// File generated by noodle version X-2025.06#84ea4f0b1c#250602, Wed Jan 28 15:29:46 2026
// Copyright 2014-2025 Synopsys, Inc. All rights reserved.
// C:\Synopsys\ASIP Programmer\X-2025.06\win64\bin\WINbin\noodle.exe -IC:/Users/phangl/OneDrive - MED-EL/Desktop/LPDSP32_Modell/lib -IC:/Users/phangl/OneDrive - MED-EL/Desktop/LPDSP32_Modell/lib/isg -IC:/Users/phangl/OneDrive - MED-EL/Desktop/LPDSP32_Modell/lib/runtime/include -DBLOCK_LEN=1 -DMAX_FIR_COEFFS=64 -D__tct_patch__=0 -ilpdsp32_chess.h +Stof +wRelease/chesswork signal_processing/signal_path.c lpdsp32

toolrelease _25R2;


// additional
prop gp_offset_type = ( __sint );

prop static_variable_registers = ( IMSK irq_stat );

// float64 int32_to_float64(int)
F_Z16int32_to_float64i : user_defined, called {
    fnm : "int32_to_float64" 'float64 int32_to_float64(int)';
    arg : ( dmaddr_:i int64_:r int32_:i );
    loc : ( LR[0] AX[0] RA[0] );
    vac : ( srIM[0] );
    llv : 0 0 0 0 0 ;
}

// int float64_to_int32_round_to_zero(float64)
F_Z30float64_to_int32_round_to_zeroy : user_defined, called {
    fnm : "float64_to_int32_round_to_zero" 'int float64_to_int32_round_to_zero(float64)';
    arg : ( dmaddr_:i int32_:r int64_:i );
    loc : ( LR[0] RA[0] AX[0] );
    vac : ( srIM[0] );
    llv : 0 0 0 0 0 ;
}

// float64 float64_sub(float64, float64)
F_Z11float64_subyy : user_defined, called {
    fnm : "float64_sub" 'float64 float64_sub(float64, float64)';
    arg : ( dmaddr_:i int64_:r int64_:i int64_:i );
    loc : ( LR[0] AX[0] AX[1] BX[0] );
    vac : ( srIM[0] );
    llv : 0 0 0 0 0 ;
}

// float64 float64_mul(float64, float64)
F_Z11float64_mulyy : user_defined, called {
    fnm : "float64_mul" 'float64 float64_mul(float64, float64)';
    arg : ( dmaddr_:i int64_:r int64_:i int64_:i );
    loc : ( LR[0] AX[0] AX[1] BX[0] );
    vac : ( srIM[0] );
    llv : 0 0 0 0 0 ;
}

// int float64_eq(float64, float64)
F_Z10float64_eqyy : user_defined, called {
    fnm : "float64_eq" 'int float64_eq(float64, float64)';
    arg : ( dmaddr_:i int32_:r int64_:i int64_:i );
    loc : ( LR[0] RA[0] AX[0] AX[1] );
    vac : ( srIM[0] );
    llv : 0 0 0 0 0 ;
}

// double ff_pow(double, double)
Fff_pow : user_defined, called {
    fnm : "ff_pow" 'double ff_pow(double, double)';
    arg : ( dmaddr_:i int64_:r int64_:i int64_:i );
    loc : ( LR[0] AX[0] AX[1] BX[0] );
    vac : ( srIM[0] );
    llv : 0 1 0 0 0 ;
}

// void init(SingleSignalPath *, SingleSignalPath *, double *, double *, int, int, double, double, double, int)
F_Z4initP16SingleSignalPathS0_PdS1_iidddi : user_defined, called {
    fnm : "init" 'void init(SingleSignalPath *, SingleSignalPath *, double *, double *, int, int, double, double, double, int)';
    arg : ( dmaddr_:i dmaddr_:i dmaddr_:i dmaddr_:i dmaddr_:i int32_:i int32_:i int64_:i int64_:i int64_:i int32_:i );
    loc : ( LR[0] A[0] A[1] A[2] A[3] RA[0] RA[1] AX[0] AX[1] BX[0] RB[0] );
    vac : ( srIM[0] );
    frm : ( b=8 );
    llv : 0 1 0 0 0 ;
}

// void calc(SingleSignalPath *, SingleSignalPath *, volatile int16_t chess_storage(DMB) *, volatile int16_t chess_storage(DMB) *, volatile int16_t chess_storage(DMB) *)
F_Z4calcP16SingleSignalPathS0_PU17chess_storage_DMBVsS2_S2_ : user_defined, called {
    fnm : "calc" 'void calc(SingleSignalPath *, SingleSignalPath *, volatile int16_t chess_storage(DMB) *, volatile int16_t chess_storage(DMB) *, volatile int16_t chess_storage(DMB) *)';
    arg : ( dmaddr_:i dmaddr_:i dmaddr_:i dmaddr_:i dmaddr_:i dmaddr_:i );
    loc : ( LR[0] A[0] A[1] A[4] A[5] __spill_WDMA[0] );
    vac : ( srIM[0] );
    frm : ( );
    llv : 0 1 0 0 0 ;
}

// int initialize_buffer(BufferPtr *, int *, int, int)
F_Z17initialize_bufferP9BufferPtrPiii : user_defined, called {
    fnm : "initialize_buffer" 'int initialize_buffer(BufferPtr *, int *, int, int)';
    arg : ( dmaddr_:i int32_:r dmaddr_:i dmaddr_:i int32_:i int32_:i );
    loc : ( LR[0] RA[0] A[0] A[1] RA[1] RB[0] );
    vac : ( srIM[0] );
    frm : ( );
    llv : 0 1 0 0 0 ;
}

// int initialize_buffer_dmb(BufferPtrDMB chess_storage(DMB) *, int chess_storage(DMB) *, int, int)
F_Z21initialize_buffer_dmbPU17chess_storage_DMB12BufferPtrDMBPU17chess_storage_DMBiii : user_defined, called {
    fnm : "initialize_buffer_dmb" 'int initialize_buffer_dmb(BufferPtrDMB chess_storage(DMB) *, int chess_storage(DMB) *, int, int)';
    arg : ( dmaddr_:i int32_:r dmaddr_:i dmaddr_:i int32_:i int32_:i );
    loc : ( LR[0] RA[0] A[4] A[5] RA[1] RB[0] );
    vac : ( srIM[0] );
    frm : ( );
    llv : 0 1 0 0 0 ;
}

// void increment_buffer(BufferPtr *, int)
F_Z16increment_bufferP9BufferPtri : user_defined, called {
    fnm : "increment_buffer" 'void increment_buffer(BufferPtr *, int)';
    arg : ( dmaddr_:i dmaddr_:i int32_:i );
    loc : ( LR[0] A[0] RA[0] );
    vac : ( srIM[0] );
    frm : ( );
    llv : 0 0 0 0 0 ;
}

// void increment_buffert_DMB(BufferPtrDMB *, int)
F_Z21increment_buffert_DMBP12BufferPtrDMBi : user_defined, called {
    fnm : "increment_buffert_DMB" 'void increment_buffert_DMB(BufferPtrDMB *, int)';
    arg : ( dmaddr_:i dmaddr_:i int32_:i );
    loc : ( LR[0] A[0] RA[0] );
    vac : ( srIM[0] );
    frm : ( );
    llv : 0 0 0 0 0 ;
}

// void write_buffer(BufferPtr *, int)
F_Z12write_bufferP9BufferPtri : user_defined, called {
    fnm : "write_buffer" 'void write_buffer(BufferPtr *, int)';
    arg : ( dmaddr_:i dmaddr_:i int32_:i );
    loc : ( LR[0] A[0] RA[0] );
    vac : ( srIM[0] );
    frm : ( );
    llv : 0 0 0 0 0 ;
}

// void write_buffer_dmb(BufferPtrDMB chess_storage(DMB) *, int)
F_Z16write_buffer_dmbPU17chess_storage_DMB12BufferPtrDMBi : user_defined, called {
    fnm : "write_buffer_dmb" 'void write_buffer_dmb(BufferPtrDMB chess_storage(DMB) *, int)';
    arg : ( dmaddr_:i dmaddr_:i int32_:i );
    loc : ( LR[0] A[4] RA[0] );
    vac : ( srIM[0] );
    frm : ( );
    llv : 0 0 0 0 0 ;
}

// void sig_init_preemph_coef(SingleSignalPath *, double, double, double, double, double, int)
F_Z21sig_init_preemph_coefP16SingleSignalPathdddddi : user_defined, called {
    fnm : "sig_init_preemph_coef" 'void sig_init_preemph_coef(SingleSignalPath *, double, double, double, double, double, int)';
    arg : ( dmaddr_:i dmaddr_:i int64_:i int64_:i int64_:i int64_:i int64_:i int32_:i );
    loc : ( LR[0] A[0] AX[0] AX[1] BX[0] BX[1] __spill_LDMA[0] RA[0] );
    vac : ( srIM[0] );
    frm : ( );
    llv : 0 1 0 0 0 ;
}

// int sig_init_delay(SingleSignalPath *, int)
F_Z14sig_init_delayP16SingleSignalPathi : user_defined, called {
    fnm : "sig_init_delay" 'int sig_init_delay(SingleSignalPath *, int)';
    arg : ( dmaddr_:i int32_:r dmaddr_:i int32_:i );
    loc : ( LR[0] RA[0] A[0] RA[1] );
    vac : ( srIM[0] );
    frm : ( );
    llv : 0 1 0 0 0 ;
}

// void sig_init_weight(SingleSignalPath *, double, int)
F_Z15sig_init_weightP16SingleSignalPathdi : user_defined, called {
    fnm : "sig_init_weight" 'void sig_init_weight(SingleSignalPath *, double, int)';
    arg : ( dmaddr_:i dmaddr_:i int64_:i int32_:i );
    loc : ( LR[0] A[0] AX[0] RA[0] );
    vac : ( srIM[0] );
    frm : ( );
    llv : 0 1 0 0 0 ;
}

// int sig_calc_biquad(SingleSignalPath *, int)
F_Z15sig_calc_biquadP16SingleSignalPathi : user_defined, called {
    fnm : "sig_calc_biquad" 'int sig_calc_biquad(SingleSignalPath *, int)';
    arg : ( dmaddr_:i int32_:r dmaddr_:i int32_:i );
    loc : ( LR[0] RA[0] A[0] RA[1] );
    vac : ( srIM[0] );
    frm : ( );
    llv : 0 0 0 0 0 ;
}

// int sig_delay_buffer_load_and_get(SingleSignalPath *, int)
F_Z29sig_delay_buffer_load_and_getP16SingleSignalPathi : user_defined, called {
    fnm : "sig_delay_buffer_load_and_get" 'int sig_delay_buffer_load_and_get(SingleSignalPath *, int)';
    arg : ( dmaddr_:i int32_:r dmaddr_:i int32_:i );
    loc : ( LR[0] RA[0] A[0] RA[1] );
    vac : ( srIM[0] );
    frm : ( );
    llv : 0 0 0 0 0 ;
}

// int sig_calc_weight(SingleSignalPath *, int)
F_Z15sig_calc_weightP16SingleSignalPathi : user_defined, called {
    fnm : "sig_calc_weight" 'int sig_calc_weight(SingleSignalPath *, int)';
    arg : ( dmaddr_:i int32_:r dmaddr_:i int32_:i );
    loc : ( LR[0] RA[0] A[0] RA[1] );
    vac : ( srIM[0] );
    frm : ( );
    llv : 0 0 0 0 0 ;
}