# Floating Point instruction tests
# Format: RawBytes;Instructions
RawBytes;Instructions

# Basic FPU instructions

# FADD - Add floating point values
# ST(0), ST(i) form (D8 C0+i)
D8C0;[{ "Type": "Fadd", "Operands": ["ST(0)", "ST(0)"] }]
D8C1;[{ "Type": "Fadd", "Operands": ["ST(0)", "ST(1)"] }]
D8C2;[{ "Type": "Fadd", "Operands": ["ST(0)", "ST(2)"] }]
D8C3;[{ "Type": "Fadd", "Operands": ["ST(0)", "ST(3)"] }]
D8C4;[{ "Type": "Fadd", "Operands": ["ST(0)", "ST(4)"] }]
D8C5;[{ "Type": "Fadd", "Operands": ["ST(0)", "ST(5)"] }]
D8C6;[{ "Type": "Fadd", "Operands": ["ST(0)", "ST(6)"] }]
D8C7;[{ "Type": "Fadd", "Operands": ["ST(0)", "ST(7)"] }]

# ST(i), ST(0) form (DC C0+i)
DCC0;[{ "Type": "Fadd", "Operands": ["ST(0)", "ST(0)"] }]
DCC1;[{ "Type": "Fadd", "Operands": ["ST(1)", "ST(0)"] }]
DCC2;[{ "Type": "Fadd", "Operands": ["ST(2)", "ST(0)"] }]
DCC3;[{ "Type": "Fadd", "Operands": ["ST(3)", "ST(0)"] }]
DCC4;[{ "Type": "Fadd", "Operands": ["ST(4)", "ST(0)"] }]
DCC5;[{ "Type": "Fadd", "Operands": ["ST(5)", "ST(0)"] }]
DCC6;[{ "Type": "Fadd", "Operands": ["ST(6)", "ST(0)"] }]
DCC7;[{ "Type": "Fadd", "Operands": ["ST(7)", "ST(0)"] }]

# Memory operands
D8042510000000;[{ "Type": "Fadd", "Operands": ["dword ptr [0x10]"] }]
DC042510000000;[{ "Type": "Fadd", "Operands": ["qword ptr [0x10]"] }]
D80425;[{ "Type": "Fadd", "Operands": ["dword ptr [eax]"] }]
DC0425;[{ "Type": "Fadd", "Operands": ["qword ptr [eax]"] }]
D8041D;[{ "Type": "Fadd", "Operands": ["dword ptr [ebx]"] }]
DC041D;[{ "Type": "Fadd", "Operands": ["qword ptr [ebx]"] }]
D8042D;[{ "Type": "Fadd", "Operands": ["dword ptr [ebp]"] }]
DC042D;[{ "Type": "Fadd", "Operands": ["qword ptr [ebp]"] }]

# With segment override prefixes
26D80425;[{ "Type": "Fadd", "Operands": ["dword ptr es:[eax]"] }]
2ED80425;[{ "Type": "Fadd", "Operands": ["dword ptr cs:[eax]"] }]
36D80425;[{ "Type": "Fadd", "Operands": ["dword ptr ss:[eax]"] }]
3ED80425;[{ "Type": "Fadd", "Operands": ["dword ptr ds:[eax]"] }]
64D80425;[{ "Type": "Fadd", "Operands": ["dword ptr fs:[eax]"] }]
65D80425;[{ "Type": "Fadd", "Operands": ["dword ptr gs:[eax]"] }]

# FADDP - Add floating point values and pop
DEC0;[{ "Type": "Faddp", "Operands": ["ST(0)", "ST(0)"] }]
DEC1;[{ "Type": "Faddp", "Operands": ["ST(1)", "ST(0)"] }]
DEC2;[{ "Type": "Faddp", "Operands": ["ST(2)", "ST(0)"] }]
DEC3;[{ "Type": "Faddp", "Operands": ["ST(3)", "ST(0)"] }]
DEC4;[{ "Type": "Faddp", "Operands": ["ST(4)", "ST(0)"] }]
DEC5;[{ "Type": "Faddp", "Operands": ["ST(5)", "ST(0)"] }]
DEC6;[{ "Type": "Faddp", "Operands": ["ST(6)", "ST(0)"] }]
DEC7;[{ "Type": "Faddp", "Operands": ["ST(7)", "ST(0)"] }]

# FIADD - Add integer to floating point
DA042510000000;[{ "Type": "Fiadd", "Operands": ["dword ptr [0x10]"] }]
DE042510000000;[{ "Type": "Fiadd", "Operands": ["word ptr [0x10]"] }]
DA0425;[{ "Type": "Fiadd", "Operands": ["dword ptr [eax]"] }]
DE0425;[{ "Type": "Fiadd", "Operands": ["word ptr [eax]"] }]
DA041D;[{ "Type": "Fiadd", "Operands": ["dword ptr [ebx]"] }]
DE041D;[{ "Type": "Fiadd", "Operands": ["word ptr [ebx]"] }]
# Floating Point instruction tests (continued)
# Format: RawBytes;Instructions
RawBytes;Instructions

# FSUB - Subtract floating point values
# ST(0), ST(i) form (D8 E0+i)
D8E0;[{ "Type": "Fsub", "Operands": ["ST(0)", "ST(0)"] }]
D8E1;[{ "Type": "Fsub", "Operands": ["ST(0)", "ST(1)"] }]
D8E2;[{ "Type": "Fsub", "Operands": ["ST(0)", "ST(2)"] }]
D8E3;[{ "Type": "Fsub", "Operands": ["ST(0)", "ST(3)"] }]
D8E4;[{ "Type": "Fsub", "Operands": ["ST(0)", "ST(4)"] }]
D8E5;[{ "Type": "Fsub", "Operands": ["ST(0)", "ST(5)"] }]
D8E6;[{ "Type": "Fsub", "Operands": ["ST(0)", "ST(6)"] }]
D8E7;[{ "Type": "Fsub", "Operands": ["ST(0)", "ST(7)"] }]

# ST(i), ST(0) form (DC E8+i)
DCE8;[{ "Type": "Fsub", "Operands": ["ST(0)", "ST(0)"] }]
DCE9;[{ "Type": "Fsub", "Operands": ["ST(1)", "ST(0)"] }]
DCEA;[{ "Type": "Fsub", "Operands": ["ST(2)", "ST(0)"] }]
DCEB;[{ "Type": "Fsub", "Operands": ["ST(3)", "ST(0)"] }]
DCEC;[{ "Type": "Fsub", "Operands": ["ST(4)", "ST(0)"] }]
DCED;[{ "Type": "Fsub", "Operands": ["ST(5)", "ST(0)"] }]
DCEE;[{ "Type": "Fsub", "Operands": ["ST(6)", "ST(0)"] }]
DCEF;[{ "Type": "Fsub", "Operands": ["ST(7)", "ST(0)"] }]

# Memory operands
D8242510000000;[{ "Type": "Fsub", "Operands": ["dword ptr [0x10]"] }]
DC242510000000;[{ "Type": "Fsub", "Operands": ["qword ptr [0x10]"] }]
D82425;[{ "Type": "Fsub", "Operands": ["dword ptr [eax]"] }]
DC2425;[{ "Type": "Fsub", "Operands": ["qword ptr [eax]"] }]

# FSUBP - Subtract floating point values and pop
DEE8;[{ "Type": "Fsubp", "Operands": ["ST(0)", "ST(0)"] }]
DEE9;[{ "Type": "Fsubp", "Operands": ["ST(1)", "ST(0)"] }]
DEEA;[{ "Type": "Fsubp", "Operands": ["ST(2)", "ST(0)"] }]
DEEB;[{ "Type": "Fsubp", "Operands": ["ST(3)", "ST(0)"] }]

# FISUB - Subtract integer from floating point
DA242510000000;[{ "Type": "Fisub", "Operands": ["dword ptr [0x10]"] }]
DE242510000000;[{ "Type": "Fisub", "Operands": ["word ptr [0x10]"] }]
DA2425;[{ "Type": "Fisub", "Operands": ["dword ptr [eax]"] }]
DE2425;[{ "Type": "Fisub", "Operands": ["word ptr [eax]"] }]

# FSUBR - Subtract floating point values (reversed)
# ST(0), ST(i) form (D8 E8+i)
D8E8;[{ "Type": "Fsubr", "Operands": ["ST(0)", "ST(0)"] }]
D8E9;[{ "Type": "Fsubr", "Operands": ["ST(0)", "ST(1)"] }]
D8EA;[{ "Type": "Fsubr", "Operands": ["ST(0)", "ST(2)"] }]
D8EB;[{ "Type": "Fsubr", "Operands": ["ST(0)", "ST(3)"] }]

# ST(i), ST(0) form (DC E0+i)
DCE0;[{ "Type": "Fsubr", "Operands": ["ST(0)", "ST(0)"] }]
DCE1;[{ "Type": "Fsubr", "Operands": ["ST(1)", "ST(0)"] }]
DCE2;[{ "Type": "Fsubr", "Operands": ["ST(2)", "ST(0)"] }]
DCE3;[{ "Type": "Fsubr", "Operands": ["ST(3)", "ST(0)"] }]

# Memory operands
D82C2510000000;[{ "Type": "Fsubr", "Operands": ["dword ptr [0x10]"] }]
DC2C2510000000;[{ "Type": "Fsubr", "Operands": ["qword ptr [0x10]"] }]
D82C25;[{ "Type": "Fsubr", "Operands": ["dword ptr [eax]"] }]
DC2C25;[{ "Type": "Fsubr", "Operands": ["qword ptr [eax]"] }]

# FSUBRP - Subtract floating point values (reversed) and pop
DEE0;[{ "Type": "Fsubrp", "Operands": ["ST(0)", "ST(0)"] }]
DEE1;[{ "Type": "Fsubrp", "Operands": ["ST(1)", "ST(0)"] }]
DEE2;[{ "Type": "Fsubrp", "Operands": ["ST(2)", "ST(0)"] }]
DEE3;[{ "Type": "Fsubrp", "Operands": ["ST(3)", "ST(0)"] }]
# Floating Point instruction tests (continued)
# Format: RawBytes;Instructions
RawBytes;Instructions

# FMUL - Multiply floating point values
# ST(0), ST(i) form (D8 C8+i)
D8C8;[{ "Type": "Fmul", "Operands": ["ST(0)", "ST(0)"] }]
D8C9;[{ "Type": "Fmul", "Operands": ["ST(0)", "ST(1)"] }]
D8CA;[{ "Type": "Fmul", "Operands": ["ST(0)", "ST(2)"] }]
D8CB;[{ "Type": "Fmul", "Operands": ["ST(0)", "ST(3)"] }]
D8CC;[{ "Type": "Fmul", "Operands": ["ST(0)", "ST(4)"] }]
D8CD;[{ "Type": "Fmul", "Operands": ["ST(0)", "ST(5)"] }]
D8CE;[{ "Type": "Fmul", "Operands": ["ST(0)", "ST(6)"] }]
D8CF;[{ "Type": "Fmul", "Operands": ["ST(0)", "ST(7)"] }]

# ST(i), ST(0) form (DC C8+i)
DCC8;[{ "Type": "Fmul", "Operands": ["ST(0)", "ST(0)"] }]
DCC9;[{ "Type": "Fmul", "Operands": ["ST(1)", "ST(0)"] }]
DCCA;[{ "Type": "Fmul", "Operands": ["ST(2)", "ST(0)"] }]
DCCB;[{ "Type": "Fmul", "Operands": ["ST(3)", "ST(0)"] }]
DCCC;[{ "Type": "Fmul", "Operands": ["ST(4)", "ST(0)"] }]
DCCD;[{ "Type": "Fmul", "Operands": ["ST(5)", "ST(0)"] }]
DCCE;[{ "Type": "Fmul", "Operands": ["ST(6)", "ST(0)"] }]
DCCF;[{ "Type": "Fmul", "Operands": ["ST(7)", "ST(0)"] }]

# Memory operands
D80C2510000000;[{ "Type": "Fmul", "Operands": ["dword ptr [0x10]"] }]
DC0C2510000000;[{ "Type": "Fmul", "Operands": ["qword ptr [0x10]"] }]
D80C25;[{ "Type": "Fmul", "Operands": ["dword ptr [eax]"] }]
DC0C25;[{ "Type": "Fmul", "Operands": ["qword ptr [eax]"] }]

# FMULP - Multiply floating point values and pop
DEC8;[{ "Type": "Fmulp", "Operands": ["ST(0)", "ST(0)"] }]
DEC9;[{ "Type": "Fmulp", "Operands": ["ST(1)", "ST(0)"] }]
DECA;[{ "Type": "Fmulp", "Operands": ["ST(2)", "ST(0)"] }]
DECB;[{ "Type": "Fmulp", "Operands": ["ST(3)", "ST(0)"] }]

# FIMUL - Multiply integer with floating point
DA0C2510000000;[{ "Type": "Fimul", "Operands": ["dword ptr [0x10]"] }]
DE0C2510000000;[{ "Type": "Fimul", "Operands": ["word ptr [0x10]"] }]
DA0C25;[{ "Type": "Fimul", "Operands": ["dword ptr [eax]"] }]
DE0C25;[{ "Type": "Fimul", "Operands": ["word ptr [eax]"] }]

# FDIV - Divide floating point values
# ST(0), ST(i) form (D8 F0+i)
D8F0;[{ "Type": "Fdiv", "Operands": ["ST(0)", "ST(0)"] }]
D8F1;[{ "Type": "Fdiv", "Operands": ["ST(0)", "ST(1)"] }]
D8F2;[{ "Type": "Fdiv", "Operands": ["ST(0)", "ST(2)"] }]
D8F3;[{ "Type": "Fdiv", "Operands": ["ST(0)", "ST(3)"] }]
D8F4;[{ "Type": "Fdiv", "Operands": ["ST(0)", "ST(4)"] }]
D8F5;[{ "Type": "Fdiv", "Operands": ["ST(0)", "ST(5)"] }]
D8F6;[{ "Type": "Fdiv", "Operands": ["ST(0)", "ST(6)"] }]
D8F7;[{ "Type": "Fdiv", "Operands": ["ST(0)", "ST(7)"] }]

# ST(i), ST(0) form (DC F8+i)
DCF8;[{ "Type": "Fdiv", "Operands": ["ST(0)", "ST(0)"] }]
DCF9;[{ "Type": "Fdiv", "Operands": ["ST(1)", "ST(0)"] }]
DCFA;[{ "Type": "Fdiv", "Operands": ["ST(2)", "ST(0)"] }]
DCFB;[{ "Type": "Fdiv", "Operands": ["ST(3)", "ST(0)"] }]
DCFC;[{ "Type": "Fdiv", "Operands": ["ST(4)", "ST(0)"] }]
DCFD;[{ "Type": "Fdiv", "Operands": ["ST(5)", "ST(0)"] }]
DCFE;[{ "Type": "Fdiv", "Operands": ["ST(6)", "ST(0)"] }]
DCFF;[{ "Type": "Fdiv", "Operands": ["ST(7)", "ST(0)"] }]

# Memory operands
D8342510000000;[{ "Type": "Fdiv", "Operands": ["dword ptr [0x10]"] }]
DC342510000000;[{ "Type": "Fdiv", "Operands": ["qword ptr [0x10]"] }]
D83425;[{ "Type": "Fdiv", "Operands": ["dword ptr [eax]"] }]
DC3425;[{ "Type": "Fdiv", "Operands": ["qword ptr [eax]"] }]
# Floating Point instruction tests (continued)
# Format: RawBytes;Instructions
RawBytes;Instructions

# FDIVP - Divide floating point values and pop
DEF8;[{ "Type": "Fdivp", "Operands": ["ST(0)", "ST(0)"] }]
DEF9;[{ "Type": "Fdivp", "Operands": ["ST(1)", "ST(0)"] }]
DEFA;[{ "Type": "Fdivp", "Operands": ["ST(2)", "ST(0)"] }]
DEFB;[{ "Type": "Fdivp", "Operands": ["ST(3)", "ST(0)"] }]

# FIDIV - Divide integer by floating point
DA342510000000;[{ "Type": "Fidiv", "Operands": ["dword ptr [0x10]"] }]
DE342510000000;[{ "Type": "Fidiv", "Operands": ["word ptr [0x10]"] }]
DA3425;[{ "Type": "Fidiv", "Operands": ["dword ptr [eax]"] }]
DE3425;[{ "Type": "Fidiv", "Operands": ["word ptr [eax]"] }]

# FDIVR - Divide floating point values (reversed)
# ST(0), ST(i) form (D8 F8+i)
D8F8;[{ "Type": "Fdivr", "Operands": ["ST(0)", "ST(0)"] }]
D8F9;[{ "Type": "Fdivr", "Operands": ["ST(0)", "ST(1)"] }]
D8FA;[{ "Type": "Fdivr", "Operands": ["ST(0)", "ST(2)"] }]
D8FB;[{ "Type": "Fdivr", "Operands": ["ST(0)", "ST(3)"] }]

# ST(i), ST(0) form (DC F0+i)
DCF0;[{ "Type": "Fdivr", "Operands": ["ST(0)", "ST(0)"] }]
DCF1;[{ "Type": "Fdivr", "Operands": ["ST(1)", "ST(0)"] }]
DCF2;[{ "Type": "Fdivr", "Operands": ["ST(2)", "ST(0)"] }]
DCF3;[{ "Type": "Fdivr", "Operands": ["ST(3)", "ST(0)"] }]

# Memory operands
D83C2510000000;[{ "Type": "Fdivr", "Operands": ["dword ptr [0x10]"] }]
DC3C2510000000;[{ "Type": "Fdivr", "Operands": ["qword ptr [0x10]"] }]
D83C25;[{ "Type": "Fdivr", "Operands": ["dword ptr [eax]"] }]
DC3C25;[{ "Type": "Fdivr", "Operands": ["qword ptr [eax]"] }]

# FDIVRP - Divide floating point values (reversed) and pop
DEF0;[{ "Type": "Fdivrp", "Operands": ["ST(0)", "ST(0)"] }]
DEF1;[{ "Type": "Fdivrp", "Operands": ["ST(1)", "ST(0)"] }]
DEF2;[{ "Type": "Fdivrp", "Operands": ["ST(2)", "ST(0)"] }]
DEF3;[{ "Type": "Fdivrp", "Operands": ["ST(3)", "ST(0)"] }]

# FIDIVR - Divide floating point by integer (reversed)
DA3C2510000000;[{ "Type": "Fidivr", "Operands": ["dword ptr [0x10]"] }]
DE3C2510000000;[{ "Type": "Fidivr", "Operands": ["word ptr [0x10]"] }]
DA3C25;[{ "Type": "Fidivr", "Operands": ["dword ptr [eax]"] }]
DE3C25;[{ "Type": "Fidivr", "Operands": ["word ptr [eax]"] }]

# FLD - Load floating point value
D9C0;[{ "Type": "Fld", "Operands": ["ST(0)"] }]
D9C1;[{ "Type": "Fld", "Operands": ["ST(1)"] }]
D9C2;[{ "Type": "Fld", "Operands": ["ST(2)"] }]
D9C3;[{ "Type": "Fld", "Operands": ["ST(3)"] }]
D9C4;[{ "Type": "Fld", "Operands": ["ST(4)"] }]
D9C5;[{ "Type": "Fld", "Operands": ["ST(5)"] }]
D9C6;[{ "Type": "Fld", "Operands": ["ST(6)"] }]
D9C7;[{ "Type": "Fld", "Operands": ["ST(7)"] }]

# Memory operands
D9042510000000;[{ "Type": "Fld", "Operands": ["dword ptr [0x10]"] }]
DD042510000000;[{ "Type": "Fld", "Operands": ["qword ptr [0x10]"] }]
DB2C25;[{ "Type": "Fld", "Operands": ["tbyte ptr [eax]"] }]
D90425;[{ "Type": "Fld", "Operands": ["dword ptr [eax]"] }]
DD0425;[{ "Type": "Fld", "Operands": ["qword ptr [eax]"] }]
# Floating Point instruction tests (continued)
# Format: RawBytes;Instructions
RawBytes;Instructions

# FST - Store floating point value
D9D0;[{ "Type": "Fst", "Operands": ["ST(0)"] }]
D9D1;[{ "Type": "Fst", "Operands": ["ST(1)"] }]
D9D2;[{ "Type": "Fst", "Operands": ["ST(2)"] }]
D9D3;[{ "Type": "Fst", "Operands": ["ST(3)"] }]
D9D4;[{ "Type": "Fst", "Operands": ["ST(4)"] }]
D9D5;[{ "Type": "Fst", "Operands": ["ST(5)"] }]
D9D6;[{ "Type": "Fst", "Operands": ["ST(6)"] }]
D9D7;[{ "Type": "Fst", "Operands": ["ST(7)"] }]

# Memory operands
D9142510000000;[{ "Type": "Fst", "Operands": ["dword ptr [0x10]"] }]
DD142510000000;[{ "Type": "Fst", "Operands": ["qword ptr [0x10]"] }]
D91425;[{ "Type": "Fst", "Operands": ["dword ptr [eax]"] }]
DD1425;[{ "Type": "Fst", "Operands": ["qword ptr [eax]"] }]

# FSTP - Store floating point value and pop
D9D8;[{ "Type": "Fstp", "Operands": ["ST(0)"] }]
D9D9;[{ "Type": "Fstp", "Operands": ["ST(1)"] }]
D9DA;[{ "Type": "Fstp", "Operands": ["ST(2)"] }]
D9DB;[{ "Type": "Fstp", "Operands": ["ST(3)"] }]
D9DC;[{ "Type": "Fstp", "Operands": ["ST(4)"] }]
D9DD;[{ "Type": "Fstp", "Operands": ["ST(5)"] }]
D9DE;[{ "Type": "Fstp", "Operands": ["ST(6)"] }]
D9DF;[{ "Type": "Fstp", "Operands": ["ST(7)"] }]

# Memory operands
D91C2510000000;[{ "Type": "Fstp", "Operands": ["dword ptr [0x10]"] }]
DD1C2510000000;[{ "Type": "Fstp", "Operands": ["qword ptr [0x10]"] }]
DB3C25;[{ "Type": "Fstp", "Operands": ["tbyte ptr [eax]"] }]
D91C25;[{ "Type": "Fstp", "Operands": ["dword ptr [eax]"] }]
DD1C25;[{ "Type": "Fstp", "Operands": ["qword ptr [eax]"] }]

# FCOM - Compare floating point values
D8D0;[{ "Type": "Fcom", "Operands": ["ST(0)"] }]
D8D1;[{ "Type": "Fcom", "Operands": ["ST(1)"] }]
D8D2;[{ "Type": "Fcom", "Operands": ["ST(2)"] }]
D8D3;[{ "Type": "Fcom", "Operands": ["ST(3)"] }]
D8D4;[{ "Type": "Fcom", "Operands": ["ST(4)"] }]
D8D5;[{ "Type": "Fcom", "Operands": ["ST(5)"] }]
D8D6;[{ "Type": "Fcom", "Operands": ["ST(6)"] }]
D8D7;[{ "Type": "Fcom", "Operands": ["ST(7)"] }]

# Memory operands
D8142510000000;[{ "Type": "Fcom", "Operands": ["dword ptr [0x10]"] }]
DC142510000000;[{ "Type": "Fcom", "Operands": ["qword ptr [0x10]"] }]
D81425;[{ "Type": "Fcom", "Operands": ["dword ptr [eax]"] }]
DC1425;[{ "Type": "Fcom", "Operands": ["qword ptr [eax]"] }]

# FCOMP - Compare floating point values and pop
D8D8;[{ "Type": "Fcomp", "Operands": ["ST(0)"] }]
D8D9;[{ "Type": "Fcomp", "Operands": ["ST(1)"] }]
D8DA;[{ "Type": "Fcomp", "Operands": ["ST(2)"] }]
D8DB;[{ "Type": "Fcomp", "Operands": ["ST(3)"] }]
D8DC;[{ "Type": "Fcomp", "Operands": ["ST(4)"] }]
D8DD;[{ "Type": "Fcomp", "Operands": ["ST(5)"] }]
D8DE;[{ "Type": "Fcomp", "Operands": ["ST(6)"] }]
D8DF;[{ "Type": "Fcomp", "Operands": ["ST(7)"] }]

# Memory operands
D81C2510000000;[{ "Type": "Fcomp", "Operands": ["dword ptr [0x10]"] }]
DC1C2510000000;[{ "Type": "Fcomp", "Operands": ["qword ptr [0x10]"] }]
D81C25;[{ "Type": "Fcomp", "Operands": ["dword ptr [eax]"] }]
DC1C25;[{ "Type": "Fcomp", "Operands": ["qword ptr [eax]"] }]

# FCOMPP - Compare floating point values and pop twice
DED9;[{ "Type": "Fcompp", "Operands": [] }]

# FCHS - Change sign of floating point value
D9E0;[{ "Type": "Fchs", "Operands": [] }]

# FABS - Absolute value of floating point value
D9E1;[{ "Type": "Fabs", "Operands": [] }]

# FTST - Test floating point value
D9E4;[{ "Type": "Ftst", "Operands": [] }]

# FXAM - Examine floating point value
D9E5;[{ "Type": "Fxam", "Operands": [] }]

# FINIT - Initialize FPU (with FWAIT prefix)
9BDBE3;[{ "Type": "Finit", "Operands": [] }]

# FNINIT - Initialize FPU without checking for pending unmasked exceptions
DBE3;[{ "Type": "Fninit", "Operands": [] }]

# FNSTSW AX - Store FPU status word in AX without checking for pending unmasked exceptions
DFE0;[{ "Type": "Fnstsw", "Operands": ["ax"] }]

# FSTSW AX - Store FPU status word in AX
9BDFE0;[{ "Type": "Fstsw", "Operands": ["ax"] }]