WO2018196173A1 - 一种植物生长视频的合成方法及系统 - Google Patents

一种植物生长视频的合成方法及系统 Download PDF

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Publication number
WO2018196173A1
WO2018196173A1 PCT/CN2017/092678 CN2017092678W WO2018196173A1 WO 2018196173 A1 WO2018196173 A1 WO 2018196173A1 CN 2017092678 W CN2017092678 W CN 2017092678W WO 2018196173 A1 WO2018196173 A1 WO 2018196173A1
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Prior art keywords
growth
plant
information
video
stage
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PCT/CN2017/092678
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English (en)
French (fr)
Inventor
王刚
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深圳前海弘稼科技有限公司
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Publication of WO2018196173A1 publication Critical patent/WO2018196173A1/zh

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N5/00—Details of television systems
    • H04N5/222—Studio circuitry; Studio devices; Studio equipment
    • H04N5/262—Studio circuits, e.g. for mixing, switching-over, change of character of image, other special effects ; Cameras specially adapted for the electronic generation of special effects

Definitions

  • the present invention relates to the field of plant cultivation, and in particular to a method and system for synthesizing plant growth videos, a computer device, and a computer readable storage medium.
  • the present invention aims to solve at least one of the technical problems existing in the prior art or related art.
  • Another object of the present invention is to provide a synthesis system for plant growth video.
  • Still another object of the present invention is to provide a computer device.
  • a method for synthesizing a plant growth video comprising: obtaining plant species information; determining plant growth model information according to plant species information; and growing model information including plant sample growth Stage division information and information on the growth phase of any sample; determine the frequency of photographing any growth stage during plant growth based on information on the growth stage of any sample of the plant; obtain photographs taken of the plant at any stage of growth; A photo of a growing stage of a synthetic video of any growth stage of a plant.
  • the method for synthesizing plant growth video stores various kinds of plant model growth information in a server.
  • the growth model information includes: information on the growth stage of the sample of the plant and information on the growth stage of any sample.
  • the growth stage of the plant can be divided according to the information of the growth stage of the sample in the growth model.
  • a plant can be The growth stage is divided into: germination stage, seedling stage, flowering stage, and result stage; according to the information of any sample growth stage, specific information about any growth stage of the plant to be planted can be known, for example, how long the germination stage lasts, and the germination stage specific Which time period the plant changes quickly and so on.
  • the server acquires the species of the planted plant, and then determines the plant growth model information stored in the server according to the type of the plant, so as to know the information of the planted plant based on the plant growth model information. Determining the frequency of photographing any growth stage in the growth process of the plant according to the information of any sample growth stage in the growth model information, and taking a photograph at a faster shooting frequency during a period in which the plant growth changes rapidly. Taking photos at a slower shooting frequency during slower growth periods, making the process of taking photos more targeted, using as few photos as possible to display as much information as possible about plant growth status changes, reducing shooting At the same time as the loss of the device, the photograph taken captures complete plant growth information.
  • the server obtains photos taken of the plant grown at any stage of growth, and after the growth process of the plant ends, the photos of any growth stage are synthesized into the growth video of the growth stage, so that the user grows through the change of the complete plant growth state.
  • Video in a short period of time to understand the entire growth process of the plant, mention High user experience.
  • the method for synthesizing the above plant growth video according to the present invention may further have the following technical features:
  • the information of any sample growth stage includes one or a combination of the duration of any sample growth phase, and the growth state change of any sample growth phase.
  • the information of the growth phase of any sample in the growth model information may include: the duration of any sample growth phase, and the growth state change of any sample growth phase.
  • the length of each growth phase of the plant can be known based on the duration of any sample growth phase. According to the growth state of the growth stage of any sample of the plant, it is known which growth stage the plant changes rapidly, which growth stage changes slowly, which period of time changes rapidly, and which period of time changes slowly. It is possible to determine the frequency of photographing of the plant planted based on the detailed sample growth stage information.
  • the frequency of photographing any growth stage in the growth process of the plant is determined according to the information of the growth stage of any sample of the plant, specifically: according to the change of the growth state of any sample growth stage, The duration of any sample growth phase is divided into a plurality of time periods; the frequency of capturing multiple time periods is determined based on the change in growth state of any of the sample growth stages.
  • the server first divides the sample growth phase into a plurality of time segments according to the change of the growth state of the sample growth stage in the stored plant growth model information. For example, the growth stage of a plant sample stored in a server changes rapidly in the first 30 days, and the growth change is slower in the remaining time. Then the first 30 days of the plant growth stage are divided into time segments 1 and the rest. The time is divided into time period 2. The frequency of shooting for multiple time periods is then determined based on changes in the growth state of any of the sample growth stages.
  • the growth video is sent to the server, and the webpage address is generated.
  • Link get and store a web page address link so that the user can watch the growing video or share the growing video.
  • the synthesized plant growth video is sent to the server, and the user can watch the growth video and quickly understand the growth process of the plant.
  • obtaining and storing the webpage address connection during the sending process can enable the user to access the webpage at any time, and is convenient for the user to share the webpage address into the application, thereby improving the user experience.
  • the growth video is named after the plant species name and/or the growth stage name.
  • the synthesized growth video is named with the plant species name and/or growth stage name.
  • the synthetic plant growth video is the growth video of the cucumber fruiting stage, then the growth video name is “cucumber result video”; the synthetic plant growth video is the growth video of the rose flowering stage, then the growth video name is “rose flower” Flowering video”. It is convenient for users to quickly find growth videos of different growth stages of different kinds of plants, saving users time.
  • a system for synthesizing a plant growth video includes: a first acquisition unit for acquiring species information of a plant; and a first determining unit configured to determine growth of the plant according to the species information of the plant.
  • the model information, the growth model information includes information on the growth stage of the sample of the plant and the information on the growth stage of any sample; and the second determining unit is configured to determine any growth stage in the growth process of the plant according to the information of the growth stage of any sample of the plant.
  • the plant growth video synthesis system stores various kinds of plant model growth information in a server.
  • the growth model information includes: information on the growth stage of the sample of the plant and information on the growth stage of any sample.
  • the growth stage of the plant can be divided according to the information of the growth stage of the sample in the growth model.
  • a plant can be The growth stage is divided into: germination stage, seedling stage, flowering stage, and result stage; according to the information of any sample growth stage, specific information about any growth stage of the plant to be planted can be known, for example, how long the germination stage lasts, and the germination stage specific Which time period the plant changes quickly and so on.
  • the server first acquisition unit acquires the species of the planting plant, and then the first determining unit determines the plant growth model information stored in the server according to the species of the plant, so as to know the information of the planted plant based on the plant growth model information.
  • the second determining unit determines that the plant has grown based on information of any sample growth stage in the growth model information
  • the frequency of shooting at any stage of growth in the process can be taken at a faster shooting frequency during periods of rapid plant growth, and taken at a slower shooting frequency during periods of slower growth.
  • the process of taking photos is more targeted, using as few photos as possible to display as much information as possible on the state of growth of the plant, thereby reducing the loss of the shooting device while allowing the photographed photos to record complete plant growth information.
  • the second acquisition unit of the server obtains a photograph taken of the plant grown at any growth stage, and after the growth process of the plant ends, the synthesis unit synthesizes the photo of any growth stage into the growth video of the growth stage, so that the user passes the complete
  • the growth video of the plant's growth state changes the plant's entire growth process in a short period of time, improving the user's experience.
  • the above-described plant growth video synthesis system according to the present invention may further have the following technical features:
  • the information of any sample growth stage includes one or a combination of the duration of any sample growth phase, and the growth state change of any sample growth phase.
  • the information of the growth phase of any sample in the growth model information may include: the duration of any sample growth phase, and the growth state change of any sample growth phase.
  • the length of each growth phase of the plant can be known based on the duration of any sample growth phase. According to the growth state of the growth stage of any sample of the plant, it is known which growth stage the plant changes rapidly, which growth stage changes slowly, which period of time changes rapidly, and which period of time changes slowly. It is possible to determine the frequency of photographing of the plant planted based on the detailed sample growth stage information.
  • the second determining unit is specifically: a dividing unit, configured to divide the duration of any sample growth phase into a plurality of time segments according to a change of a growth state of any sample growth stage;
  • a sub-unit is configured to determine a frequency of photographing a plurality of time periods according to a change in a growth state of any of the sample growth stages.
  • the dividing unit of the server first divides the sample growth stage into a plurality of time segments according to the change of the growth state of the sample growth stage in the stored plant growth model information. For example, if the plant growth stage of a plant stored in the server changes rapidly in the first 30 days and the growth changes slowly in the rest of the time, then the first 30 days of the plant growth stage are divided into time. Segment 1, the remaining time is divided into time period 2. It is then determined that the subunit determines the frequency of photographing for multiple time periods based on changes in the growth state of any of the sample growth stages.
  • the sending unit is configured to send the growing video to the server, and generate a webpage address link; and the third obtaining unit is configured to acquire and store the webpage address link, so that the user views the growing video or shares the growing video.
  • the transmitting unit sends the synthesized plant growth video to the server, and the user can watch the growth video and quickly understand the growth process of the plant.
  • the third obtaining unit acquires and stores the webpage address connection in the sending process, so that the user can access the webpage at any time, and the user can conveniently share the webpage address into the application program, thereby improving the user experience.
  • a naming unit is used to name the growing video with the plant species name and/or the growth stage name.
  • the naming unit names the synthesized growth video with the plant species name and/or growth stage name.
  • the synthetic plant growth video is the growth video of the cucumber fruiting stage, then the growth video name is “cucumber result video”; the synthetic plant growth video is the growth video of the rose flowering stage, then the growth video name is “rose flower” Flowering video”. It is convenient for users to quickly find growth videos of different growth stages of different kinds of plants, saving users time.
  • It is still another object of the present invention to provide a computer device comprising a memory, a processor, and a computer program stored on the memory and operable on the processor, wherein the processor executes the computer program
  • the computer device when the processor executes the computer program, realizes acquiring the type of planting plant, and determines the plant growth model information stored in the server according to the type of the plant, In order to know the information of the plant grown based on the plant growth model information. Determining the frequency of photographing any growth stage in the growth process of the plant according to the information of any sample growth stage in the growth model information, and taking a photograph at a faster shooting frequency during a period in which the plant growth changes rapidly. Taking photos at a slower shooting frequency during slower growth periods, making the process of taking photos more targeted, using as few photos as possible to display as much information as possible about plant growth status changes, reducing shooting At the same time as the loss of the device, the photograph taken captures complete plant growth information.
  • Still another object of the present invention is to provide a computer readable storage medium having stored thereon a computer program, wherein when the computer program is executed by the processor, the following steps are performed: obtaining plant type information; Determining the growth model information of the plant, the growth model information includes information on the growth stage of the sample of the plant and the information on the growth stage of any sample; determining whether to shoot any growth stage in the growth process according to the information of the growth stage of any sample of the plant Frequency; obtain a photograph taken of the plant at any stage of growth; synthesize a photo of any growth stage of the growth video of any growth stage of the plant.
  • the computer readable storage medium provided by the present invention, when the computer program is executed by the processor, realizes obtaining the species of the planted plant, and determines the plant growth model information stored in the server according to the type of the plant, so as to know the information of the planted plant according to the plant growth model information. . Determining the frequency of photographing any growth stage in the growth process of the plant according to the information of any sample growth stage in the growth model information, and taking a photograph at a faster shooting frequency during a period in which the plant growth changes rapidly.
  • the photograph taken captures complete plant growth information.
  • FIG. 1 is a flow chart showing a method of synthesizing a plant growth video according to an embodiment of the present invention
  • Figure 2 is a schematic block diagram showing a synthesis system of plant growth video of one embodiment of the present invention
  • FIG. 3 is a flow chart showing a method of synthesizing a plant growth video according to another embodiment of the present invention.
  • Figure 4 is a schematic block diagram showing a synthesis system of plant growth video of another embodiment of the present invention.
  • Figure 5 shows a schematic block diagram of a computer device in accordance with one embodiment of the present invention
  • Fig. 6 is a flow chart showing a method of synthesizing a plant growth video according to a specific embodiment of the present invention.
  • FIG. 1 is a flow chart showing a method for synthesizing a plant growth video according to an embodiment of the present invention:
  • Step 102 Obtain species information of the plant
  • Step 104 Determine plant growth model information according to plant species information, and grow model information. Including plant growth stage segmentation information and information on the growth phase of any sample;
  • Step 106 determining the frequency of photographing any growth stage in the growth process of the plant according to the information of the growth stage of any sample of the plant;
  • Step 108 Obtain a photograph taken by the plant during the growth stage
  • step 110 the photo of the growth stage is synthesized into a growth video of the growth stage of the plant.
  • the method for synthesizing plant growth video stores various kinds of plant model growth information in a server.
  • the growth model information includes: information on the growth stage of the sample of the plant and information on the growth stage of any sample.
  • the growth stage of the plant can be divided according to the information of the growth stage of the sample in the growth model.
  • a plant can be The growth stage is divided into: germination stage, seedling stage, flowering stage, and result stage; according to the information of any sample growth stage, specific information about any growth stage of the plant to be planted can be known, for example, how long the germination stage lasts, and the germination stage specific Which time period the plant changes quickly and so on.
  • the server acquires the species of the planted plant, and then determines the plant growth model information stored in the server according to the type of the plant, so as to know the information of the planted plant based on the plant growth model information. Determining the frequency of photographing any growth stage in the growth process of the plant according to the information of any sample growth stage in the growth model information, and taking a photograph at a faster shooting frequency during a period in which the plant growth changes rapidly. Taking photos at a slower shooting frequency during slower growth periods, making the process of taking photos more targeted, using as few photos as possible to display as much information as possible about plant growth status changes, reducing shooting At the same time as the loss of the device, the photograph taken captures complete plant growth information.
  • the photos of any growth stage are synthesized into the growth video of the growth stage, so that the user can understand the whole growth process of the plant in a short period of time through the growth video with complete changes of the plant growth state, and improve The user experience.
  • FIG. 2 shows a schematic block diagram of a plant growth video synthesis system 200 in accordance with one embodiment of the present invention:
  • a first obtaining unit 202 configured to acquire species information of the plant
  • the first determining unit 204 is configured to determine growth model information of the plant according to the species information of the plant, where the growth model information includes information about the sample growth stage of the plant and information of any sample growth stage;
  • a second determining unit 206 configured to determine, according to information of a growth stage of any sample of the plant, a frequency of photographing any growth stage in the growth process of the plant;
  • a second obtaining unit 208 configured to acquire a photograph taken by the plant at any growth stage
  • a synthesizing unit 210 for synthesizing a photo of any growth stage to a growth video of any growth stage of the plant.
  • the plant growth video synthesis system 200 stores various kinds of plant model growth information in a server.
  • the growth model information includes: information on the growth stage of the sample of the plant and information on the growth stage of any sample.
  • the growth stage of the plant can be divided according to the information of the growth stage of the sample in the growth model.
  • a plant can be The growth stage is divided into: germination stage, seedling stage, flowering stage, and result stage; according to the information of any sample growth stage, specific information about any growth stage of the plant to be planted can be known, for example, how long the germination stage lasts, and the germination stage specific Which time period the plant changes quickly and so on.
  • the server first acquisition unit 202 acquires the species of the planted plant, and then the first determination unit 204 determines the plant growth model information stored in the server according to the species of the plant, so as to know the information of the planted plant based on the plant growth model information.
  • the second determining unit 206 determines the frequency of photographing any growth stage in the growth process of the plant according to the information of any sample growth stage in the growth model information, and can take a faster shooting frequency during a period in which the plant growth changes rapidly. Take photos of them and take photos at a slower shooting frequency during slower growth periods, making the process of taking photos more targeted, showing as many changes in plant growth as possible with as few photos as possible. Information that enables the reduction of the loss of the shooting device while allowing the captured photos to record complete plant growth information.
  • the second acquisition unit 208 of the server acquires a photograph taken of the planted plant at any growth stage, and after the growth process of the plant ends, the synthesizing unit 210 synthesizes the photograph of any growth stage into the growth video of the growth stage, so that the user passes A growth video with complete changes in plant growth status, which understands the entire growth process of the plant in a short period of time and improves the user experience.
  • FIG. 3 is a flow chart showing a method for synthesizing a plant growth video according to an embodiment of the present invention:
  • Step 302 obtaining type information of the plant
  • Step 304 Determine plant growth model information according to plant species information, where the growth model information includes plant growth stage division information and information of any sample growth stage;
  • Step 306 dividing the duration of the growth phase of any of the samples into a plurality of time segments according to the change of the growth state of any of the sample growth stages;
  • Step 308 Determine, according to a change of a growth state of any one of the sample growth stages, a frequency of capturing the plurality of time periods;
  • Step 310 Obtain a photograph taken by the plant during the growth stage
  • Step 312 synthesize a photo of the growth stage to synthesize a growth video of the growth stage of the plant
  • Step 314 the growth video is named after the plant species name and/or the growth stage name;
  • Step 316 sending a growth video to the server, and generating a webpage address link
  • Step 318 Acquire and store a webpage address link so that the user can watch the growing video or share the growing video.
  • the information of any of the sample growth stages comprises one or a combination of: the duration of any of the sample growth stages, and the change in growth state of any of the sample growth stages.
  • the information of the growth phase of any of the samples in the growth model information may include: the duration of any sample growth phase, the growth state of any sample growth phase.
  • the length of each growth phase of the plant can be known based on the duration of any sample growth phase. According to the growth state of the growth stage of any sample of the plant, it is known which growth stage the plant changes rapidly, which growth stage changes slowly, which period of time changes rapidly, and which period of time changes slowly. It is possible to determine the frequency of photographing of the plant planted based on the detailed sample growth stage information.
  • the frequency of photographing any growth stage in the growth process of the plant is determined according to the information of the growth stage of any sample of the plant, specifically: the growth state change according to the growth stage of any sample.
  • the duration of any of the sample growth stages is divided into a plurality of time periods; and the frequency of photographing the plurality of time periods is determined according to the change of the growth state of any of the sample growth stages.
  • the server first divides the sample growth phase into a plurality of time periods based on the change in the growth state of the sample growth stage in the stored plant growth model information. For example, the growth stage of a plant sample stored in a server changes rapidly in the first 30 days, and the growth change is slower in the remaining time. Then the first 30 days of the plant growth stage are divided into time segments 1 and the rest. The time is divided into time period 2. The frequency of shooting for multiple time periods is then determined based on changes in the growth state of any of the sample growth stages. In the above example, the time period in which the growth state changes rapidly 1.
  • the growing video is sent to the server and a web page address link is generated; the web page address link is obtained and stored for the user to view the growing video or share the growing video.
  • the synthesized plant growth video is sent to the server, and the user can watch the growth video to quickly understand the growth process of the plant.
  • obtaining and storing the webpage address connection during the sending process can enable the user to access the webpage at any time, and is convenient for the user to share the webpage address into the application, thereby improving the user experience.
  • the growing video is preferably named after the plant species name and/or the growth stage name.
  • the synthesized growth video is named with the plant species name and/or growth stage name.
  • the synthetic plant growth video is the growth video of the cucumber fruiting stage, then the growth video name is “cucumber result video”; the synthetic plant growth video is the growth video of the rose flowering stage, then the growth video name is “rose flower” Flowering video”. It is convenient for users to quickly find growth videos of different growth stages of different kinds of plants, saving users time.
  • FIG. 4 shows a schematic block diagram of a plant growth video synthesis system 400 in accordance with another embodiment of the present invention:
  • a first obtaining unit 402 configured to acquire species information of the plant
  • a first determining unit 404 configured to determine growth model information of the plant according to the type information of the plant, where the growth model information includes information about the sample growth stage of the plant and information of the growth stage of any sample;
  • a second determining unit 406 configured to determine, according to information of a growth stage of any sample of the plant, a frequency of photographing any growth stage in the growth process of the plant;
  • a second obtaining unit 408, configured to acquire a photograph taken by the plant at any growth stage
  • a synthesis unit 410 for synthesizing a photo of any growth stage into a growth video of any growth stage of the plant
  • a naming unit 412 for naming the growing video with the plant species name and/or the growth stage name
  • a sending unit 414 configured to send a growth video to the server, and generate a webpage address link
  • the third obtaining unit 416 is configured to acquire and store a webpage address link, so that the user views the growing video or shares the growing video.
  • the second determining unit 406 is specifically:
  • the dividing unit 4062 is configured to divide the duration of any sample growth phase into multiple time segments according to the growth state change of any sample growth phase;
  • the determining subunit 4064 is configured to determine the frequency of photographing the plurality of time periods according to the change of the growth state of any of the sample growth stages.
  • the information of any of the sample growth stages comprises one or a combination of: the duration of any of the sample growth stages, and the change in growth state of any of the sample growth stages.
  • the information of the growth phase of any of the samples in the growth model information may include: the duration of any sample growth phase, the growth state of any sample growth phase.
  • the length of each growth phase of the plant can be known based on the duration of any sample growth phase. According to the growth state of the growth stage of any sample of the plant, it is known which growth stage the plant changes rapidly, which growth stage changes slowly, which period of time changes rapidly, and which period of time changes slowly. It is possible to determine the frequency of photographing of the plant planted based on the detailed sample growth stage information.
  • the second determining unit 406 is specifically: a dividing unit 4062, configured to divide the duration of any sample growth phase into multiple according to the growth state change of any sample growth stage. A time period; a determining sub-unit 4064 for determining a frequency of capturing a plurality of time periods according to a change in a growth state of any of the sample growth stages.
  • the dividing unit 4062 of the server first divides the sample growth stage into a plurality of time periods based on the change in the growth state of the sample growth stage in the stored plant growth model information. For example, the growth stage of a plant sample stored in a server changes rapidly in the first 30 days, and the growth change is slower in the remaining time. Then the first 30 days of the plant growth stage are divided into time segments 1 and the rest. The time is divided into time period 2. Then determining subunit 4064 according to any sample growth order The change in the growth state of the segment determines the frequency of shooting for multiple time periods.
  • the sending unit 414 is configured to send the growing video to the server and generate a webpage address link
  • the third obtaining unit 416 is configured to acquire and store the webpage address link, so that the user views the growing video. Or share a growing video.
  • the transmitting unit 414 sends the synthesized plant growth video to the server, and the user can watch the growth video to quickly understand the growth process of the plant.
  • the third obtaining unit 416 acquires and stores the webpage address connection in the sending process, so that the user can access the webpage at any time, and the user can conveniently share the webpage address into the application, thereby improving the user experience.
  • a naming unit 412 is used to name the growing video with the plant species name and/or the growth stage name.
  • the naming unit 412 names the synthesized growth video with the plant species name and/or growth stage name.
  • the synthetic plant growth video is the growth video of the cucumber fruiting stage, then the growth video name is “cucumber result video”; the synthetic plant growth video is the growth video of the rose flowering stage, then the growth video name is “rose flower” Flowering video”. It is convenient for users to quickly find growth videos of different growth stages of different kinds of plants, saving users time.
  • Figure 5 shows a schematic block diagram of a computer device 500 in accordance with one embodiment of the present invention.
  • the computer device 500 comprises:
  • the computer device 500 provided by the present invention, when the processor 504 executes the computer program, realizes obtaining the species of the planted plant, and determines the plant growth model information stored in the server according to the type of the plant, so as to know the information of the plant plant according to the plant growth model information. . Determining the frequency of photographing any growth stage in the growth process of the plant according to the information of any sample growth stage in the growth model information, and taking a photograph at a faster shooting frequency during a period in which the plant growth changes rapidly.
  • the photograph taken captures complete plant growth information.
  • An embodiment of the sixth aspect of the present invention provides a computer readable storage medium having stored thereon a computer program.
  • the computer program When the computer program is executed by the processor, the following steps are performed: acquiring type information of the plant; determining the plant according to the type information of the plant Growth model information, the growth model information includes plant growth stage division information and information of any sample growth stage; determining the frequency of photographing any growth stage in the plant growth process according to information of any sample growth stage of the plant; A photograph taken of a plant at any stage of growth; a photograph of any growth stage is synthesized into a growth video of any growth stage of the plant.
  • the computer readable storage medium provided by the present invention, when the computer program is executed by the processor, realizes obtaining the species of the planted plant, and determines the plant growth model information stored in the server according to the type of the plant, so as to know the information of the planted plant according to the plant growth model information. . Determining the frequency of photographing any growth stage in the growth process of the plant according to the information of any sample growth stage in the growth model information, and taking a photograph at a faster shooting frequency during a period in which the plant growth changes rapidly.
  • the photograph taken captures complete plant growth information.
  • Figure 6 is a flow chart showing a method of synthesizing a plant growth video according to a specific embodiment of the present invention:
  • Step 602 dividing the plant growth stage of the planting into a seedling stage and a plant growth stage according to the stored plant growth model information
  • Step 604 according to the information of the stored seedling stage, the seedling stage of the planted plant is divided into a time period 1 in which the growth state changes rapidly, a time period 2 in which the growth state changes moderately, and a time period in which the growth state changes slowly. ;
  • Step 606 According to the information of the stored growth stage of the sample plant, the plant growth stage of the plant to be planted is divided into a time period 4 in which the growth state changes rapidly, a time period in which the growth state changes moderately, and a time in which the growth state changes slowly.
  • Step 608 controlling the camera in the planting box to shoot the plant at a shooting time of 1 photo/4 hours during the time period 1, 4, and photographing the plant with a photo/12 hour shooting frequency during the time period 2, 5 Shooting plants at a time of 3 or 6 with a photo/24-hour shooting frequency;
  • Step 610 the planting box uploads the taken photo to the server
  • Step 612 when the planting stage of the planting is completed, the server synthesizes the photo of the seedling stage into a growth video
  • Step 614 when the plant growth stage of the plant is grown, the server synthesizes the photo of the plant growth stage into a growth video;
  • Step 616 naming the growing video
  • Step 618 uploading the growth video to the server, and generating a webpage address link
  • Step 620 obtaining and saving a webpage address link
  • step 622 the user shares the webpage into the WeChat circle of friends or the QQ space.
  • the server determines the frequency of photographs taken by the camera in the planting box at various growth stages according to the detailed sample information of the plant growth model, and realizes the reduction of the loss of the photographing equipment, and synthesizes the intact plant.
  • the growth video of the growth information allows the user to understand the entire growth process of the plant in a short period of time and improve the user experience.

Abstract

本发明提出了一种植物生长视频的合成方法及系统、一种计算机设备、一种计算机可读存储介质。植物生长视频的合成方法包括：获取植物的种类信息；根据植物的种类信息确定植物的生长模型信息；生长模型信息包括植物的样本生长阶段划分信息及任一样本生长阶段的信息；根据植物的任一样本生长阶段的信息确定对植物生长过程中任一生长阶段进行拍摄的频率；获取植物于生长阶段拍摄的照片；将生长阶段的照片合成植物的生长阶段的生长视频。本发明中根据植物生长模型信息确定拍摄照片的频率，实现减少拍摄设备的损耗的同时，合成具有完整植物生长信息的生长视频，可以使用户在短暂的时间内了解植物的整个生长过程，提高了用户的体验度。

Description

一种植物生长视频的合成方法及系统
本申请要求于2017年4月28日提交中国专利局、申请号为2017102965347、发明名称为“一种植物生长视频的合成方法及系统”的中国专利申请的优先权，其全部内容通过引用结合在本申请中。
技术领域
本发明涉及植物种植领域，具体而言，涉及一种植物生长视频的合成方法及系统、计算机设备、计算机可读存储介质。
背景技术
目前农业或林业的个人种植者或是企业种植者，在植物种植的种植园、大棚或种植箱中安装摄像头，往往是用来实现监控植物生长、判断植物成熟等过程的自动化，很少有针对植物生长过程拍摄照片，用来合成种植视频。然而，很多时候，某些用户是需要观看或分享植物的生长视频，比如，一些初次种植某种植物的种植者或是经验不足的种植者想要通过观看某种植物的生长视频来学习；再比如，某些用户想要分享某些种类的鲜花开花过程。
即使有一些个人或企业合成了植物的生长视频，往往设置对各种类植物各个阶段拍摄的照片频率一致，然而各种类植物的生长过程经历的生长阶段不同，且各种类植物每个生长阶段持续的时间不同，各种类植物每个生长阶段的生长状态变化频率不同，如果只是按照相同的频率对所种植的植物拍摄照片，就可能出现拍照的频率比植物生长变化的频率大的多，导致拍摄设备做无用功，损耗拍摄设备，浪费成本；或是出现拍照的频率比植物生长变化的频率小的多，导致一些关键的生长节点信息没有拍摄到，进而导致合成的生长视频不完整。
发明内容
本发明旨在至少解决现有技术或相关技术中存在的技术问题之一。
为此，本发明的一个目的在于提出了一种植物生长视频的合成方法。
本发明的另一个目的在于提出了一种植物生长视频的合成系统。
本发明的再一个目的在于提出了一种计算机设备。
本发明的又一个目的在于提出了一种计算机可读存储介质。
有鉴于此，根据本发明的一个目的，提出了一种植物生长视频的合成方法，包括：获取植物的种类信息；根据植物的种类信息确定植物的生长模型信息；生长模型信息包括植物的样本生长阶段划分信息及任一样本生长阶段的信息；根据植物的任一样本生长阶段的信息确定对植物生长过程中任一生长阶段进行拍摄的频率；获取植物于任一生长阶段拍摄的照片；将任一生长阶段的照片合成植物的任一生长阶段的生长视频。
本发明提供的植物生长视频的合成方法，服务器中存储了各个种类的植物模型生长信息。生长模型信息包含：植物的样本生长阶段划分信息及任一样本生长阶段的信息，根据生长模型中的样本生长阶段划分信息可以对所种植的植物的生长阶段进行划分，比如，可以将某植物的生长阶段划分为：发芽阶段、幼苗阶段、开花阶段、结果阶段；根据任一样本生长阶段的信息可以了解所种植的植物的任一生长阶段的具体信息，比如，发芽阶段持续多久，发芽阶段具体哪个时间段植物变化快等等。服务器获取种植植物的种类，然后根据植物的种类确定服务器中存储的植物生长模型信息，以便根据植物生长模型信息了解所种植植物的信息。根据生长模型信息中的任一样本生长阶段的信息确定对所述植物生长过程中任一生长阶段进行拍摄的频率，可以在植物生长变化快的时间段以较快的拍摄频率对其进行拍摄照片，在生长变化较慢的时间段以较慢的拍摄频率对其进行拍摄照片，使得拍摄照片的过程更具针对性，用尽量少的照片来显示尽量多的植物生长状态变化信息，实现减少拍摄设备的损耗的同时，使得拍摄的照片记录完整的植物生长信息。服务器获取所种植的植物于任一生长阶段拍摄的照片，在植物的生长过程结束后，将任一生长阶段的照片合成该生长阶段的生长视频，使得用户通过具有完整的植物生长状态变化的生长视频，在短暂的时间内了解植物的整个生长过程，提 高了用户的体验度。
根据本发明的上述植物生长视频的合成方法，还可以具有以下技术特征：
在上述技术方案中，优选地，任一样本生长阶段的信息包括以下一种或其组合：任一样本生长阶段的持续时间、任一样本生长阶段的生长状态变化情况。
在该技术方案中，生长模型信息中任一样本生长阶段的信息可以包括：任一样本生长阶段的持续时间、任一样本生长阶段的生长状态变化情况。根据任一样本生长阶段的持续时间可以了解植物每个生长阶段时间的长短。根据该植物任一样本生长阶段的生长状态变化情况了解该植物在哪个生长阶段变化快，哪个生长阶段变化慢，哪个阶段的哪个时间段变化快，哪个阶段的哪个时间段变化慢。可以实现根据详细的样本生长阶段的信息确定对所种植的植物的拍摄频率。
在上述技术方案中，优选地，根据植物的任一样本生长阶段的信息确定对植物生长过程中任一生长阶段进行拍摄的频率，具体为：根据任一样本生长阶段的生长状态变化情况，将任一样本生长阶段的持续时间划分为多个时间段；根据任一样本生长阶段的生长状态变化情况，确定对多个时间段进行拍摄的频率。
在该技术方案中，服务器根据存储的植物生长模型信息中样本生长阶段的生长状态变化情况，先将样本生长阶段划分为多个时间段。比如，服务器存储的某一植物的样本植株生长阶段在前30天生长状态变化很快，其余时间生长变化较慢，那么就将该植物的植株生长阶段的前30天划分为时间段1，其余时间划分为时间段2。然后根据任一样本生长阶段的生长状态变化情况，确定对多个时间段进行拍摄的频率。在上述例子中，针对生长状态变化快的时间段1，确定以每半天拍摄一张照片的频率对植物进行拍摄；针对生长状态变化快的时间段2，确定以每一天拍摄一张照片的频率对植物进行拍摄。如此，使得拍摄照片的过程更具针对性，实现减少拍摄设备的损耗的同时，所拍摄的照片记录完整的植物生长信息。
在上述技术方案中，优选地，发送生长视频到服务器，并产生网页地址 链接；获取并存储网页地址链接，以便用户观看生长视频或分享种生长视频。
在该技术方案中，将合成后的植物生长视频发送到服务器，用户可以观看生长视频，快速了解植物的生长过程。另外，获取并存储发送过程中的网页地址连接，可以使用户随时访问该网页，也方便用户将该网页地址分享到应用程序中，提升了用户体验度。
在上述技术方案中，优选地，将生长视频以植物种类名称和/或所述生长阶段名称命名。
在该技术方案中，将合成的生长视频以该植物种类名称和/或生长阶段名称命名。比如，合成的植物生长视频是黄瓜结果阶段的生长视频，那么该生长视频名称为“黄瓜结果视频”；合成的植物生长视频是玫瑰花开花阶段的生长视频，那么该生长视频名称为“玫瑰花开花视频”。方便用户快速查找不同种类植物不同生长阶段的生长视频，节省了用户的时间。
根据本发明的另一个目的，提出了一种植物生长视频的合成系统，包括：第一获取单元，用于获取植物的种类信息；第一确定单元，用于根据植物的种类信息确定植物的生长模型信息，生长模型信息包括植物的样本生长阶段划分信息及任一样本生长阶段的信息；第二确定单元，用于根据植物的任一样本生长阶段的信息确定对植物生长过程中任一生长阶段进行拍摄的频率；第二获取单元，用于获取植物于任一生长阶段拍摄的照片；合成单元，用于将任一生长阶段的照片合成植物的任一生长阶段的生长视频。
本发明提供的植物生长视频的合成系统，服务器中存储了各个种类的植物模型生长信息。生长模型信息包含：植物的样本生长阶段划分信息及任一样本生长阶段的信息，根据生长模型中的样本生长阶段划分信息可以对所种植的植物的生长阶段进行划分，比如，可以将某植物的生长阶段划分为：发芽阶段、幼苗阶段、开花阶段、结果阶段；根据任一样本生长阶段的信息可以了解所种植的植物的任一生长阶段的具体信息，比如，发芽阶段持续多久，发芽阶段具体哪个时间段植物变化快等等。服务器第一获取单元获取种植植物的种类，然后第一确定单元根据植物的种类确定服务器中存储的植物生长模型信息，以便根据植物生长模型信息了解所种植植物的信息。第二确定单元根据生长模型信息中的任一样本生长阶段的信息确定对所述植物生长过 程中任一生长阶段进行拍摄的频率，可以在植物生长变化快的时间段以较快的拍摄频率对其进行拍摄照片，在生长变化较慢的时间段以较慢的拍摄频率对其进行拍摄照片，使得拍摄照片的过程更具针对性，用尽量少的照片来显示尽量多的植物生长状态变化信息，实现减少拍摄设备的损耗的同时，使得拍摄的照片记录完整的植物生长信息。服务器的第二获取单元获取所种植的植物于任一生长阶段拍摄的照片，在植物的生长过程结束后，合成单元将任一生长阶段的照片合成该生长阶段的生长视频，使得用户通过具有完整的植物生长状态变化的生长视频，在短暂的时间内了解植物的整个生长过程，提高了用户的体验度。
根据本发明的上述植物生长视频的合成系统，还可以具有以下技术特征：
在上述技术方案中，优选地，任一样本生长阶段的信息包括以下一种或其组合：任一样本生长阶段的持续时间、任一样本生长阶段的生长状态变化情况。
在该技术方案中，生长模型信息中任一样本生长阶段的信息可以包括：任一样本生长阶段的持续时间、任一样本生长阶段的生长状态变化情况。根据任一样本生长阶段的持续时间可以了解植物每个生长阶段时间的长短。根据该植物任一样本生长阶段的生长状态变化情况了解该植物在哪个生长阶段变化快，哪个生长阶段变化慢，哪个阶段的哪个时间段变化快，哪个阶段的哪个时间段变化慢。可以实现根据详细的样本生长阶段的信息确定对所种植的植物的拍摄频率。
在上述技术方案中，优选地，第二确定单元具体为：划分单元，用于根据任一样本生长阶段的生长状态变化情况，将任一样本生长阶段的持续时间划分为多个时间段；确定子单元，用于根据任一样本生长阶段的生长状态变化情况，确定对多个时间段进行拍摄的频率。
在该技术方案中，服务器的划分单元根据存储的植物生长模型信息中样本生长阶段的生长状态变化情况，先将样本生长阶段划分为多个时间段。比如，服务器存储的某一植物的样本植株生长阶段在前30天生长状态变化很快，其余时间生长变化较慢，那么就将该植物的植株生长阶段的前30天划分为时间 段1，其余时间划分为时间段2。然后确定子单元根据任一样本生长阶段的生长状态变化情况，确定对多个时间段进行拍摄的频率。在上述例子中，针对生长状态变化快的时间段1，确定以每半天拍摄一张照片的频率对植物进行拍摄；针对生长状态变化快的时间段2，确定以每一天拍摄一张照片的频率对植物进行拍摄。如此，使得拍摄照片的过程更具针对性，实现减少拍摄设备的损耗的同时，所拍摄的照片记录完整的植物生长信息。
在上述技术方案中，优选地，发送单元，用于发送生长视频到服务器，并产生网页地址链接；第三获取单元，用于获取并存储网页地址链接，以便用户观看生长视频或分享生长视频。
在该技术方案中，发送单元将合成后的植物生长视频发送到服务器，用户可以观看生长视频，快速了解植物的生长过程。另外，第三获取单元获取并存储发送过程中的网页地址连接，可以使用户随时访问该网页，也方便用户将该网页地址分享到应用程序中，提升了用户体验度。
在上述技术方案中，优选地，命名单元，用于将生长视频以植物种类名称和/或所述生长阶段名称命名。
在该技术方案中，命名单元将合成的生长视频以该植物种类名称和/或生长阶段名称命名。比如，合成的植物生长视频是黄瓜结果阶段的生长视频，那么该生长视频名称为“黄瓜结果视频”；合成的植物生长视频是玫瑰花开花阶段的生长视频，那么该生长视频名称为“玫瑰花开花视频”。方便用户快速查找不同种类植物不同生长阶段的生长视频，节省了用户的时间。
本发明的再一个目的在于提出了一种计算机设备，包括存储器、处理器及存储在所述存储器上并可在所述处理器上运行的计算机程序，其特征在于，处理器执行计算机程序时实现以下步骤：获取植物的种类信息；根据植物的种类信息确定植物的生长模型信息，生长模型信息包括植物的样本生长阶段划分信息及任一样本生长阶段的信息；根据植物的任一样本生长阶段的信息确定对植物生长过程中任一生长阶段进行拍摄的频率；获取植物于任一生长阶段拍摄的照片；将任一生长阶段的照片合成植物的任一生长阶段的生长视频。
本发明提供的计算机设备，处理器执行所述计算机程序时实现获取种植植物的种类，根据植物的种类确定服务器中存储的植物生长模型信息， 以便根据植物生长模型信息了解所种植植物的信息。根据生长模型信息中的任一样本生长阶段的信息确定对所述植物生长过程中任一生长阶段进行拍摄的频率，可以在植物生长变化快的时间段以较快的拍摄频率对其进行拍摄照片，在生长变化较慢的时间段以较慢的拍摄频率对其进行拍摄照片，使得拍摄照片的过程更具针对性，用尽量少的照片来显示尽量多的植物生长状态变化信息，实现减少拍摄设备的损耗的同时，使得拍摄的照片记录完整的植物生长信息。获取所种植的植物于任一生长阶段拍摄的照片，在植物的生长过程结束后，将任一生长阶段的照片合成该生长阶段的生长视频，使得用户通过具有完整的植物生长状态变化的生长视频，在短暂的时间内了解植物的整个生长过程，提高了用户的体验度。
本发明的又一个目的在于提出了一种计算机可读存储介质，其上存储有计算机程序，其特征在于，计算机程序被处理器执行时实现以下步骤：获取植物的种类信息；根据植物的种类信息确定植物的生长模型信息，生长模型信息包括植物的样本生长阶段划分信息及任一样本生长阶段的信息；根据植物的任一样本生长阶段的信息确定对植物生长过程中任一生长阶段进行拍摄的频率；获取植物于任一生长阶段拍摄的照片；将任一生长阶段的照片合成植物的任一生长阶段的生长视频。
本发明提供的计算机可读存储介质，计算机程序被处理器执行时实现获取种植植物的种类，根据植物的种类确定服务器中存储的植物生长模型信息，以便根据植物生长模型信息了解所种植植物的信息。根据生长模型信息中的任一样本生长阶段的信息确定对所述植物生长过程中任一生长阶段进行拍摄的频率，可以在植物生长变化快的时间段以较快的拍摄频率对其进行拍摄照片，在生长变化较慢的时间段以较慢的拍摄频率对其进行拍摄照片，使得拍摄照片的过程更具针对性，用尽量少的照片来显示尽量多的植物生长状态变化信息，实现减少拍摄设备的损耗的同时，使得拍摄的照片记录完整的植物生长信息。获取所种植的植物于任一生长阶段拍摄的照片，在植物的生长过程结束后，将任一生长阶段的照片合成该生长阶段的生长视频，使得用户通过具有完整的植物生长状态变化的生长视频，在短暂的时间内了解植物的整个生长过程，提高了用户的体验度。
本发明的附加方面和优点将在下面的描述部分中变得明显，或通过本发明的实践了解到。
附图说明
本发明的上述和/或附加的方面和优点从结合下面附图对实施例的描述中将变得明显和容易理解，其中：
图1示出了本发明的一个实施例的植物生长视频的合成方法的流程示意图；
图2示出了本发明的一个实施例的植物生长视频的合成系统的示意框图；
图3示出了本发明的另一个实施例的植物生长视频的合成方法的流程示意图；
图4示出了本发明的另一个实施例的植物生长视频的合成系统的示意框图；
图5示出了本发明的一个实施例的计算机设备的示意框图；
图6示出了本发明的一个具体实施例的植物生长视频的合成方法的流程示意图。
具体实施方式
为了能够更清楚地理解本发明的上述目的、特征和优点，下面结合附图和具体实施方式对本发明进行进一步的详细描述。需要说明的是，在不冲突的情况下，本申请的实施例及实施例中的特征可以相互组合。
在下面的描述中阐述了很多具体细节以便于充分理解本发明，但是，本发明还可以采用其他不同于在此描述的其他方式来实施，因此，本发明的保护范围并不限于下面公开的具体实施例的限制。
本发明第一方面的实施例，提出一种植物生长视频的合成方法，图1示出了本发明的一个实施例的植物生长视频的合成方法的流程示意图：
步骤102，获取植物的种类信息；
步骤104，根据植物的种类信息确定植物的生长模型信息，生长模型信息 包括植物的样本生长阶段划分信息及任一样本生长阶段的信息；
步骤106，根据植物的任一样本生长阶段的信息确定对植物生长过程中任一生长阶段进行拍摄的频率；
步骤108，获取植物于生长阶段拍摄的照片；
步骤110，将生长阶段的照片合成植物的生长阶段的生长视频。
本发明提供的植物生长视频的合成方法，服务器中存储了各个种类的植物模型生长信息。生长模型信息包含：植物的样本生长阶段划分信息及任一样本生长阶段的信息，根据生长模型中的样本生长阶段划分信息可以对所种植的植物的生长阶段进行划分，比如，可以将某植物的生长阶段划分为：发芽阶段、幼苗阶段、开花阶段、结果阶段；根据任一样本生长阶段的信息可以了解所种植的植物的任一生长阶段的具体信息，比如，发芽阶段持续多久，发芽阶段具体哪个时间段植物变化快等等。服务器获取种植植物的种类，然后根据植物的种类确定服务器中存储的植物生长模型信息，以便根据植物生长模型信息了解所种植植物的信息。根据生长模型信息中的任一样本生长阶段的信息确定对所述植物生长过程中任一生长阶段进行拍摄的频率，可以在植物生长变化快的时间段以较快的拍摄频率对其进行拍摄照片，在生长变化较慢的时间段以较慢的拍摄频率对其进行拍摄照片，使得拍摄照片的过程更具针对性，用尽量少的照片来显示尽量多的植物生长状态变化信息，实现减少拍摄设备的损耗的同时，使得拍摄的照片记录完整的植物生长信息。在植物的生长过程结束后，将任一生长阶段的照片合成该生长阶段的生长视频，使得用户通过具有完整的植物生长状态变化的生长视频，在短暂的时间内了解植物的整个生长过程，提高了用户的体验度。
本发明第二方面的实施例，提出一种植物生长视频的合成系统200，图2示出了本发明的一个实施例的植物生长视频的合成系统200的示意框图：
第一获取单元202，用于获取植物的种类信息；
第一确定单元204，用于根据植物的种类信息确定植物的生长模型信息，生长模型信息包括植物的样本生长阶段划分信息及任一样本生长阶段的信息；
第二确定单元206，用于根据植物的任一样本生长阶段的信息确定对植物生长过程中任一生长阶段进行拍摄的频率；
第二获取单元208，用于获取植物于任一生长阶段拍摄的照片；
合成单元210，用于将任一生长阶段的照片合成植物的任一生长阶段的生长视频。
本发明提供的植物生长视频的合成系统200，服务器中存储了各个种类的植物模型生长信息。生长模型信息包含：植物的样本生长阶段划分信息及任一样本生长阶段的信息，根据生长模型中的样本生长阶段划分信息可以对所种植的植物的生长阶段进行划分，比如，可以将某植物的生长阶段划分为：发芽阶段、幼苗阶段、开花阶段、结果阶段；根据任一样本生长阶段的信息可以了解所种植的植物的任一生长阶段的具体信息，比如，发芽阶段持续多久，发芽阶段具体哪个时间段植物变化快等等。服务器第一获取单元202获取种植植物的种类，然后第一确定单元204根据植物的种类确定服务器中存储的植物生长模型信息，以便根据植物生长模型信息了解所种植植物的信息。第二确定单元206根据生长模型信息中的任一样本生长阶段的信息确定对所述植物生长过程中任一生长阶段进行拍摄的频率，可以在植物生长变化快的时间段以较快的拍摄频率对其进行拍摄照片，在生长变化较慢的时间段以较慢的拍摄频率对其进行拍摄照片，使得拍摄照片的过程更具针对性，用尽量少的照片来显示尽量多的植物生长状态变化信息，实现减少拍摄设备的损耗的同时，使得拍摄的照片记录完整的植物生长信息。服务器的第二获取单元208获取所种植的植物于任一生长阶段拍摄的照片，在植物的生长过程结束后，合成单元210将任一生长阶段的照片合成该生长阶段的生长视频，使得用户通过具有完整的植物生长状态变化的生长视频，在短暂的时间内了解植物的整个生长过程，提高了用户的体验度。
本发明第三方面的实施例，提出一种植物生长视频的合成方法，图3示出了本发明的一个实施例的植物生长视频的合成方法的流程示意图：
步骤302，获取植物的种类信息；
步骤304，根据植物的种类信息确定植物的生长模型信息，生长模型信息包括植物的样本生长阶段划分信息及任一样本生长阶段的信息；
步骤306，根据所述任一样本生长阶段的生长状态变化情况，将所述任一样本生长阶段的持续时间划分为多个时间段；
步骤308，根据所述任一样本生长阶段的生长状态变化情况，确定对所述多个时间段进行拍摄的频率；
步骤310，获取植物于生长阶段拍摄的照片；
步骤312，将生长阶段的照片合成植物的生长阶段的生长视频；
步骤314，将生长视频以植物种类名称和/或所述生长阶段名称命名；
步骤316，发送生长视频到服务器，并产生网页地址链接；
步骤318，获取并存储网页地址链接，以便用户观看生长视频或分享种生长视频。
在本发明的一个实施例中，优选地，任一样本生长阶段的信息包括以下一种或其组合：任一样本生长阶段的持续时间、任一样本生长阶段的生长状态变化情况。
在该实施例中，生长模型信息中任一样本生长阶段的信息可以包括：任一样本生长阶段的持续时间、任一样本生长阶段的生长状态变化情况。根据任一样本生长阶段的持续时间可以了解植物每个生长阶段时间的长短。根据该植物任一样本生长阶段的生长状态变化情况了解该植物在哪个生长阶段变化快，哪个生长阶段变化慢，哪个阶段的哪个时间段变化快，哪个阶段的哪个时间段变化慢。可以实现根据详细的样本生长阶段的信息确定对所种植的植物的拍摄频率。
在本发明的一个实施例中，优选地，根据植物的任一样本生长阶段的信息确定对植物生长过程中任一生长阶段进行拍摄的频率，具体为：根据任一样本生长阶段的生长状态变化情况，将任一样本生长阶段的持续时间划分为多个时间段；根据任一样本生长阶段的生长状态变化情况，确定对多个时间段进行拍摄的频率。
在该实施例中，服务器根据存储的植物生长模型信息中样本生长阶段的生长状态变化情况，先将样本生长阶段划分为多个时间段。比如，服务器存储的某一植物的样本植株生长阶段在前30天生长状态变化很快，其余时间生长变化较慢，那么就将该植物的植株生长阶段的前30天划分为时间段1，其余时间划分为时间段2。然后根据任一样本生长阶段的生长状态变化情况，确定对多个时间段进行拍摄的频率。在上述例子中，针对生长状态变化快的时间段 1，确定以每半天拍摄一张照片的频率对植物进行拍摄；针对生长状态变化快的时间段2，确定以每一天拍摄一张照片的频率对植物进行拍摄。如此，使得拍摄照片的过程更具针对性，实现减少拍摄设备的损耗的同时，所拍摄的照片记录完整的植物生长信息。
在本发明的一个实施例中，优选地，发送生长视频到服务器，并产生网页地址链接；获取并存储网页地址链接，以便用户观看生长视频或分享种生长视频。
在该实施例中，将合成后的植物生长视频发送到服务器，用户可以观看生长视频，快速了解植物的生长过程。另外，获取并存储发送过程中的网页地址连接，可以使用户随时访问该网页，也方便用户将该网页地址分享到应用程序中，提升了用户体验度。
在本发明的一个实施例中，优选地，将生长视频以植物种类名称和/或所述生长阶段名称命名。
在该实施例中，将合成的生长视频以该植物种类名称和/或生长阶段名称命名。比如，合成的植物生长视频是黄瓜结果阶段的生长视频，那么该生长视频名称为“黄瓜结果视频”；合成的植物生长视频是玫瑰花开花阶段的生长视频，那么该生长视频名称为“玫瑰花开花视频”。方便用户快速查找不同种类植物不同生长阶段的生长视频，节省了用户的时间。
本发明第四方面的实施例，提出一种植物生长视频的合成系统400，图4示出了本发明的另一个实施例的植物生长视频的合成系统400的示意框图：
第一获取单元402，用于获取植物的种类信息；
第一确定单元404，用于根据植物的种类信息确定植物的生长模型信息，生长模型信息包括植物的样本生长阶段划分信息及任一样本生长阶段的信息；
第二确定单元406，用于根据植物的任一样本生长阶段的信息确定对植物生长过程中任一生长阶段进行拍摄的频率；
第二获取单元408，用于获取植物于任一生长阶段拍摄的照片；
合成单元410，用于将任一生长阶段的照片合成植物的任一生长阶段的生长视频；
命名单元412，用于将生长视频以植物种类名称和/或所述生长阶段名称命名；
发送单元414，用于发送生长视频到服务器，并产生网页地址链接；
第三获取单元416，用于获取并存储网页地址链接，以便用户观看生长视频或分享生长视频。
其中，第二确定单元406具体为：
划分单元4062，用于根据任一样本生长阶段的生长状态变化情况，将任一样本生长阶段的持续时间划分为多个时间段；
确定子单元4064，用于根据任一样本生长阶段的生长状态变化情况，确定对多个时间段进行拍摄的频率。
在本发明的一个实施例中，优选地，任一样本生长阶段的信息包括以下一种或其组合：任一样本生长阶段的持续时间、任一样本生长阶段的生长状态变化情况。
在该实施例中，生长模型信息中任一样本生长阶段的信息可以包括：任一样本生长阶段的持续时间、任一样本生长阶段的生长状态变化情况。根据任一样本生长阶段的持续时间可以了解植物每个生长阶段时间的长短。根据该植物任一样本生长阶段的生长状态变化情况了解该植物在哪个生长阶段变化快，哪个生长阶段变化慢，哪个阶段的哪个时间段变化快，哪个阶段的哪个时间段变化慢。可以实现根据详细的样本生长阶段的信息确定对所种植的植物的拍摄频率。
在本发明的一个实施例中，优选地，第二确定单元406具体为：划分单元4062，用于根据任一样本生长阶段的生长状态变化情况，将任一样本生长阶段的持续时间划分为多个时间段；确定子单元4064，用于根据任一样本生长阶段的生长状态变化情况，确定对多个时间段进行拍摄的频率。
在该实施例中，服务器的划分单元4062根据存储的植物生长模型信息中样本生长阶段的生长状态变化情况，先将样本生长阶段划分为多个时间段。比如，服务器存储的某一植物的样本植株生长阶段在前30天生长状态变化很快，其余时间生长变化较慢，那么就将该植物的植株生长阶段的前30天划分为时间段1，其余时间划分为时间段2。然后确定子单元4064根据任一样本生长阶 段的生长状态变化情况，确定对多个时间段进行拍摄的频率。在上述例子中，针对生长状态变化快的时间段1，确定以每半天拍摄一张照片的频率对植物进行拍摄；针对生长状态变化快的时间段2，确定以每一天拍摄一张照片的频率对植物进行拍摄。如此，使得拍摄照片的过程更具针对性，实现减少拍摄设备的损耗的同时，所拍摄的照片记录完整的植物生长信息。
在本发明的一个实施例中，优选地，发送单元414，用于发送生长视频到服务器，并产生网页地址链接；第三获取单元416，用于获取并存储网页地址链接，以便用户观看生长视频或分享生长视频。
在该实施例中，发送单元414将合成后的植物生长视频发送到服务器，用户可以观看生长视频，快速了解植物的生长过程。另外，第三获取单元416获取并存储发送过程中的网页地址连接，可以使用户随时访问该网页，也方便用户将该网页地址分享到应用程序中，提升了用户体验度。
在本发明的一个实施例中，优选地，命名单元412，用于将生长视频以植物种类名称和/或所述生长阶段名称命名。
在该实施例中，命名单元412将合成的生长视频以该植物种类名称和/或生长阶段名称命名。比如，合成的植物生长视频是黄瓜结果阶段的生长视频，那么该生长视频名称为“黄瓜结果视频”；合成的植物生长视频是玫瑰花开花阶段的生长视频，那么该生长视频名称为“玫瑰花开花视频”。方便用户快速查找不同种类植物不同生长阶段的生长视频，节省了用户的时间。
本发明第五方面的实施例，提出一种计算机设备，图5示出了本发明的一个实施例的计算机设备500的示意框图。其中，该计算机设备500包括：
存储器502、处理器504及存储在存储器502上并可在处理器504上运行的计算机程序，处理器504执行计算机程序时实现以下步骤：获取植物的种类信息；根据植物的种类信息确定植物的生长模型信息，生长模型信息包括植物的样本生长阶段划分信息及任一样本生长阶段的信息；根据植物的任一样本生长阶段的信息确定对植物生长过程中任一生长阶段进行拍摄的频率；获取植物于任一生长阶段拍摄的照片；将任一生长阶段的照片合成植物的任一生长阶段的生长视频。
本发明提供的计算机设备500，处理器504执行所述计算机程序时实现获取种植植物的种类，根据植物的种类确定服务器中存储的植物生长模型信息，以便根据植物生长模型信息了解所种植植物的信息。根据生长模型信息中的任一样本生长阶段的信息确定对所述植物生长过程中任一生长阶段进行拍摄的频率，可以在植物生长变化快的时间段以较快的拍摄频率对其进行拍摄照片，在生长变化较慢的时间段以较慢的拍摄频率对其进行拍摄照片，使得拍摄照片的过程更具针对性，用尽量少的照片来显示尽量多的植物生长状态变化信息，实现减少拍摄设备的损耗的同时，使得拍摄的照片记录完整的植物生长信息。获取所种植的植物于任一生长阶段拍摄的照片，在植物的生长过程结束后，将任一生长阶段的照片合成该生长阶段的生长视频，使得用户通过具有完整的植物生长状态变化的生长视频，在短暂的时间内了解植物的整个生长过程，提高了用户的体验度。
本发明第六方面的实施例，提出一种计算机可读存储介质，其上存储有计算机程序，计算机程序被处理器执行时实现以下步骤：获取植物的种类信息；根据植物的种类信息确定植物的生长模型信息，生长模型信息包括植物的样本生长阶段划分信息及任一样本生长阶段的信息；根据植物的任一样本生长阶段的信息确定对植物生长过程中任一生长阶段进行拍摄的频率；获取植物于任一生长阶段拍摄的照片；将任一生长阶段的照片合成植物的任一生长阶段的生长视频。
本发明提供的计算机可读存储介质，计算机程序被处理器执行时实现获取种植植物的种类，根据植物的种类确定服务器中存储的植物生长模型信息，以便根据植物生长模型信息了解所种植植物的信息。根据生长模型信息中的任一样本生长阶段的信息确定对所述植物生长过程中任一生长阶段进行拍摄的频率，可以在植物生长变化快的时间段以较快的拍摄频率对其进行拍摄照片，在生长变化较慢的时间段以较慢的拍摄频率对其进行拍摄照片，使得拍摄照片的过程更具针对性，用尽量少的照片来显示尽量多的植物生长状态变化信息，实现减少拍摄设备的损耗的同时，使得拍摄的照片记录完整的植物生长信息。获取所种植的植物于任一生长阶段拍摄的照片，在植物的生长过程结束后，将任一生长阶段的照片合成该生长阶段的生长视频，使得用 户通过具有完整的植物生长状态变化的生长视频，在短暂的时间内了解植物的整个生长过程，提高了用户的体验度。
图6示出了本发明的一个具体实施例的植物生长视频的合成方法的流程示意图：
步骤602，根据存储的植物生长模型信息，将种植的植物生长阶段划分为育苗阶段和植株生长阶段；
步骤604，根据储存的样本育苗阶段的信息，将所种植植物的育苗阶段划分为生长状态变化速度快的时间段1，生长状态变化速度中等的时间段2，生长状态变化速度慢的时间段3；
步骤606，根据储存的样本植株生长阶段的信息，将所种植植物的植株生长阶段划分为生长状态变化速度快的时间段4，生长状态变化速度中等的时间段5，生长状态变化速度慢的时间段6；
步骤608，控制种植箱中的摄像机在时间段1、4时以1张照片/4小时的拍摄频率对植物拍摄，在时间段2、5时以1张照片/12小时的拍摄频率对植物拍摄，在时间段3、6时以1张照片/24小时的拍摄频率对植物拍摄；
步骤610，种植箱将所拍摄的照片上传给服务器；
步骤612，在所种植的植物育苗阶段生长完毕时，服务器将育苗阶段的照片合成为生长视频；
步骤614，在所种植的植物的植株生长阶段生长完毕时，服务器将植株生长阶段的照片合成为生长视频；
步骤616，将生长视频命名；
步骤618，将生长视频上传到服务器，并产生网页地址链接；
步骤620，获取并保存网页地址链接；
步骤622，用户将网页分享到微信朋友圈或QQ空间中。
本实施例提供的植物生长视频的合成方法，服务器根据植物生长模型详细的样本信息确定种植箱中摄像机对植物在各个生长阶段拍摄照片的频率，实现减少拍摄设备的损耗的同时，合成具有完整植物生长信息的生长视频，可以使用户在短暂的时间内了解植物的整个生长过程，提高了用户的体验度。
在本说明书的描述中，术语“一个实施例”、“一些实施例”、“具体实 施例”等的描述意指结合该实施例或示例描述的具体特征、结构、材料或特点包含于本发明的至少一个实施例或示例中。在本说明书中，对上述术语的示意性表述不一定指的是相同的实施例或实例。而且，描述的具体特征、结构、材料或特点可以在任何的一个或多个实施例或示例中以合适的方式结合。
以上所述仅为本发明的优选实施例而已，并不用于限制本发明，对于本领域的技术人员来说，本发明可以有各种更改和变化。凡在本发明的精神和原则之内，所作的任何修改、等同替换、改进等，均应包含在本发明的保护范围之内。

Claims (12)

  1. 一种植物生长视频的合成方法，其特征在于，所述方法包括：
    获取植物的种类信息；
    根据所述植物的种类信息确定所述植物的生长模型信息，所述生长模型信息包括所述植物的样本生长阶段划分信息及任一样本生长阶段的信息；
    根据所述植物的任一样本生长阶段的信息确定对所述植物生长过程中任一生长阶段进行拍摄的频率；
    获取所述植物于所述任一生长阶段拍摄的照片；
    将所述任一生长阶段的所述照片合成所述植物的所述任一生长阶段的生长视频。
  2. 根据权利要求1所述的植物生长视频的合成方法，其特征在于，
    所述任一样本生长阶段的信息包括以下一种或其组合：所述任一样本生长阶段的持续时间、所述任一样本生长阶段的生长状态变化情况。
  3. 根据权利要求2所述的植物生长视频的合成方法，其特征在于，所述根据所述植物的任一样本生长阶段的信息确定对所述植物生长过程中任一生长阶段进行拍摄的频率，具体为：
    根据所述任一样本生长阶段的生长状态变化情况，将所述任一样本生长阶段的持续时间划分为多个时间段；
    根据所述任一样本生长阶段的生长状态变化情况，确定对所述多个时间段进行拍摄的频率。
  4. 根据权利要求1所述的植物生长视频的合成方法，其特征在于，还包括：
    发送所述生长视频到服务器，并产生网页地址链接；
    获取并存储所述网页地址链接，以便用户观看所述生长视频或分享所述种生长视频。
  5. 根据权利要求1至4中任一项所述的植物生长视频的合成方法，其特征在于，还包括：
    将所述生长视频以所述植物种类名称和/或所述生长阶段名称命名。
  6. 一种植物生长物生长视频的合成系统，其特征在于，所述系统包括：
    第一获取单元，用于获取植物的种类信息；
    第一确定单元，用于根据所述植物的种类信息确定所述植物的生长模型信息，所述生长模型信息包括所述植物的样本生长阶段划分信息及任一样本生长阶段的信息；
    第二确定单元，用于根据所述植物的任一样本生长阶段的信息确定对所述植物生长过程中任一生长阶段进行拍摄的频率；
    第二获取单元，用于获取所述植物于所述任一生长阶段拍摄的照片；
    合成单元，用于将所述任一生长阶段的所述照片合成所述植物的所述任一生长阶段的生长视频。
  7. 根据权利要求6所述的植物生长视频的合成系统，其特征在于，
    所述任一样本生长阶段的信息包括以下一种或其组合：所述任一样本生长阶段的持续时间、所述任一样本生长阶段的生长状态变化情况。
  8. 根据权利要求7所述的植物生长视频的合成系统，其特征在于，所述第二确定单元具体为：
    划分单元，用于根据所述任一样本生长阶段的生长状态变化情况，将所述任一样本生长阶段的持续时间划分为多个时间段；
    确定子单元，用于根据所述任一样本生长阶段的生长状态变化情况，确定对所述多个时间段进行拍摄的频率。
  9. 根据权利要求6所述的植物生长视频的合成系统，其特征在于，还包括：
    发送单元，用于发送所述生长视频到服务器，并产生网页地址链接；
    第三获取单元，用于获取并存储所述网页地址链接，以便用户观看所述生长视频或分享所述生长视频。
  10. 根据权利要求6至9中任一项所述的植物生长视频的合成系统，其特征在于，还包括：
    命名单元，用于将所述生长视频以所述植物种类名称和/或所述生长阶段名称命名。
  11. 一种计算机设备，包括存储器、处理器及存储在所述存储器上并可 在所述处理器上运行的计算机程序，其特征在于，所述处理器执行所述计算机程序时实现以下步骤：
    获取植物的种类信息；
    根据所述植物的种类信息确定所述植物的生长模型信息，所述生长模型信息包括所述植物的样本生长阶段划分信息及任一样本生长阶段的信息；
    根据所述植物的任一样本生长阶段的信息确定对所述植物生长过程中任一生长阶段进行拍摄的频率；
    获取所述植物于所述生长阶段拍摄的照片；
    将所述生长阶段的所述照片合成所述植物的所述生长阶段的生长视频。
  12. 一种计算机可读存储介质，其上存储有计算机程序，其特征在于，所述计算机程序被处理器执行时实现以下步骤：
    获取植物的种类信息；
    根据所述植物的种类信息确定所述植物的生长模型信息，所述生长模型信息包括所述植物的样本生长阶段划分信息及任一样本生长阶段的信息；
    根据所述植物的任一样本生长阶段的信息确定对所述植物生长过程中任一生长阶段进行拍摄的频率；
    获取所述植物于所述生长阶段拍摄的照片；
    将所述生长阶段的所述照片合成所述植物的所述生长阶段的生长视频。
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