SE Basic IV API documentation (generated by AsmDoc)

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SUMMARY: VARIABLE | STRUCTURE | FUNCTION | MACRO

DETAILS: VARIABLE | STRUCTURE | FUNCTION | MACRO

File 11_arithmentic.asm

Function summary
`add_back` add back
`ca_10a_plus_c` CA = 10 * A + C
`fetch_two` fetch two numbers
`fp_addition` addition
`fp_division` division
`fp_e_to_fp` E-format to floating point
`fp_multiply` multiplication
`fp_re_stack` restack
`fp_subtract` subtraction
`fp_to_a` floating point to A
`fp_to_bc` floating point to BC
`fp_to_bcde` floating point to BCDE (32-bit integer) FIXME: numbers above 2^32 â 1 are not trapped
`fp_truncate` integer truncation towards zero
`hl_hl_x_de` HL = HL * DE
`int_fetch` integer fetch
`int_store` integer store
`log_2_a` log (2^A)
`prep_add` prepare to add
`prep_m_d` prepare to multiply or divide
`print_fp` print a floating-point number
`re_st_two` restack two
`shift_fp` shift addend

Function detail

add_back

add back

ca_10a_plus_c

CA = 10 * A + C

fetch_two

fetch two numbers

fp_addition

addition

fp_division

division

fp_e_to_fp

E-format to floating point

fp_multiply

multiplication

fp_re_stack

restack

fp_subtract

subtraction

fp_to_a

floating point to A

fp_to_bc

floating point to BC

fp_to_bcde

floating point to BCDE (32-bit integer) FIXME: numbers above 2^32 â 1 are not trapped

fp_truncate

integer truncation towards zero

hl_hl_x_de

HL = HL * DE

int_fetch

integer fetch

int_store

integer store

log_2_a

log (2^A)

prep_add

prepare to add

prep_m_d

prepare to multiply or divide

print_fp

print a floating-point number

re_st_two

restack two

shift_fp

shift addend