WO2018010389A1 - 显示内容的颜色调整方法、系统和装置 - Google Patents

显示内容的颜色调整方法、系统和装置 Download PDF

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Publication number
WO2018010389A1
WO2018010389A1 PCT/CN2016/113162 CN2016113162W WO2018010389A1 WO 2018010389 A1 WO2018010389 A1 WO 2018010389A1 CN 2016113162 W CN2016113162 W CN 2016113162W WO 2018010389 A1 WO2018010389 A1 WO 2018010389A1
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Prior art keywords
color
software
colors
displayed
collection
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PCT/CN2016/113162
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English (en)
French (fr)
Inventor
王东杰
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广州视睿电子科技有限公司
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Publication of WO2018010389A1 publication Critical patent/WO2018010389A1/zh

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
    • G06T11/00—2D [Two Dimensional] image generation
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
    • G06T11/00—2D [Two Dimensional] image generation
    • G06T11/001—Texturing; Colouring; Generation of texture or colour
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06T—IMAGE DATA PROCESSING OR GENERATION, IN GENERAL
    • G06T11/00—2D [Two Dimensional] image generation
    • G06T11/40—Filling a planar surface by adding surface attributes, e.g. colour or texture
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06V—IMAGE OR VIDEO RECOGNITION OR UNDERSTANDING
    • G06V10/00—Arrangements for image or video recognition or understanding
    • G06V10/40—Extraction of image or video features
    • G06V10/56—Extraction of image or video features relating to colour

Definitions

  • the present invention relates to the field of computer technologies, and in particular, to a color adjustment method, system, and apparatus for displaying content.
  • drawing software has replaced traditional painting in the design industry as the main creative method.
  • Drawing software can save a lot of time by working on a computer to handle repetitive work, and usually the operation of the drawing software can be undone, and there is no need to worry about errors on the drawing.
  • the traditional method of adjusting the color of the display content is realized by selecting a certain color of the color wheel.
  • the color selection can be performed by clicking the color wheel, and the software changes the current drawing color of the software to the user selection. s color.
  • the user needs to select a plurality of colors, it is necessary to repeatedly open the color palette to select a color, or when the user needs to use a relatively special color, it is difficult to match the desired color through the color palette, and the accuracy is low.
  • the conventional method of adjusting the color of the display content has the disadvantage of low operational convenience.
  • a color adjustment method for displaying content including the following steps:
  • a color selection instruction is received and the handwriting color in the software is set to the color selected by the color selection instruction.
  • a color adjustment system for displaying content including:
  • Color collection module for color collection of target objects to obtain colors corresponding to multiple colors value
  • a color display module configured to transmit the color values corresponding to the plurality of colors to the software, and generate corresponding colors according to the color values to be displayed in the software;
  • a color setting module for receiving a color selection instruction and setting a handwriting color in the software to a color selected by the color selection instruction.
  • a color adjustment device for displaying content comprising a color collection device, a data transmission device and a color setting device, wherein the color collection device is communicably connected to the color setting device by the data transmission device,
  • the color collection device is configured to perform color collection on the target object, obtain color values corresponding to the plurality of colors, and send the color values to the color setting device through the data transmission device;
  • the color setting device is configured to transmit color values corresponding to the plurality of colors into software, generate corresponding colors according to the color values to be displayed in the software, and receive color selection instructions, and The handwriting color is set to the color selected by the color selection instruction.
  • the color adjustment method, system and device for displaying the above content perform color collection on the target object to obtain color values corresponding to the plurality of colors.
  • the color values corresponding to the plurality of colors are transmitted to the software, and the corresponding colors are generated according to the color values and displayed in the software.
  • the desired color is displayed in the software, and the color of the handwriting in the software is modified according to the displayed multiple colors to realize the color adjustment of the displayed content in the software.
  • the user can perform color collection according to actual needs, and select various colors to modify the handwriting color of the software, and does not need to perform color collection every time the color is switched, thereby improving the convenience of operation.
  • 1 is a flow chart of a method for adjusting color of displayed content in an embodiment
  • FIG. 2 is a flow chart of a method for adjusting color of display content in another embodiment
  • FIG. 3 is a schematic structural diagram of a color adjustment system for displaying content in an embodiment
  • FIG. 4 is a schematic structural diagram of a color adjustment system for displaying content in another embodiment
  • FIG. 5 is a schematic structural diagram of a color adjustment device for displaying content in an embodiment.
  • a color adjustment method for displaying content includes the following steps:
  • Step S120 Perform color collection on the target object to obtain color values corresponding to the plurality of colors.
  • the target refers to the color collection target, which may be a physical object such as an apple, a drawing, a table top or a wall, or a pigment palette.
  • the object can be color-collected by the color picking pen and the corresponding color value can be obtained, or the image can be obtained by photographing the target object, and the corresponding color value can be obtained by using the software to collect the color of the image.
  • the color pen has a built-in color acquisition device for collecting the color of the object. For example, when the user needs to draw an apple through the software, the color pen can be pointed at the surface of the apple for color collection. When the user recalls a lot of special colors through the actual palette and wants to paint with these colors, the color picker can be aligned to the color on the palette for collection.
  • the type of the obtained color value is not unique.
  • the obtained color value is the ratio of the three primary colors of the color, that is, the RGB value.
  • the specific method of obtaining the color value of the plurality of colors is not unique, and may be to collect multiple colors of the surface of the same object and obtain corresponding color values; or may perform color collection on multiple objects. , get the color value corresponding to multiple colors.
  • the target object may be color-collected in real time according to a preset acquisition frequency, and the corresponding color value is obtained.
  • the specific value of the preset frequency is adjustable, which is 24 times/second in this embodiment.
  • step S120 it may further include detecting whether an acquisition instruction is received, and if yes, proceeding to step S120; if not, returning to the step of detecting whether the acquisition instruction is received.
  • the manner of receiving the acquisition command is not unique. For example, when the color is collected by the color picking pen, when the user presses the color picking button, it can be considered that the receiving command is received, and step S120 is performed to perform color collection. The user can control the start of color collection by inputting an acquisition command, which is convenient to operate.
  • Step S140 The color values corresponding to the plurality of colors are transmitted to the software, and the corresponding colors are generated according to the color values and displayed in the software.
  • Software refers to software with adjustable color of handwriting.
  • the interface for modifying the color of the handwriting can be preset in the software for color addition.
  • the color value corresponding to the color can be transmitted to the software through the electronic device, and the corresponding color is generated according to the color value and displayed in the software for the user to perform the color Color choice.
  • the electronic device can be a tablet, a mobile phone, or the like.
  • the method of transmitting the color values corresponding to the plurality of colors to the software is not unique. After the color collection is completed, the corresponding color values are uniformly transmitted to the software; or when the color collection is performed, each time one is collected. After the color is obtained, the corresponding color value is acquired for transmission. In this embodiment, the color values corresponding to the respective colors are transmitted to the software in real time, which improves the timeliness of color collection.
  • the way to display the corresponding color in the software is not unique. It may be to display the color wheel in the software, display the color block pattern of the corresponding color in the color wheel, or display the corresponding color in the display area preset in the software. Color block pattern. In other embodiments, it is also possible to generate a text corresponding to the color in the software for display, such as displaying "red”, "blue", and the like.
  • Step S160 Receive a color selection instruction and set the handwriting color in the software to the color selected in the color selection instruction.
  • the user can select a color selection command for color selection.
  • the color selection instruction can also be received by the electronic device. After the user selects a certain color, the color of the handwriting in the software is set, so that the written text or the drawn stroke will be the color selected by the user.
  • the specific method of inputting the color selection instruction is not unique.
  • the color can be selected by inputting a color selection instruction by performing a touch operation on the touch screen, or by selecting a color by clicking a mouse to input a color selection instruction. For example, when the user clicks on the displayed patch pattern of a certain color, the color is selected as the color selected by the color selection instruction.
  • step S160 the step of saving the color selected by the color selection instruction may be further included by saving the color selected by the user for the next call.
  • the color adjustment method of the above display content is performed by color collecting the target object, and the required color is displayed in the software, and the color of the handwriting in the software is modified according to the displayed multiple colors to realize the color adjustment of the display content in the software. .
  • the user can perform color collection according to actual needs, and select various colors to modify the handwriting color of the software, and does not need to perform color collection every time the color is switched, thereby improving the convenience of operation. There will be a great improvement in the degree of color reproduction and ease of use.
  • step S120 specifically includes steps 1 and 2.
  • Step 1 Take a picture of the target and get the target picture.
  • the target object can be photographed by the camera. If the target object has multiple colors, the target object can be photographed to obtain a picture with multiple colors, or the different colors of the target object can be photographed separately to obtain multiple sheets. Monochrome picture. If the target is monochrome, multiple monochrome images can be obtained by photographing different objects.
  • Step 2 Perform color collection on the target image to obtain color values corresponding to multiple colors.
  • the color collection software may be used to perform color collection on the target image, and the color values corresponding to the colors in the target image are obtained.
  • the color collection of the target object is realized, and the operation is simple and reliable.
  • generating the corresponding color according to the color value in the step S140 is displayed in the software, comprising: displaying the color wheel in the software, and generating a color block pattern of the corresponding color according to the color value to display in the color wheel.
  • the color block pattern of the collected color is displayed in the color wheel, and when the user selects the color, the collected color and the existing color of the color wheel can be simultaneously selected to improve the operation convenience.
  • generating the corresponding color according to the color value for displaying in the color wheel comprises: generating a color block pattern of the corresponding color in real time according to the received color value, and displaying the preview window in the software; receiving the When the acquisition command is stopped, the color patch pattern of the color currently displayed in the preview window is added to the color palette of the software for display.
  • the color value and generating the color block pattern of the corresponding color After receiving the color value and generating the color block pattern of the corresponding color, it is displayed in the preview window.
  • the user can confirm whether the collected color is the desired color through the preview window, and input the stop acquisition command after collecting the desired color after the user confirms.
  • the specific form of receiving the stop acquisition instruction is not unique.
  • the color acquisition by the color picking pen is also taken as an example. When the user presses the color picking button, the color is collected, and the corresponding color value is acquired in real time and transmitted to the software, and the color value is generated according to the transmitted color value.
  • the patch pattern of the corresponding color is displayed in the preview window. When the user releases the color picking button, it can be considered that the stop acquisition command is received, and the color patch pattern of the color displayed in the preview window is added to the color wheel for display.
  • the collected color is previewed through the preview window, so that the user confirms whether the color is the desired color, and the color of the preview is added to the color disk for display after the user confirms, so that the user selects the use to avoid the collected color.
  • the collected color can be directly added to the color disk for display.
  • step S140 the step of saving the color displayed in the software may also be included.
  • the color block pattern of the color displayed in the software can be saved to the color wheel for the user to repeatedly select and use.
  • step S180 may also be included.
  • Step S180 Receive a color adjustment instruction, and adjust the color displayed in the software according to the color adjustment instruction.
  • Step S180 may be performed simultaneously with step S160, or may be performed before or after step S160.
  • the specific form of receiving the color adjustment instruction is not unique.
  • the electronic device also transmits the color value to the software, and displays the corresponding color in the software as an example.
  • the user can receive the color adjustment instruction through the electronic device to adjust the color of the software display. For example, color adjustment can be performed through the color parameter adjustment bar of the electronic device.
  • the specific way to adjust the color displayed in the software according to the color adjustment command is not unique, and the RGB value of the color may be adjusted to change the color; or the transparency of the color may be adjusted.
  • the color value includes an ARGB value
  • the color displayed in the software is adjusted according to the color adjustment instruction, including: adjusting the color transparency according to the color adjustment instruction. Specifically, after the ARGB value is obtained, the transparency of the color can be changed by modifying the A channel.
  • the user can also adjust the color of the display by inputting a color adjustment instruction, so that the collected color is closer to the desired color, thereby further improving the accuracy of color collection.
  • a color adjustment system for displaying content includes a color capture module 120, a color display module 140, and a color settings module 160.
  • the color collection module 120 is configured to perform color collection on the target object to obtain color values corresponding to the plurality of colors.
  • the object can be color-collected by the color picking pen and the corresponding color value can be obtained, or the image can be obtained by photographing the target object, and the color value of the image is obtained by software to obtain the corresponding color value.
  • the type of the obtained color value is not unique.
  • the obtained color value is the color of the three.
  • the ratio of the primary colors which is the RGB value.
  • the object can be color-collected in real time according to the preset acquisition frequency, and the corresponding color value is obtained.
  • the specific value of the preset frequency is adjustable, which is 24 times/second in this embodiment.
  • the color collection module 120 may perform color collection on the target object to obtain color values corresponding to the plurality of colors.
  • the user can control the start of color collection by inputting an acquisition command, which is convenient to operate.
  • the color display module 140 is configured to transmit the color values corresponding to the plurality of colors into the software, and generate corresponding colors according to the color values to be displayed in the software.
  • the color display module 140 transmits the color values corresponding to the respective colors to the software in real time, thereby improving the timeliness of color collection.
  • the way to display the corresponding color in the software is not unique. It may be to display the color wheel in the software, display the color block pattern of the corresponding color in the color wheel, or display the corresponding color in the display area preset in the software. Color block pattern. In other embodiments, it is also possible to generate a text corresponding to the color in the software for display, such as displaying "red”, “blue”, and the like.
  • the color setting module 160 is configured to receive a color selection instruction and set the handwriting color in the software to the color selected in the color selection instruction.
  • the user can select a color selection command for color selection.
  • the specific method of inputting the color selection instruction is not unique.
  • the color can be selected by inputting a color selection instruction by performing a touch operation on the touch screen, or by selecting a color by clicking a mouse to input a color selection instruction. For example, when the user clicks on the displayed patch pattern of a certain color, the color is selected as the color selected by the color selection instruction.
  • the color setting module 160 may also save the color selected by the color selection instruction after setting the handwriting color in the software to the color selected by the color selection instruction. Save the color selected by the user for the next call.
  • the color adjustment system of the above display content is obtained by color collecting the target object, and the required color is displayed in the software, and the color of the handwriting in the software is modified according to the displayed multiple colors to realize the color adjustment of the display content in the software. .
  • the user can perform color collection according to actual needs, and select various colors to modify the handwriting color of the software, and does not need to perform color collection every time the color is switched, thereby improving the convenience of operation. There will be a great improvement in the degree of color reproduction and ease of use.
  • the color collection module 120 is configured to take a picture of the target object to obtain a target picture; perform color collection on the target picture to obtain color values corresponding to the plurality of colors.
  • the color collection of the target object is realized, and the operation is simple and reliable.
  • the color display module 140 is configured to display a color wheel in software and generate a color block pattern of a corresponding color according to the color value for display in the color wheel.
  • the color block pattern of the collected color is displayed in the color wheel, and when the user selects the color, the collected color and the existing color of the color wheel can be simultaneously selected to improve the operation convenience.
  • the color display module 140 is configured to generate a color block pattern of a corresponding color in real time according to the received color value, and display the preview window in the software; when receiving the stop acquisition instruction, the preview window is currently displayed.
  • the color patch pattern of the displayed color is added to the color wheel of the software for display.
  • the collected color is previewed through the preview window, so that the user confirms whether the color is the desired color, and the color of the preview is added to the color disk for display after the user confirms, so that the user selects the use to avoid the collected color.
  • the collected color can be directly added to the color disk for display.
  • the color display module 140 displays the corresponding color according to the color value and displays it in the software
  • the color displayed in the software may also be saved, and the color block pattern of the color displayed in the software may be saved to the color disk for the user to repeatedly select and use.
  • the color adjustment system that displays the content may also include a color adjustment module 180.
  • the color adjustment module 180 is configured to transmit the generated color value to the software in the color display module 140, generate a corresponding color according to the color value, display the color adjustment instruction after being displayed in the software, and perform the color display in the software according to the color adjustment instruction. Adjustment.
  • the color value includes an ARGB value
  • the color displayed in the software is adjusted according to the color adjustment instruction, including: adjusting the color transparency according to the color adjustment instruction. Specifically, after the ARGB value is obtained, the transparency of the color can be changed by modifying the A channel.
  • the user can also adjust the color of the display by inputting a color adjustment instruction, so that the collected color is closer to the desired color, thereby further improving the accuracy of color collection.
  • a color adjustment device for displaying content includes a color collection device 220, a data transmission device 240, and a color setting device 260, and the color collection device 220 passes the data transmission device 240 and the color setting device.
  • Communication connection includes a color collection device 220, a data transmission device 240, and a color setting device 260, and the color collection device 220 passes the data transmission device 240 and the color setting device.
  • the color collection device 220 is configured to perform color collection on the target object, acquire color values corresponding to the plurality of colors, and send the color values to the color setting device 260 through the data transmission device 240.
  • the color collecting device 220 may specifically adopt a color picking pen to perform color collection on the target object and obtain a corresponding color value, or may obtain a picture by taking a picture of the target object, and perform color collection on the image through software to obtain a corresponding color value.
  • the obtained color value is the ratio of the three primary colors of the color, that is, the RGB value.
  • the object can be color-collected in real time according to the preset acquisition frequency, and the corresponding color value is obtained.
  • the specific value of the preset frequency is adjustable, which is 24 times/second in this embodiment.
  • the color collection device 220 may perform color collection on the target object to obtain color values corresponding to the plurality of colors.
  • the user can control the start of color collection by inputting an acquisition command, which is convenient to operate.
  • the data transmission mode of the data transmission device 240 is not unique, and may be wired transmission or wireless transmission.
  • the data transmission device 240 includes at least one of a 2.4G transmission device, a Bluetooth transmission device, and a Wifi transmission device. The user can select the corresponding transmission mode according to the actual situation, which improves the convenience of data transmission.
  • the color setting device 260 is configured to transmit the color values corresponding to the plurality of colors into the software, generate corresponding colors according to the color values and display them in the software; and receive the color selection instruction, and set the handwriting color in the software to the color selection instruction. The selected color.
  • the color setting device 260 may specifically be an electronic device.
  • the color setting device 260 transmits the color values corresponding to the respective colors to the software in real time, thereby improving the timeliness of color collection.
  • the way to display the corresponding color in the software is not unique. It can display the color wheel in the software, display the color block pattern of the corresponding color in the color wheel, or display the corresponding color in the display area preset in the software. Colored patch pattern. After displaying the acquired multiple colors in the software, the user can select a color selection command for color selection.
  • the color setting means 160 may also save the color selected by the color selection instruction after setting the handwriting color in the software to the color selected by the color selection instruction. Save the color selected by the user for the next call.
  • the color adjusting device of the above display content obtains the required color in the software by color collecting the target object, and modifies the color of the handwriting in the software according to the displayed multiple colors, thereby realizing the color adjustment of the display content in the software. .
  • the user can perform color collection according to actual needs, and select various colors to modify the handwriting color of the software, and does not need to perform color collection every time the color is switched, thereby improving the convenience of operation. There will be a great improvement in the degree of color reproduction and ease of use.
  • the color collection device 220 is configured to take a picture of the target object to obtain a target picture; perform color collection on the target picture to obtain color values corresponding to the plurality of colors.
  • the color collection of the target object is realized, and the operation is simple and reliable.
  • the color setting device 260 displays the color wheel in software and generates a color patch pattern of the corresponding color based on the color value for display in the color wheel.
  • the color block pattern of the collected color is displayed in the color wheel, and when the user selects the color, the collected color and the existing color of the color wheel can be simultaneously selected to improve the operation convenience.
  • the color setting device 260 generates a color block pattern of the corresponding color in real time according to the received color value, and displays it in a preview window in the software; when the stop capturing instruction is received, the preview window is currently displayed.
  • the color patch pattern of the color is added to the color wheel of the software for display.
  • the collected color is previewed through the preview window, so that the user confirms whether the color is the desired color, and the color of the preview is added to the color disk for display after the user confirms, so that the user selects the use to avoid the collected color.
  • the color of the preview is added to the color disk for display after the user confirms, so that the user selects the use to avoid the collected color.
  • the color setting device 260 displays the corresponding color according to the color value and displays it in the software
  • the color displayed in the software may be saved, and the color block pattern of the color displayed in the software may be saved to the color disk, so that the user repeatedly selects and uses the color.
  • the color setting device 260 is further configured to receive a color adjustment command after the corresponding color is generated in the software according to the color value, and adjust the color displayed in the software according to the color adjustment instruction.
  • the user can also adjust the color of the display by inputting a color adjustment instruction, so that the collected color is closer to the desired color, thereby further improving the accuracy of color collection.

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Abstract

一种显示内容的颜色调整方法、系统和装置，对目标物进行颜色采集，获取多种颜色所对应的色值（S120）。将多种颜色所对应的色值传输至软件中，根据色值生成相应颜色在软件中显示（S140）。接收颜色选择指令，并将软件中的笔迹颜色设置为颜色选择指令所选中的颜色（S160）。通过对目标物进行颜色采集，得到所需要的颜色在软件中显示，根据显示的多种颜色对软件中的笔迹颜色进行修改，实现对软件中显示内容的颜色调整。用户能根据实际需要进行颜色采集，对采集到的多种颜色进行选择来修改软件的笔迹颜色，且不需要每次切换颜色时都要再进行颜色采集，提高了操作便利性。

Description

显示内容的颜色调整方法、系统和装置 技术领域
本发明涉及计算机技术领域，特别是涉及一种显示内容的颜色调整方法、系统和装置。
背景技术
随着科学技术的发展，在设计行业中绘图软件已经取代传统绘画成为了主要创作方式。绘图软件可以借由电脑代工，处理重复性的工作来节省大量时间，且通常绘图软件的操作是可以撤销的，比较不用担心绘图上的错误。
传统的显示内容的调整颜色的方法是通过选择色盘的某一个颜色来实现，当用户需要进行颜色调整时，点开色盘便可进行颜色选择，软件将软件当前的绘制颜色修改为用户选择的颜色。然而，当用户需要选择多种颜色需要反复打开色盘选择颜色，或者当用户需要使用比较特殊的颜色时，很难通过色盘搭配出想要的颜色，且准确度低。传统的显示内容的调整颜色方法存在操作便利性低的缺点。
发明内容
基于此，有必要针对上述问题，提供一种可提高操作便利性的显示内容的颜色调整方法、系统和装置。
一种显示内容的颜色调整方法，包括以下步骤：
对目标物进行颜色采集，获取多种颜色所对应的色值；
将所述多种颜色所对应的色值传输至软件中，根据所述色值生成相应颜色在所述软件中显示；
接收颜色选择指令，并将所述软件中的笔迹颜色设置为所述颜色选择指令所选中的颜色。
一种显示内容的颜色调整系统，包括：
颜色采集模块，用于对目标物进行颜色采集，获取多种颜色所对应的色 值；
颜色显示模块，用于将所述多种颜色所对应的色值传输至软件中，根据所述色值生成相应颜色在所述软件中显示；
颜色设置模块，用于接收颜色选择指令，并将所述软件中的笔迹颜色设置为所述颜色选择指令所选中的颜色。
一种显示内容的颜色调整装置，包括颜色采集装置、数据传输装置和颜色设置装置，所述颜色采集装置通过所述数据传输装置与所述颜色设置装置通信连接，
所述颜色采集装置用于对目标物进行颜色采集，获取多种颜色所对应的色值，并通过所述数据传输装置发送至所述颜色设置装置；
所述颜色设置装置用于将所述多种颜色所对应的色值传输至软件中，根据所述色值生成相应颜色在所述软件中显示；以及接收颜色选择指令，并将所述软件中的笔迹颜色设置为所述颜色选择指令所选中的颜色。
上述显示内容的颜色调整方法、系统和装置，对目标物进行颜色采集，获取多种颜色所对应的色值。将多种颜色所对应的色值传输至软件中，根据色值生成相应颜色在软件中显示。接收颜色选择指令，并将软件中的笔迹颜色设置为颜色选择指令所选中的颜色。通过对目标物进行颜色采集，得到所需要的颜色在软件中显示，根据显示的多种颜色对软件中的笔迹颜色进行修改，实现对软件中显示内容的颜色调整。用户能根据实际需要进行颜色采集，对采集到的多种颜色进行选择来修改软件的笔迹颜色，且不需要每次切换颜色时都要再进行颜色采集，提高了操作便利性。
附图说明
图1为一实施例中显示内容的颜色调整方法的流程图；
图2为另一实施例中显示内容的颜色调整方法的流程图；
图3为一实施例中显示内容的颜色调整系统的结构示意图；
图4为另一实施例中显示内容的颜色调整系统的结构示意图；
图5为一实施例中显示内容的颜色调整装置的结构示意图。
具体实施方式
在一个实施例中，一种显示内容的颜色调整方法，如图1所示，包括以下步骤：
步骤S120：对目标物进行颜色采集，获取多种颜色所对应的色值。
目标物即指颜色采集目标，可以是实物，例如苹果、图纸、桌面或墙壁等；也可是颜料调色盘等。具体可通过取色笔对目标物进行颜色采集并获取对应色值，也可以是通过对目标物进行拍照得到图片，利用软件对图片进行颜色采集得到对应色值。取色笔内置有颜色采集装置，用于对物体颜色进行采集。比如，当用户需要通过软件画一个苹果，可以将取色笔对准苹果的表面进行颜色采集。当用户通过真实的调色盘调出了很多特别的颜色，并想用这些颜色作画时，可将取色笔对准调色盘上的颜色进行采集。
获取得到的色值的类型并不唯一，本实施例中，获取得到的色值为颜色的三原色的比值，即RGB值。对目标物进行颜色采集获取多种颜色对应色值的具体方式并不唯一，可以是采集同一目标物表面的多种颜色，并获取对应的色值；也可以是对多个目标物进行颜色采集，获取多种颜色对应的色值。本实施例中，可根据预设的采集频率实时对目标物进行颜色采集，获取对应的色值。预设频率的具体取值可调，本实施例中为24次/秒。
此外，步骤S120之前还可包括检测是否接收到采集指令，若是，则进行步骤S120；若否，则可返回检测是否接收到采集指令的步骤。
接收采集指令的方式并不唯一，以通过取色笔采集颜色为例，当检测到用户按压取色按钮时，则可认为接收到采集指令，执行步骤S120，进行颜色采集。用户可通过输入采集指令以控制开始颜色采集，操作便利。
步骤S140：将多种颜色所对应的色值传输至软件中，并根据色值生成相应颜色在软件中显示。
软件指具备笔迹颜色可调功能的软件，可在软件中预先设置修改笔迹颜色的接口，以便进行颜色添加操作。具体可通过电子设备将种颜色所对应的色值传输至软件中，并根据色值生成相应颜色在软件中显示以便用户进行颜 色选择。电子设备可以是平板电脑、手机等。
将多种颜色所对应的色值传输至软件中的方式并不唯一，可以是在颜色采集完成后，获取对应的色值统一传输至软件中；也可以是在进行颜色采集时，每采集一种颜色后便获取对应色值进行传输。本实施例中，将各颜色对应的色值实时传输至软件中，提高了颜色采集及时性。在软件中显示相应颜色的方式也并不唯一，可以是在软件中显示色盘，在色盘中显示相应颜色的色块图样；也可以是在软件中预先设置的显示区域内显示相应颜色的色块图样。在其他实施例中，也可以是在软件中生成颜色对应的文字进行显示，如显示“红色”、“蓝色”等。
步骤S160：接收颜色选择指令，并将软件中的笔迹颜色设置为颜色选择指令所选中的颜色。
在软件中显示采集得到的多种颜色后，用户可通过输入颜色选择指令进行颜色挑选。同样可通过电子设备接收颜色选择指令，在用户选中某一颜色后，对软件中的笔迹颜色进行设置，使得写出来的文字，或者画出来的笔画都会是用户选取的颜色。输入颜色选择指令的具体方式并不唯一，可通过在触控屏进行触控操作以输入颜色选择指令选择颜色，也可以是通过点击鼠标输入颜色选择指令以选择颜色。例如，当用户点击显示的某一颜色的色块图样后，则将该颜色作为颜色选择指令所选中的颜色。
此外，步骤S160之后，还可包括保存颜色选择指令所选中的颜色的步骤，通过对用户选择的颜色进行保存，以便下次调用。
上述显示内容的颜色调整方法，通过对目标物进行颜色采集，得到所需要的颜色在软件中显示，根据显示的多种颜色对软件中的笔迹颜色进行修改，实现对软件中显示内容的颜色调整。用户能根据实际需要进行颜色采集，对采集到的多种颜色进行选择来修改软件的笔迹颜色，且不需要每次切换颜色时都要再进行颜色采集，提高了操作便利性。对于颜色的还原度及使用便捷性等方面都会有很大的提高。
在一个实施例中，步骤S120具体包括步骤1和步骤2。
步骤1：对目标物进行拍照，得到目标图片。
具体可通过摄像头对目标物进行拍照，若目标物带有多种颜色，可以是对目标物进行拍照得到带有多种颜色的图片，也可以是对目标物不同的颜色分别进行拍照得到多张单色图片。若目标物为单色，则可通过对不同的目标物进行拍照得到多张单色图片。
步骤2：对目标图片进行颜色采集，得到多种颜色对应的色值。
具体可利用颜色采集软件对目标图片进行颜色采集，获取目标图片中各颜色对应的色值。
本实施例中，通过对目标物进行拍照然后获取图片中的色值，实现对目标物的颜色采集，操作简便可靠。
在一个实施例中，步骤S140中根据色值生成相应颜色在软件中显示，包括：在软件中显示色盘，并根据色值生成相应颜色的色块图样在色盘中进行显示。
在色盘中显示采集得到的颜色的色块图样，用户在进行颜色选择时，可同时对采集的颜色和色盘已存的颜色进行挑选，提高操作便利性。
进一步地，在一个实施例中，根据色值生成相应颜色在色盘中进行显示，包括：根据接收的色值实时生成相应颜色的色块图样，并在软件中的预览窗口显示；在接收到停止采集指令时，将预览窗口当前显示的颜色的色块图样加入软件的色盘中进行显示。
接收到色值并生成相应颜色的色块图样后，在预览窗口进行显示。用户可通过预览窗口确认采集得到的颜色是否为所需要的颜色，在用户确认后采集到所需颜色后输入停止采集指令。接收停止采集指令的具体形式并不唯一，同样以通过取色笔进行颜色采集为例，当用户按压取色按钮时进行颜色采集，实时获取对应色值传输至软件中，根据传输的色值生成相应颜色的色块图样在预览窗口显示。当用户松开取色按钮时，则可认为接收到停止采集指令，将此时预览窗口显示的颜色的色块图样加入色盘中进行显示。
本实施例中，通过预览窗口对采集得到的颜色进行预览，以便用户确认是否为所需颜色，在用户确认之后将预览的颜色加入色盘进行显示，以便用户选择使用，避免采集到的颜色不准确，提高了颜色采集便利性和可靠性。 可以理解，在其他实施例中，也可以是直接将采集得到颜色加入色盘进行显示。
此外，步骤S140之后，还可包括保存软件中显示的颜色的步骤。具体可将软件中显示的颜色的色块图样保存至色盘，以便用户重复选择使用。
在一个实施例中，如图2所示，步骤S140之后，还可包括步骤S180。
步骤S180：接收颜色调节指令，并根据颜色调节指令对软件中显示的颜色进行调节。
步骤S180具体可与步骤S160同时进行，也可在步骤S160之前或之后进行。接收颜色调节指令的具体形式并不唯一，同样以电子设备将色值传输至软件，并在软件中显示相应颜色为例，用户可通过电子设备接收颜色调节指令，对软件显示的颜色进行调节，例如，可通过电子设备的颜色参数调节栏进行颜色调节。
根据颜色调节指令对软件中显示的颜色进行调节的具体方式也不唯一，可以是对颜色的RGB值进行调节，以改变颜色；也可以是调节颜色的透明度等。本实施例中，色值包括ARGB值，根据颜色调节指令对软件中显示的颜色进行调节，包括：根据颜色调节指令对颜色透明度进行调节。具体可在获取到ARGB值之后，通过对A通道进行修改，从而可以改变颜色的透明度。
在软件中显示采集得到的颜色之后，用户还可通过输入颜色调节指令对显示的颜色进行调节，以使采集得到的颜色更接近所需颜色，进一步提高颜色采集的准确性。
在一个实施例中，一种显示内容的颜色调整系统，如图3所示，包括颜色采集模块120、颜色显示模块140和颜色设置模块160。
颜色采集模块120用于对目标物进行颜色采集，获取多种颜色所对应的色值。
具体可通过取色笔对目标物进行颜色采集并获取对应色值，也可以是通过对目标物进行拍照得到图片，通过软件对图片进行颜色采集得到对应色值。获取得到的色值的类型并不唯一，本实施例中，获取得到的色值为颜色的三 原色的比值，即RGB值。可根据预设的采集频率实时对目标物进行颜色采集，获取对应的色值。预设频率的具体取值可调，本实施例中为24次/秒。
此外，颜色采集模块120还可在接收到采集指令后，对目标物进行颜色采集，获取多种颜色所对应的色值。用户可通过输入采集指令以控制开始颜色采集，操作便利。
颜色显示模块140用于将多种颜色所对应的色值传输至软件中，根据色值生成相应颜色在软件中显示。
本实施例中，颜色显示模块140将各颜色对应的色值实时传输至软件中，提高了颜色采集及时性。在软件中显示相应颜色的方式也并不唯一，可以是在软件中显示色盘，在色盘中显示相应颜色的色块图样；也可以是在软件中预先设置的显示区域内显示相应颜色的色块图样。在其他实施例中，也可以是在软件中生成颜色对应的文字进行显示，如显示“红色”、“蓝色”等。
颜色设置模块160用于接收颜色选择指令，并将软件中的笔迹颜色设置为颜色选择指令所选中的颜色。
在软件中显示采集得到的多种颜色后，用户可通过输入颜色选择指令进行颜色挑选。输入颜色选择指令的具体方式并不唯一，可通过在触控屏进行触控操作以输入颜色选择指令选择颜色，也可以是通过点击鼠标输入颜色选择指令以选择颜色。例如，当用户点击显示的某一颜色的色块图样后，则将该颜色作为颜色选择指令所选中的颜色。
此外，颜色设置模块160在将软件中的笔迹颜色设置为颜色选择指令所选中的颜色之后，还可保存颜色选择指令所选中的颜色。通过对用户选择的颜色进行保存，以便下次调用。
上述显示内容的颜色调整系统，通过对目标物进行颜色采集，得到所需要的颜色在软件中显示，根据显示的多种颜色对软件中的笔迹颜色进行修改，实现对软件中显示内容的颜色调整。用户能根据实际需要进行颜色采集，对采集到的多种颜色进行选择来修改软件的笔迹颜色，且不需要每次切换颜色时都要再进行颜色采集，提高了操作便利性。对于颜色的还原度及使用便捷性等方面都会有很大的提高。
在一个实施例中，颜色采集模块120用于对目标物进行拍照，得到目标图片；对目标图片进行颜色采集，得到多种颜色对应的色值。
本实施例中，通过对目标物进行拍照然后获取图片中的色值，实现对目标物的颜色采集，操作简便可靠。
在一个实施例中，颜色显示模块140用于在软件中显示色盘，并根据色值生成相应颜色的色块图样在色盘中进行显示。
在色盘中显示采集得到的颜色的色块图样，用户在进行颜色选择时，可同时对采集的颜色和色盘已存的颜色进行挑选，提高操作便利性。
进一步地，在一个实施例中，颜色显示模块140用于根据接收的色值实时生成相应颜色的色块图样，并在软件中的预览窗口显示；在接收到停止采集指令时，将预览窗口当前显示的颜色的色块图样加入软件的色盘中进行显示。
本实施例中，通过预览窗口对采集得到的颜色进行预览，以便用户确认是否为所需颜色，在用户确认之后将预览的颜色加入色盘进行显示，以便用户选择使用，避免采集到的颜色不准确，提高了颜色采集便利性和可靠性。可以理解，在其他实施例中，也可以是直接将采集得到颜色加入色盘进行显示。
此外，颜色显示模块140在根据色值生成相应颜色在软件中显示之后，还可保存软件中显示的颜色，具体可将软件中显示的颜色的色块图样保存至色盘，以便用户重复选择使用。
在一个实施例中，如图4所示，显示内容的颜色调整系统还可包括颜色调节模块180。
颜色调节模块180用于在颜色显示模块140将生成的色值传输至软件中，根据色值生成相应颜色在软件中显示之后，接收颜色调节指令，并根据颜色调节指令对软件中显示的颜色进行调节。
本实施例中，色值包括ARGB值，根据颜色调节指令对软件中显示的颜色进行调节，包括：根据颜色调节指令对颜色透明度进行调节。具体可在获取到ARGB值之后，通过对A通道进行修改，从而可以改变颜色的透明度。
在软件中显示采集得到的颜色之后，用户还可通过输入颜色调节指令对显示的颜色进行调节，以使采集得到的颜色更接近所需颜色，进一步提高颜色采集的准确性。
在一个实施例中，一种显示内容的颜色调整装置，如图5所示，包括颜色采集装置220、数据传输装置240和颜色设置装置260，颜色采集装置220通过数据传输装置240与颜色设置装置通信连接，
颜色采集装置220用于对目标物进行颜色采集，获取多种颜色所对应的色值，并通过数据传输装置240发送至颜色设置装置260。
颜色采集装置220具体可采用取色笔，对目标物进行颜色采集并获取对应色值，也可以是通过对目标物进行拍照得到图片，通过软件对图片进行颜色采集得到对应色值。本实施例中，获取得到的色值为颜色的三原色的比值，即RGB值。可根据预设的采集频率实时对目标物进行颜色采集，获取对应的色值。预设频率的具体取值可调，本实施例中为24次/秒。
此外，颜色采集装置220还可在接收到采集指令后，对目标物进行颜色采集，获取多种颜色所对应的色值。用户可通过输入采集指令以控制开始颜色采集，操作便利。
数据传输装置240的数据传输方式并不唯一，可以是有线传输也可以是无线传输。本实施例中，数据传输装置240包括2.4G传输装置、蓝牙传输装置和Wifi传输装置中的至少一种。用户可根据实际情况选择相应的传输方式，提高了数据传输便利性。
颜色设置装置260用于将多种颜色所对应的色值传输至软件中，根据色值生成相应颜色在软件中显示；以及接收颜色选择指令，并将软件中的笔迹颜色设置为颜色选择指令所选中的颜色。
颜色设置装置260具体可以是电子设备，本实施例中颜色设置装置260将各颜色对应的色值实时传输至软件中，提高了颜色采集及时性。在软件中显示相应颜色的方式也并不唯一，可以是在软件中显示色盘，在色盘中显示相应颜色的色块图样；也可以是在软件中预先设置的显示区域内显示相应颜 色的色块图样。在软件中显示采集得到的多种颜色后，用户可通过输入颜色选择指令进行颜色挑选。
此外，颜色设置装置160在将软件中的笔迹颜色设置为颜色选择指令所选中的颜色之后，还可保存颜色选择指令所选中的颜色。通过对用户选择的颜色进行保存，以便下次调用。
上述显示内容的颜色调整装置，通过对目标物进行颜色采集，得到所需要的颜色在软件中显示，根据显示的多种颜色对软件中的笔迹颜色进行修改，实现对软件中显示内容的颜色调整。用户能根据实际需要进行颜色采集，对采集到的多种颜色进行选择来修改软件的笔迹颜色，且不需要每次切换颜色时都要再进行颜色采集，提高了操作便利性。对于颜色的还原度及使用便捷性等方面都会有很大的提高。
在一个实施例中，颜色采集装置220用于对目标物进行拍照，得到目标图片；对目标图片进行颜色采集，得到多种颜色对应的色值。
本实施例中，通过对目标物进行拍照然后获取图片中的色值，实现对目标物的颜色采集，操作简便可靠。
在一个实施例中，颜色设置装置260在软件中显示色盘，并根据色值生成相应颜色的色块图样在色盘中进行显示。
在色盘中显示采集得到的颜色的色块图样，用户在进行颜色选择时，可同时对采集的颜色和色盘已存的颜色进行挑选，提高操作便利性。
进一步地，在一个实施例中，颜色设置装置260根据接收的色值实时生成相应颜色的色块图样，并在软件中的预览窗口显示；在接收到停止采集指令时，将预览窗口当前显示的颜色的色块图样加入软件的色盘中进行显示。
本实施例中，通过预览窗口对采集得到的颜色进行预览，以便用户确认是否为所需颜色，在用户确认之后将预览的颜色加入色盘进行显示，以便用户选择使用，避免采集到的颜色不准确，提高了颜色采集便利性和可靠性。
此外，颜色设置装置260在根据色值生成相应颜色在软件中显示之后，还可保存软件中显示的颜色，具体可将软件中显示的颜色的色块图样保存至色盘，以便用户重复选择使用。
在一个实施例中，颜色设置装置260在根据色值生成相应颜色在软件中显示之后，还用于接收颜色调节指令，并根据颜色调节指令对软件中显示的颜色进行调节。
在软件中显示采集得到的颜色之后，用户还可通过输入颜色调节指令对显示的颜色进行调节，以使采集得到的颜色更接近所需颜色，进一步提高颜色采集的准确性。
以上所述实施例仅表达了本发明的几种实施方式，其描述较为具体和详细，但并不能因此而理解为对发明专利范围的限制。应当指出的是，对于本领域的普通技术人员来说，在不脱离本发明构思的前提下，还可以做出若干变形和改进，这些都属于本发明的保护范围。因此，本发明专利的保护范围应以所附权利要求为准。

Claims (10)

  1. 一种显示内容的颜色调整方法，其特征在于，包括以下步骤：
    对目标物进行颜色采集，获取多种颜色所对应的色值；
    将所述多种颜色所对应的色值传输至软件中，并根据所述色值生成相应颜色在所述软件中显示；
    接收颜色选择指令，并将所述软件中的笔迹颜色设置为所述颜色选择指令所选中的颜色。
  2. 根据权利要求1所述的方法，其特征在于，所述对目标物进行颜色采集，获取多种颜色所对应的色值，包括：
    对目标物进行拍照，得到目标图片；
    对所述目标图片进行颜色采集，得到多种颜色对应的色值。
  3. 根据权利要求1所述的方法，其特征在于，所述根据所述色值生成相应颜色在所述软件中显示，包括：在所述软件中显示色盘，并根据所述色值生成相应颜色的色块图样在所述色盘中进行显示。
  4. 根据权利要求3所述的方法，其特征在于，所述根据所述色值生成相应颜色的色块图样在所述色盘中进行显示，包括：
    根据接收的色值实时生成相应颜色的色块图样，并在所述软件中的预览窗口显示；
    在接收到停止采集指令时，将所述预览窗口当前显示的颜色的色块图样加入所述软件的色盘中进行显示。
  5. 根据权利要求1所述的方法，其特征在于，所述将生成的色值传输至软件中，根据所述色值生成相应颜色在所述软件中显示之后，还包括：
    接收颜色调节指令，并根据所述颜色调节指令对所述软件中显示的颜色进行调节。
  6. 一种显示内容的颜色调整系统，其特征在于，包括：
    颜色采集模块，用于对目标物进行颜色采集，获取多种颜色所对应的色值；
    颜色显示模块，用于将所述多种颜色所对应的色值传输至软件中，根据 所述色值生成相应颜色在所述软件中显示；
    颜色设置模块，用于接收颜色选择指令，并将所述软件中的笔迹颜色设置为所述颜色选择指令所选中的颜色。
  7. 根据权利要求6所述的系统，其特征在于，所述颜色显示模块用于在所述软件中显示色盘，并根据所述色值生成相应颜色的色块图样在所述色盘中进行显示。
  8. 根据权利要求6所述的系统，其特征在于，还包括：
    颜色调节模块，用于在所述颜色显示模块将生成的色值传输至软件中，根据所述色值生成相应颜色在所述软件中显示之后，接收颜色调节指令，并根据所述颜色调节指令对所述软件中显示的颜色进行调节。
  9. 一种显示内容的颜色调整装置，其特征在于，包括颜色采集装置、数据传输装置和颜色设置装置，所述颜色采集装置通过所述数据传输装置与所述颜色设置装置通信连接，
    所述颜色采集装置用于对目标物进行颜色采集，获取多种颜色所对应的色值，并通过所述数据传输装置发送至所述颜色设置装置；
    所述颜色设置装置用于将所述多种颜色所对应的色值传输至软件中，根据所述色值生成相应颜色在所述软件中显示；以及接收颜色选择指令，并将所述软件中的笔迹颜色设置为所述颜色选择指令所选中的颜色。
  10. 根据权利要求9所述的装置，其特征在于，所述数据传输装置包括2.4G传输装置、蓝牙传输装置和Wifi传输装置中的至少一种。
PCT/CN2016/113162 2016-07-13 2016-12-29 显示内容的颜色调整方法、系统和装置 WO2018010389A1 (zh)

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