Liboil Reference Manual | ||||
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void oil_dct36_f32 (float *d_36, int dstr, const float *s_36, int sstr); void oil_fdct8_f64 (double *d_8, const double *s_8, int dstr, int sstr); void oil_fdct8x8_f64 (double *d_8x8, int dstr, const double *s_8x8, int sstr); void oil_fdct8x8s_s16 (int16_t *d_8x8, int ds, const int16_t *s_8x8, int ss); void oil_idct8_f64 (double *d_8, int dstr, const double *s_8, int sstr); void oil_idct8x8_f64 (double *d_8x8, int dstr, const double *s_8x8, int sstr); void oil_idct8x8_s16 (int16_t *d_8x8, int dstr, const int16_t *s_8x8, int sstr); void oil_imdct12_f64 (double *d_12, const double *s_6); void oil_imdct32_f32 (float *d_32, const float *s_32); void oil_imdct36_f64 (double *d_36, const double *s_18); void oil_mdct12_f64 (double *d_6, const double *s_12); void oil_mdct36_f64 (double *d_18, const double *s_36); void oil_idct8theora_s16 (int16_t *d_8, int dstr, const int16_t *s_8, int sstr); void oil_idct8x8lim10_f64 (double *d_8x8, int dstr, const double *s_8x8, int sstr); void oil_idct8x8lim10_s16 (int16_t *d_8x8, int dstr, const int16_t *s_8x8, int sstr); void oil_idct8x8theora_s16 (int16_t *d_8x8, int dstr, const int16_t *s_8x8, int sstr);
void oil_dct36_f32 (float *d_36, int dstr, const float *s_36, int sstr);
FIXME: This function is broken.
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void oil_fdct8_f64 (double *d_8, const double *s_8, int dstr, int sstr);
Performs a Forward Discrete Cosine Transform on s_8
and places
the result in d_8
.
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void oil_fdct8x8_f64 (double *d_8x8, int dstr, const double *s_8x8, int sstr);
Performs a 2-D Forward Discrete Cosine Transform on s_8x8
and places
the result in d_8x8
.
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void oil_fdct8x8s_s16 (int16_t *d_8x8, int ds, const int16_t *s_8x8, int ss);
Performs a 2-D Forward Discrete Cosine Transform on s_8x8
and places
the result in d_8x8
.
This function uses an alternate scaling used by RTjpeg.
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void oil_idct8_f64 (double *d_8, int dstr, const double *s_8, int sstr);
Performs a Inverse Discrete Cosine Transform on s_8
and places
the result in d_8
.
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void oil_idct8x8_f64 (double *d_8x8, int dstr, const double *s_8x8, int sstr);
Performs a 2-D Inverse Discrete Cosine Transform on s_8x8
and places
the result in d_8x8
.
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void oil_idct8x8_s16 (int16_t *d_8x8, int dstr, const int16_t *s_8x8, int sstr);
Performs a limited 2-D Inverse Discrete Cosine Transform on s_8x8
and places the result in d_8x8
.
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void oil_imdct12_f64 (double *d_12, const double *s_6);
Performs a Inverse Modified Discrete Cosine Transform (IMDCT)
on the source array s_6
and places the result in d_12
.
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void oil_imdct32_f32 (float *d_32, const float *s_32);
Performs a Inverse Modified Discrete Cosine Transform (IMDCT)
on the source array s_32
and places the result in d_32
.
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void oil_imdct36_f64 (double *d_36, const double *s_18);
Performs a Inverse Modified Discrete Cosine Transform (IMDCT)
on the source array s_18
and places the result in d_36
.
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void oil_mdct12_f64 (double *d_6, const double *s_12);
Performs a Modified Discrete Cosine Transform (MDCT)
on the source array s_12
and places the result in d_6
.
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void oil_mdct36_f64 (double *d_18, const double *s_36);
Performs a Modified Discrete Cosine Transform (MDCT)
on the source array s_36
and places the result in d_18
.
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void oil_idct8theora_s16 (int16_t *d_8, int dstr, const int16_t *s_8, int sstr);
Performs a Inverse Discrete Cosine Transform on s_8
and places
the result in d_8
, as defined by the Theora specification.
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void oil_idct8x8lim10_f64 (double *d_8x8, int dstr, const double *s_8x8, int sstr);
Performs a 2-D Inverse Discrete Cosine Transform on s_8x8
and places
the result in d_8x8
.
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void oil_idct8x8lim10_s16 (int16_t *d_8x8, int dstr, const int16_t *s_8x8, int sstr);
Performs a limited 2-D Inverse Discrete Cosine Transform on s_8x8
and places the result in d_8x8
. The source 8x8 block must be non-zero
only in the 10 lowest-order components.
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