 |
Edinburgh Speech Tools
2.1-release
|
|
|
Edinburgh Speech Tools
2.1-release
|
|
Go to the source code of this file.
Macros | |
Channel Type Numbering Scheme | |
Channel types are given numbers containing the following information: {itemize} A numeric index. A Number of differentiations 0-2 0 for start, 1 for end {itemize} Things which do not require all these features are packed in according to the following rules: {itemize} Single values which can be differentiated are paired as if they were start and end positions of an unknown type of coefficient. Single values which can't be differentiated are put in the positions where the 3rd derivatives would logically be found. {itemize} | |
| #define | EST_ChannelTypeCT(T) ( (T) >> 3 ) |
| extract the coefficient type More... | |
| #define | EST_ChannelTypeD(T) ( (T) >> 1 & 3 ) |
| extract the number of differentiations More... | |
| #define | EST_ChannelTypeSE(T) ( (T) & 1 ) |
| extract the start/end flag. More... | |
| #define | EST_ChannelTypeStart(T) |
| get start from end More... | |
| #define | EST_ChannelTypeEnd(T) |
| get end from start More... | |
| #define | EST_ChannelTypeIncD(T) |
| differentiate once More... | |
| #define | EST_ChannelTypeDelta(T, N) |
| differentiate N times More... | |
| #define | EST_ChannelTypeDecD(T) |
| integrate once More... | |
| #define | EST_CoefChannelId(CT, D, SE) ( (CT)<<3 | ((D)<<1 & 6) | ((SE)&1) ) |
| #define | EST_DiffChannelId(N, D) ( EST_CoefChannelId(((N)>>1)+(int)cot_free, D, (N)&1) ) |
| #define | EST_ChannelId(N) EST_CoefChannelId((N)>>1, 3, (N)&1) |
Typedefs | |
| typedef enum EST_ChannelType | EST_ChannelType |
Enumerations | |
| enum | EST_ChannelType { channel_unknown = EST_ChannelId(0), channel_order = EST_ChannelId(1), first_channel_type =channel_order, channel_peak = EST_ChannelId(2), channel_duration = EST_ChannelId(3), channel_length = EST_ChannelId(4), channel_offset = EST_ChannelId(5), channel_voiced = EST_ChannelId(6), channel_frame = EST_ChannelId(7), channel_time = EST_ChannelId(8), channel_power = EST_DiffChannelId(0,0), channel_power_d = EST_DiffChannelId(0,1), channel_power_a = EST_DiffChannelId(0,2), channel_energy = EST_DiffChannelId(1,0), channel_energy_d = EST_DiffChannelId(1,1), channel_energy_a = EST_DiffChannelId(1,2), channel_f0 = EST_DiffChannelId(2,0), channel_f0_d = EST_DiffChannelId(2,1), channel_f0_a = EST_DiffChannelId(2,2), channel_lpc_0 = EST_CoefChannelId(cot_lpc,0,0), channel_lpc_N = EST_CoefChannelId(cot_lpc,0,1), channel_lpc_d_0 = EST_CoefChannelId(cot_lpc,1,0), channel_lpc_d_N = EST_CoefChannelId(cot_lpc,1,1), channel_lpc_a_0 = EST_CoefChannelId(cot_lpc,2,0), channel_lpc_a_N = EST_CoefChannelId(cot_lpc,2,1), channel_reflection_0 = EST_CoefChannelId(cot_reflection,0,0), channel_reflection_N = EST_CoefChannelId(cot_reflection,0,1), channel_reflection_d_0 = EST_CoefChannelId(cot_reflection,1,0), channel_reflection_d_N = EST_CoefChannelId(cot_reflection,1,1), channel_reflection_a_0 = EST_CoefChannelId(cot_reflection,2,0), channel_reflection_a_N = EST_CoefChannelId(cot_reflection,2,1), channel_cepstrum_0 = EST_CoefChannelId(cot_cepstrum,0,0), channel_cepstrum_N = EST_CoefChannelId(cot_cepstrum,0,1), channel_cepstrum_d_0 = EST_CoefChannelId(cot_cepstrum,1,0), channel_cepstrum_d_N = EST_CoefChannelId(cot_cepstrum,1,1), channel_cepstrum_a_0 = EST_CoefChannelId(cot_cepstrum,2,0), channel_cepstrum_a_N = EST_CoefChannelId(cot_cepstrum,2,1), channel_melcepstrum_0 = EST_CoefChannelId(cot_melcepstrum,0,0), channel_melcepstrum_N = EST_CoefChannelId(cot_melcepstrum,0,1), channel_melcepstrum_d_0 = EST_CoefChannelId(cot_melcepstrum,1,0), channel_melcepstrum_d_N = EST_CoefChannelId(cot_melcepstrum,1,1), channel_melcepstrum_a_0 = EST_CoefChannelId(cot_melcepstrum,2,0), channel_melcepstrum_a_N = EST_CoefChannelId(cot_melcepstrum,2,1), channel_fbank_0 = EST_CoefChannelId(cot_fbank,0,0), channel_fbank_N = EST_CoefChannelId(cot_fbank,0,1), channel_fbank_d_0 = EST_CoefChannelId(cot_fbank,1,0), channel_fbank_d_N = EST_CoefChannelId(cot_fbank,1,1), channel_fbank_a_0 = EST_CoefChannelId(cot_fbank,2,0), channel_fbank_a_N = EST_CoefChannelId(cot_fbank,2,1), channel_lsf_0 = EST_CoefChannelId(cot_lsf,0,0), channel_lsf_N = EST_CoefChannelId(cot_lsf,0,1), channel_lsf_d_0 = EST_CoefChannelId(cot_lsf,1,0), channel_lsf_d_N = EST_CoefChannelId(cot_lsf,1,1), channel_lsf_a_0 = EST_CoefChannelId(cot_lsf,2,0), channel_lsf_a_N = EST_CoefChannelId(cot_lsf,2,1), channel_tubearea_0 = EST_CoefChannelId(cot_tubearea,0,0), channel_tubearea_N = EST_CoefChannelId(cot_tubearea,0,1), channel_tubearea_d_0 = EST_CoefChannelId(cot_tubearea,1,0), channel_tubearea_d_N = EST_CoefChannelId(cot_tubearea,1,1), channel_tubearea_a_0 = EST_CoefChannelId(cot_tubearea,2,0), channel_tubearea_a_N = EST_CoefChannelId(cot_tubearea,2,1), channel_filter_0 = EST_CoefChannelId(cot_filter,0,0), channel_filter_N = EST_CoefChannelId(cot_filter,0,1), channel_filter_d_0 = EST_CoefChannelId(cot_filter,1,0), channel_filter_d_N = EST_CoefChannelId(cot_filter,1,1), channel_filter_a_0 = EST_CoefChannelId(cot_filter,2,0), channel_filter_a_N = EST_CoefChannelId(cot_filter,2,1), channel_user1_0 = EST_CoefChannelId(cot_user1,0,0), channel_user1_N = EST_CoefChannelId(cot_user1,0,1), channel_user1_d_0 = EST_CoefChannelId(cot_user1,1,0), channel_user1_d_N = EST_CoefChannelId(cot_user1,1,1), channel_user1_a_0 = EST_CoefChannelId(cot_user1,2,0), channel_user1_a_N = EST_CoefChannelId(cot_user1,2,1), channel_user2_0 = EST_CoefChannelId(cot_user2,0,0), channel_user2_N = EST_CoefChannelId(cot_user2,0,1), channel_user2_d_0 = EST_CoefChannelId(cot_user2,1,0), channel_user2_d_N = EST_CoefChannelId(cot_user2,1,1), channel_user2_a_0 = EST_CoefChannelId(cot_user2,2,0), channel_user2_a_N = EST_CoefChannelId(cot_user2,2,1), last_channel_type = channel_f0_a, num_channel_types } |
Channel Types | |
| enum | EST_CoefficientType { cot_lpc =0, cot_first =cot_lpc, cot_reflection, cot_cepstrum, cot_melcepstrum, cot_fbank, cot_lsf, cot_tubearea, cot_filter, cot_user1, cot_user2, cot_free } |
| #define EST_ChannelTypeCT | ( | T | ) | ( (T) >> 3 ) |
extract the coefficient type
Definition at line 99 of file EST_ChannelType.h.
| #define EST_ChannelTypeD | ( | T | ) | ( (T) >> 1 & 3 ) |
extract the number of differentiations
Definition at line 101 of file EST_ChannelType.h.
| #define EST_ChannelTypeSE | ( | T | ) | ( (T) & 1 ) |
extract the start/end flag.
Definition at line 103 of file EST_ChannelType.h.
| #define EST_ChannelTypeStart | ( | T | ) |
get start from end
Definition at line 106 of file EST_ChannelType.h.
| #define EST_ChannelTypeEnd | ( | T | ) |
get end from start
Definition at line 111 of file EST_ChannelType.h.
| #define EST_ChannelTypeIncD | ( | T | ) |
differentiate once
Definition at line 116 of file EST_ChannelType.h.
| #define EST_ChannelTypeDelta | ( | T, | |
| N | |||
| ) |
differentiate N times
Definition at line 121 of file EST_ChannelType.h.
| #define EST_ChannelTypeDecD | ( | T | ) |
integrate once
Definition at line 126 of file EST_ChannelType.h.
| #define EST_CoefChannelId | ( | CT, | |
| D, | |||
| SE | |||
| ) | ( (CT)<<3 | ((D)<<1 & 6) | ((SE)&1) ) |
Build a number representing a channel type for a coefficient type.
CT = coefficient type D = Number of levels of differentiation. SE = Start=0 end=1
Definition at line 138 of file EST_ChannelType.h.
| #define EST_DiffChannelId | ( | N, | |
| D | |||
| ) | ( EST_CoefChannelId(((N)>>1)+(int)cot_free, D, (N)&1) ) |
Build a number representing a channel type for a single value which can N = count starting from 0 D = Number of levels of differentiation. be differentiated.
Definition at line 146 of file EST_ChannelType.h.
| #define EST_ChannelId | ( | N | ) | EST_CoefChannelId((N)>>1, 3, (N)&1) |
Build a number representing a channel type for a simple value such as length or voicing probability.
Definition at line 152 of file EST_ChannelType.h.
| typedef enum EST_ChannelType EST_ChannelType |
Definition at line 287 of file EST_ChannelType.h.
| enum EST_CoefficientType |
Symbolic names for coefficient types.
Used to record what kinds of information are in a track and anywhere else we need to refer to coefficient types.
Definition at line 49 of file EST_ChannelType.h.
| enum EST_ChannelType |
Symbolic names for track channels. Used in track maps to label channels so they can be accessed without knowing exactly where in the track they are.
Definition at line 168 of file EST_ChannelType.h.
1.8.11