CN103941983A - Information processing method and device and electronic device - Google Patents
Information processing method and device and electronic device Download PDFInfo
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- CN103941983A CN103941983A CN201410198389.5A CN201410198389A CN103941983A CN 103941983 A CN103941983 A CN 103941983A CN 201410198389 A CN201410198389 A CN 201410198389A CN 103941983 A CN103941983 A CN 103941983A
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Abstract
The embodiment of the invention discloses an information processing method. Accord to the method, a first track is generated by means of the position information of an electronic device acquired between the moment T1 and the moment T2, the display attribute of the first track is determined according to the relevant information of the electronic device acquired between the moment T1 and the moment T2, and a display unit is controlled to present a rendered first track after the first track is rendered by means of the determined display attribute. According to the information processing method, the display unit of the electronic device represents the first track, the display attribute of the first track is determined by the relevant information of the electronic device, a user can learn about the relevant information of the electronic device through the first track presented by the display unit, and the functions of the electronic device are enriched. The invention further discloses a corresponding information processing device and an electronic device.
Description
Technical field
The invention belongs to technical field of data processing, relate in particular to information processing method, signal conditioning package and electronic equipment.
Background technology
Along with the pursuit of people to healthy Lifestyle, there is at present the electronic equipment of the movement locus that a class can recording user, as mobile phone and intelligent wearing equipment.These electronic equipments can show user's movement locus in the display device of self, are convenient to user and get information about the motion state of oneself.
But existing electronic equipment is too single to the display mode of user movement track.
Summary of the invention
In view of this, the object of the present invention is to provide information processing method, signal conditioning package and electronic equipment, can solve the too single problem of movement locus that existing electronic equipment shows user.
For achieving the above object, the invention provides following technical scheme:
The present invention discloses a kind of information processing method, is applied to an electronic equipment, and described electronic equipment comprises display unit and sensing unit, and described method comprises:
To the T2 moment, repeatedly obtain the positional information of described electronic equipment in the T1 moment;
In the T1 moment to the T2 moment, utilize described sensing unit to obtain the relevant information of described electronic equipment, described relevant information comprises the first parameter information of described electronic equipment and/or the user's of described electronic equipment sign information, and the first parameter information of described electronic equipment characterizes the translational speed of described electronic equipment;
In the T3 moment after the T2 moment, the first operation that response receives, generates the first track based on described positional information;
Relevant information based on described electronic equipment is determined the display properties of described the first track;
According to described display properties, described the first track is played up, controlled described display unit and present the first track after playing up.
Preferably, in above-mentioned information processing method, describedly generate the first track based on described positional information, comprising: determine respectively the described positional information getting corresponding location point on the display interface of described display unit; Connect the first track of described location point formation electronic equipment according to the sequencing of described positional information acquisition time.
Preferably, in above-mentioned information processing method, the described relevant information based on described electronic equipment is determined the display properties of described the first track, comprise: determine the relevant information of electronic equipment corresponding to each track subsegment in described the first track, described track subsegment is the orbit segment between adjacent two location points in described the first track; Utilize the relevant information of default electronic equipment and the corresponding relation of display properties, determine the display properties of track subsegment described in each; The described display properties of described foundation is played up described the first track, comprising: the display properties according to track subsegment described in each is played up described track subsegment respectively.
Preferably, the sensing unit of electronic equipment comprises sensing heart rate unit, and in above-mentioned information processing method, the relevant information of described electronic equipment is the heart rate information that described sensing heart rate unit inspection arrives.
Preferably, the sensing unit of electronic equipment comprises temperature sensing unit, and in above-mentioned information processing method, the relevant information of described electronic equipment is the temperature information that described temperature sensing unit detects.
Preferably, the sensing unit of electronic equipment comprises velocity pick-up unit, and in above-mentioned information processing method, the relevant information of described electronic equipment is the velocity information that described velocity pick-up unit inspection arrives.
Preferably, in above-mentioned information processing method, described display properties comprises at least one in line color, line style and line weight.
The present invention also discloses a kind of signal conditioning package, is applied to an electronic equipment, and described electronic equipment comprises display unit and sensing unit, and described signal conditioning package comprises:
Location information acquiring unit, in the T1 moment to the T2 moment, repeatedly obtain the positional information of described electronic equipment;
Relevant information acquiring unit, be used in the T1 moment to the T2 moment, utilize described sensing unit to obtain the relevant information of described electronic equipment, described relevant information comprises the first parameter information of described electronic equipment and/or the user's of described electronic equipment sign information, and the first parameter information of described electronic equipment characterizes the translational speed of described electronic equipment;
Track generation unit, for the T3 moment after the T2 moment, the first operation that response receives, generates the first track based on described positional information;
Display properties determining unit, determines the display properties of described the first track for the relevant information based on described electronic equipment;
Processing unit, for according to described display properties, described the first track being played up, controls described display unit and presents the first track after playing up.
Preferably, in above-mentioned signal conditioning package, described track generation unit comprises: location point determination module, for determining respectively the location point of the described positional information getting correspondence on the display interface of described display unit; Track generation module, for connecting the first track of described location point formation electronic equipment according to the sequencing of described positional information acquisition time.
Preferably, in above-mentioned signal conditioning package, described display properties determining unit comprises: relevant information determination module, for the relevant information of electronic equipment corresponding to each track subsegment of definite described the first track, described track subsegment is the orbit segment between adjacent two location points in described the first track; Display properties determination module, for utilizing the relevant information of default electronic equipment and the corresponding relation of display properties, determines the display properties of track subsegment described in each; Described processing unit comprises rendering module, and described rendering module is for playing up described track subsegment respectively according to the display properties of track subsegment described in each.
The present invention also discloses a kind of electronic equipment, comprises display unit, sensing unit, and above-mentioned any one signal conditioning package.
As can be seen here, beneficial effect of the present invention is: information processing method disclosed by the invention, utilize the positional information of the electronic equipment getting between the T1 moment to T2 moment to generate the first track, and the relevant information of utilizing the electronic equipment getting between the T1 moment to T2 moment is determined the display properties of the first track, after the display properties that utilization is determined is played up this first track, control display unit and present the first track after playing up.Based on information processing method disclosed by the invention; the display unit of electronic equipment presents the first track; and the display properties of the first track is determined by the relevant information of electronic equipment; make the first track that user can present by display unit know the relevant information of electronic equipment, enriched the function of electronic equipment.
Brief description of the drawings
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is some embodiments of the present invention, for those of ordinary skill in the art, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is the process flow diagram of a kind of information processing method disclosed by the invention;
Fig. 2 is the process flow diagram of another kind of information processing method disclosed by the invention;
Fig. 3 is the schematic diagram that forms the first track in the present invention;
Fig. 4 is the structural representation of a kind of signal conditioning package disclosed by the invention;
Fig. 5 is the structural representation of another kind of signal conditioning package disclosed by the invention.
Embodiment
For making object, technical scheme and the advantage of the embodiment of the present invention clearer, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is the present invention's part embodiment, instead of whole embodiment.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtaining under creative work prerequisite, belong to the scope of protection of the invention.
The present invention discloses a kind of information processing method, and the method is applied to electronic equipment, and this electronic equipment comprises display unit and sensing unit, and the electronic equipment in the present invention can be mobile phone and intelligent wearing equipment.Based on information processing method disclosed by the invention, can show in abundanter mode user's movement locus.
Referring to Fig. 1, the process flow diagram that Fig. 1 is a kind of information processing method disclosed by the invention.This information processing method comprises:
Step S11: to the T2 moment, repeatedly obtain the positional information of electronic equipment in the T1 moment.
Between the T1 moment to T2 moment, can periodically obtain the positional information of electronic equipment, also can obtain according to the different time intervals positional information of electronic equipment.In the time of positional information according to different time interval acquiring electronic equipment, the distance that this time interval is characterized between position by the positional information getting before electronic equipment determines.For example: larger if the front positional information getting for twice characterizes distance between position, user's the translational speed that electronic equipment is described is higher,, can obtain according to the less time interval positional information of electronic equipment, if it is less that the front positional information getting for twice characterizes distance between position, user's the translational speed that electronic equipment is described is lower, can obtain according to the larger time interval positional information of electronic equipment after.
The positional information of electronic equipment can be the positional information that electronic equipment gets from positioning system, as the positional information getting from GPS, or the positional information getting from Big Dipper positioning system.The service that is custom made with telecom operators at electronic equipment, the positional information of electronic equipment can be also the positional information that electronic equipment gets from telecom operators.
In addition, T1 moment and T2 moment are used for representing the initial time of a time period and stopping the moment, and the time span of this time period can be the original start of electronic equipment, also can be set voluntarily by user.
Step S12: to the T2 moment, utilize sensing unit to obtain the relevant information of electronic equipment in the T1 moment.
The relevant information of electronic equipment comprises the first parameter information of electronic equipment and/or the user's of electronic equipment sign information.Wherein, the first parameter information of electronic equipment characterizes the translational speed of electronic equipment.User's sign information can be user's heart rate information, can be also the sign that other human bodies are prone to variation in motion process.Here it should be noted that, between the T1 moment to T2 moment, can periodically obtain the relevant information of electronic equipment, also can obtain according to the different time intervals relevant information of electronic equipment.As preferred version, obtain after the positional information of electronic equipment at every turn, obtain immediately the relevant information of electronic equipment.
Step S13: the T3 moment after the T2 moment, the first operation that response receives, position-based Information generation the first track.
The T3 moment after the T2 moment, if user has carried out the first operation, electronic equipment responds the first operation receiving, the positional information getting to the T2 moment based on the T1 moment generates the first track, this first track is for describing the mobile alignment of electronic equipment, namely for describing user's the moving line of electronic equipment.This first operation can be specific button operation, specific gesture operation, or specific voice messaging.
Step S14: the relevant information based on electronic equipment is determined the display properties of the first track.
In electronic equipment, prestore the corresponding relation of relevant information and display properties, after generating the first track, utilize the relevant information that the T1 moment gets to the T2 moment, and the corresponding relation of the relevant information prestoring and display properties, just can determine the display properties of the first track.
Step S15: the first track is played up according to display properties.
Step S16: control display unit and present the first track after playing up.
The display properties of the first track after playing up is definite by the relevant information of electronic equipment, and the first track that therefore in electronic equipment, display unit presents has characterized the relevant information of electronic equipment, and user can be known the relevant information of electronic equipment thus.
Information processing method disclosed by the invention, utilize the positional information of the electronic equipment getting between the T1 moment to T2 moment to generate the first track, and the relevant information of utilizing the electronic equipment getting between the T1 moment to T2 moment is determined the display properties of the first track, after the display properties that utilization is determined is played up this first track, control display unit and present the first track after playing up.Based on information processing method disclosed by the invention; the display unit of electronic equipment presents the first track; and the display properties of the first track is determined by the relevant information of electronic equipment; make the first track that user can present by display unit know the relevant information of electronic equipment, enriched the function of electronic equipment.
Positional information based on electronic equipment generates corresponding track, has been the technology of comparative maturity, and therefore in the present invention, the positional information based on electronic equipment generates the process of the first track, can adopt existing method to implement.
In the present invention, applicant discloses a kind of mode of position-based Information generation the first track, and illustrates that accordingly relevant information based on electronic equipment determines the display properties of the first track, and the process of the first track being played up according to display properties.Describe below in conjunction with Fig. 2.
Referring to Fig. 2, the process flow diagram that Fig. 2 is another kind of information processing method disclosed by the invention.This information processing method comprises:
Step S21: to the T2 moment, repeatedly obtain the positional information of electronic equipment in the T1 moment.
Step S22: to the T2 moment, utilize sensing unit to obtain the relevant information of electronic equipment in the T1 moment.The relevant information of electronic equipment comprises the first parameter information of electronic equipment and/or the user's of electronic equipment sign information.
Step S23: the T3 moment after the T2 moment, the first operation that response receives, the respectively location point of definite positional information getting correspondence on the display interface of display unit.
Step S24: the first track that forms electronic equipment according to the sequencing link position point of positional information acquisition time.
Here describe in conjunction with Fig. 3.Suppose between the T1 moment to T2 moment, get successively 4 positional informations of electronic equipment: positional information 1, positional information 2, positional information 3 and positional information 4.Electronic equipment is receiving after the first operation, determines respectively location point a, location point b, location point c and the location point d of positional information 1, positional information 2, positional information 3 and positional information 4 correspondence on the display interface of display unit.Afterwards, connect successively 4 location points according to the sequencing of the acquisition time of 4 positional informations, namely link position point alpha-position is put a b-location point c-location point d successively, thereby forms the first track.
Step S25: the relevant information of determining electronic equipment corresponding to each track subsegment in the first track.
Wherein, track subsegment is the orbit segment between adjacent two location points in the first track.Still taking Fig. 3 as example, this first track comprises three track subsegments, be respectively: the track subsegment 1 between location point a and location point b, the track subsegment 2 between location point b and location point c, and track subsegment 3 between location point c and location point d.
Here it should be noted that, the each track subsegment in orbit segment is corresponding to a time period, and the time that this time period is acquired by two corresponding positional informations of location point of track subsegment is determined.For example, for track subsegment 3, the time period corresponding with this track subsegment 3 be from get positional information 3 time be carved into the moment that gets positional information 4.
The relevant information of electronic equipment corresponding to track subsegment refers to: the relevant information of electronic equipment within this corresponding time period of track subsegment.
When within time period corresponding to a track subsegment, electronic equipment has been carried out and has repeatedly been utilized sensing unit to obtain the operation of relevant information, the relevant information once getting arbitrarily can be defined as to the relevant information corresponding with this track subsegment, also the mean value of the relevant information repeatedly getting can be determined to the relevant information corresponding with this track subsegment.
When within time period corresponding to a track subsegment, electronic equipment is not carried out the operation that utilizes sensing unit to obtain relevant information, can by before time period corresponding to this track subsegment, the relevant information that gets of the last time, be defined as the relevant information corresponding with this track subsegment, also can, by the relevant information getting after time period corresponding to this track subsegment, first, be defined as the relevant information corresponding with this track subsegment.
Here still taking track subsegment 3 as example, if within the time period of track subsegment 3 correspondences, electronic equipment utilizes sensing unit to carry out the operation of obtaining relevant information for twice, and first group of relevant information and second group of relevant information are obtained, first group of relevant information or second group of relevant information can be defined as to the relevant information corresponding with track subsegment 3 so, the mean value that also can calculate first group of relevant information and second group of relevant information, is defined as the relevant information corresponding with track subsegment 3 by this mean value.If within the time period of track subsegment 3 correspondences, electronic equipment does not utilize sensing unit to obtain relevant information, the last relevant information getting before this time period can be defined as to the relevant information of track subsegment 3.
If obtained after the positional information of electronic equipment at every turn, all carry out immediately the operation of the relevant information of obtaining electronic equipment, the operation of obtaining the operation of positional information and obtaining relevant information can be considered simultaneously to be carried out, and will collect positional information and the relevant information of electronic equipment so a moment simultaneously.In this case, within time period corresponding to each track subsegment, electronic equipment all can get two groups of relevant informations, preferably adopts the mean value of two groups of relevant informations as the relevant information of this track subsegment.
Step S26: utilize the relevant information of default electronic equipment and the corresponding relation of display properties, determine the display properties of each track subsegment.
In electronic equipment, prestore the corresponding relation of relevant information and display properties, in step S25, determine relevant information corresponding to track subsegment, utilize the relevant information of each track subsegment, and the corresponding relation of the relevant information prestoring and display properties just can be determined the display properties of each track subsegment.
Step S27: the display properties according to each track subsegment is played up track subsegment respectively.
Step S28: control display unit and present the first track after playing up.
The disclosed information processing method of Fig. 2 of the present invention, getting after the positional information of electronic equipment, determine at the display interface of display unit the location point that each positional information is corresponding, connect successively each location point to form the first track according to the sequencing of each positional information acquisition time afterwards, determine respectively its display properties and play up for the each track subsegment in the first track, showing at display unit afterwards.Due to the display properties of track subsegment in the first track be by electronic equipment this track subsegment relevant information in the corresponding time period determine, make the relevant information of the sign electronic equipment that the display effect of the first track can be real-time, thereby make the real-time of the relevant information that user learns stronger.
In enforcement, the relevant information based on electronic equipment determines that the display properties of the first track is not limited to shown in Fig. 2.For example: the first track of the electronic equipment no matter based on which kind of mode generating, all have time attribute, and electronic equipment utilizes sensing unit to obtain in the process of relevant information, simultaneously the acquisition time of recording-related information.Generating after the first track of electronic equipment; utilize the acquisition time of each relevant information in the first track, to determine corresponding gauge point; the first track is divided into multistage by these gauge points; utilize the relevant information of electronic equipment; and the corresponding relation of the relevant information prestoring and display properties; determine in the first track the display properties of each section, thereby complete the deterministic process of the display properties of the first track.
In the above-mentioned disclosed information processing method of the present invention, the relevant information of electronic equipment can be the first parameter information, can be also user's sign information.As preferred version, the relevant information of electronic equipment had both comprised the first parameter information, also comprised user's sign information, in this case, the first track that the display unit of electronic equipment shows both can characterize user's sign information, also can characterize the translational speed of electronic equipment.
Comprise sensing heart rate unit the heart rate information that the relevant information of electronic equipment can arrive for sensing heart rate unit inspection, the namely user's of electronic equipment heart rate information at the sensing unit of electronic equipment.Accordingly, the relevant information based on electronic equipment determines that the display properties of the first track is specially: based on sensing heart rate unit inspection to heart rate information determine the display properties of the first track.Utilize the relevant information of default electronic equipment and the corresponding relation of display properties, determine that the display properties of each track subsegment is specially: utilize default heart rate information and the corresponding relation of display properties, determine the display properties of each track subsegment.
Comprise temperature sensing unit the temperature information that the relevant information of electronic equipment can detect for temperature sensing unit, the namely user's of electronic equipment human body temperature information at the sensing unit of electronic equipment.Accordingly, the relevant information based on electronic equipment determines that the display properties of the first track is specially: the temperature information detecting based on temperature sensing unit is determined the display properties of the first track.Utilize the relevant information of default electronic equipment and the corresponding relation of display properties, determine that the display properties of each track subsegment is specially: utilize default temperature information and the corresponding relation of display properties, determine the display properties of each track subsegment.
Comprise velocity pick-up unit the velocity information that the relevant information of electronic equipment can arrive for velocity pick-up unit inspection at the sensing unit of electronic equipment.Accordingly, the relevant information based on electronic equipment determines that the display properties of the first track is specially: based on velocity pick-up unit inspection to velocity information determine the display properties of the first track.Utilize the relevant information of default electronic equipment and the corresponding relation of display properties, determine that the display properties of each track subsegment is specially: utilize default velocity information and the corresponding relation of display properties, determine the display properties of each track subsegment.
In addition, the display properties of the first track comprises at least one in line color, line style and line weight.
Only comprise a category information in the relevant information of electronic equipment, can utilize this information to determine the line color of the first track, line style or line weight, also can utilize this information to determine the multiple attributes in the line color of the first track, line style and line weight.For example: in the time that the relevant information of electronic equipment is velocity information, can determine according to the velocity information getting to the T2 moment in the T1 moment line color of the first track, when the translational speed of electronic equipment hour, the color of determining corresponding orbit segment in the first track is the first color (as green), in the time that the translational speed of electronic equipment is larger, the color of determining corresponding orbit segment in the first track is the second color (as redness).Or, also can determine according to the velocity information getting to the T2 moment in the T1 moment multiple display properties of the first track, as the line color of the first track and line weight, when the translational speed of electronic equipment hour, the color of determining corresponding orbit segment in the first track is that green and lines are thinner, in the time that the translational speed of electronic equipment is larger, the color of determining corresponding orbit segment in the first track is that redness and lines are thicker.
Comprise multiclass information in the relevant information of electronic equipment, each category information can be corresponding to different display properties, for example: the relevant information at electronic equipment comprises velocity information, when temperature information and heart rate information, the Show Color of velocity information corresponding to the first track can be set, set temperature information is corresponding to the line style of the first track, the thickness of heart rate information corresponding to lines is set, generating after the first track, just can utilize the velocity information that prestores and the corresponding relation of Show Color, the corresponding relation of temperature information and line style, and the corresponding relation of heart rate information and line weight, determine multiple display properties of the first track.In this case, the first track that the display unit of electronic equipment presents can characterize velocity information, temperature information and heart rate information simultaneously.
The above-mentioned information processing method that is applied to electronic equipment that discloses of the present invention, corresponding, the present invention is also openly applied to the signal conditioning package of this electronic equipment, to realize this information processing method.This electronic equipment comprises display unit and sensing unit, can be mobile phone and intelligent wearing equipment.
Referring to Fig. 4, the structural representation that Fig. 4 is a kind of signal conditioning package disclosed by the invention.This signal conditioning package comprises location information acquiring unit 100, relevant information acquiring unit 200, track generation unit 300, display properties determining unit 400 and processing unit 500.
Wherein:
Location information acquiring unit 100, in the T1 moment to the T2 moment, repeatedly obtain the positional information of electronic equipment.
Location information acquiring unit 100 can periodically be obtained the positional information of electronic equipment, also can obtain according to the different time intervals positional information of electronic equipment.In the time of positional information according to different time interval acquiring electronic equipment, the distance that this time interval is characterized between position by the positional information getting before electronic equipment determines.For example: larger if the front positional information getting for twice characterizes distance between position, user's the translational speed that electronic equipment is described is higher,, can obtain according to the less time interval positional information of electronic equipment, if it is less that the front positional information getting for twice characterizes distance between position, user's the translational speed that electronic equipment is described is lower, can obtain according to the larger time interval positional information of electronic equipment after.
The positional information of electronic equipment can be the positional information that electronic equipment gets from positioning system, as the positional information getting from GPS, or the positional information getting from Big Dipper positioning system.The service that is custom made with telecom operators at electronic equipment, the positional information of electronic equipment can be also the positional information that electronic equipment gets from telecom operators.
Relevant information acquiring unit 200, in the T1 moment to the T2 moment, utilize sensing unit to obtain the relevant information of electronic equipment.
Relevant information comprises the first parameter information of electronic equipment and/or the user's of electronic equipment sign information, and the first parameter information of electronic equipment characterizes the translational speed of electronic equipment.User's sign information can be user's heart rate information, can be also the sign that other human bodies are prone to variation in motion process.Here it should be noted that, between the T1 moment to T2 moment, relevant information acquiring unit 200 can periodically obtain the relevant information of electronic equipment, also can obtain according to the different time intervals relevant information of electronic equipment.As preferred version, obtain after the positional information of electronic equipment at every turn, obtain immediately the relevant information of electronic equipment.
Track generation unit 300, for the T3 moment after the T2 moment, the first operation that response receives, position-based Information generation the first track.
Display properties determining unit 400, determines the display properties of the first track for the relevant information based on electronic equipment.
In electronic equipment, prestore the corresponding relation of relevant information and display properties, after generating the first track, utilize the relevant information that the T1 moment gets to the T2 moment, and the corresponding relation of the relevant information prestoring and display properties, just can determine the display properties of the first track.
Processing unit 500, for according to display properties, the first track being played up, controls display unit and presents the first track after playing up.
Signal conditioning package disclosed by the invention; the display unit of electronic equipment presents the first track; and the display properties of the first track is determined by the relevant information of electronic equipment; make the first track that user can present by display unit know the relevant information of electronic equipment, enriched the function of electronic equipment.
Referring to Fig. 5, the structural representation that Fig. 5 is another kind of signal conditioning package disclosed by the invention.This signal conditioning package comprises location information acquiring unit 100, relevant information acquiring unit 200, track generation unit 300, display properties determining unit 400 and processing unit 500.
Wherein:
Location information acquiring unit 100, in the T1 moment to the T2 moment, repeatedly obtain the positional information of electronic equipment.
Relevant information acquiring unit 200, in the T1 moment to the T2 moment, utilize sensing unit to obtain the relevant information of electronic equipment.
Track generation unit 300, for the T3 moment after the T2 moment, the first operation that response receives, position-based Information generation the first track.Concrete, track generation unit 300 comprises location point determination module 301 and track generation module 302.Wherein, location point determination module 301 is for determining respectively the location point of the positional information getting correspondence on the display interface of display unit.Track generation module 302 forms the first track of electronic equipment for the sequencing link position point according to positional information acquisition time.
Display properties determining unit 400, determines the display properties of the first track for the relevant information based on electronic equipment.Concrete, display properties determining unit 400 comprises relevant information determination module 401 and display properties determination module 402.Wherein, relevant information determination module 401, for the relevant information of electronic equipment corresponding to each track subsegment of definite the first track, track subsegment is the orbit segment between adjacent two location points in the first track.Display properties determination module 402, for utilizing the relevant information of default electronic equipment and the corresponding relation of display properties, determines the display properties of each track subsegment.
Processing unit 500, for according to display properties, the first track being played up, is controlled display unit and is presented the first track after playing up.Processing unit 500 comprises rendering module 501, and rendering module 501 is played up track subsegment respectively for the display properties according to each track subsegment.
Signal conditioning package shown in Fig. 5 of the present invention, getting after the positional information of electronic equipment, determine at the display interface of display unit the location point that each positional information is corresponding, connect successively each location point to form the first track according to the sequencing of each positional information acquisition time afterwards, determine respectively its display properties and play up for the each track subsegment in the first track, showing at display unit afterwards.Due to the display properties of track subsegment in the first track be by electronic equipment this track subsegment relevant information in the corresponding time period determine, make the relevant information of the sign electronic equipment that the display effect of the first track can be real-time, thereby make the real-time of the relevant information that user learns stronger.
In the above-mentioned disclosed information processing method of the present invention, the relevant information of electronic equipment can be the first parameter information, can be also user's sign information.As preferred version, the relevant information of electronic equipment had both comprised the first parameter information, also comprised user's sign information, in this case, the first track that the display unit of electronic equipment shows both can characterize user's sign information, also can characterize the translational speed of electronic equipment.
Comprise sensing heart rate unit the heart rate information that the relevant information of electronic equipment can arrive for sensing heart rate unit inspection, the namely user's of electronic equipment heart rate information at the sensing unit of electronic equipment.Accordingly, the relevant information of display properties determining unit 400 based on electronic equipment determines that the display properties of the first track is specially: based on sensing heart rate unit inspection to heart rate information determine the display properties of the first track.Display properties determination module 402 utilizes the relevant information of default electronic equipment and the corresponding relation of display properties, the display properties of determining each track subsegment is specially: utilize default heart rate information and the corresponding relation of display properties, determine the display properties of each track subsegment.
Comprise temperature sensing unit the temperature information that the relevant information of electronic equipment can detect for temperature sensing unit, the namely user's of electronic equipment human body temperature information at the sensing unit of electronic equipment.Accordingly, the relevant information of display properties determining unit 400 based on electronic equipment determines that the display properties of the first track is specially: the temperature information detecting based on temperature sensing unit is determined the display properties of the first track.Display properties determination module 402 utilizes the relevant information of default electronic equipment and the corresponding relation of display properties, the display properties of determining each track subsegment is specially: utilize default temperature information and the corresponding relation of display properties, determine the display properties of each track subsegment.
Comprise velocity pick-up unit the velocity information that the relevant information of electronic equipment can arrive for velocity pick-up unit inspection at the sensing unit of electronic equipment.Accordingly, the relevant information of display properties determining unit 400 based on electronic equipment determines that the display properties of the first track is specially: based on velocity pick-up unit inspection to velocity information determine the display properties of the first track.Display properties determination module 402 utilizes the relevant information of default electronic equipment and the corresponding relation of display properties, the display properties of determining each track subsegment is specially: utilize default velocity information and the corresponding relation of display properties, determine the display properties of each track subsegment.
In addition, the display properties of the first track comprises at least one in line color, line style and line weight.
The present invention also discloses a kind of electronic equipment, and this electronic equipment comprises display unit and sensing unit, and comprises above-mentioned disclosed any one signal conditioning package of the present invention.Electronic equipment disclosed by the invention; its display unit not only can present the motion track of electronic equipment; and the display properties of this motion track is determined by the relevant information of electronic equipment; make the first track that user can present by display unit know the relevant information of electronic equipment, abundant function is provided.
In this instructions, each embodiment adopts the mode of going forward one by one to describe, and what each embodiment stressed is and the difference of other embodiment, between each embodiment identical similar part mutually referring to.For the disclosed device of embodiment, because it corresponds to the method disclosed in Example, so description is fairly simple, relevant part illustrates referring to method part.
To the above-mentioned explanation of the disclosed embodiments, make professional and technical personnel in the field can realize or use the present invention.To be apparent for those skilled in the art to the multiple amendment of these embodiment, General Principle as defined herein can, in the situation that not departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention will can not be restricted to these embodiment shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (11)
1. an information processing method, is applied to an electronic equipment, and described electronic equipment comprises display unit and sensing unit, it is characterized in that, described method comprises:
To the T2 moment, repeatedly obtain the positional information of described electronic equipment in the T1 moment;
In the T1 moment to the T2 moment, utilize described sensing unit to obtain the relevant information of described electronic equipment, described relevant information comprises the first parameter information of described electronic equipment and/or the user's of described electronic equipment sign information, and the first parameter information of described electronic equipment characterizes the translational speed of described electronic equipment;
In the T3 moment after the T2 moment, the first operation that response receives, generates the first track based on described positional information;
Relevant information based on described electronic equipment is determined the display properties of described the first track;
According to described display properties, described the first track is played up, controlled described display unit and present the first track after playing up.
2. information processing method according to claim 1, is characterized in that, describedly generates the first track based on described positional information, comprising:
Determine respectively the location point of the described positional information getting correspondence on the display interface of described display unit;
Connect the first track of described location point formation electronic equipment according to the sequencing of described positional information acquisition time.
3. information processing method according to claim 2, is characterized in that,
The described relevant information based on described electronic equipment is determined the display properties of described the first track, comprising:
The relevant information of determining electronic equipment corresponding to each track subsegment in described the first track, described track subsegment is the orbit segment between adjacent two location points in described the first track;
Utilize the relevant information of default electronic equipment and the corresponding relation of display properties, determine the display properties of track subsegment described in each;
The described display properties of described foundation is played up described the first track, comprising: the display properties according to track subsegment described in each is played up described track subsegment respectively.
4. according to the information processing method described in claim 1,2 or 3, described sensing unit comprises sensing heart rate unit, it is characterized in that, the relevant information of described electronic equipment is the heart rate information that described sensing heart rate unit inspection arrives.
5. according to the information processing method described in claim 1,2 or 3, described sensing unit comprises temperature sensing unit, it is characterized in that, the relevant information of described electronic equipment is the temperature information that described temperature sensing unit detects.
6. according to the information processing method described in claim 1,2 or 3, described sensing unit comprises velocity pick-up unit, it is characterized in that, the relevant information of described electronic equipment is the velocity information that described velocity pick-up unit inspection arrives.
7. according to the information processing method described in claim 1,2 or 3, it is characterized in that, described display properties comprises at least one in line color, line style and line weight.
8. a signal conditioning package, is applied to an electronic equipment, and described electronic equipment comprises display unit and sensing unit, it is characterized in that, described signal conditioning package comprises:
Location information acquiring unit, in the T1 moment to the T2 moment, repeatedly obtain the positional information of described electronic equipment;
Relevant information acquiring unit, be used in the T1 moment to the T2 moment, utilize described sensing unit to obtain the relevant information of described electronic equipment, described relevant information comprises the first parameter information of described electronic equipment and/or the user's of described electronic equipment sign information, and the first parameter information of described electronic equipment characterizes the translational speed of described electronic equipment;
Track generation unit, for the T3 moment after the T2 moment, the first operation that response receives, generates the first track based on described positional information;
Display properties determining unit, determines the display properties of described the first track for the relevant information based on described electronic equipment;
Processing unit, for according to described display properties, described the first track being played up, controls described display unit and presents the first track after playing up.
9. signal conditioning package according to claim 8, is characterized in that, described track generation unit comprises:
Location point determination module, for determining respectively the location point of the described positional information getting correspondence on the display interface of described display unit;
Track generation module, for connecting the first track of described location point formation electronic equipment according to the sequencing of described positional information acquisition time.
10. signal conditioning package according to claim 9, is characterized in that,
Described display properties determining unit comprises: relevant information determination module, for the relevant information of electronic equipment corresponding to each track subsegment of definite described the first track, described track subsegment is the orbit segment between adjacent two location points in described the first track; Display properties determination module, for utilizing the relevant information of default electronic equipment and the corresponding relation of display properties, determines the display properties of track subsegment described in each;
Described processing unit comprises rendering module, and described rendering module is for playing up described track subsegment respectively according to the display properties of track subsegment described in each.
11. 1 kinds of electronic equipments, comprise display unit and sensing unit, it is characterized in that, also comprise the signal conditioning package as described in claim 8,9 or 10.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410198389.5A CN103941983A (en) | 2014-05-12 | 2014-05-12 | Information processing method and device and electronic device |
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| CN201410198389.5A CN103941983A (en) | 2014-05-12 | 2014-05-12 | Information processing method and device and electronic device |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104243555A (en) * | 2014-08-21 | 2014-12-24 | 小米科技有限责任公司 | Method and device for processing location information |
| CN106683037A (en) * | 2015-11-06 | 2017-05-17 | 阿里巴巴集团控股有限公司 | Method and equipment for three-dimensional visualized movement of track data |
| CN108228632A (en) * | 2016-12-15 | 2018-06-29 | 方正国际软件(北京)有限公司 | A kind of terminal track method for drafting and device |
| CN114939889A (en) * | 2021-02-16 | 2022-08-26 | 日本电产株式会社 | Display device |
-
2014
- 2014-05-12 CN CN201410198389.5A patent/CN103941983A/en active Pending
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104243555A (en) * | 2014-08-21 | 2014-12-24 | 小米科技有限责任公司 | Method and device for processing location information |
| CN104243555B (en) * | 2014-08-21 | 2017-11-21 | 小米科技有限责任公司 | The method and device of processing position information |
| CN106683037A (en) * | 2015-11-06 | 2017-05-17 | 阿里巴巴集团控股有限公司 | Method and equipment for three-dimensional visualized movement of track data |
| CN108228632A (en) * | 2016-12-15 | 2018-06-29 | 方正国际软件(北京)有限公司 | A kind of terminal track method for drafting and device |
| CN114939889A (en) * | 2021-02-16 | 2022-08-26 | 日本电产株式会社 | Display device |
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Application publication date: 20140723 |