fixed             212 lib/lua/ldo.c    StkId base, fixed;
fixed             229 lib/lua/ldo.c    fixed = L->top - actual;  /* first fixed argument */
fixed             232 lib/lua/ldo.c      setobjs2s(L, L->top++, fixed+i);
fixed             233 lib/lua/ldo.c      setnilvalue(fixed+i);
fixed              68 lib/lua/limathlib.c     fixed px, py;
fixed              92 lib/lua/limathlib.c     fixed r, theta;
fixed             117 lib/lua/limathlib.c     fixed px, py;
fixed             141 lib/lua/limathlib.c     fixed r, theta;
fixed              17 modules/cordic_math.c fixed atan_tab[][M] = {
fixed              21 modules/cordic_math.c fixed INV_GAIN_CIRCLE[] = {0x136e9, 0x136e8};   // {0.60725, 0.60724}
fixed              22 modules/cordic_math.c fixed FULL_CIRCLE[]     = {0xc90fd, 0x2d00000}; // {6.28318, 360.00000}
fixed              23 modules/cordic_math.c fixed HALF_CIRCLE[]     = {0x6487e, 0x1680000}; // {3.14159, 180.00000}
fixed              24 modules/cordic_math.c fixed QUART_CIRCLE[]    = {0x3243f, 0xb40000};  // {1.57079, 90.00000}
fixed              25 modules/cordic_math.c fixed ATAN_LIMIT        = 0x36f602be;           // 7035.00536
fixed              26 modules/cordic_math.c fixed FIXED_MAX         = 16383.99999;
fixed              29 modules/cordic_math.c static void cordic(tangle t, fcordic f, fixed *x, fixed *y, fixed *z) {
fixed              58 modules/cordic_math.c LUALIB_API fixed muldivScaled(fixed a, fixed b, fixed c) {
fixed              74 modules/cordic_math.c static fixed mulScaled(fixed a, fixed b) {
fixed              78 modules/cordic_math.c static fixed divScaled(fixed a, fixed b) {
fixed              82 modules/cordic_math.c static fixed cathetus(fixed x) {
fixed              87 modules/cordic_math.c static void sincosCordic(tangle t, fixed phi, fixed *sinphi, fixed *cosphi) {
fixed              96 modules/cordic_math.c     fixed x = INV_GAIN_CIRCLE[t], y = 0, z = phi;
fixed             106 modules/cordic_math.c static void atanhypCordic(tangle t, fixed px, fixed py, fixed *phi, fixed *hyp) {
fixed             132 modules/cordic_math.c         fixed x = px, y = py, z = 0;
fixed             146 modules/cordic_math.c static fixed sinCordic(tangle t, fixed phi) {
fixed             147 modules/cordic_math.c     fixed _sin, _cos;
fixed             152 modules/cordic_math.c static fixed cosCordic(tangle t, fixed phi) {
fixed             153 modules/cordic_math.c     fixed _sin, _cos;
fixed             158 modules/cordic_math.c static fixed tanCordic(tangle t, fixed phi) {
fixed             159 modules/cordic_math.c     fixed _sin, _cos;
fixed             164 modules/cordic_math.c static void recCordic(tangle t, fixed r, fixed theta, fixed *px, fixed *py) {
fixed             165 modules/cordic_math.c     fixed _sin, _cos;
fixed             172 modules/cordic_math.c static fixed asinCordic(tangle t, fixed x) {
fixed             173 modules/cordic_math.c     fixed phi, hyp;
fixed             174 modules/cordic_math.c     fixed _cos = cathetus(x);
fixed             179 modules/cordic_math.c static fixed acosCordic(tangle t, fixed x) {
fixed             180 modules/cordic_math.c     fixed phi, hyp;
fixed             181 modules/cordic_math.c     fixed _sin = cathetus(x);
fixed             186 modules/cordic_math.c static fixed atanCordic(tangle t, fixed x) {
fixed             187 modules/cordic_math.c     fixed phi, hyp;
fixed             192 modules/cordic_math.c static void polCordic(tangle t, fixed px, fixed py, fixed *r, fixed *theta) {
fixed             193 modules/cordic_math.c     fixed phi, hyp;
fixed             201 modules/cordic_math.c LUALIB_API fixed sind(fixed phi) {
fixed             205 modules/cordic_math.c LUALIB_API fixed cosd(fixed phi) {
fixed             209 modules/cordic_math.c LUALIB_API fixed tand(fixed phi) {
fixed             213 modules/cordic_math.c LUALIB_API void recd(fixed r, fixed theta, fixed *px, fixed *py) {
fixed             217 modules/cordic_math.c LUALIB_API fixed asind(fixed x) {
fixed             221 modules/cordic_math.c LUALIB_API fixed acosd(fixed x) {
fixed             225 modules/cordic_math.c LUALIB_API fixed atand(fixed x) {
fixed             229 modules/cordic_math.c LUALIB_API void pold(fixed px, fixed py, fixed *r, fixed *theta) {
fixed             234 modules/cordic_math.c LUALIB_API fixed sinr(fixed phi) {
fixed             238 modules/cordic_math.c LUALIB_API fixed cosr(fixed phi) {
fixed             242 modules/cordic_math.c LUALIB_API fixed tanr(fixed phi) {
fixed             246 modules/cordic_math.c LUALIB_API void recr(fixed r, fixed theta, fixed *px, fixed *py) {
fixed             250 modules/cordic_math.c LUALIB_API fixed asinr(fixed x) {
fixed             254 modules/cordic_math.c LUALIB_API fixed acosr(fixed x) {
fixed             258 modules/cordic_math.c LUALIB_API fixed atanr(fixed x) {
fixed             262 modules/cordic_math.c LUALIB_API void polr(fixed px, fixed py, fixed *r, fixed *theta) {
fixed             267 modules/cordic_math.c LUALIB_API fixed fint(fixed a) {
fixed             271 modules/cordic_math.c LUALIB_API fixed fceil(fixed a) {
fixed             272 modules/cordic_math.c     fixed int_a = fint(a);
fixed             276 modules/cordic_math.c LUALIB_API fixed ffloor(fixed a) {
fixed             277 modules/cordic_math.c     fixed int_a = fint(a);
fixed             281 modules/cordic_math.c LUALIB_API fixed fround(fixed a) {
fixed             286 modules/cordic_math.c LUALIB_API fixed floatToFixed(double a) {
fixed             299 modules/cordic_math.c LUALIB_API fixed intToFixed(int4b a, int round) {
fixed             310 modules/cordic_math.c LUALIB_API int4b fixedToInt(fixed a, int round) {
fixed              65 modules/cordic_math.h LUAI_DATA fixed FULL_CIRCLE[];
fixed              66 modules/cordic_math.h LUAI_DATA fixed HALF_CIRCLE[];
fixed              67 modules/cordic_math.h LUAI_DATA fixed QUART_CIRCLE[];
fixed              69 modules/cordic_math.h LUALIB_API fixed floatToFixed(double a);
fixed              70 modules/cordic_math.h LUALIB_API fixed intToFixed(int4b a, int round);
fixed              71 modules/cordic_math.h LUALIB_API int4b fixedToInt(fixed a, int round);
fixed              73 modules/cordic_math.h LUALIB_API fixed muldivScaled(fixed a, fixed b, fixed c);
fixed              75 modules/cordic_math.h LUALIB_API fixed sind(fixed phi);
fixed              76 modules/cordic_math.h LUALIB_API fixed cosd(fixed phi);
fixed              77 modules/cordic_math.h LUALIB_API fixed tand(fixed phi);
fixed              78 modules/cordic_math.h LUALIB_API void recd(fixed r, fixed theta, fixed *px, fixed *py);
fixed              79 modules/cordic_math.h LUALIB_API fixed asind(fixed x);
fixed              80 modules/cordic_math.h LUALIB_API fixed acosd(fixed x);
fixed              81 modules/cordic_math.h LUALIB_API fixed atand(fixed x);
fixed              82 modules/cordic_math.h LUALIB_API void pold(fixed px, fixed py, fixed *r, fixed *theta);
fixed              84 modules/cordic_math.h LUALIB_API fixed sinr(fixed phi);
fixed              85 modules/cordic_math.h LUALIB_API fixed cosr(fixed phi);
fixed              86 modules/cordic_math.h LUALIB_API fixed tanr(fixed phi);
fixed              87 modules/cordic_math.h LUALIB_API void recr(fixed r, fixed theta, fixed *px, fixed *py);
fixed              88 modules/cordic_math.h LUALIB_API fixed asinr(fixed x);
fixed              89 modules/cordic_math.h LUALIB_API fixed acosr(fixed x);
fixed              90 modules/cordic_math.h LUALIB_API fixed atanr(fixed x);
fixed              91 modules/cordic_math.h LUALIB_API void polr(fixed px, fixed py, fixed *r, fixed *theta);
fixed              93 modules/cordic_math.h LUALIB_API fixed fint(fixed a);
fixed              94 modules/cordic_math.h LUALIB_API fixed fceil(fixed a);
fixed              95 modules/cordic_math.h LUALIB_API fixed ffloor(fixed a);
fixed              96 modules/cordic_math.h LUALIB_API fixed fround(fixed a);