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Tencent Cloud API SDK for Java
/*
* Copyright (c) 2017-2018 THL A29 Limited, a Tencent company. All Rights Reserved.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package com.tencentcloudapi.vod.v20180717.models;
import com.tencentcloudapi.common.AbstractModel;
import com.tencentcloudapi.common.SSEResponseModel;
import com.google.gson.annotations.SerializedName;
import com.google.gson.annotations.Expose;
import java.util.HashMap;
public class VideoTemplateInfo extends AbstractModel {
/**
* The video codec. Valid values:
libx264: H.264
libx265: H.265
av1: AOMedia Video 1
H.266: H.266
Notes:
The AOMedia Video 1 and H.266 codecs can only be used for MP4 files.
Only CRF is supported for H.266 currently.
*/
@SerializedName("Codec")
@Expose
private String Codec;
/**
* Video frame rate in Hz. Value range: [0,100].
If the value is 0, the frame rate will be the same as that of the source video.
*/
@SerializedName("Fps")
@Expose
private Long Fps;
/**
* Bitrate of video stream in Kbps. Value range: 0 and [128, 35,000].
If the value is 0, the bitrate of the video will be the same as that of the source video.
*/
@SerializedName("Bitrate")
@Expose
private Long Bitrate;
/**
* Resolution adaption. Valid values:
open: enabled. In this case, `Width` represents the long side of a video, while `Height` the short side;
close: disabled. In this case, `Width` represents the width of a video, while `Height` the height.
Default value: open.
Note: this field may return null, indicating that no valid values can be obtained.
*/
@SerializedName("ResolutionAdaptive")
@Expose
private String ResolutionAdaptive;
/**
* The maximum video width (or long side) in pixels. Value range: 0 and [128, 8192].
If both `Width` and `Height` are 0, the output resolution will be the same as that of the source video.
If `Width` is 0 and `Height` is not, the video width will be proportionally scaled.
If `Width` is not 0 and `Height` is, the video height will be proportionally scaled.
If neither `Width` nor `Height` is 0, the specified width and height will be used.
Default value: 0.
*/
@SerializedName("Width")
@Expose
private Long Width;
/**
* The maximum video height (or short side) in pixels. Value range: 0 and [128, 8192].
If both `Width` and `Height` are 0, the output resolution will be the same as that of the source video.
If `Width` is 0 and `Height` is not, the video width will be proportionally scaled.
If `Width` is not 0 and `Height` is, the video height will be proportionally scaled.
If neither `Width` nor `Height` is 0, the specified width and height will be used.
Default value: 0.
*/
@SerializedName("Height")
@Expose
private Long Height;
/**
* Fill type, the way of processing a screenshot when the configured aspect ratio is different from that of the source video. Valid values:
stretch: stretches the video image frame by frame to fill the screen. The video image may become "squashed" or "stretched" after transcoding.
black: fills the uncovered area with black color, without changing the image's aspect ratio.
white: fills the uncovered area with white color, without changing the image's aspect ratio.
gauss: applies Gaussian blur to the uncovered area, without changing the image's aspect ratio.
Default value: black
*/
@SerializedName("FillType")
@Expose
private String FillType;
/**
* The video constant rate factor (CRF). Value range: 1-51.
Notes:
If this parameter is specified, CRF encoding will be used and the bitrate parameter will be ignored.
If `Codec` is `H.266`, this parameter is required (`28` is recommended).
We don’t recommend using this parameter unless you have special requirements.
*/
@SerializedName("Vcrf")
@Expose
private Long Vcrf;
/**
* I-frame interval in frames. Valid values: 0 and 1-100000.
When this parameter is set to 0 or left empty, `Gop` will be automatically set.
*/
@SerializedName("Gop")
@Expose
private Long Gop;
/**
* Whether to output an HDR (high dynamic range) video if the source video is HDR. Valid values:
ON: If the source video is HDR, output an HDR video; if not, output an SDR (standard dynamic range) video.
OFF: Output an SDR video regardless of whether the source video is HDR.
Default value: OFF.
*/
@SerializedName("PreserveHDRSwitch")
@Expose
private String PreserveHDRSwitch;
/**
* The codec tag. This parameter is valid only if the H.265 codec is used. Valid values:
hvc1
hev1
Default value: hvc1.
*/
@SerializedName("CodecTag")
@Expose
private String CodecTag;
/**
* Get The video codec. Valid values:
libx264: H.264
libx265: H.265
av1: AOMedia Video 1
H.266: H.266
Notes:
The AOMedia Video 1 and H.266 codecs can only be used for MP4 files.
Only CRF is supported for H.266 currently.
* @return Codec The video codec. Valid values:
libx264: H.264
libx265: H.265
av1: AOMedia Video 1
H.266: H.266
Notes:
The AOMedia Video 1 and H.266 codecs can only be used for MP4 files.
Only CRF is supported for H.266 currently.
*/
public String getCodec() {
return this.Codec;
}
/**
* Set The video codec. Valid values:
libx264: H.264
libx265: H.265
av1: AOMedia Video 1
H.266: H.266
Notes:
The AOMedia Video 1 and H.266 codecs can only be used for MP4 files.
Only CRF is supported for H.266 currently.
* @param Codec The video codec. Valid values:
libx264: H.264
libx265: H.265
av1: AOMedia Video 1
H.266: H.266
Notes:
The AOMedia Video 1 and H.266 codecs can only be used for MP4 files.
Only CRF is supported for H.266 currently.
*/
public void setCodec(String Codec) {
this.Codec = Codec;
}
/**
* Get Video frame rate in Hz. Value range: [0,100].
If the value is 0, the frame rate will be the same as that of the source video.
* @return Fps Video frame rate in Hz. Value range: [0,100].
If the value is 0, the frame rate will be the same as that of the source video.
*/
public Long getFps() {
return this.Fps;
}
/**
* Set Video frame rate in Hz. Value range: [0,100].
If the value is 0, the frame rate will be the same as that of the source video.
* @param Fps Video frame rate in Hz. Value range: [0,100].
If the value is 0, the frame rate will be the same as that of the source video.
*/
public void setFps(Long Fps) {
this.Fps = Fps;
}
/**
* Get Bitrate of video stream in Kbps. Value range: 0 and [128, 35,000].
If the value is 0, the bitrate of the video will be the same as that of the source video.
* @return Bitrate Bitrate of video stream in Kbps. Value range: 0 and [128, 35,000].
If the value is 0, the bitrate of the video will be the same as that of the source video.
*/
public Long getBitrate() {
return this.Bitrate;
}
/**
* Set Bitrate of video stream in Kbps. Value range: 0 and [128, 35,000].
If the value is 0, the bitrate of the video will be the same as that of the source video.
* @param Bitrate Bitrate of video stream in Kbps. Value range: 0 and [128, 35,000].
If the value is 0, the bitrate of the video will be the same as that of the source video.
*/
public void setBitrate(Long Bitrate) {
this.Bitrate = Bitrate;
}
/**
* Get Resolution adaption. Valid values:
open: enabled. In this case, `Width` represents the long side of a video, while `Height` the short side;
close: disabled. In this case, `Width` represents the width of a video, while `Height` the height.
Default value: open.
Note: this field may return null, indicating that no valid values can be obtained.
* @return ResolutionAdaptive Resolution adaption. Valid values:
open: enabled. In this case, `Width` represents the long side of a video, while `Height` the short side;
close: disabled. In this case, `Width` represents the width of a video, while `Height` the height.
Default value: open.
Note: this field may return null, indicating that no valid values can be obtained.
*/
public String getResolutionAdaptive() {
return this.ResolutionAdaptive;
}
/**
* Set Resolution adaption. Valid values:
open: enabled. In this case, `Width` represents the long side of a video, while `Height` the short side;
close: disabled. In this case, `Width` represents the width of a video, while `Height` the height.
Default value: open.
Note: this field may return null, indicating that no valid values can be obtained.
* @param ResolutionAdaptive Resolution adaption. Valid values:
open: enabled. In this case, `Width` represents the long side of a video, while `Height` the short side;
close: disabled. In this case, `Width` represents the width of a video, while `Height` the height.
Default value: open.
Note: this field may return null, indicating that no valid values can be obtained.
*/
public void setResolutionAdaptive(String ResolutionAdaptive) {
this.ResolutionAdaptive = ResolutionAdaptive;
}
/**
* Get The maximum video width (or long side) in pixels. Value range: 0 and [128, 8192].
If both `Width` and `Height` are 0, the output resolution will be the same as that of the source video.
If `Width` is 0 and `Height` is not, the video width will be proportionally scaled.
If `Width` is not 0 and `Height` is, the video height will be proportionally scaled.
If neither `Width` nor `Height` is 0, the specified width and height will be used.
Default value: 0.
* @return Width The maximum video width (or long side) in pixels. Value range: 0 and [128, 8192].
If both `Width` and `Height` are 0, the output resolution will be the same as that of the source video.
If `Width` is 0 and `Height` is not, the video width will be proportionally scaled.
If `Width` is not 0 and `Height` is, the video height will be proportionally scaled.
If neither `Width` nor `Height` is 0, the specified width and height will be used.
Default value: 0.
*/
public Long getWidth() {
return this.Width;
}
/**
* Set The maximum video width (or long side) in pixels. Value range: 0 and [128, 8192].
If both `Width` and `Height` are 0, the output resolution will be the same as that of the source video.
If `Width` is 0 and `Height` is not, the video width will be proportionally scaled.
If `Width` is not 0 and `Height` is, the video height will be proportionally scaled.
If neither `Width` nor `Height` is 0, the specified width and height will be used.
Default value: 0.
* @param Width The maximum video width (or long side) in pixels. Value range: 0 and [128, 8192].
If both `Width` and `Height` are 0, the output resolution will be the same as that of the source video.
If `Width` is 0 and `Height` is not, the video width will be proportionally scaled.
If `Width` is not 0 and `Height` is, the video height will be proportionally scaled.
If neither `Width` nor `Height` is 0, the specified width and height will be used.
Default value: 0.
*/
public void setWidth(Long Width) {
this.Width = Width;
}
/**
* Get The maximum video height (or short side) in pixels. Value range: 0 and [128, 8192].
If both `Width` and `Height` are 0, the output resolution will be the same as that of the source video.
If `Width` is 0 and `Height` is not, the video width will be proportionally scaled.
If `Width` is not 0 and `Height` is, the video height will be proportionally scaled.
If neither `Width` nor `Height` is 0, the specified width and height will be used.
Default value: 0.
* @return Height The maximum video height (or short side) in pixels. Value range: 0 and [128, 8192].
If both `Width` and `Height` are 0, the output resolution will be the same as that of the source video.
If `Width` is 0 and `Height` is not, the video width will be proportionally scaled.
If `Width` is not 0 and `Height` is, the video height will be proportionally scaled.
If neither `Width` nor `Height` is 0, the specified width and height will be used.
Default value: 0.
*/
public Long getHeight() {
return this.Height;
}
/**
* Set The maximum video height (or short side) in pixels. Value range: 0 and [128, 8192].
If both `Width` and `Height` are 0, the output resolution will be the same as that of the source video.
If `Width` is 0 and `Height` is not, the video width will be proportionally scaled.
If `Width` is not 0 and `Height` is, the video height will be proportionally scaled.
If neither `Width` nor `Height` is 0, the specified width and height will be used.
Default value: 0.
* @param Height The maximum video height (or short side) in pixels. Value range: 0 and [128, 8192].
If both `Width` and `Height` are 0, the output resolution will be the same as that of the source video.
If `Width` is 0 and `Height` is not, the video width will be proportionally scaled.
If `Width` is not 0 and `Height` is, the video height will be proportionally scaled.
If neither `Width` nor `Height` is 0, the specified width and height will be used.
Default value: 0.
*/
public void setHeight(Long Height) {
this.Height = Height;
}
/**
* Get Fill type, the way of processing a screenshot when the configured aspect ratio is different from that of the source video. Valid values:
stretch: stretches the video image frame by frame to fill the screen. The video image may become "squashed" or "stretched" after transcoding.
black: fills the uncovered area with black color, without changing the image's aspect ratio.
white: fills the uncovered area with white color, without changing the image's aspect ratio.
gauss: applies Gaussian blur to the uncovered area, without changing the image's aspect ratio.
Default value: black
* @return FillType Fill type, the way of processing a screenshot when the configured aspect ratio is different from that of the source video. Valid values:
stretch: stretches the video image frame by frame to fill the screen. The video image may become "squashed" or "stretched" after transcoding.
black: fills the uncovered area with black color, without changing the image's aspect ratio.
white: fills the uncovered area with white color, without changing the image's aspect ratio.
gauss: applies Gaussian blur to the uncovered area, without changing the image's aspect ratio.
Default value: black
*/
public String getFillType() {
return this.FillType;
}
/**
* Set Fill type, the way of processing a screenshot when the configured aspect ratio is different from that of the source video. Valid values:
stretch: stretches the video image frame by frame to fill the screen. The video image may become "squashed" or "stretched" after transcoding.
black: fills the uncovered area with black color, without changing the image's aspect ratio.
white: fills the uncovered area with white color, without changing the image's aspect ratio.
gauss: applies Gaussian blur to the uncovered area, without changing the image's aspect ratio.
Default value: black
* @param FillType Fill type, the way of processing a screenshot when the configured aspect ratio is different from that of the source video. Valid values:
stretch: stretches the video image frame by frame to fill the screen. The video image may become "squashed" or "stretched" after transcoding.
black: fills the uncovered area with black color, without changing the image's aspect ratio.
white: fills the uncovered area with white color, without changing the image's aspect ratio.
gauss: applies Gaussian blur to the uncovered area, without changing the image's aspect ratio.
Default value: black
*/
public void setFillType(String FillType) {
this.FillType = FillType;
}
/**
* Get The video constant rate factor (CRF). Value range: 1-51.
Notes:
If this parameter is specified, CRF encoding will be used and the bitrate parameter will be ignored.
If `Codec` is `H.266`, this parameter is required (`28` is recommended).
We don’t recommend using this parameter unless you have special requirements.
* @return Vcrf The video constant rate factor (CRF). Value range: 1-51.
Notes:
If this parameter is specified, CRF encoding will be used and the bitrate parameter will be ignored.
If `Codec` is `H.266`, this parameter is required (`28` is recommended).
We don’t recommend using this parameter unless you have special requirements.
*/
public Long getVcrf() {
return this.Vcrf;
}
/**
* Set The video constant rate factor (CRF). Value range: 1-51.
Notes:
If this parameter is specified, CRF encoding will be used and the bitrate parameter will be ignored.
If `Codec` is `H.266`, this parameter is required (`28` is recommended).
We don’t recommend using this parameter unless you have special requirements.
* @param Vcrf The video constant rate factor (CRF). Value range: 1-51.
Notes:
If this parameter is specified, CRF encoding will be used and the bitrate parameter will be ignored.
If `Codec` is `H.266`, this parameter is required (`28` is recommended).
We don’t recommend using this parameter unless you have special requirements.
*/
public void setVcrf(Long Vcrf) {
this.Vcrf = Vcrf;
}
/**
* Get I-frame interval in frames. Valid values: 0 and 1-100000.
When this parameter is set to 0 or left empty, `Gop` will be automatically set.
* @return Gop I-frame interval in frames. Valid values: 0 and 1-100000.
When this parameter is set to 0 or left empty, `Gop` will be automatically set.
*/
public Long getGop() {
return this.Gop;
}
/**
* Set I-frame interval in frames. Valid values: 0 and 1-100000.
When this parameter is set to 0 or left empty, `Gop` will be automatically set.
* @param Gop I-frame interval in frames. Valid values: 0 and 1-100000.
When this parameter is set to 0 or left empty, `Gop` will be automatically set.
*/
public void setGop(Long Gop) {
this.Gop = Gop;
}
/**
* Get Whether to output an HDR (high dynamic range) video if the source video is HDR. Valid values:
ON: If the source video is HDR, output an HDR video; if not, output an SDR (standard dynamic range) video.
OFF: Output an SDR video regardless of whether the source video is HDR.
Default value: OFF.
* @return PreserveHDRSwitch Whether to output an HDR (high dynamic range) video if the source video is HDR. Valid values:
ON: If the source video is HDR, output an HDR video; if not, output an SDR (standard dynamic range) video.
OFF: Output an SDR video regardless of whether the source video is HDR.
Default value: OFF.
*/
public String getPreserveHDRSwitch() {
return this.PreserveHDRSwitch;
}
/**
* Set Whether to output an HDR (high dynamic range) video if the source video is HDR. Valid values:
ON: If the source video is HDR, output an HDR video; if not, output an SDR (standard dynamic range) video.
OFF: Output an SDR video regardless of whether the source video is HDR.
Default value: OFF.
* @param PreserveHDRSwitch Whether to output an HDR (high dynamic range) video if the source video is HDR. Valid values:
ON: If the source video is HDR, output an HDR video; if not, output an SDR (standard dynamic range) video.
OFF: Output an SDR video regardless of whether the source video is HDR.
Default value: OFF.
*/
public void setPreserveHDRSwitch(String PreserveHDRSwitch) {
this.PreserveHDRSwitch = PreserveHDRSwitch;
}
/**
* Get The codec tag. This parameter is valid only if the H.265 codec is used. Valid values:
hvc1
hev1
Default value: hvc1.
* @return CodecTag The codec tag. This parameter is valid only if the H.265 codec is used. Valid values:
hvc1
hev1
Default value: hvc1.
*/
public String getCodecTag() {
return this.CodecTag;
}
/**
* Set The codec tag. This parameter is valid only if the H.265 codec is used. Valid values:
hvc1
hev1
Default value: hvc1.
* @param CodecTag The codec tag. This parameter is valid only if the H.265 codec is used. Valid values:
hvc1
hev1
Default value: hvc1.
*/
public void setCodecTag(String CodecTag) {
this.CodecTag = CodecTag;
}
public VideoTemplateInfo() {
}
/**
* NOTE: Any ambiguous key set via .set("AnyKey", "value") will be a shallow copy,
* and any explicit key, i.e Foo, set via .setFoo("value") will be a deep copy.
*/
public VideoTemplateInfo(VideoTemplateInfo source) {
if (source.Codec != null) {
this.Codec = new String(source.Codec);
}
if (source.Fps != null) {
this.Fps = new Long(source.Fps);
}
if (source.Bitrate != null) {
this.Bitrate = new Long(source.Bitrate);
}
if (source.ResolutionAdaptive != null) {
this.ResolutionAdaptive = new String(source.ResolutionAdaptive);
}
if (source.Width != null) {
this.Width = new Long(source.Width);
}
if (source.Height != null) {
this.Height = new Long(source.Height);
}
if (source.FillType != null) {
this.FillType = new String(source.FillType);
}
if (source.Vcrf != null) {
this.Vcrf = new Long(source.Vcrf);
}
if (source.Gop != null) {
this.Gop = new Long(source.Gop);
}
if (source.PreserveHDRSwitch != null) {
this.PreserveHDRSwitch = new String(source.PreserveHDRSwitch);
}
if (source.CodecTag != null) {
this.CodecTag = new String(source.CodecTag);
}
}
/**
* Internal implementation, normal users should not use it.
*/
public void toMap(HashMap map, String prefix) {
this.setParamSimple(map, prefix + "Codec", this.Codec);
this.setParamSimple(map, prefix + "Fps", this.Fps);
this.setParamSimple(map, prefix + "Bitrate", this.Bitrate);
this.setParamSimple(map, prefix + "ResolutionAdaptive", this.ResolutionAdaptive);
this.setParamSimple(map, prefix + "Width", this.Width);
this.setParamSimple(map, prefix + "Height", this.Height);
this.setParamSimple(map, prefix + "FillType", this.FillType);
this.setParamSimple(map, prefix + "Vcrf", this.Vcrf);
this.setParamSimple(map, prefix + "Gop", this.Gop);
this.setParamSimple(map, prefix + "PreserveHDRSwitch", this.PreserveHDRSwitch);
this.setParamSimple(map, prefix + "CodecTag", this.CodecTag);
}
}
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