int MAMain() {
double SDA = sin(0.0981746875); //(0x3fb921f9f01b866e) sin error, returning 1
//) returned 0x000000003ff00000(5.29980882362664E-315)
InitConsole();
printf("Floating test");
DUMPDH(179.288537549407);
DUMPDH(SDA);
//return 0;
Extent scrSize = maGetScrSize();
scrSize = EXTENT(176, 208);
double d;
d = __adddf3(__floatsidf(EXTENT_X(scrSize)), __muldf3(__floatsidf(EXTENT_Y(scrSize)), 63.25));
d /= 0.0; //division by zero.
DUMPD(__floatsidf(EXTENT_X(scrSize)));
DUMPD(__floatsidf(EXTENT_Y(scrSize)));
DUMPD(63.25);
DUMPD(__muldf3(__floatsidf(EXTENT_Y(scrSize)), 63.25));
d = __adddf3(__floatsidf(EXTENT_X(scrSize)), __divdf3(__floatsidf(EXTENT_Y(scrSize)), 63.25));
printf("%f %i", d, __fixdfsi(d));
printf("%f %i", __floatsidf(42), __fixdfsi(__floatsidf(42)));
printf("%f %i", 63.25, __fixdfsi(63.25));
printf("%i", dcmp(63.25, 42.0));
printf("%i", dcmp(42.0, 63.25));
printf("%i", dcmp(42.0, 42.0));
DUMPDH(63.25);
DUMPDH(42.0);
DUMPDH(__negdf2(63.25));
DUMPDH(__negdf2(42.0));
DUMPDH(-63.25);
DUMPDH(-42.0);
DUMPDH(2.1470*1000000000.0);
DUMPDH(2.1475*1000000000.0); //vsprintf has a bug
//wait for keypress, then exit
printf("Press 0 to exit\n");
FREEZE;
return 0;
}
AEABI_RTABI fp_t __aeabi_dmul(fp_t a, fp_t b) {
return __muldf3(a, b);
}
double __aeabi_dmul(double a, double b)
{
return __muldf3(a, b);
}