Index: webrtc/modules/video_coding/main/source/qm_select_data.h |
diff --git a/webrtc/modules/video_coding/main/source/qm_select_data.h b/webrtc/modules/video_coding/main/source/qm_select_data.h |
deleted file mode 100644 |
index dc6bce4811c9b199f23d350dc15e8280e1f5991a..0000000000000000000000000000000000000000 |
--- a/webrtc/modules/video_coding/main/source/qm_select_data.h |
+++ /dev/null |
@@ -1,227 +0,0 @@ |
-/* |
- * Copyright (c) 2012 The WebRTC project authors. All Rights Reserved. |
- * |
- * Use of this source code is governed by a BSD-style license |
- * that can be found in the LICENSE file in the root of the source |
- * tree. An additional intellectual property rights grant can be found |
- * in the file PATENTS. All contributing project authors may |
- * be found in the AUTHORS file in the root of the source tree. |
- */ |
- |
-#ifndef WEBRTC_MODULES_VIDEO_CODING_SOURCE_QM_SELECT_DATA_H_ |
-#define WEBRTC_MODULES_VIDEO_CODING_SOURCE_QM_SELECT_DATA_H_ |
- |
-/*************************************************************** |
-*QMSelectData.h |
-* This file includes parameters for content-aware media optimization |
-****************************************************************/ |
- |
-#include "webrtc/typedefs.h" |
- |
-namespace webrtc { |
-// |
-// PARAMETERS FOR RESOLUTION ADAPTATION |
-// |
- |
-// Initial level of buffer in secs. |
-const float kInitBufferLevel = 0.5f; |
- |
-// Threshold of (max) buffer size below which we consider too low (underflow). |
-const float kPercBufferThr = 0.10f; |
- |
-// Threshold on the occurrences of low buffer levels. |
-const float kMaxBufferLow = 0.30f; |
- |
-// Threshold on rate mismatch. |
-const float kMaxRateMisMatch = 0.5f; |
- |
-// Threshold on amount of under/over encoder shooting. |
-const float kRateOverShoot = 0.75f; |
-const float kRateUnderShoot = 0.75f; |
- |
-// Factor to favor weighting the average rates with the current/last data. |
-const float kWeightRate = 0.70f; |
- |
-// Factor for transitional rate for going back up in resolution. |
-const float kTransRateScaleUpSpatial = 1.25f; |
-const float kTransRateScaleUpTemp = 1.25f; |
-const float kTransRateScaleUpSpatialTemp = 1.25f; |
- |
-// Threshold on packet loss rate, above which favor resolution reduction. |
-const float kPacketLossThr = 0.1f; |
- |
-// Factor for reducing transitional bitrate under packet loss. |
-const float kPacketLossRateFac = 1.0f; |
- |
-// Maximum possible transitional rate for down-sampling: |
-// (units in kbps), for 30fps. |
-const uint16_t kMaxRateQm[9] = { |
- 0, // QCIF |
- 50, // kHCIF |
- 125, // kQVGA |
- 200, // CIF |
- 280, // HVGA |
- 400, // VGA |
- 700, // QFULLHD |
- 1000, // WHD |
- 1500 // FULLHD |
-}; |
- |
-// Frame rate scale for maximum transition rate. |
-const float kFrameRateFac[4] = { |
- 0.5f, // Low |
- 0.7f, // Middle level 1 |
- 0.85f, // Middle level 2 |
- 1.0f, // High |
-}; |
- |
-// Scale for transitional rate: based on content class |
-// motion=L/H/D,spatial==L/H/D: for low, high, middle levels |
-const float kScaleTransRateQm[18] = { |
- // VGA and lower |
- 0.40f, // L, L |
- 0.50f, // L, H |
- 0.40f, // L, D |
- 0.60f, // H ,L |
- 0.60f, // H, H |
- 0.60f, // H, D |
- 0.50f, // D, L |
- 0.50f, // D, D |
- 0.50f, // D, H |
- |
- // over VGA |
- 0.40f, // L, L |
- 0.50f, // L, H |
- 0.40f, // L, D |
- 0.60f, // H ,L |
- 0.60f, // H, H |
- 0.60f, // H, D |
- 0.50f, // D, L |
- 0.50f, // D, D |
- 0.50f, // D, H |
-}; |
- |
-// Threshold on the target rate relative to transitional rate. |
-const float kFacLowRate = 0.5f; |
- |
-// Action for down-sampling: |
-// motion=L/H/D,spatial==L/H/D, for low, high, middle levels; |
-// rate = 0/1/2, for target rate state relative to transition rate. |
-const uint8_t kSpatialAction[27] = { |
-// rateClass = 0: |
- 1, // L, L |
- 1, // L, H |
- 1, // L, D |
- 4, // H ,L |
- 1, // H, H |
- 4, // H, D |
- 4, // D, L |
- 1, // D, H |
- 2, // D, D |
- |
-// rateClass = 1: |
- 1, // L, L |
- 1, // L, H |
- 1, // L, D |
- 2, // H ,L |
- 1, // H, H |
- 2, // H, D |
- 2, // D, L |
- 1, // D, H |
- 2, // D, D |
- |
-// rateClass = 2: |
- 1, // L, L |
- 1, // L, H |
- 1, // L, D |
- 2, // H ,L |
- 1, // H, H |
- 2, // H, D |
- 2, // D, L |
- 1, // D, H |
- 2, // D, D |
-}; |
- |
-const uint8_t kTemporalAction[27] = { |
-// rateClass = 0: |
- 3, // L, L |
- 2, // L, H |
- 2, // L, D |
- 1, // H ,L |
- 3, // H, H |
- 1, // H, D |
- 1, // D, L |
- 2, // D, H |
- 1, // D, D |
- |
-// rateClass = 1: |
- 3, // L, L |
- 3, // L, H |
- 3, // L, D |
- 1, // H ,L |
- 3, // H, H |
- 1, // H, D |
- 1, // D, L |
- 3, // D, H |
- 1, // D, D |
- |
-// rateClass = 2: |
- 1, // L, L |
- 3, // L, H |
- 3, // L, D |
- 1, // H ,L |
- 3, // H, H |
- 1, // H, D |
- 1, // D, L |
- 3, // D, H |
- 1, // D, D |
-}; |
- |
-// Control the total amount of down-sampling allowed. |
-const float kMaxSpatialDown = 8.0f; |
-const float kMaxTempDown = 3.0f; |
-const float kMaxTotalDown = 9.0f; |
- |
-// Minimum image size for a spatial down-sampling. |
-const int kMinImageSize = 176 * 144; |
- |
-// Minimum frame rate for temporal down-sampling: |
-// no frame rate reduction if incomingFrameRate <= MIN_FRAME_RATE. |
-const int kMinFrameRate = 8; |
- |
-// |
-// PARAMETERS FOR FEC ADJUSTMENT: TODO (marpan) |
-// |
- |
-// |
-// PARAMETETS FOR SETTING LOW/HIGH STATES OF CONTENT METRICS: |
-// |
- |
-// Thresholds for frame rate: |
-const int kLowFrameRate = 10; |
-const int kMiddleFrameRate = 15; |
-const int kHighFrameRate = 25; |
- |
-// Thresholds for motion: motion level is from NFD. |
-const float kHighMotionNfd = 0.075f; |
-const float kLowMotionNfd = 0.03f; |
- |
-// Thresholds for spatial prediction error: |
-// this is applied on the average of (2x2,1x2,2x1). |
-const float kHighTexture = 0.035f; |
-const float kLowTexture = 0.020f; |
- |
-// Used to reduce thresholds for larger/HD scenes: correction factor since |
-// higher correlation in HD scenes means lower spatial prediction error. |
-const float kScaleTexture = 0.9f; |
- |
-// Percentage reduction in transitional bitrate for 2x2 selected over 1x2/2x1. |
-const float kRateRedSpatial2X2 = 0.6f; |
- |
-const float kSpatialErr2x2VsHoriz = 0.1f; // percentage to favor 2x2 over H |
-const float kSpatialErr2X2VsVert = 0.1f; // percentage to favor 2x2 over V |
-const float kSpatialErrVertVsHoriz = 0.1f; // percentage to favor H over V |
- |
-} // namespace webrtc |
- |
-#endif // WEBRTC_MODULES_VIDEO_CODING_SOURCE_QM_SELECT_DATA_H_ |