r1_given_keycode95(4, ew(C2D(1,0)))) return false;
return true;
}
void Res_rs1_r1_vote(inout int _nvotes_0, inout SiteNum _winsn_0, inout Atom _winatom_0, inout int _nvotes_1, inout SiteNum _winsn_1, inout Atom _winatom_1) {
_nvotes_0 = 0; /* @ */
_winsn_0 = InvalidSiteNum;
_nvotes_1 = 0; /* _ */
_winsn_1 = InvalidSiteNum;
Res_rs1_r1_vote_keycode64(0, ew(C2D(0,0)), _nvotes_0, _winsn_0); /* @ */
Res_rs1_r1_vote_keycode95(4, ew(C2D(1,0)), _nvotes_1, _winsn_1); /* _ */
_winatom_0 = (_winsn_0 != 63) ? ew(_winsn_0) : new(Void);
_winatom_1 = (_winsn_1 != 63) ? ew(_winsn_1) : new(Void);
}
bool Res_rs1_r1_check(int _nvotes_0, int _nvotes_1) {
if (!Res_rs1_r1_check_keycode64(_nvotes_0)) return false; /* @ */
if (!Res_rs1_r1_check_keycode95(_nvotes_1)) return false; /* _ */
return true;
}
void Res_rs1_r1_change(SiteNum _winsn_0, Atom _winatom_0, SiteNum _winsn_1, Atom _winatom_1) {
Res_rs1_r1_change_keycode95(0, _winsn_1, _winatom_1); /* @ -> _ */
Res_rs1_r1_change_keycode64(4, _winsn_0, _winatom_0); /* _ -> @ */
}
bool Res_rs1_r1() {
if (Res_rs1_r1_given()) {
int _nvotes_0; /* @ */
SiteNum _winsn_0;
Atom _winatom_0;
int _nvotes_1; /* _ */
SiteNum _winsn_1;
Atom _winatom_1;
Res_rs1_r1_vote(_nvotes_0, _winsn_0, _winatom_0, _nvotes_1, _winsn_1, _winatom_1);
if (Res_rs1_r1_check(_nvotes_0, _nvotes_1)) {
Res_rs1_r1_change(_winsn_0, _winatom_0, _winsn_1, _winatom_1);
return true;
}
}
return false;
}
/* Rule 2:
................................................................................
@ -> @
................................................................................
*/
bool Res_rs1_r2_given_keycode64(SiteNum _cursn, Atom _curatom) { /* @ */
return true;
}
void Res_rs1_r2_vote_keycode64(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* @ */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
bool Res_rs1_r2_check_keycode64(int _nvotes) { /* @ */
return _nvotes > 0;
}
void Res_rs1_r2_change_keycode64(SiteNum _cursn, SiteNum _winsn, Atom _winatom) { /* @ */
ew(_cursn, _winatom); // Default
}
bool Res_rs1_r2_given() {
if (!Res_rs1_r2_given_keycode64(0, ew(C2D(0,0)))) return false;
return true;
}
void Res_rs1_r2_vote(inout int _nvotes_0, inout SiteNum _winsn_0, inout Atom _winatom_0) {
_nvotes_0 = 0; /* @ */
_winsn_0 = InvalidSiteNum;
Res_rs1_r2_vote_keycode64(0, ew(C2D(0,0)), _nvotes_0, _winsn_0); /* @ */
_winatom_0 = (_winsn_0 != 63) ? ew(_winsn_0) : new(Void);
}
bool Res_rs1_r2_check(int _nvotes_0) {
if (!Res_rs1_r2_check_keycode64(_nvotes_0)) return false; /* @ */
return true;
}
void Res_rs1_r2_change(SiteNum _winsn_0, Atom _winatom_0) {
Res_rs1_r2_change_keycode64(0, _winsn_0, _winatom_0); /* @ -> @ */
}
bool Res_rs1_r2() {
if (Res_rs1_r2_given()) {
int _nvotes_0; /* @ */
SiteNum _winsn_0;
Atom _winatom_0;
Res_rs1_r2_vote(_nvotes_0, _winsn_0, _winatom_0);
if (Res_rs1_r2_check(_nvotes_0)) {
Res_rs1_r2_change(_winsn_0, _winatom_0);
return true;
}
}
return false;
}
bool Res_rs1() {
if (Res_rs1_r1()) return true;
if (Res_rs1_r2()) return true;
return false;
}
bool Res_behave() {
if (Res_rs1()) return true;
return false;
}
ARGB Res_getColor(Unsigned selector) {
return cu_color(96,102,46);
}
void Res_EVENT_START() {
_SYMMETRY = random_create(8);
}
//==============================================================================
// |
// =element Wall |
// |
//==============================================================================
/* Injected from file 4 line 3 */
#line 4 4
//------------------------------------------------------------------------------
// == Rules |
//------------------------------------------------------------------------------
/* Rule 1:
................................................................................
@ -> @
................................................................................
*/
bool Wall_rs1_r1_given_keycode64(SiteNum _cursn, Atom _curatom) { /* @ */
return true;
}
void Wall_rs1_r1_vote_keycode64(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* @ */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
bool Wall_rs1_r1_check_keycode64(int _nvotes) { /* @ */
return _nvotes > 0;
}
void Wall_rs1_r1_change_keycode64(SiteNum _cursn, SiteNum _winsn, Atom _winatom) { /* @ */
ew(_cursn, _winatom); // Default
}
bool Wall_rs1_r1_given() {
if (!Wall_rs1_r1_given_keycode64(0, ew(C2D(0,0)))) return false;
return true;
}
void Wall_rs1_r1_vote(inout int _nvotes_0, inout SiteNum _winsn_0, inout Atom _winatom_0) {
_nvotes_0 = 0; /* @ */
_winsn_0 = InvalidSiteNum;
Wall_rs1_r1_vote_keycode64(0, ew(C2D(0,0)), _nvotes_0, _winsn_0); /* @ */
_winatom_0 = (_winsn_0 != 63) ? ew(_winsn_0) : new(Void);
}
bool Wall_rs1_r1_check(int _nvotes_0) {
if (!Wall_rs1_r1_check_keycode64(_nvotes_0)) return false; /* @ */
return true;
}
void Wall_rs1_r1_change(SiteNum _winsn_0, Atom _winatom_0) {
Wall_rs1_r1_change_keycode64(0, _winsn_0, _winatom_0); /* @ -> @ */
}
bool Wall_rs1_r1() {
if (Wall_rs1_r1_given()) {
int _nvotes_0; /* @ */
SiteNum _winsn_0;
Atom _winatom_0;
Wall_rs1_r1_vote(_nvotes_0, _winsn_0, _winatom_0);
if (Wall_rs1_r1_check(_nvotes_0)) {
Wall_rs1_r1_change(_winsn_0, _winatom_0);
return true;
}
}
return false;
}
bool Wall_rs1() {
if (Wall_rs1_r1()) return true;
return false;
}
bool Wall_behave() {
if (Wall_rs1()) return true;
return false;
}
ARGB Wall_getColor(Unsigned selector) {
return cu_color(255,255,255);
}
void Wall_EVENT_START() {
_SYMMETRY = 0;
}
//==============================================================================
// |
// = element Content isa QContent |
// |
//==============================================================================
/* Injected from file 5 line 1 */
#line 2 5
//------------------------------------------------------------------------------
// ==Rules |
//------------------------------------------------------------------------------
/* Rule 1:
................................................................................
@ -> .
................................................................................
*/
bool Content_rs1_r1_given_keycode64(SiteNum _cursn, Atom _curatom) { /* @ */
return true;
}
void Content_rs1_r1_vote_keycode64(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* @ */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
bool Content_rs1_r1_check_keycode64(int _nvotes) { /* @ */
return _nvotes > 0;
}
void Content_rs1_r1_change_keycode46(SiteNum _cursn, SiteNum _winsn, Atom _winatom) { /* . */
/* Nothing to do */
}
bool Content_rs1_r1_given() {
if (!Content_rs1_r1_given_keycode64(0, ew(C2D(0,0)))) return false;
return true;
}
void Content_rs1_r1_vote(inout int _nvotes_0, inout SiteNum _winsn_0, inout Atom _winatom_0) {
_nvotes_0 = 0; /* @ */
_winsn_0 = InvalidSiteNum;
Content_rs1_r1_vote_keycode64(0, ew(C2D(0,0)), _nvotes_0, _winsn_0); /* @ */
_winatom_0 = (_winsn_0 != 63) ? ew(_winsn_0) : new(Void);
}
bool Content_rs1_r1_check(int _nvotes_0) {
if (!Content_rs1_r1_check_keycode64(_nvotes_0)) return false; /* @ */
return true;
}
void Content_rs1_r1_change(SiteNum _winsn_0, Atom _winatom_0) {
Content_rs1_r1_change_keycode46(0, InvalidSiteNum, InvalidAtom); /* @ -> . */
}
bool Content_rs1_r1() {
if (Content_rs1_r1_given()) {
int _nvotes_0; /* @ */
SiteNum _winsn_0;
Atom _winatom_0;
Content_rs1_r1_vote(_nvotes_0, _winsn_0, _winatom_0);
if (Content_rs1_r1_check(_nvotes_0)) {
Content_rs1_r1_change(_winsn_0, _winatom_0);
return true;
}
}
return false;
}
bool Content_rs1() {
if (Content_rs1_r1()) return true;
return false;
}
bool Content_behave() {
if (Content_rs1()) return true;
if (QContent_behave()) return true;
return false;
}
ARGB Content_getColor(Unsigned selector) {
return cu_color(34,221,51);
}
void Content_EVENT_START() {
switch(random_create(4)) {
case 0: _SYMMETRY = 0; break;
case 1: _SYMMETRY = 1; break;
case 2: _SYMMETRY = 2; break;
case 3: _SYMMETRY = 3; break;
}
}
//==============================================================================
// |
// = element InnerMembrane isa QMembrane |
// |
//==============================================================================
/* Injected from file 6 line 1 */
#line 2 6
bool InnerMembrane_behave() { return QMembrane_behave(); }
ARGB InnerMembrane_getColor(Unsigned selector) {
return cu_color(103,137,171);
}
void InnerMembrane_EVENT_START() {
_SYMMETRY = random_create(8);
}
//==============================================================================
// |
// = element OuterMembrane isa QMembrane |
// |
//==============================================================================
/* Injected from file 7 line 1 */
#line 2 7
bool OuterMembrane_behave() { return QMembrane_behave(); }
ARGB OuterMembrane_getColor(Unsigned selector) {
return cu_color(69,103,137);
}
void OuterMembrane_EVENT_START() {
_SYMMETRY = random_create(8);
}
//==============================================================================
// |
// = element QContent. The parent class of membrane-enclosed content |
// |
//==============================================================================
/* Injected from file 8 line 2 */
#line 3 8
//------------------------------------------------------------------------------
// == Rules: placeholder |
//------------------------------------------------------------------------------
/* Rule 1:
................................................................................
@ -> .
................................................................................
*/
bool QContent_rs1_r1_given_keycode64(SiteNum _cursn, Atom _curatom) { /* @ */
return true;
}
void QContent_rs1_r1_vote_keycode64(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* @ */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
bool QContent_rs1_r1_check_keycode64(int _nvotes) { /* @ */
return _nvotes > 0;
}
void QContent_rs1_r1_change_keycode46(SiteNum _cursn, SiteNum _winsn, Atom _winatom) { /* . */
/* Nothing to do */
}
bool QContent_rs1_r1_given() {
if (!QContent_rs1_r1_given_keycode64(0, ew(C2D(0,0)))) return false;
return true;
}
void QContent_rs1_r1_vote(inout int _nvotes_0, inout SiteNum _winsn_0, inout Atom _winatom_0) {
_nvotes_0 = 0; /* @ */
_winsn_0 = InvalidSiteNum;
QContent_rs1_r1_vote_keycode64(0, ew(C2D(0,0)), _nvotes_0, _winsn_0); /* @ */
_winatom_0 = (_winsn_0 != 63) ? ew(_winsn_0) : new(Void);
}
bool QContent_rs1_r1_check(int _nvotes_0) {
if (!QContent_rs1_r1_check_keycode64(_nvotes_0)) return false; /* @ */
return true;
}
void QContent_rs1_r1_change(SiteNum _winsn_0, Atom _winatom_0) {
QContent_rs1_r1_change_keycode46(0, InvalidSiteNum, InvalidAtom); /* @ -> . */
}
bool QContent_rs1_r1() {
if (QContent_rs1_r1_given()) {
int _nvotes_0; /* @ */
SiteNum _winsn_0;
Atom _winatom_0;
QContent_rs1_r1_vote(_nvotes_0, _winsn_0, _winatom_0);
if (QContent_rs1_r1_check(_nvotes_0)) {
QContent_rs1_r1_change(_winsn_0, _winatom_0);
return true;
}
}
return false;
}
bool QContent_rs1() {
if (QContent_rs1_r1()) return true;
return false;
}
bool QContent_behave() {
if (QContent_rs1()) return true;
return false;
}
ARGB QContent_getColor(Unsigned selector) {
return cu_color(0,255,255);
}
void QContent_EVENT_START() {
switch(random_create(4)) {
case 0: _SYMMETRY = 0; break;
case 1: _SYMMETRY = 1; break;
case 2: _SYMMETRY = 2; break;
case 3: _SYMMETRY = 3; break;
}
}
//==============================================================================
// |
// = element QMembrane. The parent class of inner and outer membrane |
// |
//==============================================================================
/* Injected from file 9 line 2 */
#line 3 9
//------------------------------------------------------------------------------
// == Rules: OM management (mostly growing) |
//------------------------------------------------------------------------------
/* Rule 1:
................................................................................
i_ .@
i@ -> .. # Square off (complete outer membrane)
................................................................................
*/
bool QMembrane_rs1_r1_given_keycode64(SiteNum _cursn, Atom _curatom) { /* @ */
return is(_curatom, OuterMembrane);
}
bool QMembrane_rs1_r1_given_keycode95(SiteNum _cursn, Atom _curatom) { /* _ */
return ew_isEmpty(_cursn);
}
bool QMembrane_rs1_r1_given_keycode105(SiteNum _cursn, Atom _curatom) { /* i */
return is(_curatom, InnerMembrane);
}
void QMembrane_rs1_r1_vote_keycode64(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* @ */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
void QMembrane_rs1_r1_vote_keycode95(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* _ */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
void QMembrane_rs1_r1_vote_keycode105(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* i */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
bool QMembrane_rs1_r1_check_keycode64(int _nvotes) { /* @ */
return _nvotes > 0;
}
bool QMembrane_rs1_r1_check_keycode95(int _nvotes) { /* _ */
return _nvotes > 0;
}
bool QMembrane_rs1_r1_check_keycode105(int _nvotes) { /* i */
return _nvotes > 0;
}
void QMembrane_rs1_r1_change_keycode46(SiteNum _cursn, SiteNum _winsn, Atom _winatom) { /* . */
/* Nothing to do */
}
void QMembrane_rs1_r1_change_keycode64(SiteNum _cursn, SiteNum _winsn, Atom _winatom) { /* @ */
ew(_cursn, _winatom); // Default
}
bool QMembrane_rs1_r1_given() {
if (!QMembrane_rs1_r1_given_keycode64(0, ew(C2D(0,0)))) return false;
if (!QMembrane_rs1_r1_given_keycode105(1, ew(C2D(-1,0)))) return false;
if (!QMembrane_rs1_r1_given_keycode95(2, ew(C2D(0,-1)))) return false;
if (!QMembrane_rs1_r1_given_keycode105(5, ew(C2D(-1,-1)))) return false;
return true;
}
void QMembrane_rs1_r1_vote(inout int _nvotes_0, inout SiteNum _winsn_0, inout Atom _winatom_0, inout int _nvotes_1, inout SiteNum _winsn_1, inout Atom _winatom_1, inout int _nvotes_2, inout SiteNum _winsn_2, inout Atom _winatom_2) {
_nvotes_0 = 0; /* @ */
_winsn_0 = InvalidSiteNum;
_nvotes_1 = 0; /* _ */
_winsn_1 = InvalidSiteNum;
_nvotes_2 = 0; /* i */
_winsn_2 = InvalidSiteNum;
QMembrane_rs1_r1_vote_keycode64(0, ew(C2D(0,0)), _nvotes_0, _winsn_0); /* @ */
QMembrane_rs1_r1_vote_keycode105(1, ew(C2D(-1,0)), _nvotes_2, _winsn_2); /* i */
QMembrane_rs1_r1_vote_keycode95(2, ew(C2D(0,-1)), _nvotes_1, _winsn_1); /* _ */
QMembrane_rs1_r1_vote_keycode105(5, ew(C2D(-1,-1)), _nvotes_2, _winsn_2); /* i */
_winatom_0 = (_winsn_0 != 63) ? ew(_winsn_0) : new(Void);
_winatom_1 = (_winsn_1 != 63) ? ew(_winsn_1) : new(Void);
_winatom_2 = (_winsn_2 != 63) ? ew(_winsn_2) : new(Void);
}
bool QMembrane_rs1_r1_check(int _nvotes_0, int _nvotes_1, int _nvotes_2) {
if (!QMembrane_rs1_r1_check_keycode64(_nvotes_0)) return false; /* @ */
if (!QMembrane_rs1_r1_check_keycode95(_nvotes_1)) return false; /* _ */
if (!QMembrane_rs1_r1_check_keycode105(_nvotes_2)) return false; /* i */
return true;
}
void QMembrane_rs1_r1_change(SiteNum _winsn_0, Atom _winatom_0, SiteNum _winsn_1, Atom _winatom_1, SiteNum _winsn_2, Atom _winatom_2) {
QMembrane_rs1_r1_change_keycode46(0, InvalidSiteNum, InvalidAtom); /* @ -> . */
QMembrane_rs1_r1_change_keycode46(1, InvalidSiteNum, InvalidAtom); /* i -> . */
QMembrane_rs1_r1_change_keycode64(2, _winsn_0, _winatom_0); /* _ -> @ */
QMembrane_rs1_r1_change_keycode46(5, InvalidSiteNum, InvalidAtom); /* i -> . */
}
bool QMembrane_rs1_r1() {
if (QMembrane_rs1_r1_given()) {
int _nvotes_0; /* @ */
SiteNum _winsn_0;
Atom _winatom_0;
int _nvotes_1; /* _ */
SiteNum _winsn_1;
Atom _winatom_1;
int _nvotes_2; /* i */
SiteNum _winsn_2;
Atom _winatom_2;
QMembrane_rs1_r1_vote(_nvotes_0, _winsn_0, _winatom_0, _nvotes_1, _winsn_1, _winatom_1, _nvotes_2, _winsn_2, _winatom_2);
if (QMembrane_rs1_r1_check(_nvotes_0, _nvotes_1, _nvotes_2)) {
QMembrane_rs1_r1_change(_winsn_0, _winatom_0, _winsn_1, _winatom_1, _winsn_2, _winatom_2);
return true;
}
}
return false;
}
/* Rule 2:
................................................................................
nnn ...
n@n -> ._. # Die off (eliminate isolated outer membrane)
nnn ...
................................................................................
*/
bool QMembrane_rs1_r2_given_keycode64(SiteNum _cursn, Atom _curatom) { /* @ */
return is(_curatom, OuterMembrane);
}
bool QMembrane_rs1_r2_given_keycode110_inject(SiteNum _cursn, Atom _curatom) {
/* Injected from file 9 line 10 */
#line 11 9
return !is(_curatom, InnerMembrane);
}
bool QMembrane_rs1_r2_given_keycode110(SiteNum _cursn, Atom _curatom) { /* n */
return QMembrane_rs1_r2_given_keycode110_inject(_cursn, _curatom);
}
void QMembrane_rs1_r2_vote_keycode64(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* @ */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
void QMembrane_rs1_r2_vote_keycode110(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* n */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
bool QMembrane_rs1_r2_check_keycode64(int _nvotes) { /* @ */
return _nvotes > 0;
}
bool QMembrane_rs1_r2_check_keycode110(int _nvotes) { /* n */
return _nvotes > 0;
}
void QMembrane_rs1_r2_change_keycode46(SiteNum _cursn, SiteNum _winsn, Atom _winatom) { /* . */
/* Nothing to do */
}
void QMembrane_rs1_r2_change_keycode95(SiteNum _cursn, SiteNum _winsn, Atom _winatom) { /* _ */
ew(_cursn, new(Empty));
}
bool QMembrane_rs1_r2_given() {
if (!QMembrane_rs1_r2_given_keycode64(0, ew(C2D(0,0)))) return false;
if (!QMembrane_rs1_r2_given_keycode110(1, ew(C2D(-1,0)))) return false;
if (!QMembrane_rs1_r2_given_keycode110(2, ew(C2D(0,-1)))) return false;
if (!QMembrane_rs1_r2_given_keycode110(3, ew(C2D(0,1)))) return false;
if (!QMembrane_rs1_r2_given_keycode110(4, ew(C2D(1,0)))) return false;
if (!QMembrane_rs1_r2_given_keycode110(5, ew(C2D(-1,-1)))) return false;
if (!QMembrane_rs1_r2_given_keycode110(6, ew(C2D(-1,1)))) return false;
if (!QMembrane_rs1_r2_given_keycode110(7, ew(C2D(1,-1)))) return false;
if (!QMembrane_rs1_r2_given_keycode110(8, ew(C2D(1,1)))) return false;
return true;
}
void QMembrane_rs1_r2_vote(inout int _nvotes_0, inout SiteNum _winsn_0, inout Atom _winatom_0, inout int _nvotes_1, inout SiteNum _winsn_1, inout Atom _winatom_1) {
_nvotes_0 = 0; /* @ */
_winsn_0 = InvalidSiteNum;
_nvotes_1 = 0; /* n */
_winsn_1 = InvalidSiteNum;
QMembrane_rs1_r2_vote_keycode64(0, ew(C2D(0,0)), _nvotes_0, _winsn_0); /* @ */
QMembrane_rs1_r2_vote_keycode110(1, ew(C2D(-1,0)), _nvotes_1, _winsn_1); /* n */
QMembrane_rs1_r2_vote_keycode110(2, ew(C2D(0,-1)), _nvotes_1, _winsn_1); /* n */
QMembrane_rs1_r2_vote_keycode110(3, ew(C2D(0,1)), _nvotes_1, _winsn_1); /* n */
QMembrane_rs1_r2_vote_keycode110(4, ew(C2D(1,0)), _nvotes_1, _winsn_1); /* n */
QMembrane_rs1_r2_vote_keycode110(5, ew(C2D(-1,-1)), _nvotes_1, _winsn_1); /* n */
QMembrane_rs1_r2_vote_keycode110(6, ew(C2D(-1,1)), _nvotes_1, _winsn_1); /* n */
QMembrane_rs1_r2_vote_keycode110(7, ew(C2D(1,-1)), _nvotes_1, _winsn_1); /* n */
QMembrane_rs1_r2_vote_keycode110(8, ew(C2D(1,1)), _nvotes_1, _winsn_1); /* n */
_winatom_0 = (_winsn_0 != 63) ? ew(_winsn_0) : new(Void);
_winatom_1 = (_winsn_1 != 63) ? ew(_winsn_1) : new(Void);
}
bool QMembrane_rs1_r2_check(int _nvotes_0, int _nvotes_1) {
if (!QMembrane_rs1_r2_check_keycode64(_nvotes_0)) return false; /* @ */
if (!QMembrane_rs1_r2_check_keycode110(_nvotes_1)) return false; /* n */
return true;
}
void QMembrane_rs1_r2_change(SiteNum _winsn_0, Atom _winatom_0, SiteNum _winsn_1, Atom _winatom_1) {
QMembrane_rs1_r2_change_keycode95(0, InvalidSiteNum, InvalidAtom); /* @ -> _ */
QMembrane_rs1_r2_change_keycode46(1, InvalidSiteNum, InvalidAtom); /* n -> . */
QMembrane_rs1_r2_change_keycode46(2, InvalidSiteNum, InvalidAtom); /* n -> . */
QMembrane_rs1_r2_change_keycode46(3, InvalidSiteNum, InvalidAtom); /* n -> . */
QMembrane_rs1_r2_change_keycode46(4, InvalidSiteNum, InvalidAtom); /* n -> . */
QMembrane_rs1_r2_change_keycode46(5, InvalidSiteNum, InvalidAtom); /* n -> . */
QMembrane_rs1_r2_change_keycode46(6, InvalidSiteNum, InvalidAtom); /* n -> . */
QMembrane_rs1_r2_change_keycode46(7, InvalidSiteNum, InvalidAtom); /* n -> . */
QMembrane_rs1_r2_change_keycode46(8, InvalidSiteNum, InvalidAtom); /* n -> . */
}
bool QMembrane_rs1_r2() {
if (QMembrane_rs1_r2_given()) {
int _nvotes_0; /* @ */
SiteNum _winsn_0;
Atom _winatom_0;
int _nvotes_1; /* n */
SiteNum _winsn_1;
Atom _winatom_1;
QMembrane_rs1_r2_vote(_nvotes_0, _winsn_0, _winatom_0, _nvotes_1, _winsn_1, _winatom_1);
if (QMembrane_rs1_r2_check(_nvotes_0, _nvotes_1)) {
QMembrane_rs1_r2_change(_winsn_0, _winatom_0, _winsn_1, _winatom_1);
return true;
}
}
return false;
}
/* Rule 3:
................................................................................
iii ...
i@i -> .i. # Turn in (eliminate surrounded outer membrane)
iii ...
................................................................................
*/
bool QMembrane_rs1_r3_given_keycode64(SiteNum _cursn, Atom _curatom) { /* @ */
return is(_curatom, OuterMembrane);
}
bool QMembrane_rs1_r3_given_keycode105(SiteNum _cursn, Atom _curatom) { /* i */
return is(_curatom, InnerMembrane);
}
void QMembrane_rs1_r3_vote_keycode64(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* @ */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
void QMembrane_rs1_r3_vote_keycode105(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* i */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
bool QMembrane_rs1_r3_check_keycode64(int _nvotes) { /* @ */
return _nvotes > 0;
}
bool QMembrane_rs1_r3_check_keycode105(int _nvotes) { /* i */
return _nvotes > 0;
}
void QMembrane_rs1_r3_change_keycode46(SiteNum _cursn, SiteNum _winsn, Atom _winatom) { /* . */
/* Nothing to do */
}
void QMembrane_rs1_r3_change_keycode105(SiteNum _cursn, SiteNum _winsn, Atom _winatom) { /* i */
ew(_cursn, _winatom); // Default
}
bool QMembrane_rs1_r3_given() {
if (!QMembrane_rs1_r3_given_keycode64(0, ew(C2D(0,0)))) return false;
if (!QMembrane_rs1_r3_given_keycode105(1, ew(C2D(-1,0)))) return false;
if (!QMembrane_rs1_r3_given_keycode105(2, ew(C2D(0,-1)))) return false;
if (!QMembrane_rs1_r3_given_keycode105(3, ew(C2D(0,1)))) return false;
if (!QMembrane_rs1_r3_given_keycode105(4, ew(C2D(1,0)))) return false;
if (!QMembrane_rs1_r3_given_keycode105(5, ew(C2D(-1,-1)))) return false;
if (!QMembrane_rs1_r3_given_keycode105(6, ew(C2D(-1,1)))) return false;
if (!QMembrane_rs1_r3_given_keycode105(7, ew(C2D(1,-1)))) return false;
if (!QMembrane_rs1_r3_given_keycode105(8, ew(C2D(1,1)))) return false;
return true;
}
void QMembrane_rs1_r3_vote(inout int _nvotes_0, inout SiteNum _winsn_0, inout Atom _winatom_0, inout int _nvotes_1, inout SiteNum _winsn_1, inout Atom _winatom_1) {
_nvotes_0 = 0; /* @ */
_winsn_0 = InvalidSiteNum;
_nvotes_1 = 0; /* i */
_winsn_1 = InvalidSiteNum;
QMembrane_rs1_r3_vote_keycode64(0, ew(C2D(0,0)), _nvotes_0, _winsn_0); /* @ */
QMembrane_rs1_r3_vote_keycode105(1, ew(C2D(-1,0)), _nvotes_1, _winsn_1); /* i */
QMembrane_rs1_r3_vote_keycode105(2, ew(C2D(0,-1)), _nvotes_1, _winsn_1); /* i */
QMembrane_rs1_r3_vote_keycode105(3, ew(C2D(0,1)), _nvotes_1, _winsn_1); /* i */
QMembrane_rs1_r3_vote_keycode105(4, ew(C2D(1,0)), _nvotes_1, _winsn_1); /* i */
QMembrane_rs1_r3_vote_keycode105(5, ew(C2D(-1,-1)), _nvotes_1, _winsn_1); /* i */
QMembrane_rs1_r3_vote_keycode105(6, ew(C2D(-1,1)), _nvotes_1, _winsn_1); /* i */
QMembrane_rs1_r3_vote_keycode105(7, ew(C2D(1,-1)), _nvotes_1, _winsn_1); /* i */
QMembrane_rs1_r3_vote_keycode105(8, ew(C2D(1,1)), _nvotes_1, _winsn_1); /* i */
_winatom_0 = (_winsn_0 != 63) ? ew(_winsn_0) : new(Void);
_winatom_1 = (_winsn_1 != 63) ? ew(_winsn_1) : new(Void);
}
bool QMembrane_rs1_r3_check(int _nvotes_0, int _nvotes_1) {
if (!QMembrane_rs1_r3_check_keycode64(_nvotes_0)) return false; /* @ */
if (!QMembrane_rs1_r3_check_keycode105(_nvotes_1)) return false; /* i */
return true;
}
void QMembrane_rs1_r3_change(SiteNum _winsn_0, Atom _winatom_0, SiteNum _winsn_1, Atom _winatom_1) {
QMembrane_rs1_r3_change_keycode105(0, _winsn_1, _winatom_1); /* @ -> i */
QMembrane_rs1_r3_change_keycode46(1, InvalidSiteNum, InvalidAtom); /* i -> . */
QMembrane_rs1_r3_change_keycode46(2, InvalidSiteNum, InvalidAtom); /* i -> . */
QMembrane_rs1_r3_change_keycode46(3, InvalidSiteNum, InvalidAtom); /* i -> . */
QMembrane_rs1_r3_change_keycode46(4, InvalidSiteNum, InvalidAtom); /* i -> . */
QMembrane_rs1_r3_change_keycode46(5, InvalidSiteNum, InvalidAtom); /* i -> . */
QMembrane_rs1_r3_change_keycode46(6, InvalidSiteNum, InvalidAtom); /* i -> . */
QMembrane_rs1_r3_change_keycode46(7, InvalidSiteNum, InvalidAtom); /* i -> . */
QMembrane_rs1_r3_change_keycode46(8, InvalidSiteNum, InvalidAtom); /* i -> . */
}
bool QMembrane_rs1_r3() {
if (QMembrane_rs1_r3_given()) {
int _nvotes_0; /* @ */
SiteNum _winsn_0;
Atom _winatom_0;
int _nvotes_1; /* i */
SiteNum _winsn_1;
Atom _winatom_1;
QMembrane_rs1_r3_vote(_nvotes_0, _winsn_0, _winatom_0, _nvotes_1, _winsn_1, _winatom_1);
if (QMembrane_rs1_r3_check(_nvotes_0, _nvotes_1)) {
QMembrane_rs1_r3_change(_winsn_0, _winatom_0, _winsn_1, _winatom_1);
return true;
}
}
return false;
}
/* Rule 4:
................................................................................
@ -> .
................................................................................
*/
bool QMembrane_rs1_r4_given_keycode64(SiteNum _cursn, Atom _curatom) { /* @ */
return is(_curatom, OuterMembrane);
}
void QMembrane_rs1_r4_vote_keycode64(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* @ */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
bool QMembrane_rs1_r4_check_keycode64(int _nvotes) { /* @ */
return _nvotes > 0;
}
void QMembrane_rs1_r4_change_keycode46(SiteNum _cursn, SiteNum _winsn, Atom _winatom) { /* . */
/* Nothing to do */
}
bool QMembrane_rs1_r4_given() {
if (!QMembrane_rs1_r4_given_keycode64(0, ew(C2D(0,0)))) return false;
return true;
}
void QMembrane_rs1_r4_vote(inout int _nvotes_0, inout SiteNum _winsn_0, inout Atom _winatom_0) {
_nvotes_0 = 0; /* @ */
_winsn_0 = InvalidSiteNum;
QMembrane_rs1_r4_vote_keycode64(0, ew(C2D(0,0)), _nvotes_0, _winsn_0); /* @ */
_winatom_0 = (_winsn_0 != 63) ? ew(_winsn_0) : new(Void);
}
bool QMembrane_rs1_r4_check(int _nvotes_0) {
if (!QMembrane_rs1_r4_check_keycode64(_nvotes_0)) return false; /* @ */
return true;
}
void QMembrane_rs1_r4_change(SiteNum _winsn_0, Atom _winatom_0) {
QMembrane_rs1_r4_change_keycode46(0, InvalidSiteNum, InvalidAtom); /* @ -> . */
}
bool QMembrane_rs1_r4() {
if (QMembrane_rs1_r4_given()) {
int _nvotes_0; /* @ */
SiteNum _winsn_0;
Atom _winatom_0;
QMembrane_rs1_r4_vote(_nvotes_0, _winsn_0, _winatom_0);
if (QMembrane_rs1_r4_check(_nvotes_0)) {
QMembrane_rs1_r4_change(_winsn_0, _winatom_0);
return true;
}
}
return false;
}
bool QMembrane_rs1() {
if (QMembrane_rs1_r1()) return true;
if (QMembrane_rs1_r2()) return true;
if (QMembrane_rs1_r3()) return true;
if (QMembrane_rs1_r4()) return true;
return false;
}
bool QMembrane_behave() {
if (QMembrane_rs1()) return true;
return false;
}
ARGB QMembrane_getColor(Unsigned selector) {
return cu_color(0,255,255);
}
void QMembrane_EVENT_START() {
_SYMMETRY = random_create(8);
}
//==============================================================================
// |
// = element Seed |
// |
//==============================================================================
/* Injected from file 10 line 1 */
#line 2 10
//------------------------------------------------------------------------------
// == Rules: Germination |
//------------------------------------------------------------------------------
/* Rule 1:
................................................................................
_____ ooooo
_____ oiiio
__@__ -> oicio
_____ oiiio
_____ ooooo
................................................................................
*/
bool Seed_rs1_r1_given_keycode64(SiteNum _cursn, Atom _curatom) { /* @ */
return true;
}
bool Seed_rs1_r1_given_keycode95(SiteNum _cursn, Atom _curatom) { /* _ */
return ew_isEmpty(_cursn);
}
void Seed_rs1_r1_vote_keycode64(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* @ */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
void Seed_rs1_r1_vote_keycode95(SiteNum _cursn, Atom _curatom, inout int _nvotes, inout SiteNum _winsn) { /* _ */
int myvotes = 1;
_nvotes += myvotes;
if (random_create(int(_nvotes)) < myvotes) { _winsn = _cursn; }
}
bool Seed_rs1_r1_check_keycode64(int _nvotes) { /* @ */
return _nvotes > 0;
}
bool Seed_rs1_r1_check_keycode95(int _nvotes) { /* _ */
return _nvotes > 0;
}
void Seed_rs1_r1_change_keycode99(SiteNum _cursn, SiteNum _winsn, Atom _winatom) { /* c */
ew(_cursn, new(Content));
}
void Seed_rs1_r1_change_keycode105(SiteNum _cursn, SiteNum _winsn, Atom _winatom) { /* i */
ew(_cursn, new(InnerMembrane));
}
void Seed_rs1_r1_change_keycode111(SiteNum _cursn, SiteNum _winsn, Atom _winatom) { /* o */
ew(_cursn, new(OuterMembrane));
}
bool Seed_rs1_r1_given() {
if (!Seed_rs1_r1_given_keycode64(0, ew(C2D(0,0)))) return false;
if (!Seed_rs1_r1_given_keycode95(1, ew(C2D(-1,0)))) return false;
if (!Seed_rs1_r1_given_keycode95(2, ew(C2D(0,-1)))) return false;
if (!Seed_rs1_r1_given_keycode95(3, ew(C2D(0,1)))) return false;
if (!Seed_rs1_r1_given_keycode95(4, ew(C2D(1,0)))) return false;
if (!Seed_rs1_r1_given_keycode95(5, ew(C2D(-1,-1)))) return false;
if (!Seed_rs1_r1_given_keycode95(6, ew(C2D(-1,1)))) return false;
if (!Seed_rs1_r1_given_keycode95(7, ew(C2D(1,-1)))) return false;
if (!Seed_rs1_r1_given_keycode95(8, ew(C2D(1,1)))) return false;
if (!Seed_rs1_r1_given_keycode95(9, ew(C2D(-2,0)))) return false;
if (!Seed_rs1_r1_given_keycode95(10, ew(C2D(0,-2)))) return false;
if (!Seed_rs1_r1_given_keycode95(11, ew(C2D(0,2)))) return false;
if (!Seed_rs1_r1_given_keycode95(12, ew(C2D(2,0)))) return false;
if (!Seed_rs1_r1_given_keycode95(13, ew(C2D(-2,-1)))) return false;
if (!Seed_rs1_r1_given_keycode95(14, ew(C2D(-2,1)))) return false;
if (!Seed_rs1_r1_given_keycode95(15, ew(C2D(-1,-2)))) return false;
if (!Seed_rs1_r1_given_keycode95(16, ew(C2D(-1,2)))) return false;
if (!Seed_rs1_r1_given_keycode95(17, ew(C2D(1,-2)))) return false;
if (!Seed_rs1_r1_given_keycode95(18, ew(C2D(1,2)))) return false;
if (!Seed_rs1_r1_given_keycode95(19, ew(C2D(2,-1)))) return false;
if (!Seed_rs1_r1_given_keycode95(20, ew(C2D(2,1)))) return false;
if (!Seed_rs1_r1_given_keycode95(25, ew(C2D(-2,-2)))) return false;
if (!Seed_rs1_r1_given_keycode95(26, ew(C2D(-2,2)))) return false;
if (!Seed_rs1_r1_given_keycode95(27, ew(C2D(2,-2)))) return false;
if (!Seed_rs1_r1_given_keycode95(28, ew(C2D(2,2)))) return false;
return true;
}
void Seed_rs1_r1_vote(inout int _nvotes_0, inout SiteNum _winsn_0, inout Atom _winatom_0, inout int _nvotes_1, inout SiteNum _winsn_1, inout Atom _winatom_1) {
_nvotes_0 = 0; /* @ */
_winsn_0 = InvalidSiteNum;
_nvotes_1 = 0; /* _ */
_winsn_1 = InvalidSiteNum;
Seed_rs1_r1_vote_keycode64(0, ew(C2D(0,0)), _nvotes_0, _winsn_0); /* @ */
Seed_rs1_r1_vote_keycode95(1, ew(C2D(-1,0)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(2, ew(C2D(0,-1)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(3, ew(C2D(0,1)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(4, ew(C2D(1,0)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(5, ew(C2D(-1,-1)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(6, ew(C2D(-1,1)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(7, ew(C2D(1,-1)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(8, ew(C2D(1,1)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(9, ew(C2D(-2,0)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(10, ew(C2D(0,-2)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(11, ew(C2D(0,2)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(12, ew(C2D(2,0)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(13, ew(C2D(-2,-1)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(14, ew(C2D(-2,1)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(15, ew(C2D(-1,-2)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(16, ew(C2D(-1,2)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(17, ew(C2D(1,-2)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(18, ew(C2D(1,2)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(19, ew(C2D(2,-1)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(20, ew(C2D(2,1)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(25, ew(C2D(-2,-2)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(26, ew(C2D(-2,2)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(27, ew(C2D(2,-2)), _nvotes_1, _winsn_1); /* _ */
Seed_rs1_r1_vote_keycode95(28, ew(C2D(2,2)), _nvotes_1, _winsn_1); /* _ */
_winatom_0 = (_winsn_0 != 63) ? ew(_winsn_0) : new(Void);
_winatom_1 = (_winsn_1 != 63) ? ew(_winsn_1) : new(Void);
}
bool Seed_rs1_r1_check(int _nvotes_0, int _nvotes_1) {
if (!Seed_rs1_r1_check_keycode64(_nvotes_0)) return false; /* @ */
if (!Seed_rs1_r1_check_keycode95(_nvotes_1)) return false; /* _ */
return true;
}
void Seed_rs1_r1_change(SiteNum _winsn_0, Atom _winatom_0, SiteNum _winsn_1, Atom _winatom_1) {
Seed_rs1_r1_change_keycode99(0, InvalidSiteNum, InvalidAtom); /* @ -> c */
Seed_rs1_r1_change_keycode105(1, InvalidSiteNum, InvalidAtom); /* _ -> i */
Seed_rs1_r1_change_keycode105(2, InvalidSiteNum, InvalidAtom); /* _ -> i */
Seed_rs1_r1_change_keycode105(3, InvalidSiteNum, InvalidAtom); /* _ -> i */
Seed_rs1_r1_change_keycode105(4, InvalidSiteNum, InvalidAtom); /* _ -> i */
Seed_rs1_r1_change_keycode105(5, InvalidSiteNum, InvalidAtom); /* _ -> i */
Seed_rs1_r1_change_keycode105(6, InvalidSiteNum, InvalidAtom); /* _ -> i */
Seed_rs1_r1_change_keycode105(7, InvalidSiteNum, InvalidAtom); /* _ -> i */
Seed_rs1_r1_change_keycode105(8, InvalidSiteNum, InvalidAtom); /* _ -> i */
Seed_rs1_r1_change_keycode111(9, InvalidSiteNum, InvalidAtom); /* _ -> o */
Seed_rs1_r1_change_keycode111(10, InvalidSiteNum, InvalidAtom); /* _ -> o */
Seed_rs1_r1_change_keycode111(11, InvalidSiteNum, InvalidAtom); /* _ -> o */
Seed_rs1_r1_change_keycode111(12, InvalidSiteNum, InvalidAtom); /* _ -> o */
Seed_rs1_r1_change_keycode111(13, InvalidSiteNum, InvalidAtom); /* _ -> o */
Seed_rs1_r1_change_keycode111(14, InvalidSiteNum, InvalidAtom); /* _ -> o */
Seed_rs1_r1_change_keycode111(15, InvalidSiteNum, InvalidAtom); /* _ -> o */
Seed_rs1_r1_change_keycode111(16, InvalidSiteNum, InvalidAtom); /* _ -> o */
Seed_rs1_r1_change_keycode111(17, InvalidSiteNum, InvalidAtom); /* _ -> o */
Seed_rs1_r1_change_keycode111(18, InvalidSiteNum, InvalidAtom); /* _ -> o */
Seed_rs1_r1_change_keycode111(19, InvalidSiteNum, InvalidAtom); /* _ -> o */
Seed_rs1_r1_change_keycode111(20, InvalidSiteNum, InvalidAtom); /* _ -> o */
Seed_rs1_r1_change_keycode111(25, InvalidSiteNum, InvalidAtom); /* _ -> o */
Seed_rs1_r1_change_keycode111(26, InvalidSiteNum, InvalidAtom); /* _ -> o */
Seed_rs1_r1_change_keycode111(27, InvalidSiteNum, InvalidAtom); /* _ -> o */
Seed_rs1_r1_change_keycode111(28, InvalidSiteNum, InvalidAtom); /* _ -> o */
}
bool Seed_rs1_r1() {
if (Seed_rs1_r1_given()) {
int _nvotes_0; /* @ */
SiteNum _winsn_0;
Atom _winatom_0;
int _nvotes_1; /* _ */
SiteNum _winsn_1;
Atom _winatom_1;
Seed_rs1_r1_vote(_nvotes_0, _winsn_0, _winatom_0, _nvotes_1, _winsn_1, _winatom_1);
if (Seed_rs1_r1_check(_nvotes_0, _nvotes_1)) {
Seed_rs1_r1_change(_winsn_0, _winatom_0, _winsn_1, _winatom_1);
return true;
}
}
return false;
}
bool Seed_rs1() {
if (Seed_rs1_r1()) return true;
return false;
}
bool Seed_behave() {
if (Seed_rs1()) return true;
return false;
}
ARGB Seed_getColor(Unsigned selector) {
return cu_color(204,0,204);
}
void Seed_EVENT_START() {
_SYMMETRY = 0;
}
//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
// Dispatches +
//++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
void _BEHAVE_DISPATCH(uint type) {
switch(type) {
case DReg: DReg_EVENT_START(); DReg_behave(); break;
case ForkBomb: ForkBomb_EVENT_START(); ForkBomb_behave(); break;
case FriendlyForkBomb: FriendlyForkBomb_EVENT_START(); FriendlyForkBomb_behave(); break;
case Res: Res_EVENT_START(); Res_behave(); break;
case Wall: Wall_EVENT_START(); Wall_behave(); break;
case Content: Content_EVENT_START(); Content_behave(); break;
case InnerMembrane: InnerMembrane_EVENT_START(); InnerMembrane_behave(); break;
case OuterMembrane: OuterMembrane_EVENT_START(); OuterMembrane_behave(); break;
case QContent: QContent_EVENT_START(); QContent_behave(); break;
case QMembrane: QMembrane_EVENT_START(); QMembrane_behave(); break;
case Seed: Seed_EVENT_START(); Seed_behave(); break;
default: break;
}
}
ARGB _COLOR_DISPATCH(uint type) {
switch(type) {
case Void: return uvec4(255,255,0,255);
case Empty: return uvec4(255,0,0,0);
case DReg: return DReg_getColor(0);
case ForkBomb: return ForkBomb_getColor(0);
case FriendlyForkBomb: return FriendlyForkBomb_getColor(0);
case Res: return Res_getColor(0);
case Wall: return Wall_getColor(0);
case Content: return Content_getColor(0);
case InnerMembrane: return InnerMembrane_getColor(0);
case OuterMembrane: return OuterMembrane_getColor(0);
case QContent: return QContent_getColor(0);
case QMembrane: return QMembrane_getColor(0);
case Seed: return Seed_getColor(0);
default: return uvec4(255,0,255,255);
}
}
void Init(C2D c, S2D s) {
Atom S = new(Empty);
if (c == s/2)
S = new(Seed);
ew(0, S);
}
#line 1 10
uint SplitMix32(inout uint state) {
uint b = (state += 0x9e3779b9);
b ^= b >> 15;
b *= 0x85ebca6b;
b ^= b >> 13;
b *= 0xc2b2ae3d;
b ^= b >> 16;
return b;
}
#line 1 11
// from http://xoshiro.di.unimi.it/xoshiro128starstar.c
uint xororotl(const uint x, int k) {
return (x << k) | (x >> (32 - k));
}
XoroshiroState xoroshiro128_unpack(uvec4 v) {
return v;
}
uvec4 xoroshiro128_pack(XoroshiroState X) {
return X;
}
uint XoroshiroNext32() {
uint result_starstar = xororotl(_XORO[0] * 5, 7) * 9;
uint t = _XORO[1] << 9;
_XORO[2] ^= _XORO[0];
_XORO[3] ^= _XORO[1];
_XORO[1] ^= _XORO[2];
_XORO[0] ^= _XORO[3];
_XORO[2] ^= t;
_XORO[3] = xororotl(_XORO[3], 11);
return result_starstar;
}
#line 1 2
//include "cpu_gpu_shared.inl"
//include "uniforms.inl"
//include "defines.inl"
//include "globals.inl"
//include "prng.inl"
//include "atom_decls.inl"
//include "bit_packing.inl"
//include "sites.inl"
//include "atoms.inl"
//include "splitmix32.inl"
//include "xoroshiro128starstar.inl"
bool isActiveMem(ivec2 vote_idx);
void main() {
if (stage == STAGE_RESET) {
ivec2 prng_idx = ivec2(gl_GlobalInvocationID.xy);
ivec2 world_size = imageSize(img_site_bits);
ivec2 prng_size = imageSize(img_prng_state);
if (prng_idx.x < prng_size.x && prng_idx.y < prng_size.y) {
// seed the prng state
uint state = prng_idx.x + prng_idx.y * prng_size.x;
uint smix = SplitMix32(state);
_XORO[0] = SplitMix32(state);
_XORO[1] = SplitMix32(state);
_XORO[2] = SplitMix32(state);
_XORO[3] = SplitMix32(state);
// crank it a bit just in case to decorrelate
for (int i = 0; i < 128; ++i)
XoroshiroNext32();
if (prng_idx.x >= EVENT_WINDOW_RADIUS && prng_idx.y >= EVENT_WINDOW_RADIUS &&
prng_idx.x < (prng_size.x - EVENT_WINDOW_RADIUS) && prng_idx.y < (prng_size.y - EVENT_WINDOW_RADIUS)) {
ivec2 site_idx = prng_idx - ivec2(EVENT_WINDOW_RADIUS);
_SITE_IDX = site_idx;
_SYMMETRY = cSYMMETRY_000L;
uint tick_counter = dispatch_counter;
ew(0, new(Empty));
Init(site_idx, world_size);
imageStore(img_event_count, site_idx, uvec4(0));
imageStore(img_dev, site_idx, uvec4(uint(smix&0xffffffff), uint((smix>>32)&0xffffffff), 0, 0));
}
imageStore(img_prng_state, prng_idx, xoroshiro128_pack(_XORO));
}
} else if (stage == STAGE_CLEAR_STATS) {
if (gl_GlobalInvocationID.xy == uvec2(0)) {
for (int i = 0; i < TYPE_COUNT; ++i)
stats.counts[i] = 0;
stats.event_count_this_batch = 0;
stats.event_count_min = 0xffffffff;
stats.event_count_max = 0;
site_info.event_layer = uvec4(0);
site_info.base_layer = uvec4(0);
site_info.dev = uvec4(0);
if (ctrl.event_ocurred == 1)
ctrl.supress_events = 1;
}
} else if (stage == STAGE_VOTE) {
uvec2 size = imageSize(img_vote);
ivec2 vote_idx = ivec2(gl_GlobalInvocationID.xy);
if (vote_idx.x < size.x && vote_idx.y < size.y) {
_XORO = xoroshiro128_unpack(imageLoad(img_prng_state, vote_idx));
uint center_v = XoroshiroNext32();
imageStore(img_vote, vote_idx, uvec4(center_v));
imageStore(img_prng_state, vote_idx, xoroshiro128_pack(_XORO));
}
} else if (stage == STAGE_EVENT) {
if (ctrl.supress_events != 0) // This guards against 'updates after break' which can happen before the CPU sees the event_ocurred_signal, and has had a chance to stop dispatching
return;
uvec2 size = imageSize(img_site_bits);
ivec2 center_idx = ivec2(gl_GlobalInvocationID.xy);
// threads may be scheduled "off the image" because they come in blocks, so make sure our thread is actually on top of a valid site
if (center_idx.x < size.x && center_idx.y < size.y) {
_SITE_IDX = center_idx;
ivec2 vote_idx = _SITE_IDX + ivec2(EVENT_WINDOW_RADIUS*2);
uvec4 D = uvec4(0);
if (isActiveMem(vote_idx)) {
_XORO = xoroshiro128_unpack(imageLoad(img_prng_state, vote_idx));
Atom S = _SITE_LOAD(ivec2(0,0));
AtomType T = _UNPACK_TYPE(S);
_BEHAVE_DISPATCH(T);
D.z = 1; // #HACK site updated signal
if (break_on_event && T != Empty && T != Void) {
ctrl.event_ocurred = 1;
site_info.event_ocurred_signal = 1;
}
atomicAdd(stats.event_count_this_batch, 1);
uint event_count = imageLoad(img_event_count, center_idx).x;
event_count += 1;
imageStore(img_event_count, center_idx, uvec4(event_count));
imageStore(img_prng_state, vote_idx, xoroshiro128_pack(_XORO));
}
imageStore(img_dev, center_idx, D);
}
} else if (stage == STAGE_COMPUTE_STATS) {
uvec2 size = imageSize(img_site_bits);
ivec2 center_idx = ivec2(gl_GlobalInvocationID.xy);
uint type = 0;
uint count = 0;
if (center_idx.x < size.x && center_idx.y < size.y) {
_SITE_IDX = center_idx;
_SYMMETRY = cSYMMETRY_000L;
Atom A = _SITE_LOAD(ivec2(0));
type = min(_UNPACK_TYPE(A), TYPE_COUNTS-1);
count = 1;
//uint event_count = imageLoad(img_event_count, center_idx).x;
//atomicMin(stats.event_count_min, event_count);
//atomicMax(stats.event_count_max, event_count);
}
atomicAdd(stats.counts[type], count);
} else if (stage == STAGE_SITE_INFO) {
if (gl_GlobalInvocationID.xy == uvec2(0)) {
_SITE_IDX = site_info_idx;
_SYMMETRY = cSYMMETRY_000L;
Atom A = _SITE_LOAD(ivec2(0));
site_info.event_layer = A;
//uvec4 D = imageLoad(img_dev, center_idx);
//site_info.dev = D;
}
} else if (stage == STAGE_RENDER) {
uvec2 size = imageSize(img_site_bits);
ivec2 center_idx = ivec2(gl_GlobalInvocationID.xy);
if (center_idx.x < size.x && center_idx.y < size.y) {
// rendering does not support rng, reading from any site other than 0, and hence doesn't require symmetry randomization
_SITE_IDX = center_idx;
_SYMMETRY = cSYMMETRY_000L;
ARGB argb = _COLOR_DISPATCH(_UNPACK_TYPE(imageLoad(img_site_bits, center_idx)));
vec4 col = vec4(argb.yzwx) / 255.0;
#if 0
uvec4 R = imageLoad(img_prng_state, center_idx);
col = mix(col, vec4(vec3(float((R.w>>0)&0xff)/255.0), 1.0), 0.5);
#endif
#if 0
uint event_count = imageLoad(img_event_count, center_idx).x;
col = mix(col, vec4(vec3(float(event_count) / 40.0), 1.0), 0.5);;
#endif
#if 0
uint event_count = imageLoad(img_event_count, center_idx).x;
col = vec4(vec3(float(event_count) / 100.0), 1.0);
#endif
#if 0
uvec4 R = imageLoad(img_prng_state, center_idx);
col = vec4(vec3(float((R.w>>0)&0xff)/255.0), 1.0);
#endif
#if 0
uvec4 R = imageLoad(img_vote, center_idx);
col = vec4(vec3(float((R.x>>0)&0xff)/255.0), 1.0);
#endif
if (center_idx.x == site_info_idx.x && center_idx.y == site_info_idx.y)
col = vec4(1.0);
imageStore(img_color, ivec2(center_idx.x, size.y - 1 - center_idx.y), col); //#Y-DOWN
}
}
}
// #OPT if the const R is replaced by a uniform to prevent unroll, this goes ~40% slower, and compile times are unaffected :(
bool isActiveMem(ivec2 vote_idx) {
uint center_v = imageLoad(img_vote, vote_idx).x;
#if 0
const int R = EVENT_WINDOW_RADIUS*2;
for (int y = -R; y <= R; ++y) {
for (int x = -R; x <= R; ++x) {
int m = abs(x) + abs(y);
if (m <= R && !(x == 0 && y == 0)) {
uint v = imageLoad(img_vote, vote_idx + ivec2(x,y)).x;
if (v >= center_v) {
return false;
}
}
}
}
#else // #OPT generated minimal version of the above code, 24% faster. bizarrely, this is faster than "spiral from center" ordering by nearly 24% on 4k grids (seems to be identical on 128 grids)
if (imageLoad(img_vote, vote_idx + ivec2(+0,-8)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-1,-7)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+0,-7)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+1,-7)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-2,-6)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-1,-6)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+0,-6)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+1,-6)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+2,-6)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-3,-5)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-2,-5)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-1,-5)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+0,-5)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+1,-5)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+2,-5)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+3,-5)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-4,-4)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-3,-4)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-2,-4)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-1,-4)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+0,-4)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+1,-4)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+2,-4)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+3,-4)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+4,-4)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-5,-3)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-4,-3)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-3,-3)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-2,-3)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-1,-3)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+0,-3)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+1,-3)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+2,-3)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+3,-3)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+4,-3)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+5,-3)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-6,-2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-5,-2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-4,-2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-3,-2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-2,-2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-1,-2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+0,-2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+1,-2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+2,-2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+3,-2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+4,-2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+5,-2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+6,-2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-7,-1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-6,-1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-5,-1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-4,-1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-3,-1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-2,-1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-1,-1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+0,-1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+1,-1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+2,-1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+3,-1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+4,-1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+5,-1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+6,-1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+7,-1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-8,+0)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-7,+0)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-6,+0)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-5,+0)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-4,+0)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-3,+0)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-2,+0)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-1,+0)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+1,+0)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+2,+0)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+3,+0)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+4,+0)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+5,+0)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+6,+0)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+7,+0)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+8,+0)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-7,+1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-6,+1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-5,+1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-4,+1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-3,+1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-2,+1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-1,+1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+0,+1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+1,+1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+2,+1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+3,+1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+4,+1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+5,+1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+6,+1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+7,+1)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-6,+2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-5,+2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-4,+2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-3,+2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-2,+2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-1,+2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+0,+2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+1,+2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+2,+2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+3,+2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+4,+2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+5,+2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+6,+2)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-5,+3)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-4,+3)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-3,+3)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-2,+3)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-1,+3)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+0,+3)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+1,+3)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+2,+3)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+3,+3)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+4,+3)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+5,+3)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-4,+4)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-3,+4)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-2,+4)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-1,+4)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+0,+4)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+1,+4)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+2,+4)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+3,+4)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+4,+4)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-3,+5)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-2,+5)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-1,+5)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+0,+5)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+1,+5)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+2,+5)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+3,+5)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-2,+6)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-1,+6)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+0,+6)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+1,+6)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+2,+6)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(-1,+7)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+0,+7)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+1,+7)).x >= center_v) return false;
if (imageLoad(img_vote, vote_idx + ivec2(+0,+8)).x >= center_v) return false;
#endif
return true;
}
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