diff --git a/gst/audioconvert/audioconvert.c b/gst/audioconvert/audioconvert.c index 0b33673a84..7c7f84f92a 100644 --- a/gst/audioconvert/audioconvert.c +++ b/gst/audioconvert/audioconvert.c @@ -78,7 +78,7 @@ struct _GstAudioConverter GstAudioFormat mix_format; gboolean mix_passthrough; - GstChannelMix *mix; + GstAudioChannelMix *mix; AudioConvertFunc convert_out; @@ -203,7 +203,7 @@ gst_audio_converter_new (GstAudioInfo * in, GstAudioInfo * out, { GstAudioConverter *convert; gint in_depth, out_depth; - GstChannelMixFlags flags; + GstAudioChannelMixFlags flags; gboolean in_int, out_int; GstAudioFormat format; GstAudioDitherMethod dither; @@ -242,10 +242,10 @@ gst_audio_converter_new (GstAudioInfo * in, GstAudioInfo * out, flags = GST_AUDIO_INFO_IS_UNPOSITIONED (in) ? - GST_CHANNEL_MIX_FLAGS_UNPOSITIONED_IN : 0; + GST_AUDIO_CHANNEL_MIX_FLAGS_UNPOSITIONED_IN : 0; flags |= GST_AUDIO_INFO_IS_UNPOSITIONED (out) ? - GST_CHANNEL_MIX_FLAGS_UNPOSITIONED_OUT : 0; + GST_AUDIO_CHANNEL_MIX_FLAGS_UNPOSITIONED_OUT : 0; /* step 1, unpack */ @@ -264,9 +264,10 @@ gst_audio_converter_new (GstAudioInfo * in, GstAudioInfo * out, /* step 3, channel mix */ convert->mix_format = format; - convert->mix = gst_channel_mix_new (flags, in->channels, in->position, + convert->mix = gst_audio_channel_mix_new (flags, in->channels, in->position, out->channels, out->position); - convert->mix_passthrough = gst_channel_mix_is_passthrough (convert->mix); + convert->mix_passthrough = + gst_audio_channel_mix_is_passthrough (convert->mix); GST_INFO ("mix format %s, passthrough %d, in_channels %d, out_channels %d", gst_audio_format_to_string (format), convert->mix_passthrough, in->channels, out->channels); @@ -336,7 +337,7 @@ gst_audio_converter_free (GstAudioConverter * convert) if (convert->quant) gst_audio_quantize_free (convert->quant); if (convert->mix) - gst_channel_mix_free (convert->mix); + gst_audio_channel_mix_free (convert->mix); gst_audio_info_init (&convert->in); gst_audio_info_init (&convert->out); @@ -426,8 +427,8 @@ gst_audio_converter_samples (GstAudioConverter * convert, else outbuf = tmpbuf; - gst_channel_mix_mix (convert->mix, convert->mix_format, convert->in.layout, - src, outbuf, samples); + gst_audio_channel_mix_samples (convert->mix, convert->mix_format, + convert->in.layout, src, outbuf, samples); src = outbuf; } /* step 4, optional convert F64 -> S32 for quantize */ diff --git a/gst/audioconvert/gstchannelmix.c b/gst/audioconvert/gstchannelmix.c index 4bd9d47c3c..832951e7d4 100644 --- a/gst/audioconvert/gstchannelmix.c +++ b/gst/audioconvert/gstchannelmix.c @@ -31,9 +31,9 @@ #define INT_MATRIX_FACTOR_EXPONENT 10 -struct _GstChannelMix +struct _GstAudioChannelMix { - GstChannelMixFlags flags; + GstAudioChannelMixFlags flags; gint in_channels; gint out_channels; @@ -53,13 +53,13 @@ struct _GstChannelMix }; /** - * gst_channel_mix_free: - * @mix: a #GstChannelMix + * gst_audio_channel_mix_free: + * @mix: a #GstAudioChannelMix * * Free memory allocated by @mix. */ void -gst_channel_mix_free (GstChannelMix * mix) +gst_audio_channel_mix_free (GstAudioChannelMix * mix) { gint i; @@ -77,7 +77,7 @@ gst_channel_mix_free (GstChannelMix * mix) g_free (mix->tmp); mix->tmp = NULL; - g_slice_free (GstChannelMix, mix); + g_slice_free (GstAudioChannelMix, mix); } /* @@ -87,7 +87,7 @@ gst_channel_mix_free (GstChannelMix * mix) */ static void -gst_channel_mix_fill_identical (GstChannelMix * mix) +gst_audio_channel_mix_fill_identical (GstAudioChannelMix * mix) { gint ci, co; @@ -111,7 +111,7 @@ gst_channel_mix_fill_identical (GstChannelMix * mix) */ static void -gst_channel_mix_fill_compatible (GstChannelMix * mix) +gst_audio_channel_mix_fill_compatible (GstAudioChannelMix * mix) { /* Conversions from one-channel to compatible two-channel configs */ struct @@ -209,10 +209,10 @@ gst_channel_mix_fill_compatible (GstChannelMix * mix) */ static void -gst_channel_mix_detect_pos (gint channels, GstAudioChannelPosition position[64], - gint * f, gboolean * has_f, - gint * c, gboolean * has_c, gint * r, gboolean * has_r, - gint * s, gboolean * has_s, gint * b, gboolean * has_b) +gst_audio_channel_mix_detect_pos (gint channels, + GstAudioChannelPosition position[64], gint * f, gboolean * has_f, gint * c, + gboolean * has_c, gint * r, gboolean * has_r, gint * s, gboolean * has_s, + gint * b, gboolean * has_b) { gint n; @@ -273,7 +273,7 @@ gst_channel_mix_detect_pos (gint channels, GstAudioChannelPosition position[64], } static void -gst_channel_mix_fill_one_other (gfloat ** matrix, +gst_audio_channel_mix_fill_one_other (gfloat ** matrix, gint * from_idx, gint * to_idx, gfloat ratio) { @@ -339,7 +339,7 @@ gst_channel_mix_fill_one_other (gfloat ** matrix, #define RATIO_REAR_BASS (1.0 / sqrt (2.0)) static void -gst_channel_mix_fill_others (GstChannelMix * mix) +gst_audio_channel_mix_fill_others (GstAudioChannelMix * mix) { gboolean in_has_front = FALSE, out_has_front = FALSE, in_has_center = FALSE, out_has_center = FALSE, @@ -364,11 +364,11 @@ gst_channel_mix_fill_others (GstChannelMix * mix) /* First see where (if at all) the various channels from/to * which we want to convert are located in our matrix/array. */ - gst_channel_mix_detect_pos (mix->in_channels, mix->in_position, + gst_audio_channel_mix_detect_pos (mix->in_channels, mix->in_position, in_f, &in_has_front, in_c, &in_has_center, in_r, &in_has_rear, in_s, &in_has_side, in_b, &in_has_bass); - gst_channel_mix_detect_pos (mix->out_channels, mix->out_position, + gst_audio_channel_mix_detect_pos (mix->out_channels, mix->out_position, out_f, &out_has_front, out_c, &out_has_center, out_r, &out_has_rear, out_s, &out_has_side, out_b, &out_has_bass); @@ -385,137 +385,149 @@ gst_channel_mix_fill_others (GstChannelMix * mix) /* center <-> front/side/rear */ if (!in_has_center && in_has_front && out_has_center) { - gst_channel_mix_fill_one_other (mix->matrix, in_f, out_c, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_f, out_c, RATIO_CENTER_FRONT); } else if (!in_has_center && !in_has_front && in_has_side && out_has_center) { - gst_channel_mix_fill_one_other (mix->matrix, in_s, out_c, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_s, out_c, RATIO_CENTER_SIDE); } else if (!in_has_center && !in_has_front && !in_has_side && in_has_rear && out_has_center) { - gst_channel_mix_fill_one_other (mix->matrix, in_r, out_c, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_r, out_c, RATIO_CENTER_REAR); } else if (in_has_center && !out_has_center && out_has_front) { - gst_channel_mix_fill_one_other (mix->matrix, in_c, out_f, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_c, out_f, RATIO_CENTER_FRONT); } else if (in_has_center && !out_has_center && !out_has_front && out_has_side) { - gst_channel_mix_fill_one_other (mix->matrix, in_c, out_s, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_c, out_s, RATIO_CENTER_SIDE); } else if (in_has_center && !out_has_center && !out_has_front && !out_has_side && out_has_rear) { - gst_channel_mix_fill_one_other (mix->matrix, in_c, out_r, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_c, out_r, RATIO_CENTER_REAR); } /* front <-> center/side/rear */ if (!in_has_front && in_has_center && !in_has_side && out_has_front) { - gst_channel_mix_fill_one_other (mix->matrix, in_c, out_f, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_c, out_f, RATIO_CENTER_FRONT); } else if (!in_has_front && !in_has_center && in_has_side && out_has_front) { - gst_channel_mix_fill_one_other (mix->matrix, in_s, out_f, RATIO_FRONT_SIDE); + gst_audio_channel_mix_fill_one_other (mix->matrix, in_s, out_f, + RATIO_FRONT_SIDE); } else if (!in_has_front && in_has_center && in_has_side && out_has_front) { - gst_channel_mix_fill_one_other (mix->matrix, in_c, out_f, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_c, out_f, 0.5 * RATIO_CENTER_FRONT); - gst_channel_mix_fill_one_other (mix->matrix, in_s, out_f, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_s, out_f, 0.5 * RATIO_FRONT_SIDE); } else if (!in_has_front && !in_has_center && !in_has_side && in_has_rear && out_has_front) { - gst_channel_mix_fill_one_other (mix->matrix, in_r, out_f, RATIO_FRONT_REAR); + gst_audio_channel_mix_fill_one_other (mix->matrix, in_r, out_f, + RATIO_FRONT_REAR); } else if (in_has_front && out_has_center && !out_has_side && !out_has_front) { - gst_channel_mix_fill_one_other (mix->matrix, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_f, out_c, RATIO_CENTER_FRONT); } else if (in_has_front && !out_has_center && out_has_side && !out_has_front) { - gst_channel_mix_fill_one_other (mix->matrix, in_f, out_s, RATIO_FRONT_SIDE); + gst_audio_channel_mix_fill_one_other (mix->matrix, in_f, out_s, + RATIO_FRONT_SIDE); } else if (in_has_front && out_has_center && out_has_side && !out_has_front) { - gst_channel_mix_fill_one_other (mix->matrix, in_f, out_c, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_f, out_c, 0.5 * RATIO_CENTER_FRONT); - gst_channel_mix_fill_one_other (mix->matrix, in_f, out_s, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_f, out_s, 0.5 * RATIO_FRONT_SIDE); } else if (in_has_front && !out_has_center && !out_has_side && !out_has_front && out_has_rear) { - gst_channel_mix_fill_one_other (mix->matrix, in_f, out_r, RATIO_FRONT_REAR); + gst_audio_channel_mix_fill_one_other (mix->matrix, in_f, out_r, + RATIO_FRONT_REAR); } /* side <-> center/front/rear */ if (!in_has_side && in_has_front && !in_has_rear && out_has_side) { - gst_channel_mix_fill_one_other (mix->matrix, in_f, out_s, RATIO_FRONT_SIDE); + gst_audio_channel_mix_fill_one_other (mix->matrix, in_f, out_s, + RATIO_FRONT_SIDE); } else if (!in_has_side && !in_has_front && in_has_rear && out_has_side) { - gst_channel_mix_fill_one_other (mix->matrix, in_r, out_s, RATIO_SIDE_REAR); + gst_audio_channel_mix_fill_one_other (mix->matrix, in_r, out_s, + RATIO_SIDE_REAR); } else if (!in_has_side && in_has_front && in_has_rear && out_has_side) { - gst_channel_mix_fill_one_other (mix->matrix, in_f, out_s, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_f, out_s, 0.5 * RATIO_FRONT_SIDE); - gst_channel_mix_fill_one_other (mix->matrix, in_r, out_s, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_r, out_s, 0.5 * RATIO_SIDE_REAR); } else if (!in_has_side && !in_has_front && !in_has_rear && in_has_center && out_has_side) { - gst_channel_mix_fill_one_other (mix->matrix, in_c, out_s, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_c, out_s, RATIO_CENTER_SIDE); } else if (in_has_side && out_has_front && !out_has_rear && !out_has_side) { - gst_channel_mix_fill_one_other (mix->matrix, in_s, out_f, RATIO_FRONT_SIDE); + gst_audio_channel_mix_fill_one_other (mix->matrix, in_s, out_f, + RATIO_FRONT_SIDE); } else if (in_has_side && !out_has_front && out_has_rear && !out_has_side) { - gst_channel_mix_fill_one_other (mix->matrix, in_s, out_r, RATIO_SIDE_REAR); + gst_audio_channel_mix_fill_one_other (mix->matrix, in_s, out_r, + RATIO_SIDE_REAR); } else if (in_has_side && out_has_front && out_has_rear && !out_has_side) { - gst_channel_mix_fill_one_other (mix->matrix, in_s, out_f, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_s, out_f, 0.5 * RATIO_FRONT_SIDE); - gst_channel_mix_fill_one_other (mix->matrix, in_s, out_r, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_s, out_r, 0.5 * RATIO_SIDE_REAR); } else if (in_has_side && !out_has_front && !out_has_rear && out_has_center && !out_has_side) { - gst_channel_mix_fill_one_other (mix->matrix, in_s, out_c, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_s, out_c, RATIO_CENTER_SIDE); } /* rear <-> center/front/side */ if (!in_has_rear && in_has_side && out_has_rear) { - gst_channel_mix_fill_one_other (mix->matrix, in_s, out_r, RATIO_SIDE_REAR); + gst_audio_channel_mix_fill_one_other (mix->matrix, in_s, out_r, + RATIO_SIDE_REAR); } else if (!in_has_rear && !in_has_side && in_has_front && out_has_rear) { - gst_channel_mix_fill_one_other (mix->matrix, in_f, out_r, RATIO_FRONT_REAR); + gst_audio_channel_mix_fill_one_other (mix->matrix, in_f, out_r, + RATIO_FRONT_REAR); } else if (!in_has_rear && !in_has_side && !in_has_front && in_has_center && out_has_rear) { - gst_channel_mix_fill_one_other (mix->matrix, in_c, out_r, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_c, out_r, RATIO_CENTER_REAR); } else if (in_has_rear && !out_has_rear && out_has_side) { - gst_channel_mix_fill_one_other (mix->matrix, in_r, out_s, RATIO_SIDE_REAR); + gst_audio_channel_mix_fill_one_other (mix->matrix, in_r, out_s, + RATIO_SIDE_REAR); } else if (in_has_rear && !out_has_rear && !out_has_side && out_has_front) { - gst_channel_mix_fill_one_other (mix->matrix, in_r, out_f, RATIO_FRONT_REAR); + gst_audio_channel_mix_fill_one_other (mix->matrix, in_r, out_f, + RATIO_FRONT_REAR); } else if (in_has_rear && !out_has_rear && !out_has_side && !out_has_front && out_has_center) { - gst_channel_mix_fill_one_other (mix->matrix, in_r, out_c, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_r, out_c, RATIO_CENTER_REAR); } /* bass <-> any */ if (in_has_bass && !out_has_bass) { if (out_has_center) { - gst_channel_mix_fill_one_other (mix->matrix, in_b, out_c, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_b, out_c, RATIO_CENTER_BASS); } if (out_has_front) { - gst_channel_mix_fill_one_other (mix->matrix, in_b, out_f, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_b, out_f, RATIO_FRONT_BASS); } if (out_has_side) { - gst_channel_mix_fill_one_other (mix->matrix, in_b, out_s, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_b, out_s, RATIO_SIDE_BASS); } if (out_has_rear) { - gst_channel_mix_fill_one_other (mix->matrix, in_b, out_r, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_b, out_r, RATIO_REAR_BASS); } } else if (!in_has_bass && out_has_bass) { if (in_has_center) { - gst_channel_mix_fill_one_other (mix->matrix, in_c, out_b, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_c, out_b, RATIO_CENTER_BASS); } if (in_has_front) { - gst_channel_mix_fill_one_other (mix->matrix, in_f, out_b, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_f, out_b, RATIO_FRONT_BASS); } if (in_has_side) { - gst_channel_mix_fill_one_other (mix->matrix, in_s, out_b, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_s, out_b, RATIO_REAR_BASS); } if (in_has_rear) { - gst_channel_mix_fill_one_other (mix->matrix, in_r, out_b, + gst_audio_channel_mix_fill_one_other (mix->matrix, in_r, out_b, RATIO_REAR_BASS); } } @@ -526,7 +538,7 @@ gst_channel_mix_fill_others (GstChannelMix * mix) */ static void -gst_channel_mix_fill_normalize (GstChannelMix * mix) +gst_audio_channel_mix_fill_normalize (GstAudioChannelMix * mix) { gfloat sum, top = 0; gint i, j; @@ -554,7 +566,7 @@ gst_channel_mix_fill_normalize (GstChannelMix * mix) } static gboolean -gst_channel_mix_fill_special (GstChannelMix * mix) +gst_audio_channel_mix_fill_special (GstAudioChannelMix * mix) { /* Special, standard conversions here */ @@ -589,23 +601,23 @@ gst_channel_mix_fill_special (GstChannelMix * mix) */ static void -gst_channel_mix_fill_matrix (GstChannelMix * mix) +gst_audio_channel_mix_fill_matrix (GstAudioChannelMix * mix) { - if (gst_channel_mix_fill_special (mix)) + if (gst_audio_channel_mix_fill_special (mix)) return; - gst_channel_mix_fill_identical (mix); + gst_audio_channel_mix_fill_identical (mix); - if (!(mix->flags & GST_CHANNEL_MIX_FLAGS_UNPOSITIONED_IN)) { - gst_channel_mix_fill_compatible (mix); - gst_channel_mix_fill_others (mix); - gst_channel_mix_fill_normalize (mix); + if (!(mix->flags & GST_AUDIO_CHANNEL_MIX_FLAGS_UNPOSITIONED_IN)) { + gst_audio_channel_mix_fill_compatible (mix); + gst_audio_channel_mix_fill_others (mix); + gst_audio_channel_mix_fill_normalize (mix); } } /* only call mix after mix->matrix is fully set up and normalized */ static void -gst_channel_mix_setup_matrix_int (GstChannelMix * mix) +gst_audio_channel_mix_setup_matrix_int (GstAudioChannelMix * mix) { gint i, j; gfloat tmp; @@ -624,7 +636,7 @@ gst_channel_mix_setup_matrix_int (GstChannelMix * mix) } static void -gst_channel_mix_setup_matrix (GstChannelMix * mix) +gst_audio_channel_mix_setup_matrix (GstAudioChannelMix * mix) { gint i, j; @@ -639,9 +651,9 @@ gst_channel_mix_setup_matrix (GstChannelMix * mix) } /* setup the matrix' internal values */ - gst_channel_mix_fill_matrix (mix); + gst_audio_channel_mix_fill_matrix (mix); - gst_channel_mix_setup_matrix_int (mix); + gst_audio_channel_mix_setup_matrix_int (mix); #ifndef GST_DISABLE_GST_DEBUG /* debug */ @@ -670,7 +682,7 @@ gst_channel_mix_setup_matrix (GstChannelMix * mix) } /** - * gst_channel_mix_new: + * gst_audio_channel_mix_new: * @flags: * @in_channels: * @in_position: @@ -679,19 +691,19 @@ gst_channel_mix_setup_matrix (GstChannelMix * mix) * * Create a new channel mixer object. * - * Returns: a new #GstChannelMix object. Free with gst_channel_mix_free() + * Returns: a new #GstAudioChannelMix object. Free with gst_audio_channel_mix_free() * after usage. */ -GstChannelMix * -gst_channel_mix_new (GstChannelMixFlags flags, +GstAudioChannelMix * +gst_audio_channel_mix_new (GstAudioChannelMixFlags flags, gint in_channels, GstAudioChannelPosition in_position[64], gint out_channels, GstAudioChannelPosition out_position[64]) { - GstChannelMix *mix; + GstAudioChannelMix *mix; gint i; - mix = g_slice_new0 (GstChannelMix); + mix = g_slice_new0 (GstAudioChannelMix); mix->flags = flags; mix->in_channels = in_channels; mix->out_channels = out_channels; @@ -699,21 +711,21 @@ gst_channel_mix_new (GstChannelMixFlags flags, mix->in_position[i] = in_position[i]; mix->out_position[i] = out_position[i]; } - gst_channel_mix_setup_matrix (mix); + gst_audio_channel_mix_setup_matrix (mix); return mix; } /** - * gst_channel_mix_is_passthrough: - * @mix: a #GstChannelMix + * gst_audio_channel_mix_is_passthrough: + * @mix: a #GstAudioChannelMix * * Check if @mix is in passthrough. * * Returns: %TRUE is @mix is passthrough. */ gboolean -gst_channel_mix_is_passthrough (GstChannelMix * mix) +gst_audio_channel_mix_is_passthrough (GstAudioChannelMix * mix) { gint i; guint64 in_mask, out_mask; @@ -738,7 +750,7 @@ gst_channel_mix_is_passthrough (GstChannelMix * mix) /* IMPORTANT: out_data == in_data is possible, make sure to not overwrite data * you might need later on! */ static void -gst_channel_mix_mix_int (GstChannelMix * mix, +gst_audio_channel_mix_mix_int (GstAudioChannelMix * mix, const gint32 * in_data, gint32 * out_data, gint samples) { gint in, out, n; @@ -779,7 +791,7 @@ gst_channel_mix_mix_int (GstChannelMix * mix, } static void -gst_channel_mix_mix_double (GstChannelMix * mix, +gst_audio_channel_mix_mix_double (GstAudioChannelMix * mix, const gdouble * in_data, gdouble * out_data, gint samples) { gint in, out, n; @@ -817,8 +829,8 @@ gst_channel_mix_mix_double (GstChannelMix * mix, } /** - * gst_channel_mix_mix: - * @mix: a #GstChannelMix + * gst_audio_channel_mix_samples: + * @mix: a #GstAudioChannelMix * @format: a #GstAudioFormat * @layout: a #GstAudioLayout * @in_data: input samples @@ -829,7 +841,7 @@ gst_channel_mix_mix_double (GstChannelMix * mix, * @in_data and @out_data need to be in @format and @layout. */ void -gst_channel_mix_mix (GstChannelMix * mix, GstAudioFormat format, +gst_audio_channel_mix_samples (GstAudioChannelMix * mix, GstAudioFormat format, GstAudioLayout layout, const gpointer in_data, gpointer out_data, gint samples) { @@ -839,11 +851,11 @@ gst_channel_mix_mix (GstChannelMix * mix, GstAudioFormat format, switch (format) { case GST_AUDIO_FORMAT_S32: - gst_channel_mix_mix_int (mix, (const gint32 *) in_data, + gst_audio_channel_mix_mix_int (mix, (const gint32 *) in_data, (gint32 *) out_data, samples); break; case GST_AUDIO_FORMAT_F64: - gst_channel_mix_mix_double (mix, (const gdouble *) in_data, + gst_audio_channel_mix_mix_double (mix, (const gdouble *) in_data, (gdouble *) out_data, samples); break; default: diff --git a/gst/audioconvert/gstchannelmix.h b/gst/audioconvert/gstchannelmix.h index 97dd0dea1e..d7f6a10309 100644 --- a/gst/audioconvert/gstchannelmix.h +++ b/gst/audioconvert/gstchannelmix.h @@ -1,7 +1,8 @@ /* GStreamer * Copyright (C) 2004 Ronald Bultje + * (C) 2015 Wim Taymans * - * gstchannelmix.h: setup of channel conversion matrices + * audiochannelmix.h: setup of channel conversion matrices * * This library is free software; you can redistribute it and/or * modify it under the terms of the GNU Library General Public @@ -19,48 +20,48 @@ * Boston, MA 02110-1301, USA. */ -#ifndef __GST_CHANNEL_MIX_H__ -#define __GST_CHANNEL_MIX_H__ +#ifndef __GST_AUDIO_CHANNEL_MIX_H__ +#define __GST_AUDIO_CHANNEL_MIX_H__ #include #include -typedef struct _GstChannelMix GstChannelMix; +typedef struct _GstAudioChannelMix GstAudioChannelMix; /** - * GstChannelMixFlags: - * @GST_CHANNEL_MIX_FLAGS_NONE: no flag - * @GST_CHANNEL_MIX_FLAGS_UNPOSITIONED_IN: input channels are explicitly unpositioned - * @GST_CHANNEL_MIX_FLAGS_UNPOSITIONED_OUT: output channels are explicitly unpositioned + * GstAudioChannelMixFlags: + * @GST_AUDIO_CHANNEL_MIX_FLAGS_NONE: no flag + * @GST_AUDIO_CHANNEL_MIX_FLAGS_UNPOSITIONED_IN: input channels are explicitly unpositioned + * @GST_AUDIO_CHANNEL_MIX_FLAGS_UNPOSITIONED_OUT: output channels are explicitly unpositioned * - * Flags passed to gst_channel_mix_new() + * Flags passed to gst_audio_channel_mix_new() */ typedef enum { - GST_CHANNEL_MIX_FLAGS_NONE = 0, - GST_CHANNEL_MIX_FLAGS_UNPOSITIONED_IN = (1 << 0), - GST_CHANNEL_MIX_FLAGS_UNPOSITIONED_OUT = (1 << 1) -} GstChannelMixFlags; + GST_AUDIO_CHANNEL_MIX_FLAGS_NONE = 0, + GST_AUDIO_CHANNEL_MIX_FLAGS_UNPOSITIONED_IN = (1 << 0), + GST_AUDIO_CHANNEL_MIX_FLAGS_UNPOSITIONED_OUT = (1 << 1) +} GstAudioChannelMixFlags; -GstChannelMix * gst_channel_mix_new (GstChannelMixFlags flags, - gint in_channels, - GstAudioChannelPosition in_position[64], - gint out_channels, - GstAudioChannelPosition out_position[64]); -void gst_channel_mix_free (GstChannelMix *mix); +GstAudioChannelMix * gst_audio_channel_mix_new (GstAudioChannelMixFlags flags, + gint in_channels, + GstAudioChannelPosition in_position[64], + gint out_channels, + GstAudioChannelPosition out_position[64]); +void gst_audio_channel_mix_free (GstAudioChannelMix *mix); /* * Checks for passthrough (= identity matrix). */ -gboolean gst_channel_mix_is_passthrough (GstChannelMix *mix); +gboolean gst_audio_channel_mix_is_passthrough (GstAudioChannelMix *mix); /* * Do actual mixing. */ -void gst_channel_mix_mix (GstChannelMix * mix, - GstAudioFormat format, - GstAudioLayout layout, - const gpointer in_data, - gpointer out_data, - gint samples); +void gst_audio_channel_mix_samples (GstAudioChannelMix * mix, + GstAudioFormat format, + GstAudioLayout layout, + const gpointer in_data, + gpointer out_data, + gint samples); -#endif /* __GST_CHANNEL_MIX_H__ */ +#endif /* __GST_AUDIO_CHANNEL_MIX_H__ */