Bands

: Object

Concentus.Celt.Bands, Concentus 0x0010 (16 B) align 1 inherited 0x0010 Concentus

0x00x0010

Members 2

Show inherited members

Offset	Size	Name	Type	Flags
	0x08	bit_interleave_table	byte[]	PrivateStatic+1 flags
	0x08	bit_deinterleave_table	byte[]	PrivateStatic+1 flags

Functions 30

Signature	Flags	Native	Params
void hysteresis_decision()	Static+1 flags	—	0x00
void celt_lcg_rand()	Static+1 flags	—	0x00
void bitexact_cos()	Static+1 flags	—	0x00
void bitexact_log2tan()	Static+1 flags	—	0x00
void compute_band_energies()	Static+1 flags	—	0x00
void normalise_bands()	Static+1 flags	—	0x00
void denormalise_bands()	Static+1 flags	—	0x00
void anti_collapse()	Static+1 flags	—	0x00
void intensity_stereo()	Static+1 flags	—	0x00
void stereo_split()	PrivateStatic	—	0x00
void stereo_merge()	PrivateStatic	—	0x00
void spreading_decision()	Static+1 flags	—	0x00
void deinterleave_hadamard()	Static+1 flags	—	0x00
void interleave_hadamard()	Static+1 flags	—	0x00
void haar1()	Static+1 flags	—	0x00
void haar1ZeroOffset()	Static+1 flags	—	0x00
void compute_qn()	Static+1 flags	—	0x00
void compute_theta_decode()	Static+1 flags	—	0x00
void compute_theta_encode()	Static+1 flags	—	0x00
void quant_band_n1_encode()	Static+1 flags	—	0x00
void quant_band_n1_decode()	Static+1 flags	—	0x00
void quant_partition_encode()	Static+1 flags	—	0x00
void quant_partition_decode()	Static+1 flags	—	0x00
void quant_band_encode()	Static+1 flags	—	0x00
void quant_band_decode()	Static+1 flags	—	0x00
void quant_band_stereo_encode()	Static+1 flags	—	0x00
void quant_band_stereo_decode()	Static+1 flags	—	0x00
void quant_all_bands_encode()	Static+1 flags	—	0x00
void quant_all_bands_decode()	Static+1 flags	—	0x00
void .cctor()	PrivateStatic+1 flags	—	0x00

// Concentus.Celt.Bands, Concentus
// size 0x0010 (16), inherited 0x0010, align 1
class Bands : public Object
{
public:
    byte[] bit_interleave_table;                       // 0x0000(0x08) Private Static InitOnly
    byte[] bit_deinterleave_table;                     // 0x0008(0x08) Private Static InitOnly

    void hysteresis_decision(); [Assembly Static]
    void celt_lcg_rand(); [Assembly Static]
    void bitexact_cos(); [Assembly Static]
    void bitexact_log2tan(); [Assembly Static]
    void compute_band_energies(); [Assembly Static]
    void normalise_bands(); [Assembly Static]
    void denormalise_bands(); [Assembly Static]
    void anti_collapse(); [Assembly Static]
    void intensity_stereo(); [Assembly Static]
    void stereo_split(); [Private Static]
    void stereo_merge(); [Private Static]
    void spreading_decision(); [Assembly Static]
    void deinterleave_hadamard(); [Assembly Static]
    void interleave_hadamard(); [Assembly Static]
    void haar1(); [Assembly Static]
    void haar1ZeroOffset(); [Assembly Static]
    void compute_qn(); [Assembly Static]
    void compute_theta_decode(); [Assembly Static]
    void compute_theta_encode(); [Assembly Static]
    void quant_band_n1_encode(); [Assembly Static]
    void quant_band_n1_decode(); [Assembly Static]
    void quant_partition_encode(); [Assembly Static]
    void quant_partition_decode(); [Assembly Static]
    void quant_band_encode(); [Assembly Static]
    void quant_band_decode(); [Assembly Static]
    void quant_band_stereo_encode(); [Assembly Static]
    void quant_band_stereo_decode(); [Assembly Static]
    void quant_all_bands_encode(); [Assembly Static]
    void quant_all_bands_decode(); [Assembly Static]
    void .cctor(); [Private Static SpecialName]
};