mirror of
https://github.com/irmen/prog8.git
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169 lines
4.1 KiB
Plaintext
169 lines
4.1 KiB
Plaintext
; floating point tests
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output prg, sys
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import "c64lib"
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~ main_testing {
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start
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var .float myfloat1 = 1234.56789
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var .float myfloat2 = 9876.54321
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var .float myfloatneg1 = -555.666
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var .float myfloat_large1 = 987654.1111
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var .float myfloat_large2 = -123456.2222
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var .text myfloatstr = "1234.998877"
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var .float myfloatzero = 0
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var .float myfloatsmall1 = 1.234
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var .float myfloatsmall2 = 2.6677
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c64.MOVFM!(#myfloatsmall1)
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c64.FCOMP!(#myfloatsmall1)
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[$0400]=A
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c64.MOVFM!(#myfloatsmall1)
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c64.FCOMP!(#myfloatsmall2)
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[$0401]=A
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c64.MOVFM!(#myfloatsmall2)
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c64.FCOMP!(#myfloatsmall1)
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[$0402]=A
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c64util.FREADS32()
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return
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}
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~ main {
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var .float flt_pi = 3.141592653589793
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var .float flt_minus32768 = -32768
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var .float flt_1 = 1
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var .float flt_half_sqr2 = 0.7071067811865476
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var .float flt_sqr2 = 1.4142135623730951
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var .float flt_minus_half = -.5
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var .float flt_log_2 = 0.6931471805599453
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var .float flt_10 = 10
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var .float flt_1e9 = 1000000000
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var .float flt_half = .5
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var .float flt_one_over_log_2 = 1.4426950408889634
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var .float flt_half_pi = 1.5707963267948966
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var .float flt_double_pi = 6.283185307179586
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var .float flt_point25 = .25
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var .float my_float
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memory .word some_address = $ccdd
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memory .byte some_addressb = $ccee
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var .byte bytevar = $cc
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var .word wordvar = $cdef
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start
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; assign some float values to the memory
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AY = #flt_pi
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some_address = # flt_pi
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some_address = 4123.2342342222
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[$c000.word] = # flt_pi
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; print some floating points from source and compare them with ROM
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c64.MOVFM!(#flt_pi)
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c64.FPRINTLN!()
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c64.MOVFM!(#c64.FL_PIVAL)
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c64.FPRINTLN !()
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c64.MOVFM!(#flt_minus32768)
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c64.FPRINTLN!()
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c64.MOVFM!(#c64.FL_N32768)
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c64.FPRINTLN!()
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c64.MOVFM!(#flt_1)
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c64.FPRINTLN!()
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c64.MOVFM!(#c64.FL_FONE)
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c64.FPRINTLN!()
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c64.MOVFM!(#flt_half_sqr2)
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c64.FPRINTLN!()
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c64.MOVFM!( # c64.FL_SQRHLF)
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c64.FPRINTLN!()
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c64.MOVFM!(#flt_sqr2)
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c64.FPRINTLN!()
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c64.MOVFM!(#c64.FL_SQRTWO)
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c64.FPRINTLN!()
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c64.MOVFM!(#flt_minus_half)
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c64.FPRINTLN!()
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c64.MOVFM!(#c64.FL_NEGHLF)
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c64.FPRINTLN!()
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c64.MOVFM!(#flt_log_2)
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c64.FPRINTLN!()
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c64.MOVFM!(#c64.FL_LOG2)
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c64.FPRINTLN!()
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c64.MOVFM!(#flt_10)
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c64.FPRINTLN!()
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c64.MOVFM!(#c64.FL_TENC)
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c64.FPRINTLN!()
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c64.MOVFM!(#flt_1e9)
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c64.FPRINTLN!()
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c64.MOVFM!(#c64.FL_NZMIL)
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c64.FPRINTLN!()
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c64.MOVFM!(#flt_half)
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c64.FPRINTLN!()
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c64.MOVFM!(#c64.FL_FHALF)
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c64.FPRINTLN!()
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c64.MOVFM!(#flt_one_over_log_2)
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c64.FPRINTLN!()
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c64.MOVFM!(#c64.FL_LOGEB2)
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c64.FPRINTLN!()
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c64.MOVFM!(#flt_half_pi)
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c64.FPRINTLN!()
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c64.MOVFM!(#c64.FL_PIHALF)
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c64.FPRINTLN!()
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c64.MOVFM!(#flt_double_pi)
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c64.FPRINTLN!()
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c64.MOVFM!(#c64.FL_TWOPI)
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c64.FPRINTLN!()
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c64.MOVFM!(# flt_point25)
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c64.FPRINTLN!()
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c64.MOVFM!(#c64.FL_FR4)
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c64.FPRINTLN!()
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reg_to_float
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c64.CHROUT!(13)
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A=34
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X=99
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Y=121
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my_float = A
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c64.MOVFM(#my_float)
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c64.FPRINTLN()
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my_float = X
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c64.MOVFM(#my_float)
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c64.FPRINTLN()
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my_float = Y
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c64.MOVFM(#my_float)
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c64.FPRINTLN()
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XY = 56789
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;my_float = XY ; @todo support
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c64.MOVFM(#my_float)
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c64.FPRINTLN()
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AX = 33221
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;my_float = AX ; @todo support
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c64.MOVFM(#my_float)
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c64.FPRINTLN()
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return
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}
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