CN109995941A - A kind of data adjustment method, equipment and storage medium - Google Patents

A kind of data adjustment method, equipment and storage medium Download PDF

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Publication number
CN109995941A
CN109995941A CN201910238804.8A CN201910238804A CN109995941A CN 109995941 A CN109995941 A CN 109995941A CN 201910238804 A CN201910238804 A CN 201910238804A CN 109995941 A CN109995941 A CN 109995941A
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frequency
audio
data
audio device
response curve
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CN201910238804.8A
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CN109995941B (en
Inventor
熊天开
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Tencent Music Entertainment Technology Shenzhen Co Ltd
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Tencent Music Entertainment Technology Shenzhen Co Ltd
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M1/00—Substation equipment, e.g. for use by subscribers
    • H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
    • H04M1/724—User interfaces specially adapted for cordless or mobile telephones
    • H04M1/72403—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality
    • H04M1/72442—User interfaces specially adapted for cordless or mobile telephones with means for local support of applications that increase the functionality for playing music files
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04M—TELEPHONIC COMMUNICATION
    • H04M1/00—Substation equipment, e.g. for use by subscribers
    • H04M1/72—Mobile telephones; Cordless telephones, i.e. devices for establishing wireless links to base stations without route selection
    • H04M1/724—User interfaces specially adapted for cordless or mobile telephones
    • H04M1/72469—User interfaces specially adapted for cordless or mobile telephones for operating the device by selecting functions from two or more displayed items, e.g. menus or icons
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04R—LOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
    • H04R2430/00—Signal processing covered by H04R, not provided for in its groups
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04R—LOUDSPEAKERS, MICROPHONES, GRAMOPHONE PICK-UPS OR LIKE ACOUSTIC ELECTROMECHANICAL TRANSDUCERS; DEAF-AID SETS; PUBLIC ADDRESS SYSTEMS
    • H04R3/00—Circuits for transducers, loudspeakers or microphones

Abstract

The embodiment of the present invention discloses a kind of data adjustment method, equipment and storage medium, and wherein method includes the following steps: to obtain the corresponding characteristic parameter information of audio frequency apparatus, and the characteristic parameter information includes frequency response curve data and sounding component information；Sound effect parameters are set according to the frequency response curve data and the sounding component information, and generate at least one audio device according to the sound effect parameters；Each audio device is used to the frequency response of adjustment audio file；According to audio device priority orders, at least one described audio device group is combined into audio chained file；The audio device priority orders refer to the sequencing of the frequency response of each audio device adjustment audio file at least one described audio device.Using the present invention, the accuracy of adjustment frequency response can be improved.

Description

A kind of data adjustment method, equipment and storage medium
Technical field
The present invention relates to electronic technology field more particularly to a kind of data adjustment methods, equipment and storage medium.
Background technique
With the continuous exploitation of electronics technology and perfect, explosive growth is presented in mobile terminal and application program, and music is answered Be also with the usage amount of program it is growing day by day, user also gradually payes attention to the quality of music, and the sound quality of audio frequency apparatus just determines it The quality for the sound that performance and user to sound are heard, determine audio frequency apparatus sound quality has a frequency response, low frequency dive degree, The factors such as distortion.Under normal circumstances, the quality of frequency response determines the sounding performance of this audio frequency apparatus, good frequency response Audio frequency apparatus sounding can be allowed more reasonable, in order to make audio frequency apparatus and frequency response closer to standard, current method is The frequency response of audio frequency apparatus is modulated using ten sections of equalizer techniques, but ten sections of balanced devices are the problem is that ten Duan Jun The centre frequency and quality factor of each Bell's filter can not change in weighing apparatus, and the parameter of adjustment is fixed, nothing Method targetedly adjusts the frequency response of different frequency ranges, affects the accuracy of frequency response adjustment.
Summary of the invention
The embodiment of the present invention provides a kind of data adjustment method, equipment and storage medium, and adjustment frequency response can be improved Accuracy.
On the one hand the embodiment of the present invention provides a kind of data adjustment method, it may include:
Obtain the corresponding characteristic parameter information of audio frequency apparatus, the characteristic parameter information include frequency response curve data and Sounding component information；
Sound effect parameters are set according to the frequency response curve data and the sounding component information, and according to the audio Parameter generates at least one audio device；Each audio device is used to the frequency response of adjustment audio file；
According to audio device priority orders, at least one described audio device group is combined into audio chained file；The audio device Priority orders refer to the sequencing of the frequency response of each audio device adjustment audio file at least one described audio device.
Wherein, the corresponding relevant parameter information of the acquisition audio frequency apparatus, the relevant parameter information includes frequency response Curve data and sounding component information, comprising:
The target type information for obtaining audio frequency apparatus, it is corresponding to obtain the target type information from type information list Frequency response curve data and sounding component information.
Wherein, described that sound effect parameters, and root are arranged according to the frequency response curve data and the sounding component information At least one audio device is generated according to the sound effect parameters, comprising:
The corresponding cutoff frequency of the audio frequency apparatus is obtained according to the frequency response curve；
The component frequency response curve number that response frequency is greater than the cutoff frequency is obtained from frequency response curve data According to acquisition decibel data are equal to the first frequency and the second frequency of standard decibel data from the component frequency response curve data Rate is obtained in the extreme value decibel data between the first frequency and the second frequency, and the extreme value decibel data are point The decibel data of the maximum absolute value of shellfish data and the standard decibel data difference；
First filter audio is arranged according to the first frequency, the second frequency and the extreme value decibel data to join Number, the first filter sound effect parameters include centre frequency, quality factor and gain coefficient；
The first frequency and described second are generated according to the centre frequency, the quality factor and the gain coefficient The corresponding audio device of frequency.
Wherein, described according to the first filtering of the first frequency, the second frequency and the extreme value decibel data setting Device sound effect parameters, the first filter sound effect parameters include centre frequency, quality factor and gain coefficient, comprising:
The corresponding extreme value response frequency of the extreme value decibel data is obtained, frequency centered on the extreme value response frequency is determined Rate；
Difference between the extreme value decibel data and standard decibel data is determined as gain coefficient；
The absolute value for obtaining the first frequency and the second frequency difference, by the centre frequency and the absolute value Ratio be determined as quality factor.
Wherein, described that sound effect parameters, and root are arranged according to the frequency response curve data and the sounding component information At least one audio device is generated according to the sound effect parameters, comprising:
The corresponding cutoff frequency of the audio frequency apparatus is obtained according to the frequency response curve；
The corresponding effect intensity of the sounding component information is obtained from sounding component list；
The effect intensity is determined as driver sound effect parameters, the cutoff frequency is determined as second filter audio Parameter generates audio device according to the driver sound effect parameters and the second filter sound effect parameters.
It is wherein, described that the corresponding cutoff frequency of the audio frequency apparatus is obtained according to the frequency response curve, comprising:
From frequency response curve data obtain reference response frequency it is corresponding refer to decibel data, obtain decibel data with The difference with reference to decibel data is decibel data threshold and the decibel data are less than the target with reference to decibel data Decibel data, are determined as cutoff frequency for the corresponding response frequency of the target decibel data.
Wherein, further includes:
When getting the play instruction for audio file, the equipment for initiating the audio frequency apparatus of the play instruction is obtained Information will be transmitted to the audio frequency apparatus for playing the audio file with the audio chained file that the facility information matches, So that the audio frequency apparatus adjusts the audio file according to the audio chained file, and play audio file adjusted.
On the one hand the embodiment of the present invention provides a kind of data point reuse equipment, it may include:
Parameter information acquiring unit, for obtaining the corresponding characteristic parameter information of audio frequency apparatus, the characteristic parameter information Including frequency response curve data and sounding component information；
Audio device generation unit, for audio to be arranged according to the frequency response curve data and the sounding component information Parameter, and at least one audio device is generated according to the sound effect parameters；Each audio device is used to the frequency of adjustment audio file Response；
Audio chain generation unit, for according to audio device priority orders, at least one described audio device group to be combined into sound Imitate chained file；The audio device priority orders refer to each audio device adjustment audio file at least one described audio device The sequencing of frequency response.
Wherein, the parameter information acquiring unit is specifically used for:
The target type information for obtaining audio frequency apparatus, it is corresponding to obtain the target type information from type information list Frequency response curve data and sounding component information.
Wherein, the audio device generation unit, comprising:
First cutoff frequency obtains subelement, corresponding for obtaining the audio frequency apparatus according to the frequency response curve Cutoff frequency；
Frequency acquisition subelement is greater than the cutoff frequency for obtaining response frequency from frequency response curve data Component frequency response curve data obtain decibel data from the component frequency response curve data and are equal to standard decibel data First frequency and second frequency, obtain in extreme value decibel data between the first frequency and the second frequency, institute State the decibel data that extreme value decibel data are the maximum absolute values of decibel data and the standard decibel data difference；
First sound effect parameters obtain subelement, for according to the first frequency, the second frequency and the extreme value point First filter sound effect parameters are arranged in shellfish data, and the first filter sound effect parameters include centre frequency, quality factor and increasing Beneficial coefficient；
First audio device generates subelement, for according to the centre frequency, the quality factor and the gain coefficient Generate the first frequency and the corresponding audio device of the second frequency.
Wherein, first sound effect parameters obtain subelement and are specifically used for:
The corresponding extreme value response frequency of the extreme value decibel data is obtained, frequency centered on the extreme value response frequency is determined Rate；
Difference between the extreme value decibel data and standard decibel data is determined as gain coefficient；
The absolute value for obtaining the first frequency and the second frequency difference, by the centre frequency and the absolute value Ratio be determined as quality factor.
Wherein, the audio device generation unit, further includes:
Second cutoff frequency obtains subelement, corresponding for obtaining the audio frequency apparatus according to the frequency response curve Cutoff frequency；
Effect intensity obtains subelement, strong for obtaining the corresponding effect of the sounding component information from sounding component list Degree；
Second audio device generates subelement, for the effect intensity to be determined as driver sound effect parameters, described will cut Only frequency is determined as second filter sound effect parameters, according to the driver sound effect parameters and the second filter sound effect parameters Generate audio device.
Wherein, first cutoff frequency obtains subelement and is specifically used for:
From frequency response curve data obtain reference response frequency it is corresponding refer to decibel data, obtain decibel data with The difference with reference to decibel data is decibel data threshold and the decibel data are less than the target with reference to decibel data Decibel data, are determined as cutoff frequency for the corresponding response frequency of the target decibel data.
Wherein, second cutoff frequency obtains subelement and is specifically used for:
From frequency response curve data obtain reference response frequency it is corresponding refer to decibel data, obtain decibel data with The difference with reference to decibel data is decibel data threshold and the decibel data are less than the target with reference to decibel data Decibel data, are determined as cutoff frequency for the corresponding response frequency of the target decibel data.
Wherein, further includes:
File transmission unit refers to for when getting the play instruction for audio file, obtaining the initiation broadcasting The facility information of the audio frequency apparatus of order plays the sound for being transmitted to the audio chained file that the facility information matches The audio frequency apparatus of frequency file so that the audio frequency apparatus adjusts the audio file according to the audio chained file, and plays tune Audio file after whole.
On the one hand the embodiment of the present invention provides a kind of computer storage medium, the computer storage medium is stored with more Item instruction, described instruction are suitable for being loaded by processor and executing above-mentioned method and step.
On the one hand the embodiment of the present invention provides a kind of data point reuse equipment, including processor and memory；Wherein, described Memory is stored with computer program, and the computer program is suitable for being loaded by the processor and executing following steps:
Obtain the corresponding characteristic parameter information of audio frequency apparatus, the characteristic parameter information include frequency response curve data and Sounding component information；
Sound effect parameters are set according to the frequency response curve data and the sounding component information, and according to the audio Parameter generates at least one audio device；Each audio device is used to the frequency response of adjustment audio file；
According to audio device priority orders, at least one described audio device group is combined into audio chained file；The audio device Priority orders refer to the sequencing of the frequency response of each audio device adjustment audio file at least one described audio device.
In embodiments of the present invention, by obtaining the corresponding characteristic parameter information of audio frequency apparatus, the characteristic parameter information Including frequency response curve data and sounding component information；According to the frequency response curve data and the sounding component information Sound effect parameters are set, and generate at least one audio device according to the sound effect parameters；It, will be described according to audio device priority orders At least one audio device group is combined into audio chained file；Each audio device is used to the frequency response of adjustment audio file, the sound Effect device priority orders refer to the successive of the frequency response of each audio device adjustment audio file at least one described audio device Sequentially.The corresponding audio chain of different response frequencies is set according to frequency response curve data, and suitable according to the priority of audio chain Sequence generates audio chained file, avoids centre frequency and quality factor is the problem of can not changing, improves adjustment audio frequency apparatus The accuracy of frequency response.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this Some embodiments of invention for those of ordinary skill in the art without creative efforts, can be with It obtains other drawings based on these drawings.
Fig. 1 is a kind of flow diagram of data adjustment method provided in an embodiment of the present invention；
Fig. 2 is a kind of example schematic of audio device combined method provided in an embodiment of the present invention；
Fig. 3 is a kind of flow diagram of data adjustment method provided in an embodiment of the present invention；
Fig. 4 is a kind of flow diagram of data adjustment method provided in an embodiment of the present invention；
Fig. 5 is a kind of structural schematic diagram of data point reuse equipment provided in an embodiment of the present invention；
Fig. 6 is the structural schematic diagram of another data point reuse equipment provided in an embodiment of the present invention；
Fig. 7 is a kind of structural schematic diagram of audio device generation unit provided in an embodiment of the present invention；
Fig. 8 is the structural schematic diagram of another audio device generation unit provided in an embodiment of the present invention；
Fig. 9 is the structural schematic diagram of another data point reuse equipment provided in an embodiment of the present invention.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.
Data adjustment method provided in an embodiment of the present invention can be applied to the adjustment in audio frequency apparatus to frequency response, tool Body, data point reuse equipment obtains the corresponding characteristic parameter information of audio frequency apparatus, and the characteristic parameter information includes frequency response Curve data and sounding component information；Joined according to the frequency response curve data and sounding component information setting audio Number, and at least one audio device is generated according to the sound effect parameters；The frequency that each audio device is used to adjustment audio file is rung It answers；According to audio device priority orders, at least one described audio device group is combined into audio chained file；The audio device priority Sequence refers to the sequencing of the frequency response of each audio device adjustment audio file at least one described audio device.According to frequency The corresponding audio chain of the different response frequencies of rate response curve data setting, and audio chain is generated according to the priority orders of audio chain File avoids centre frequency and quality factor is the problem of can not changing, improves the standard of adjustment audio frequency apparatus frequency response True property.
The present embodiments relate to data point reuse equipment may include: tablet computer, smart phone, PC (PC), laptop, intelligent wearable device etc. have the terminal device and processor of data processing.
Referring to Figure 1, for the embodiment of the invention provides a kind of flow diagrams of data adjustment method.As shown in Figure 1, The embodiment of the present invention the method may include following steps S101- step S103.
S101 obtains the corresponding characteristic parameter information of audio frequency apparatus, and the characteristic parameter information includes frequency response curve Data and sounding component information；
Specifically, data point reuse equipment obtains the corresponding characteristic parameter information of audio frequency apparatus, the characteristic parameter packet Include frequency response curve data and sounding component information, it is to be understood that the characteristic parameter information is belonging to audio frequency apparatus Parameter information, the characteristic parameter information and audio frequency apparatus are to correspond, and the characteristic parameter information includes frequency response Curve data and sounding component information, the frequency response curve data are in response to the corresponding relationship number of frequency Yu decibel data According to audio frequency apparatus is directed to frequency response curve data described in the decibel data fit for the sound that different response frequencies are exported, institute The important information that sounding component information is the audio frequency apparatus sounding component, the specially size of sounding component are stated, is obtained The corresponding characteristic parameter information of audio frequency apparatus can be the specific characteristic parameter information of user's input, be also possible to obtain audio The type information of equipment obtains the corresponding characteristic parameter of type information by the type information of the audio frequency apparatus from database Information.
Sound effect parameters are arranged according to the frequency response curve data and the sounding component information in S102, and according to institute It states sound effect parameters and generates at least one audio device；Each audio device is used to the frequency response of adjustment audio file；
Specifically, audio is arranged according to the frequency response curve data and the sounding component information in data point reuse equipment Parameter, and at least one audio device is generated according to the sound effect parameters；Each audio device is used to the frequency of adjustment audio file Response, it is to be understood that the sound effect parameters are the component parameters handled audio file, specifically filter Parameter, parameter of driver etc., filter can be Bell's filter, high-pass filter, low-pass filter etc., the audio ginseng Number is arranged according to the frequency response curve data and the sounding component information, specifically can according to different response frequency and Different sound effect parameters, and the component information according to belonging to the sound effect parameters and sound effect parameters is arranged in different sounding components At least one audio device is generated, each audio device is used to the frequency response of adjustment audio file, and different audio device adjustment is not The frequency response of corresponding audio file with response frequency section.
At least one described audio device group is combined into audio chained file according to audio device priority orders by S103；The sound Effect device priority orders refer to the successive of the frequency response of each audio device adjustment audio file at least one described audio device Sequentially.
Specifically, data point reuse equipment is combined into sound according to audio device priority orders, by least one described audio device group Imitate chained file；The audio device priority orders refer to each audio device adjustment audio file at least one described audio device The sequencing of frequency response, it is to be understood that the audio device priority orders are processing of the audio device to audio file Sequencing, the audio device priority orders can be the preset sequencing to audio file processing, for example, needle It to the processing sequence of left and right acoustic channels, can be set as first handling L channel, reprocess right channel, i.e., preset audio device priority Sequence is that L channel is greater than right channel, and the audio device carries the label comprising priority orders, data point reuse equipment The label at least one described audio device is obtained, is combined at least one audio device group according to the priority orders of the label Audio chained file, please also refer to Fig. 2, for the embodiment of the invention provides the citings that a kind of audio device group is combined into audio chained file Schematic diagram.As shown in Fig. 2, sound is arranged according to the frequency response curve data and the sounding component information in data point reuse equipment Parameter is imitated, and is filtered according to the audio device A of sound effect parameters generation first filter, the audio device B of second filter and third The audio device C of wave device, and display is directed to the adjustment interface 100 of audio device A, audio device B and audio device C, institute in the display interface Stating adjustment interface 100 includes " increases " key, " deletion " key, " load " key and " setting " key, and " increase " key can be with Increase new audio device, " deletion " key can delete selected audio device, " load " key can parameter to audio device into Row checks that " setting " key can modify to the parameter of audio device, and user adjusts the key in interface 100 by click, User may be implemented independently to modify generated audio device, the priority orders of three audio devices are that audio device A is greater than Audio device C, audio device C are greater than audio device B, and data point reuse equipment combines three audio devices according to audio device priority orders For audio chained file, the audio device in audio chained file is followed successively by audio device A, audio device C, audio device B.
In embodiments of the present invention, by obtaining the corresponding characteristic parameter information of audio frequency apparatus, the characteristic parameter information Including frequency response curve data and sounding component information；According to the frequency response curve data and the sounding component information Sound effect parameters are set, and generate at least one audio device according to the sound effect parameters；It, will be described according to audio device priority orders At least one audio device group is combined into audio chained file；Each audio device is used to the frequency response of adjustment audio file, the sound Effect device priority orders refer to the successive of the frequency response of each audio device adjustment audio file at least one described audio device Sequentially.The corresponding audio chain of different response frequencies is set according to frequency response curve data, and suitable according to the priority of audio chain Sequence generates audio chained file, avoids centre frequency and quality factor is the problem of can not changing, improves adjustment audio frequency apparatus The accuracy of frequency response.
Fig. 3 is referred to, for the embodiment of the invention provides a kind of flow diagrams of data adjustment method.As shown in figure 3, The embodiment of the present invention the method may include following steps S201- step S207.
S201 obtains the target type information of audio frequency apparatus, and the target type information is obtained from type information list Corresponding frequency response curve data and sounding component information；
Specifically, data point reuse equipment obtains the target type information of audio frequency apparatus, institute is obtained from type information list State the corresponding frequency response curve data of target type information and sounding component information, it is to be understood that the type information For storing type information and the corresponding frequency response curve data of type information and sounding component information, user can be with for list In advance by Multiple Type information and the corresponding frequency response curve data of the type information and sounding component information store to In type information list, data point reuse equipment, which obtains the corresponding target type information of audio frequency apparatus, can be the specific of user's input Type information, and the corresponding frequency response curve data of the target type information and sounding are searched from type information list Module information.
S202 obtains the corresponding cutoff frequency of the audio frequency apparatus according to the frequency response curve；
Specifically, data point reuse equipment obtains the corresponding cutoff frequency of the audio frequency apparatus according to the frequency response curve Rate, it is to be understood that data point reuse equipment obtains the corresponding reference point of reference response frequency from frequency response curve data Shellfish data obtain decibel data and the difference with reference to decibel data as decibel data threshold and the decibel data are less than institute The target decibel data with reference to decibel data are stated, the corresponding response frequency of the target decibel data is determined as cutoff frequency.
S203 obtains the component frequency response song that response frequency is greater than the cutoff frequency from frequency response curve data Line number evidence obtains the first frequency and that decibel data are equal to standard decibel data from the component frequency response curve data Two frequencies are obtained in the extreme value decibel data between the first frequency and the second frequency, the extreme value decibel data It is the decibel data of the maximum absolute value of decibel data and the standard decibel data difference；
Specifically, data point reuse equipment obtains response frequency greater than the cutoff frequency from frequency response curve data Component frequency response curve data obtain decibel data from the component frequency response curve data and are equal to standard decibel data First frequency and second frequency, obtain in extreme value decibel data between the first frequency and the second frequency, institute State the decibel data that extreme value decibel data are the maximum absolute values of decibel data and the standard decibel data difference, it is possible to understand that , the component frequency response curve data be in response to frequency be greater than the cutoff frequency frequency response curve data, institute The corresponding decibel data of response frequency that two can be had more than in component frequency response curve data are stated equal to standard decibels According to acquisition decibel data are equal to the first frequency and the second frequency of standard decibel data from the component frequency response curve data Corresponding the smallest two responses when can be decibel data equal to standard decibel data of rate, the first frequency and second frequency Frequency, any two of them response frequency when being also possible to decibel data equal to standard decibel data obtain and are in described first Extreme value decibel data between frequency and the second frequency, the extreme value decibel data are decibel data and the standard decibel The decibel data of the maximum absolute value of data difference, the extreme value decibel data can be the first frequency and second frequency The corresponding maximum decibel data of response frequency between rate or the sound between the first frequency and the second frequency Answer the corresponding the smallest decibel data of frequency.
First filter sound is arranged according to the first frequency, the second frequency and the extreme value decibel data in S204 Parameter is imitated, the first filter sound effect parameters include centre frequency, quality factor and gain coefficient；
Specifically, data point reuse equipment is set according to the first frequency, the second frequency and the extreme value decibel data Set first filter sound effect parameters, the first filter sound effect parameters include centre frequency, quality factor and gain coefficient, can With understanding, it is corresponding that data point reuse equipment obtains the extreme value decibel data in the component frequency response curve data The extreme value response frequency is determined as centre frequency by extreme value response frequency, by the extreme value decibel data and standard decibels Difference between is determined as gain coefficient, for example, standard decibel data are 90db if extreme value decibel data are 92db, then increases Beneficial coefficient is 2db；Data point reuse equipment obtains the absolute value of the first frequency and the second frequency difference, by the center The ratio of frequency and the absolute value is determined as quality factor.
S205 generates the first frequency and institute according to the centre frequency, the quality factor and the gain coefficient State the corresponding audio device of second frequency；
Specifically, data point reuse equipment generates institute according to the centre frequency, the quality factor and the gain coefficient State first frequency and the corresponding audio device of the second frequency, it is to be understood that data point reuse equipment is according to first filter Wave device sound effect parameters generate the first frequency and the corresponding audio device of the second frequency, the component frequency response curve number It may include response frequency of the corresponding decibel data of multiple response frequencies equal to standard decibel data in, therefore can have more A first frequency and second frequency, while being corresponding with multiple audio devices.
At least one described audio device group is combined into audio chained file according to audio device priority orders by S206；The sound Effect device priority orders refer to the successive of the frequency response of each audio device adjustment audio file at least one described audio device Sequentially；
S207 obtains the audio frequency apparatus for initiating the play instruction when getting the play instruction for audio file Facility information, the audio for playing the audio file will be transmitted to the audio chained file that the facility information matches Equipment so that the audio frequency apparatus adjusts the audio file according to the audio chained file, and plays audio text adjusted Part.
Specifically, data point reuse equipment when getting the play instruction for audio file, obtains and initiates the broadcasting The facility information of the audio frequency apparatus of instruction will be transmitted to described in broadcasting with the audio chained file that the facility information matches The audio frequency apparatus of audio file so that the audio frequency apparatus adjusts the audio file according to the audio chained file, and plays Audio file adjusted.
Wherein, the specific descriptions of the step S103 of the step S206 embodiment shown in Figure 1 of the embodiment of the present invention, herein Without repeating.
In embodiments of the present invention, by obtaining the corresponding characteristic parameter information of audio frequency apparatus, the characteristic parameter information Including frequency response curve data and sounding component information；According to the frequency response curve data and the sounding component information Sound effect parameters are set, and generate at least one audio device according to the sound effect parameters；It, will be described according to audio device priority orders At least one audio device group is combined into audio chained file；Each audio device is used to the frequency response of adjustment audio file, the sound Effect device priority orders refer to the successive of the frequency response of each audio device adjustment audio file at least one described audio device Sequentially.The corresponding audio chain of different response frequencies is set according to frequency response curve data, and suitable according to the priority of audio chain Sequence generates audio chained file, avoids centre frequency and quality factor is the problem of can not changing, improves adjustment audio frequency apparatus The accuracy of frequency response.
Fig. 4 is referred to, for the embodiment of the invention provides a kind of flow diagrams of data adjustment method.As shown in figure 4, The embodiment of the present invention the method may include following steps S301- step S306.
S301 obtains the target type information of audio frequency apparatus, and the target type information is obtained from type information list Corresponding frequency response curve data and sounding component information；
Specifically, data point reuse equipment obtains the target type information of audio frequency apparatus, institute is obtained from type information list State the corresponding frequency response curve data of target type information and sounding component information, it is to be understood that the type information For storing type information and the corresponding frequency response curve data of type information and sounding component information, user can be with for list In advance by Multiple Type information and the corresponding frequency response curve data of the type information and sounding component information store to In type information list, data point reuse equipment, which obtains the corresponding target type information of audio frequency apparatus, can be the specific of user's input Type information, and the corresponding frequency response curve data of the target type information and sounding are searched from type information list Module information.
S302 obtains the corresponding cutoff frequency of the audio frequency apparatus according to the frequency response curve；
Specifically, data point reuse equipment obtains the corresponding cutoff frequency of the audio frequency apparatus according to the frequency response curve Rate, it is to be understood that data point reuse equipment obtains the corresponding reference point of reference response frequency from frequency response curve data Shellfish data obtain decibel data and the difference with reference to decibel data as decibel data threshold and the decibel data are less than institute The target decibel data with reference to decibel data are stated, the corresponding response frequency of the target decibel data is determined as cutoff frequency.
S303 obtains the corresponding effect intensity of the sounding component information from sounding component list；
Specifically, data point reuse equipment obtains the corresponding effect intensity of the sounding component information from sounding component list, It is understood that the sounding component list is corresponding with the sounding component information for storing the sounding component information Effect intensity, user can be according to the corresponding relationships between the sounding component information and effect intensity, by multiple sounding components Information multiple effect intensity corresponding with the multiple sounding component information are stored to the sounding component list.
The effect intensity is determined as driver sound effect parameters, the cutoff frequency is determined as the second filtering by S304 Device sound effect parameters generate audio device according to the driver sound effect parameters and the second filter sound effect parameters；
Specifically, the effect intensity is determined as driver sound effect parameters by data point reuse equipment, by the cutoff frequency It is determined as second filter sound effect parameters, generates sound according to the driver sound effect parameters and the second filter sound effect parameters Imitate device, it is to be understood that the effect intensity is determined as driver sound effect parameters by data point reuse equipment, and the driver is used In generating multiple harmonic, the multi-harmonic that brain is lost is rebuild, the cutoff frequency is determined as the second filter by data point reuse equipment Wave device sound effect parameters, the second filter sound effect parameters include high-pass filter parameter and low-pass filter parameter, the height Bandpass filter parameter and low-pass filter parameter include cutoff frequency and preset quality factor, and the driver audio is joined The several and second filter sound effect parameters generate audio device.
At least one described audio device group is combined into audio chained file according to audio device priority orders by S305；The sound Effect device priority orders refer to the successive of the frequency response of each audio device adjustment audio file at least one described audio device Sequentially；
S306 obtains the audio frequency apparatus for initiating the play instruction when getting the play instruction for audio file Facility information, the audio for playing the audio file will be transmitted to the audio chained file that the facility information matches Equipment so that the audio frequency apparatus adjusts the audio file according to the audio chained file, and plays audio text adjusted Part.
Wherein, the step S206 and S207 of step S305 and the S306 embodiment shown in Figure 3 of the embodiment of the present invention It specifically describes, herein without repeating.
In embodiments of the present invention, by obtaining the corresponding characteristic parameter information of audio frequency apparatus, the characteristic parameter information Including frequency response curve data and sounding component information；According to the frequency response curve data and the sounding component information Sound effect parameters are set, and generate at least one audio device according to the sound effect parameters；It, will be described according to audio device priority orders At least one audio device group is combined into audio chained file；Each audio device is used to the frequency response of adjustment audio file, the sound Effect device priority orders refer to the successive of the frequency response of each audio device adjustment audio file at least one described audio device Sequentially.The corresponding audio chain of different response frequencies is set according to frequency response curve data, and suitable according to the priority of audio chain Sequence generates audio chained file, avoids centre frequency and quality factor is the problem of can not changing, improves adjustment audio frequency apparatus The accuracy of frequency response rebuilds multiple harmonic according to driver, generates virtual bass, improve the low frequency dive of audio frequency apparatus Degree.
Fig. 5 is referred to, for the embodiment of the invention provides a kind of structural schematic diagrams of data point reuse equipment.As shown in figure 5, The data point reuse equipment 1 of the embodiment of the present invention may include: parameter information acquiring unit 11, audio device generation unit 12, Audio chain generation unit 13.
Parameter information acquiring unit 11, for obtaining the corresponding characteristic parameter information of audio frequency apparatus, the characteristic parameter letter Breath includes frequency response curve data and sounding component information；
Specifically, parameter information acquiring unit 11 obtains the corresponding characteristic parameter information of audio frequency apparatus, the characteristic parameter Information includes frequency response curve data and sounding component information, it is to be understood that the characteristic parameter information is that audio is set Standby affiliated parameter information, the characteristic parameter information and audio frequency apparatus are to correspond, and the characteristic parameter information includes frequency Rate response curve data and sounding component information, the frequency response curve data are in response to frequency pass corresponding with decibel data Coefficient evidence, audio frequency apparatus are directed to frequency response curve number described in the decibel data fit for the sound that different response frequencies are exported It is the important information of the audio frequency apparatus sounding component, the specially size of sounding component according to, the sounding component information, Obtaining the corresponding characteristic parameter information of audio frequency apparatus can be the specific characteristic parameter information of user's input, be also possible to obtain The type information of audio frequency apparatus obtains the corresponding feature of type information by the type information of the audio frequency apparatus from database Parameter information.
Audio device generation unit 12, for sound to be arranged according to the frequency response curve data and the sounding component information Parameter is imitated, and generates at least one audio device according to the sound effect parameters；Each audio device is used to the frequency of adjustment audio file Rate response；
Specifically, audio device generation unit 12 is arranged according to the frequency response curve data and the sounding component information Sound effect parameters, and at least one audio device is generated according to the sound effect parameters；Each audio device is used to adjustment audio file Frequency response, it is to be understood that the sound effect parameters are the component parameters handled audio file, are specifically filtered Parameter, parameter of driver of device etc., filter can be Bell's filter, high-pass filter, low-pass filter etc., the sound Parameter is imitated to be arranged according to the frequency response curve data and the sounding component information, it specifically can be according to different response frequencies Different sound effect parameters, and the component according to belonging to the sound effect parameters and sound effect parameters is arranged in rate and different sounding components Information generates at least one audio device, and each audio device is used to the frequency response of adjustment audio file, different audio device tune The frequency response of the corresponding audio file of whole difference response frequency section.
Audio chain generation unit 13, for according to audio device priority orders, at least one described audio device group to be combined into Audio chained file；The audio device priority orders refer to each audio device adjustment audio file at least one described audio device Frequency response sequencing.
Specifically, audio chain generation unit 13 combines at least one described audio device according to audio device priority orders For audio chained file；The audio device priority orders refer to each audio device adjustment audio text at least one described audio device The sequencing of the frequency response of part, it is to be understood that the audio device priority orders are audio devices to audio file Sequencing is handled, the audio device priority orders can be the preset sequencing to audio file processing, example Such as, it for the processing sequence of left and right acoustic channels, can be set as first handling L channel, reprocess right channel, i.e., preset audio device Priority orders are that L channel is greater than right channel, and the audio device carries the label comprising priority orders, data tune Finishing equipment obtains the label at least one described audio device, according to the priority orders of the label by least one audio device Group is combined into audio chained file, please also refer to Fig. 2, for the embodiment of the invention provides a kind of audio device groups to be combined into audio chained file Example schematic.
In embodiments of the present invention, by obtaining the corresponding characteristic parameter information of audio frequency apparatus, the characteristic parameter information Including frequency response curve data and sounding component information；According to the frequency response curve data and the sounding component information Sound effect parameters are set, and generate at least one audio device according to the sound effect parameters；It, will be described according to audio device priority orders At least one audio device group is combined into audio chained file；Each audio device is used to the frequency response of adjustment audio file, the sound Effect device priority orders refer to the successive of the frequency response of each audio device adjustment audio file at least one described audio device Sequentially.The corresponding audio device of different response frequencies is set according to frequency response curve data, and suitable according to the priority of audio device Sequence generates audio chained file, avoids centre frequency and quality factor is the problem of can not changing, improves adjustment audio frequency apparatus The accuracy of frequency response.
Fig. 6 is referred to, for the embodiment of the invention provides a kind of structural schematic diagrams of data point reuse equipment.As shown in fig. 6, The data point reuse equipment 1 of the embodiment of the present invention may include: parameter information acquiring unit 11, audio device generation unit 12, Audio chain generation unit 13, file transmission unit 14.
Parameter information acquiring unit 11 is obtained from type information list for obtaining the target type information of audio frequency apparatus Take the corresponding frequency response curve data of the target type information and sounding component information；
Specifically, parameter information acquiring unit 11 obtains the target type information of audio frequency apparatus, from type information list Obtain the corresponding frequency response curve data of the target type information and sounding component information, it is to be understood that the type Number information list is used for storing type information and the corresponding frequency response curve data of type information and sounding component information It family can be in advance by Multiple Type information and the corresponding frequency response curve data of the type information and sounding component information It stores into type information list, data point reuse equipment, which obtains the corresponding target type information of audio frequency apparatus, can be user's input Specific type information, and the corresponding frequency response curve data of the target type information are searched from type information list With sounding component information.
Audio device generation unit 12, for sound to be arranged according to the frequency response curve data and the sounding component information Parameter is imitated, and generates at least one audio device according to the sound effect parameters；Each audio device is used to the frequency of adjustment audio file Rate response；
Please also refer to Fig. 7, for the embodiment of the invention provides a kind of structural schematic diagrams of audio device generation unit 12.Such as Shown in Fig. 7, the audio device generation unit 12 of the embodiment of the present invention may include: the first cutoff frequency obtain subelement 121, Frequency acquisition subelement 122, the first sound effect parameters obtain subelement 123, the first audio device generates subelement 124.
First cutoff frequency obtains subelement 121, for obtaining the audio frequency apparatus pair according to the frequency response curve The cutoff frequency answered；
Specifically, the first cutoff frequency, which obtains subelement 121, obtains the audio frequency apparatus according to the frequency response curve Corresponding cutoff frequency, it is to be understood that data point reuse equipment obtains reference response frequency from frequency response curve data It is corresponding to refer to decibel data, it obtains decibel data and the difference with reference to decibel data is decibel data threshold and described point Shellfish data are less than the target decibel data with reference to decibel data, and the corresponding response frequency of the target decibel data is determined For cutoff frequency.
Frequency acquisition subelement 122 is greater than the cutoff frequency for obtaining response frequency from frequency response curve data The component frequency response curve data of rate obtain decibel data from the component frequency response curve data and are equal to standard decibel The first frequency and second frequency of data are obtained in the extreme value decibels between the first frequency and the second frequency According to the extreme value decibel data are the decibel data of the maximum absolute value of decibel data and the standard decibel data difference；
Specifically, frequency acquisition subelement 122 obtains response frequency greater than the cut-off from frequency response curve data The component frequency response curve data of frequency obtain decibel data from the component frequency response curve data and are equal to standard scores The first frequency and second frequency of shellfish data are obtained in the extreme value decibels between the first frequency and the second frequency According to the extreme value decibel data are the decibel data of the maximum absolute value of decibel data and the standard decibel data difference, can With understanding, the component frequency response curve data are in response to the frequency response curve number that frequency is greater than the cutoff frequency According to, can be had more than in the component frequency response curve data two the corresponding decibel data of response frequency be equal to standard scores Shellfish data obtain the first frequency and that decibel data are equal to standard decibel data from the component frequency response curve data Two frequencies, the first frequency and second frequency are corresponding two the smallest when can be decibel data equal to standard decibel data Response frequency, any two of them response frequency when being also possible to decibel data equal to standard decibel data are obtained in described Extreme value decibel data between first frequency and the second frequency, the extreme value decibel data are decibel data and the standard The decibel data of the maximum absolute value of decibel data difference, the extreme value decibel data can be the first frequency and described the Between the corresponding maximum decibel data of response frequency or the first frequency and the second frequency between two frequencies The corresponding the smallest decibel data of response frequency.
First sound effect parameters obtain subelement 123, for according to the first frequency, the second frequency and the extreme value Decibel data be arranged first filter sound effect parameters, the first filter sound effect parameters include centre frequency, quality factor and Gain coefficient；
Specifically, the first sound effect parameters obtain subelement 123 according to the first frequency, the second frequency and the pole It is worth decibel data and first filter sound effect parameters is set, the first filter sound effect parameters includes centre frequency, quality factor And gain coefficient, it is to be understood that data point reuse equipment obtains the extreme value in the component frequency response curve data The corresponding extreme value response frequency of decibel data, is determined as centre frequency for the extreme value response frequency, by the extreme value decibels It is determined as gain coefficient according to the difference between standard decibel data, for example, if extreme value decibel data are 92db, standard decibels According to for 90db, then gain coefficient is 2db；Data point reuse equipment obtains the absolute of the first frequency and the second frequency difference The ratio of the centre frequency and the absolute value is determined as quality factor by value.
First audio device generates subelement 124, for according to the centre frequency, the quality factor and the gain system Number generates the first frequency and the corresponding audio device of the second frequency；
Specifically, the first audio device generates subelement 124 according to the centre frequency, the quality factor and the gain Coefficient generates the first frequency and the corresponding audio device of the second frequency, it is to be understood that data point reuse equipment according to The first filter sound effect parameters generate the first frequency and the corresponding audio device of the second frequency, the component frequency It may include the response frequency that the corresponding decibel data of multiple response frequencies are equal to standard decibel data in response curve data, because This can have multiple first frequencies and second frequency, while be corresponding with multiple audio devices.
Please also refer to Fig. 8, for the embodiment of the invention provides a kind of structural schematic diagrams of audio device generation unit 12.Such as Shown in Fig. 8, the audio device generation unit 12 of the embodiment of the present invention may include: the second cutoff frequency obtain subelement 125, Effect intensity obtains subelement 126, the second audio device generates subelement 127.
Second cutoff frequency obtains subelement 125, for obtaining the audio frequency apparatus pair according to the frequency response curve The cutoff frequency answered；
Specifically, the second cutoff frequency, which obtains subelement 125, obtains the audio frequency apparatus according to the frequency response curve Corresponding cutoff frequency, it is to be understood that the second audio device generates subelement 127 and obtains ginseng from frequency response curve data It is corresponding with reference to decibel data to examine response frequency, obtains decibel data and the difference with reference to decibel data is decibel data threshold It is worth and the decibel data is less than the target decibel data with reference to decibel data, by the corresponding sound of the target decibel data Frequency is answered to be determined as cutoff frequency, it should be noted that second cutoff frequency obtains subelement 125 and first cut-off Frequency acquisition subelement 121 can be the same cutoff frequency and obtain subelement.
Effect intensity obtains subelement 126, for obtaining the corresponding effect of the sounding component information from sounding component list Fruit intensity；
Specifically, effect intensity acquisition subelement 126 is corresponding from the sounding component list acquisition sounding component information Effect intensity, it is to be understood that the sounding component list is for storing the sounding component information and the sounding component The corresponding effect intensity of information, user can be according to the corresponding relationships between the sounding component information and effect intensity, will be more A sounding component information multiple effect intensity corresponding with the multiple sounding component information are stored to the sounding component list.
Second audio device generates subelement 127, will be described for the effect intensity to be determined as driver sound effect parameters Cutoff frequency is determined as second filter sound effect parameters, is joined according to the driver sound effect parameters and the second filter audio Number generates audio device；
Specifically, the second audio device, which generates subelement 127, is determined as driver sound effect parameters for the effect intensity, by institute It states cutoff frequency and is determined as second filter sound effect parameters, according to the driver sound effect parameters and the second filter audio Parameter generates audio device, it is to be understood that the second audio device generates subelement 127 and the effect intensity is determined as driver Sound effect parameters, the driver rebuild the multi-harmonic that brain is lost, data point reuse equipment will be described for generating multiple harmonic Cutoff frequency is determined as second filter sound effect parameters, and the second filter sound effect parameters include high-pass filter parameter and low Bandpass filter parameter, the high-pass filter parameter and low-pass filter parameter include cutoff frequency and preset quality because The driver sound effect parameters and the second filter sound effect parameters are generated audio device by number.
Audio chain generation unit 13, for according to audio device priority orders, at least one described audio device group to be combined into Audio chained file；The audio device priority orders refer to each audio device adjustment audio file at least one described audio device Frequency response sequencing；
File transmission unit 14, for obtaining and initiating the broadcasting when getting the play instruction for audio file The facility information of the audio frequency apparatus of instruction will be transmitted to described in broadcasting with the audio chained file that the facility information matches The audio frequency apparatus of audio file so that the audio frequency apparatus adjusts the audio file according to the audio chained file, and plays Audio file adjusted.
Specifically, file transmission unit 14 when getting the play instruction for audio file, is obtained and is broadcast described in initiating The facility information for putting the audio frequency apparatus of instruction plays institute for being transmitted to the audio chained file that the facility information matches The audio frequency apparatus of audio file is stated, so that the audio frequency apparatus adjusts the audio file according to the audio chained file, and is broadcast Put audio file adjusted.
Wherein, the audio chain generation unit of the embodiment shown in Figure 5 of audio chain generation unit 13 of the embodiment of the present invention 13 specific descriptions, herein without repeating.
In embodiments of the present invention, by obtaining the corresponding characteristic parameter information of audio frequency apparatus, the characteristic parameter information Including frequency response curve data and sounding component information；According to the frequency response curve data and the sounding component information Sound effect parameters are set, and generate at least one audio device according to the sound effect parameters；It, will be described according to audio device priority orders At least one audio device group is combined into audio chained file；Each audio device is used to the frequency response of adjustment audio file, the sound Effect device priority orders refer to the successive of the frequency response of each audio device adjustment audio file at least one described audio device Sequentially.The corresponding audio chain of different response frequencies is set according to frequency response curve data, and suitable according to the priority of audio chain Sequence generates audio chained file, avoids centre frequency and quality factor is the problem of can not changing, improves adjustment audio frequency apparatus The accuracy of frequency response rebuilds multiple harmonic according to driver, generates virtual bass, improve the low frequency dive of audio frequency apparatus Degree.
The embodiment of the invention also provides a kind of computer storage medium, the computer storage medium can store more Item instruction, described instruction are suitable for being loaded by processor and being executed the method and step such as above-mentioned Fig. 1-embodiment illustrated in fig. 4, specifically hold Row process may refer to Fig. 1-embodiment illustrated in fig. 4 and illustrate, herein without repeating.
Fig. 9 is referred to, for the embodiment of the invention provides a kind of structural schematic diagrams of data point reuse equipment.As shown in figure 9, The data point reuse equipment 1000 may include: at least one processor 1001, such as CPU, at least one network interface 1004, User interface 1003, memory 1005, at least one communication bus 1002.Wherein, communication bus 1002 is for realizing these groups Connection communication between part.Wherein, user interface 1003 may include display screen (Display), and optional user interface 1003 is also It may include standard wireline interface and wireless interface.Network interface 1004 optionally may include the wireline interface, wireless of standard Interface (such as WI-FI interface).Memory 1005 can be high speed RAM memory, be also possible to non-labile memory (non- Volatile memory), a for example, at least magnetic disk storage.Memory 1005 optionally can also be that at least one is located at Storage device far from aforementioned processor 1001.As shown in figure 9, as can in a kind of memory 1005 of computer storage medium To include operating system, network communication module, Subscriber Interface Module SIM and data point reuse application program.
In terminal 1000 shown in Fig. 9, user interface 1003 is mainly used for providing the interface of input for user, obtains and uses The data of family input；And processor 1001 can be used for calling the data point reuse application program stored in memory 1005, and have Body executes following operation:
Obtain the corresponding characteristic parameter information of audio frequency apparatus, the characteristic parameter information include frequency response curve data and Sounding component information；
Sound effect parameters are set according to the frequency response curve data and the sounding component information, and according to the audio Parameter generates at least one audio device；Each audio device is used to the frequency response of adjustment audio file；
According to audio device priority orders, at least one described audio device group is combined into audio chained file；The audio device Priority orders refer to the sequencing of the frequency response of each audio device adjustment audio file at least one described audio device
In embodiments of the present invention, by obtaining the corresponding characteristic parameter information of audio frequency apparatus, the characteristic parameter information Including frequency response curve data and sounding component information；According to the frequency response curve data and the sounding component information Sound effect parameters are set, and generate at least one audio device according to the sound effect parameters；It, will be described according to audio device priority orders At least one audio device group is combined into audio chained file；Each audio device is used to the frequency response of adjustment audio file, the sound Effect device priority orders refer to the successive of the frequency response of each audio device adjustment audio file at least one described audio device Sequentially.The corresponding audio chain of different response frequencies is set according to frequency response curve data, and suitable according to the priority of audio chain Sequence generates audio chained file, avoids centre frequency and quality factor is the problem of can not changing, improves adjustment audio frequency apparatus The accuracy of frequency response.
Those of ordinary skill in the art will appreciate that realizing all or part of the process in above-described embodiment method, being can be with Relevant hardware is instructed to complete by computer program, the program can be stored in a computer-readable storage medium In, the program is when being executed, it may include such as the process of the embodiment of above-mentioned each method.Wherein, the storage medium can be magnetic Dish, CD, read-only memory (Read-Only Memory, ROM) or random access memory (Random Access Memory, RAM) etc..
The above disclosure is only the preferred embodiments of the present invention, cannot limit the right model of the present invention with this certainly It encloses, therefore equivalent changes made in accordance with the claims of the present invention, is still within the scope of the present invention.

Claims (10)

1. a kind of data adjustment method characterized by comprising
The corresponding characteristic parameter information of audio frequency apparatus is obtained, the characteristic parameter information includes frequency response curve data and sounding Module information；
Sound effect parameters are set according to the frequency response curve data and the sounding component information, and according to the sound effect parameters Generate at least one audio device；Each audio device is used to the frequency response of adjustment audio file；
According to audio device priority orders, at least one described audio device group is combined into audio chained file；The audio device is preferential Grade sequence refers to the sequencing of the frequency response of each audio device adjustment audio file at least one described audio device.
2. the method according to claim 1, wherein the corresponding relevant parameter information of the acquisition audio frequency apparatus, The relevant parameter information includes frequency response curve data and sounding component information, comprising:
The target type information for obtaining audio frequency apparatus, obtains the corresponding frequency of the target type information from type information list Response curve data and sounding component information.
3. the method according to claim 1, wherein described according to the frequency response curve data and the hair Sound effect parameters are arranged in sound module information, and generate at least one audio device according to the sound effect parameters, comprising:
The corresponding cutoff frequency of the audio frequency apparatus is obtained according to the frequency response curve；
The component frequency response curve data that response frequency is greater than the cutoff frequency are obtained from frequency response curve data, from First frequency and second frequency that decibel data are equal to standard decibel data are obtained in the component frequency response curve data, are obtained It takes in the extreme value decibel data between the first frequency and the second frequency, the extreme value decibel data are a decibel data With the decibel data of the maximum absolute value of the standard decibel data difference；
According to the first frequency, the second frequency and the extreme value decibel data, first filter sound effect parameters, institute are set Stating first filter sound effect parameters includes centre frequency, quality factor and gain coefficient；
The first frequency and the second frequency are generated according to the centre frequency, the quality factor and the gain coefficient Corresponding audio device.
4. according to the method described in claim 3, it is characterized in that, it is described according to the first frequency, the second frequency and First filter sound effect parameters are arranged in the extreme value decibel data, and the first filter sound effect parameters include centre frequency, product Quality factor and gain coefficient, comprising:
The corresponding extreme value response frequency of the extreme value decibel data is obtained, the extreme value response frequency is determined as centre frequency；
Difference between the extreme value decibel data and standard decibel data is determined as gain coefficient；
The absolute value for obtaining the first frequency and the second frequency difference, by the ratio of the centre frequency and the absolute value Value is determined as quality factor.
5. the method according to claim 1, wherein described according to the frequency response curve data and the hair Sound effect parameters are arranged in sound module information, and generate at least one audio device according to the sound effect parameters, comprising:
The corresponding cutoff frequency of the audio frequency apparatus is obtained according to the frequency response curve；
The corresponding effect intensity of the sounding component information is obtained from sounding component list；
The effect intensity is determined as driver sound effect parameters, the cutoff frequency is determined as second filter audio ginseng Number generates audio device according to the driver sound effect parameters and the second filter sound effect parameters.
6. the method according to claim 3 or 5, which is characterized in that described according to frequency response curve acquisition The corresponding cutoff frequency of audio frequency apparatus, comprising:
From frequency response curve data obtain reference response frequency it is corresponding refer to decibel data, obtain decibel data with it is described Difference with reference to decibel data is decibel data threshold and the decibel data are less than the target decibel with reference to decibel data The corresponding response frequency of the target decibel data is determined as cutoff frequency by data.
7. the method according to claim 1, wherein further include:
When getting the play instruction for audio file, the equipment letter for initiating the audio frequency apparatus of the play instruction is obtained Breath, the audio frequency apparatus for playing the audio file will be transmitted to the audio chained file that the facility information matches, with So that the audio frequency apparatus is adjusted the audio file according to the audio chained file, and plays audio file adjusted.
8. a kind of data point reuse equipment characterized by comprising
Parameter information acquiring unit, for obtaining the corresponding characteristic parameter information of audio frequency apparatus, the characteristic parameter information includes Frequency response curve data and sounding component information；
Audio device generation unit, for being joined according to the frequency response curve data and sounding component information setting audio Number, and at least one audio device is generated according to the sound effect parameters；The frequency that each audio device is used to adjustment audio file is rung It answers；
Audio chain generation unit, for according to audio device priority orders, at least one described audio device group to be combined into audio chain File；The audio device priority orders refer to the frequency of each audio device adjustment audio file at least one described audio device The sequencing of response.
9. a kind of computer storage medium, which is characterized in that the computer storage medium is stored with a plurality of instruction, described instruction Suitable for being loaded by processor and being executed the method and step such as claim 1-7 any one.
10. a kind of data point reuse equipment, which is characterized in that it is characterised by comprising: processor and memory；Wherein, described to deposit Reservoir is stored with computer program, and the computer program is suitable for being loaded by the processor and executing following steps:
The corresponding characteristic parameter information of audio frequency apparatus is obtained, the characteristic parameter information includes frequency response curve data and sounding Module information；
Sound effect parameters are set according to the frequency response curve data and the sounding component information, and according to the sound effect parameters Generate at least one audio device；Each audio device is used to the frequency response of adjustment audio file；
According to audio device priority orders, at least one described audio device group is combined into audio chained file；The audio device is preferential Grade sequence refers to the sequencing of the frequency response of each audio device adjustment audio file at least one described audio device.
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