TWI417807B - System, method and computer for automatically marking a graphics path with a predetermined color - Google Patents

Description

System, method and computer for automatic color mapping of primitive path

The invention relates to a system, a method and a computer for realizing automatic color mapping of a primitive path.

In the field of graphic design and processing, it is very important and indispensable for the 2D line (ie: path) of the processed element to be color-coded to process the 2D line of the processed element. The processing machine automatically reads it. The additional processing information corresponding to the color identified on the 2D line of the processing element is further automated to perform the wire cutting operation.

At present, people often make some mistakes when designing the path of the to-be-processed primitives. For example, when there are many primitive paths in the image file, such as hundreds of primitive paths, people will Some primitive paths often have confusion and errors when they are color-coded, because the color that people identify with the primitive path may be the same as the original color of the primitive path, so that we can't judge which is the color-processed path. At the same time, people often identify the primitive paths that should be identified by the same color into different colors.

In view of the above, it is necessary to provide an automatic color mapping system for the primitive path to improve the efficiency and correctness of the color path work of the primitive path.

A primitive path automatic color calibration system, the system is installed in a computer. The system includes : Parameter setting module, information acquisition module, information analysis module, color modification module, layer layer module, and design image file. The design file is used to store the elements that need to identify the color of the path. The parameter setting module is used to set the corresponding number of processing tools for different primitives, and set a corresponding identification color for each set number of processing tools. The information acquisition module is configured to select a set number of processing tools, select a picture element corresponding to each processing tool number from the design image file, and obtain layer information of each selected element according to the attribute data of the graphic element, and determine that the image information is not available. A layer that identifies the color of the primitive path and the element that has the layer that belongs to the unidentifiable primitive path color is removed from the selected primitive. The information analysis module is configured to analyze whether a path of a primitive in the remaining elements after the information acquisition module is deleted is identified by a color. The color modification module is configured to modify the path color of the path in which the path of the remaining elements in the primitive remaining after the information acquisition module is deleted, and the path color determined by the corresponding number of processing tools. The primitive layering module is configured to allocate a corresponding layer for each processing tool, and the path of the remaining primitives after the information acquisition module is deleted is not identified by the color, and the corresponding processing is performed according to the corresponding processing. The number of knives is assigned to the assigned layer. The color modification module is further configured to perform path color identification on the primitives that are assigned to each of the distribution layers by using the path color determined by the corresponding number of processing tools.

In addition, it is also necessary to provide a computer-based automatic color mapping method for the primitive path to improve the efficiency and correctness of the color path work of the primitive path.

A method for automatically coloring a primitive path based on a computer, the method comprising the steps of: a. setting a corresponding number of processing knives for different primitives, and setting a corresponding identification color for each set number of processing knives; b. Select one of the number of processing knives, and select the primitive corresponding to the number of processing knives from the design drawing file; c. obtain the layer information of each selected primitive according to the attribute data of the primitive; d. Determine not to be marked The layer that identifies the color of the primitive path and the primitive that belongs to the layer of the unidentifiable primitive path color are deleted from the selected primitive; e. when the path of the remaining primitive in the remaining primitive is identified by the color, In the following step f, or when the path of the remaining primitives is not marked with a color, the process proceeds to the following step g; f. the remaining primitives in the path are identified by the color of the primitive, The path color determined by the number of processing tools is used to modify the path color; g. assigning a corresponding layer to the number of processing tools, and dividing the remaining elements in the remaining primitives with the unmarked color into the assigned layer; h. The path of the primitive assigned to the assigned layer is identified by the path identification color corresponding to the number of machining tools; i. When the number of machining tools is not selected, the process proceeds to step b above.

In addition, it is also necessary to provide a computer capable of automatically coloring the primitive path to improve the efficiency and correctness of the color path of the primitive path.

A computer capable of automatically coloring a primitive path includes a parameter setting module, an information acquisition module, an information analysis module, a color modification module, a layer layer module, and a design image file. The design file is used to store the elements that need to identify the color of the path. The parameter setting module is used to set the corresponding number of processing tools for different primitives, and set a corresponding identification color for each set number of processing tools. The information acquisition module is configured to select a set number of processing tools, select a picture element corresponding to each processing tool number from the design image file, and obtain layer information of each selected element according to the attribute data of the graphic element, and determine that the image information is not available. A layer that identifies the color of the primitive path and the element that has the layer that belongs to the unidentifiable primitive path color is removed from the selected primitive. The information analysis module is configured to analyze whether a path of a primitive in the remaining elements after the information acquisition module is deleted is identified by a color. The color modification module is configured to modify the path color of the path in which the path of the remaining elements in the primitive remaining after the information acquisition module is deleted, and the path color determined by the corresponding number of processing tools. The primitive layering module is used for each processing knife The number is assigned a corresponding layer, and the elements in the remaining primitives after the information acquisition module are deleted are not marked with color, and are assigned to the assigned layer according to the corresponding number of processing knives. The color modification module is further configured to perform path color identification on the primitives that are assigned to each of the distribution layers by using the path color determined by the corresponding number of processing tools.

Compared with the prior art, the present invention improves the efficiency and correctness of the color path work of the primitive path by classifying the primitives according to the number of processing tools and classifying the color of the symbol path identification according to the number of processing tools.

1‧‧‧ computer

10‧‧‧ primitive path automatic color system

100‧‧‧ parameter setting module

101‧‧‧Information acquisition module

102‧‧‧Information Analysis Module

103‧‧‧Color Modification Module

105‧‧‧ element layering module

106‧‧‧Design files

1 is a hardware architecture diagram of a preferred embodiment of the primitive color mapping system of the present invention.

FIG. 2 is a specific implementation flowchart of a preferred embodiment of the method for automatically coloring the primitive path of the present invention.

Glossary:

The number of machining tools of the drawing element refers to the number of times the machine tool bit is cut according to the shape of the primitive during the machining process.

The path of the primitive refers to the trajectory of the cutting edge of the machine tool according to the shape of the primitive during the machining process, that is, the line of the primitive in the design drawing file.

As shown in FIG. 1, it is a hardware architecture diagram of a preferred embodiment of the primitive color mapping system of the present invention. The primitive path automatic color grading system 10 runs in a computer 1 to provide a user with a primitive path automatic color mapping operation interface.

The primitive path automatic color calibration system 10 includes a parameter setting module 100, an information acquisition module 101, an information analysis module 102, a color modification module 103, and a layer layering module 105. And the design file 106. The design file 106 contains primitives that need to identify the path color, and corresponds to a configuration document. The configuration document contains layer information that cannot identify the color of the primitive path.

The parameter setting module 100 is configured to set a corresponding number of processing tools for different primitives, and set a corresponding identification color for each set number of processing tools. The number of machining knives of the primitive is set according to the actual needs of the primitive during the machining process. For example, the number of machining knives corresponding to the inner hole primitive is usually one knife, and the number of machining knives corresponding to the oblique inner hole primitive is usually It is three knives. Different primitives may correspond to the same number of machining tools. For example, the number of machining knives corresponding to a circular inner hole and a semi-circular inner hole is usually one. In this embodiment, the color of the primitive path identifier is set according to the number of processing tools, and the number of different processing tools corresponds to different primitive path identification colors. For example, the path identification color corresponding to the inner hole graphic element (one knife) is Red, and the path identifier color corresponding to the sloped hole element (three-knife) is blue.

The information acquisition module 101 is configured to select a set number of processing tools, select a picture element corresponding to each processing tool number from the design image file 106, and obtain layer information of each selected element according to the attribute data of the graphic element. The layer that cannot identify the color of the primitive path is determined according to the configuration document of the design file 106, and the primitive of the layer belonging to the unidentifiable primitive path color is deleted from the selected primitive. The attribute data of the associated element includes the layer information, the start point and the end point coordinate information.

The information analysis module 102 is configured to analyze whether the path of the primitive remaining in the picture element deleted by the information obtaining module 101 is identified by the color, that is, whether the remaining elements in the picture acquired by the information obtaining module 101 are analyzed. The current color of the path with the primitive is different from the original color.

The color modification module 103 is configured to delete the remaining primitives after the information acquisition module 101 is deleted. The middle path is identified by the color of the primitive, and the path color is modified according to the path color determined by the corresponding number of processing knives. In this embodiment, the color modification module 103 performs path color modification on the primitive only if the path color of one primitive does not match the path color determined by the number of processing knives corresponding to the primitive.

The primitive layering module 105 is configured to allocate a corresponding layer for each processing tool, and the remaining pixels in the primitives deleted by the information obtaining module 101 are not processed by the corresponding color. The number of knives is assigned to the assigned layer.

The color modification module 103 is further configured to perform path color identification on the primitives that are assigned to the respective distribution layers by using the path color determined by the corresponding number of processing tools.

The information analysis module 102 is further configured to analyze whether the number of processing tools is not selected by the information acquisition module 101.

As shown in FIG. 2, it is a specific implementation flowchart of a preferred embodiment of the method for automatically coloring the primitive path of the present invention. First, the parameter setting module 100 sets the corresponding number of processing knives for different primitives, and sets a corresponding identification color for each set number of processing knives (step S10). The number of machining knives of the primitive is set according to the actual needs of the primitive during the machining process. For example, the number of machining knives corresponding to the inner hole primitive is usually one knife, and the number of machining knives corresponding to the oblique inner hole primitive is usually It is three knives. Different primitives may correspond to the same number of machining tools. For example, the number of machining knives corresponding to a circular inner hole and a semi-circular inner hole is usually one. In this embodiment, the color of the primitive path identifier is set according to the number of processing tools, and the number of different processing tools corresponds to different primitive path identification colors. For example, the path identification color corresponding to the inner hole graphic element (one knife) is Red, and the path identifier color corresponding to the sloped hole element (three-knife) is blue.

The information acquisition module 101 selects one of the number of processing tools from the set number of processing tools, and The primitive corresponding to the number of machining knives is selected in the design image file 106 (step S11).

The information acquisition module 101 acquires layer information of each selected primitive according to the attribute data of the primitive (step S12).

The information acquisition module 101 determines a layer that cannot identify the color of the primitive path according to the configuration document of the design image file 106, and deletes the primitive of the layer belonging to the unidentifiable primitive path color from the selected primitive (step S13).

The information analysis module 102 analyzes whether the path of the primitive remaining in the picture element deleted by the information obtaining module 101 is identified by the color, that is, whether the picture element remaining in the picture element deleted by the information obtaining module 101 has a picture element The current color of the path is different from the initial color (step S15).

If the path of the primitive in the remaining primitives after the information acquisition module 101 is deleted is identified by the color, the process proceeds to the following step S16; or, the remaining primitives after the information acquisition module 101 is deleted are not shown. When the path of the element is identified as a color, the process proceeds to the following step S17.

The color modification module 103 reconstructs the path color by the path color determined by the number of processing tools after the information acquired by the information acquisition module 101 is deleted, and the path color is modified according to the path color determined by the number of processing tools (step S16). In this embodiment, the color modification module 103 performs path color modification on the primitive only if the path color of one primitive does not match the path color determined by the number of processing knives corresponding to the primitive.

The primitive layering module 105 assigns a corresponding layer to the number of processing tools, and the pixels in the remaining primitives that have not been identified by the information acquisition module 101 are not included in the assigned layer (step S17). ).

The color modification module 103 identifies the path of the primitives that are drawn into the assigned layer into the The path identification color corresponding to the number of machining knives (step S18).

The information analysis module 102 analyzes whether or not the number of machining tools is not selected by the information acquisition module 101 (step S19).

When the number of machining knives is not selected by the information acquisition module 101, the process proceeds to the above step S11; or, when the number of machining knives is not selected by the information acquisition module 101, the flow ends.

The above is only the preferred embodiment of the present invention, and has been used in a wide range of applications. Any other equivalent changes or modifications which are not departing from the spirit of the present invention should be included in the following claims. Inside.

1‧‧‧ computer

10‧‧‧ primitive path automatic color system

100‧‧‧ parameter setting module

101‧‧‧Information acquisition module

102‧‧‧Information Analysis Module

103‧‧‧Color Modification Module

105‧‧‧ element layering module

106‧‧‧Design files

Claims (8)

An automatic path coloring system for a primitive path, the system being installed in a computer, the system comprising: a design image file for storing a graphic element of a color to be identified; a parameter setting module, configured to set a corresponding processing for different graphic elements The number of knives and a corresponding identification color for each set number of processing knives; the information acquisition module is used for selecting the number of processing knives to be selected, and selecting the primitive corresponding to the number of processing knives from the design drawing file, Obtaining layer information of each selected primitive according to the attribute data of the primitive, determining a layer that cannot identify the color of the primitive path, and deleting the primitive of the layer belonging to the unidentifiable primitive path color from the selected primitive. The primitive path is a line of the primitive in the design image file; the information analysis module is configured to analyze whether the path of the primitive remaining in the primitive after the information acquisition module is deleted is identified by the color; the color modification module For the picture elements whose path is identified by the remaining elements in the picture element after the information acquisition module is deleted, and the path color is determined according to the path color determined by the corresponding number of processing tools. The primitive layering module is configured to allocate a corresponding layer for each processing tool, and the path of the remaining primitives after the information acquisition module is deleted is not identified by the color, and the corresponding processing is performed according to the corresponding processing. The number of knives is assigned to the assigned layer; the color modification module is also used to mark the color of the path determined by the number of the corresponding processing knives for the primitives that are assigned to each of the assigned layers. The primitive path automatic color grading system of claim 1, wherein the design image file corresponds to a layer information configuration document containing a color of the unidentifiable primitive path. The automatic color mapping system of the primitive path described in claim 2, wherein the information is obtained The module determines a layer that cannot identify the color of the element path according to the configuration document corresponding to the design file. The image path automatic color calibration system according to claim 1, wherein the information analysis module is further configured to analyze whether the number of processing tools is not selected by the information acquisition module. A method for automatically coloring a primitive path based on a computer, the method comprising the steps of: a. setting a corresponding number of processing knives for different primitives, and setting a corresponding identification color for each set number of processing knives; b. Select one of the number of processing knives, and select the primitive corresponding to the number of processing knives from the design drawing file; c. obtain the layer information of each selected primitive according to the attribute data of the primitive; d. Determining a layer that cannot identify the color of the primitive path, and deleting the primitive of the layer belonging to the unidentifiable primitive path color from the selected primitive, wherein the primitive path is a line of the primitive in the design image file; e. When the path of the primitive in the remaining primitives is identified as a color, the process proceeds to the following step f, or, if the path of the remaining primitives has no color, the process proceeds to the following step g; f. the remaining elements in the remaining primitives whose paths are identified by the color, and the path color determined according to the path color determined by the number of processing tools; g. assigning a corresponding layer to the number of processing tools, and remaining the remaining elements The path has not been identified The color primitive is assigned to the assigned layer; h. the path of the primitive in the assigned layer is identified as the path identifier color corresponding to the number of processing tools; i. when the number of processing tools is not selected, Go to step b above. The method for automatically coloring a primitive path according to claim 5, wherein the design image file corresponds to a layer information configuration document having a color of the unidentifiable primitive path. The method for automatically coloring a primitive path as described in claim 6 of the patent application, wherein the non-standard The layer that identifies the color of the primitive path is determined according to the configuration document corresponding to the design file. A computer capable of automatically coloring a primitive path, the computer comprising: a design image file for storing a graphic element of a color to be identified; a parameter setting module for setting a corresponding number of processing tools for different primitives, and A corresponding identification color is set for each set number of processing knives; an information acquisition module is used for selecting the number of processing knives to be set, and selecting the corresponding element corresponding to the number of processing knives from the design drawing file, according to the picture element The attribute data obtains layer information of each selected primitive, determines a layer that cannot identify the color of the primitive path, and deletes the primitive of the layer belonging to the unidentifiable primitive path color from the selected primitive, the primitive path Is the line of the graphic element in the design image file; the information analysis module is configured to analyze whether the path of the graphic element in the remaining element after the information acquisition module is deleted is identified by the color; the color modification module is used for After the information acquisition module is deleted, the path of the remaining primitives is identified by the color of the primitives, and the path color is modified according to the path color determined by the corresponding number of processing knives; The group is used to assign a corresponding layer to each processing tool, and the remaining elements in the primitives after the information acquisition module is deleted are not marked with color, and are allocated according to the corresponding number of processing tools. The color modification module is further configured to perform path color identification on the image elements that are assigned to each of the distribution layers by using the path color determined by the corresponding number of processing tools.