FIELD 
     The field generally relates to computer drafting tools operating through user interfaces and applications thereof. 
     BACKGROUND 
     In a computer aided design (CAD) interface, drafting applications provide a user an ability to draft designs that are displayed and drawn through the CAD interface. The user drafts designs by piecing together elements drawn by the user in the CAD interface. In many instances, each element drawn by the user possesses several attributes that may be edited and modified by the user. In editing the attribute, the user edits the element. Each attribute includes varied metadata so when the user edits an attribute, the user is actually editing the varied metadata included by the attribute. 
     Editing the attributes of the elements drawn by a user may require the user to comb within a detailed attribute menu where the attribute menu displays every attribute for every element supported by the CAD interface. The detailed attribute menu is displayed in a side view located on the far side the CAD interface display. The user must move from the element that the user wishes to edit displayed in the main document window of CAD all the way to the detailed attribute menu on the far side of the CAD interface display. The user must then comb within the detailed attribute menu to find the attribute the user wishes to edit for the selected element. In some cases, the display of unnecessary attributes that do not exist for the element that the user wishes to edit forces the user to comb within all of the unnecessary attributes displayed on the attribute menu only to finally discover the attributes relevant for the element selected. 
     BRIEF SUMMARY 
     Embodiments of the present invention relate to editing capabilities of computer drafting tools. In a first embodiment, a computer implemented method includes the steps for providing a user interface a capability to edit a design that includes at least one element with several attributes. The element is displayed in a drafting window on the user interface. A selection is received from a user that specifies a position on the element. The attributes for the element are filtered based on the position selected by the user on the element resulting in a subset of attributes for the element. The subset of attributes are displayed in the user interface allowing the user to edit the subset of attributes. 
     In a second embodiment, a system provides a user interface the capability to edit a design that includes at least one element with several attributes. A display module displays the element on a drafting window on the user interface. A receiving module receives a selection from a user that specifies a position on the element. A filtering module filters the plurality of attributes for the element based on the position selected by the user to determine a subset of attributes. The display module displays the subset of attributes on the user interface to enable the user to edit the subset of attributes. 
     Further embodiments, features, and advantages, as well as the structure and operation of the various embodiments, are described in detail below with reference to the accompanying drawings. 
    
    
     
       BRIEF DESCRIPTION OF THE DRAWINGS/FIGURES 
       Embodiments are described with reference to the accompanying drawings. In the drawings, like reference numbers may indicate identical or functionally similar elements. 
         FIG. 1A  illustrates a conventional display of the detailed attribute menu on the side of the CAD interface display. 
         FIG. 1B  illustrates a CAD interface distinguishing from the prior art displaying an attribute menu positioned and filtered accordingly and a user selected element, according to an embodiment. 
         FIG. 2  illustrates a CAD interface displaying a dotted line with an attribute menu for each of the user selected elements, according to one embodiment. 
         FIG. 3  illustrates a CAD interface displaying a two-dimensional rectangle with an attribute menu for each of the user selected elements, according to one embodiment. 
         FIG. 4  illustrates a CAD interface displaying a three-dimensional rectangular object with an attribute menu for each of the user selected elements, according to one embodiment. 
         FIG. 5  illustrates a user interface computing system architecture, according to one embodiment. 
         FIG. 6  illustrates a flowchart illustrating an exemplary aspect of operation, according to one embodiment. 
     
    
    
     DETAILED DESCRIPTION 
     A user interface may provide a capability to filter a detailed list of attributes for elements that may be drawn in the user interface so that only the attributes specific to a selected element are displayed in close proximity to the selected element displayed in the user interface. In the Detailed Description herein, references to “one embodiment”, “an embodiment”, “an example embodiment”, etc., indicate that the embodiment described may include a particular feature, structure, or characteristic, but every embodiment may not necessarily include the particular feature, structure, or characteristic. Moreover, such phrases are not necessarily referring to the same embodiment. Further, when a particular feature, structure, or characteristic may be described in connection with an embodiment, it may submitted that it may be within the knowledge of one skilled in the art to effect such feature, structure, or characteristic in connection with other embodiments whether or not explicitly described. 
     Conventional Approaches 
       FIG. 1A  is an example of a conventional user interface  100 , e.g. a CAD interface, that displays a detailed attribute menu on a side of the CAD interface display according to an embodiment. User interface  100  includes one or more elements, a line with arrowheads  104 , an ellipse  106 , that may be displayed in a main document window  108  of user interface  100 . Although  FIG. 1A  displays two types of elements in a line with arrowheads  104  and an ellipse  106 , it is within the knowledge of one skilled in the art to recognize that other elements are within the scope of this invention. Other types of elements can include polylines, bezier curves, images, 3D models, and text blocks. 
     In an embodiment, main document window  108  of user interface  100  may be a single CAD session where a user may be working in a single CAD window. Each of the elements  104 ,  106  may be drafted by the user by the user interface  100 . A combination of elements  104 ,  106  can be drafted by the user to build designs that are included in the combination of elements  104 ,  106 . 
     Once the designs have been drafted by the user, the user selects at least one element  104  that the user wishes to edit. Each of the elements  104 ,  106  may be included in a subset of attributes that may be specific characteristics for each individual element  104 ,  106 , e.g. line color. If the user wishes to edit the subset of attributes for element  104 ,  106 , the user must select element  104  on main document window  108  of user interface  150 . The user must comb within a detailed attribute menu  102 . Detailed attribute menu  102  may be a stationary context menu that displays a plurality of user interface attributes  114  A-N. The plurality of user interface attributes  114  A-N, where N may be an integer greater than 1, encompasses every attribute for all elements  104 ,  106  available to the user by CAD interface system  100  rather than displaying only the attributes which apply to user selected element  104 . Once the user has discovered each attribute that may be a part of the attributes specific to user selected element  104 , the user can then proceed to edit those attributes for selected element  104 . 
     Filtered Attributes 
       FIG. 1B  illustrates a user interface  150 , e.g. a CAD interface, distinguishing from the prior art in  FIG. 1A  where  FIG. 1B  displays an attribute menu positioned and filtered accordingly and a user selected element, according to an embodiment. One or more elements, a line with arrowheads  104 , an ellipse  106 , are displayed in main document window  108  of user interface  150 . Although  FIG. 1A  displays two types of elements in a line with arrowheads  104  and an ellipse  106 , it is within the knowledge of one skilled in the art to recognize that other elements are within the scope of this invention. Other types of elements can include polylines, bezier curves, images, 3D models, and text blocks. 
     In an embodiment, main document window  108  of the user interface  150  may be a single CAD session where a user may be working in a single CAD window. Each of elements  104 ,  106  may be drafted by the user in user interface  150 . A combination of elements  104 ,  106  can be drafted by the user to build designs that are included in combination of elements  104 ,  106 . 
     Once the designs have been drafted by the user, the user selects at least one element  104  that the user wishes to edit. Each of the elements  104 ,  106  have a subset of attributes  110  that are specific characteristics, e.g. line color for each individual element  104 ,  106 . Each of the specific characteristics equate to a specified value by the user. For example, if the user decides to turn off an attribute, the user changes the value for that attribute by turning the attribute off. 
     If the user wishes to edit subset of attributes  110  for element  104 , the user must specify a position, e.g. position  120  on element  104  on main document window  108  of user interface  150 . Position  120  specified by the user on element  104  determines subset of attributes  110  which are specific to position  120  on user selected element  104 . For example, if the user is editing an element such as a triangle and then the user selects a line on the triangle, the user would be able to edit attributes associated with the line of the triangle but not attributes associated with the rest of the triangle such as angle dimensions for the triangle. In doing so, plurality of user interface attributes  114  A-N displayed in detailed attribute menu  102  may be filtered down so that only subset of attributes  110  specific to the position  120  of user selected element  104  may be displayed to the user to edit user selected element  104 . 
     In an embodiment, subset of attributes  110  for user selected element  104  may be filtered from plurality of user interface attributes  114  A-N displayed in detailed attribute menu  102 . In such an embodiment, only the attributes which are part of subset of attributes  110  based on position  120  specified by the user on element  104  are brightened on detailed attribute menu  102 . The subset of attributes  110  that are brightened on detailed attribute menu  102  signifies to the user that only subset of attributes  110  for position  120  on user selected element  104  are active and available to the user. The plurality of user interface attributes  114  A-N that are not part of subset of attributes  110  are dark on detailed attribute menu  102  and inactive to the user. 
     In an embodiment, subset of attributes  110  for user selected element  104  may be filtered from plurality of user interface attributes  114  A-N displayed in detailed attribute menu  102 . In such an embodiment, only the attributes which are part of subset of attributes  110  based on position  120  specified by the user on element  104  are displayed in a palette  152  on main document window  108  of user interface  150 . In an embodiment, palette  152  may be an interactive user interface that displays subset of attributes  110  so that the user can edit subset of attributes  110  based on position  120  for user selected element  104 . Palette  152  displaying subset of attributes  110  for user selected element  104  may be placed in a close proximity to position  120  specified by the user on element  104 . In an embodiment, palette  152  placed in close proximity to position  120  exemplifies that palette  152  may be placed near to position  120  relative to the rest of main document window  108 . Placing palette  152  in close proximity to position  120  allows the user to easily edit subset of attributes  110  without having to go another portion of main document window  108  away from user selected position  120  to execute the edits. 
     Such an embodiment allows the user to easily edit subset of attributes  110  for user selected element  104  because only relevant attributes for user selected element  104  are displayed in close proximity to user selected element  104 . The user does not have to move away from position  120  specified by the user on element  104  where palette  152  may be located for easy access to the user. Without palette  152  located in close proximity to position  120  specified by the user on element  104 , the user would have to move away from position  120  of element  104  to the far side of main document window  108 . The user would have to sift within detailed attribute menu  102  to find subset of attributes  110  for user selected element  104 . 
     In an embodiment, palette  152  displayed on first view  108  of user interface  150  may be a lightweight floating palette  152 . In such an embodiment, lightweight floating palette  152  may be an interactive user interface where the user can edit subset of attributes  110  for user selected element  104 . In an embodiment, lightweight floating palette  152  can also be an interactive window allowing the user to interact with subset of attributes  110  that are displayed in a user friendly form so that the user can select, edit, turn-on, and turn-off subset of attributes  110  displayed in lightweight floating palette  152 . Lightweight floating palette  152  also provides an interactive user interface to the user as opposed to standard context menus. Subset of attributes  110  may be displayed by a combination of text and symbols on lightweight floating palette  152  and not text typical in standard context menus. 
     Lightweight floating palette  152  displays only subset of attributes  110  for user selected element  104  and appears in close proximity to user selected position  120  on user selected element  104 . Since lightweight floating palette  152  may only include subset of attributes  110  necessary for user selected element  104 , the user does not experience a delay in drawing upon lightweight floating palette  152  as would be the case for a context menu included in plurality of user interface attributes  114  A-N for all possible elements. Once lightweight floating palette  152  appears to the user in close proximity to position  120  specified by the user, the user has the freedom to move lightweight floating palette  152  throughout main document window  108  of user interface  150 . 
     In an embodiment, the user specifies position  120  on the user selected element  104  by clicking on element  104  located in main document window  108 . In doing so, lightweight floating palette  152  appears displaying subset of attributes  110  specific to user selected element  104  in close proximity to user specified position  120  on user selected element  104 . In an embodiment, a plurality of elements  104 ,  106  may be displayed in main document window  108  of user interface  150 . The user specifies the position  120  on at least one element  104  where the user can then edit subset of attributes  110  for user selected element  104  by lightweight floating palette  152  displayed in close proximity to user specified position  120 . 
     In an embodiment, plurality of user interface attributes  114  A-N that encompasses every attribute for all elements  104 ,  106  available to the user by the CAD interface system  150  may be displayed in detailed attribute menu  102  in a second main document window of the CAD interface system  150 . The second main document window of CAD interface system  150  may be a second CAD window in a second CAD session. The user has the option to move from the main document window  108  where the user may be editing subset of attributes  110  for selected element  104  by lightweight floating palette  152  to the second main document window to examine plurality of user interface attributes  114  A-N in detailed attribute menu  102 . 
     In an embodiment, plurality of user interface attributes  114  A-N that encompasses every attribute for all elements  104 ,  106  available to the user by CAD interface system  150  may be displayed in lightweight floating palette  152 . Lightweight floating palette  152  displaying the plurality of user interface attributes  114  A-N may be displayed in close proximity to user specified position  120  on user selected element  104 . 
     Examples Exemplifying Filtered Attributes 
       FIG. 2  illustrates a user interface, e.g. a CAD interface system  200 , according to an embodiment. The element  104  in  FIG. 1B  may be represented by a dotted line with an arrowhead  204  in  FIG. 2 . The user selected position  120  in  FIG. 1B  may be represented by a midpoint position  220 , line end position  222 , and line start position  224 . The lightweight floating palette  152  displaying the subset of attributes  110  in  FIG. 1B  may be represented by line start position lightweight floating palette  230 , midpoint position lightweight floating palette  226 , and line end position lightweight floating palette  228 . 
     In  FIG. 2 , an element, e.g. a dotted line with an arrowhead  204 , may be displayed in a main document window  208  of CAD interface  200 . The dotted line with the arrowhead  204  may be drafted by a user by CAD interface  200 . The dotted line with the arrowhead  204  may be included in a subset of attributes, e.g. midpoint subset of attributes  216 ,  218 ,  232 , line end subset of attributes  234 ,  236 ,  238 ,  240 , line start subset of attributes  242 ,  244 ,  246 ,  248  that are specific characteristics for the dotted line with the arrowhead  204 . If the user wishes to edit the attributes for the dotted line with the arrowhead  204 , the user must specify a position, e.g. midpoint position  220 , line end position  222 , line start position  224  on the dotted line with the arrowhead  204 . 
     A midpoint position  220  allows the user to edit a midpoint subset of attributes  210  that includes attributes specific to the midpoint position  220 , e.g. stroke, enable, color, dash pattern, corner style, path type. It is within the knowledge of one skilled in the art to recognize that other attributes are within the scope of this invention. A midpoint position stroke  216  attribute may allow the user to select a value regarding the midpoint position stroke  216 . If the user wishes to have the dotted line disappear, the user may change the value of the midpoint position stroke  216  such that the stroke would be turned off and the dotted line would disappear. If the user wishes to have the dotted line displayed, the user may change the value of the midpoint position stroke  216  such that the stroke would be turned on and the dotted line would appear in main document window  208 . 
     A midpoint position dash pattern  218  attribute may allow the user to select a value regarding the midpoint position dash pattern  218 . If the user wishes to change the thickness and size of the midpoint position dash pattern  218 , the user may change the value of the midpoint position dash pattern  218  such that the midpoint position dash pattern  218  may be changed accordingly to the user&#39;s liking. A midpoint position color  232  may allow the user to select a value regarding the color of the dotted line. If the user wishes to change the color of the dotted line, e.g. from black to blue, the user simply changes the value associated with black to the value associated with blue. 
     A line end position  222  allows the user to edit a line end subset of attributes  242 ,  244 ,  246 ,  248  that includes attributes specific to the line end position  222 , e.g. stroke enable, color, arrowhead, dash pattern, end caps. A line end position stroke  234  attribute may allow the user to select a value regarding the line end position stroke  234 . If the user wishes to have the arrowhead outlined, the user may change the value of the line end position stroke  234  such that the arrowhead may be outlined. If the user wishes to have the arrowhead to simply be displayed in a color but not outlined, the user may change the value of the line end position stroke  234  such that the arrowhead may be only displayed in a color and not outlined. 
     A line end position arrowhead  236  attribute may allow the user to select a value regarding the line end position arrowhead  236 . If the user wishes to change the size and the style of the line end position arrowhead  236  or to add or delete the line end position arrowhead  236 , the user may change the value of the line end position arrowhead  236  such that the line end position arrowhead  236  may be changed accordingly to the user&#39;s liking. A line end position arrowhead dash pattern  238  attribute may allow the user to select a value regarding the line end position arrowhead dash pattern  238 . If the user wishes to change the outline of the line end position arrowhead  238  from a solid line to a dash pattern, the user may change the value of the line end position arrowhead dash pattern  238  such that the line end position arrowhead dash pattern  238  may be changed accordingly to the user&#39;s liking. A line end position arrowhead color  240  may allow the user to select a value regarding the color of the arrowhead. If the user wishes to change the color of the arrowhead, e.g. from black to blue, the user simply changes the value associated with black to the value associated with blue. 
     A line start position  224  allows the user to edit a line start subset of attributes  234 ,  236 ,  238 ,  240  that includes attributes specific to the start end position  224 , e.g. stroke enable, color, dash pattern, end caps. It is within the knowledge of one skilled in the art to recognize that other attributes are within the scope of this invention. A line end position stroke  242  attribute may allow the user to select a value regarding the line end position stroke  242 . If the user wishes to have the line start point outlined, the user may change the value of the line start position stroke  234  such that the line start point be outlined. If the user wishes to have the line start point to simply be displayed in a color but not outlined, the user may change the value of the line start position stroke  234  such that the line start point may be only displayed in a color and not outlined. 
     A line start position arrowhead  244  attribute may allow the user to select a value regarding the line start position arrowhead  244 . If the user wishes to change the size and the style of the line end start arrowhead  244  or add or delete the line end start arrowhead  244 , the user may change the value of the line start position arrowhead  244  such that the line start position arrowhead  244  may be changed accordingly to the user&#39;s liking. A line start position dash pattern  246  attribute may allow the user to select a value regarding the line start position dash pattern  246 . If the user wishes to change the outline of the line start position  246  from a solid line to a dash pattern, the user may change the value of the line start position dash pattern  246  such that the line start position dash pattern  246  may be changed accordingly to the user&#39;s liking. A line start position color  248  may allow the user to select a value regarding the color of the start point. If the user wishes to change the color of the start point, e.g. from black to blue, the user simply changes the value associated with black to the value associated with blue. 
     Once the user specifies position  220 ,  222 ,  224  on dotted line with arrowhead  204 , a lightweight floating palette  226 ,  228 ,  230  on main document window  208  of CAD interface system  200  appears displaying subset of attributes  216 ,  218 ,  232  in a close proximity to user specified position  220 ,  222 ,  224 . A midpoint position lightweight floating palette  226  appears in close proximity to user selected midpoint position  220  displaying midpoint subset of attributes  210 . A line end position lightweight floating palette  228  appears in close proximity to user selected line end position  222  displaying line end subset of attributes  242 ,  244 ,  246 ,  248 . A line start position lightweight floating palette  230  appears in close proximity to user selected line end position  224  displaying line start subset of attributes  234 ,  236 ,  238 ,  240 . Such an embodiment allows the user to easily edit the appropriate subset of attributes for the user selected position because only the relevant attributes for the user selected position are displayed in close proximity to the user selected position. 
       FIG. 3  illustrates a user interface, e.g. a CAD interface system  300 , according to an embodiment. The element  104  in  FIG. 1B  may be represented by a two-dimensional rectangle  304  in  FIG. 3 . The user selected position  120  in  FIG. 1B  may be represented by an interior position  320 , corner position  322 , and perimeter position  324 . The lightweight floating palette  152  displaying the subset of attributes  110  in  FIG. 1B  may be represented by interior position lightweight floating palette  326 , corner position lightweight floating palette  328 , and perimeter position lightweight floating palette  330 . 
     In  FIG. 3  an element, e.g. a two-dimensional rectangle  304  may be displayed in a main document window  308  of the CAD interface system  300 . The two-dimensional rectangle  304  may be drafted by a user by the CAD interface system  300 . The two-dimensional rectangle  304  may be included in a subset of attributes, e.g. interior subset of attributes  316 ,  318 , corner subset of attributes  334 ,  336 ,  338 , perimeter subset of attributes  340 ,  342 ,  344  that are specific characteristics for the two-dimensional rectangle  304 . If the user wishes to edit the attributes for the two-dimensional rectangle, the user must specify a position, e.g. interior position  320 , corner position  322 , perimeter position  324  on the two-dimensional rectangle  304 . 
     An interior position  320  may allow the user to edit an interior subset of attributes  316 ,  318  that includes attributes specific to the interior position  320 , e.g. fill enable, fill color. It is within the knowledge of one skilled in the art to recognize that other attributes are within the scope of this invention. An interior position fill  316  may allow the user to select a value regarding the fill of the two-dimensional rectangle  304 . If the user wishes to have the two-dimensional rectangle  304  filled with a color, the user may change the value of the interior position fill  316  such that the two-dimensional rectangle  304  may be filled accordingly to the user&#39;s liking. A interior position color  318  may allow the user to select a value regarding the color of the fill for the two-dimensional rectangle  304 . If the user wishes to change the color of the fill for the two-dimensional rectangle  304 , e.g. from black to blue, the user simply changes the value associated with black to the value associated with blue. 
     A corner position  322  allows the user to edit a corner subset of attributes  334 ,  336 ,  338  that includes attributes specific to the corner position  322 , e.g. stroke enable, stroke color, dash pattern, corner styles. It is within the knowledge of one skilled in the art to recognize that other attributes are within the scope of this invention. A corner position round corner  334  attribute may allow the user to select a value regarding the corner position round corner  334 . If the user wishes to round the corner of the two-dimensional rectangle  304  rather than have the corner be pointed, the user may change the value of the corner position round corner  334  such that the corner position round corner  334  may be changed accordingly to the user&#39;s liking. 
     A corner position dash pattern  336  attribute may allow the user to select a value regarding the corner position dash pattern  336 . If the user wishes to change the outline of the corner from a solid line to a dash pattern, the user may change the value of the corner position dash pattern  334  such that the corner position dash pattern  334  may be changed accordingly to the user&#39;s liking. A corner position color  338  may allow the user to select a value regarding the color of the corner. If the user wishes to change the color of the corner, e.g. from black to blue, the user simply changes the value associated with black to the value associated with blue. 
     A perimeter position  324  allows the user to edit a perimeter subset of attributes  340 ,  342 ,  344  that includes attributes specific to perimeter position  324 , e.g. stroke enable, color, dash pattern, end caps. It is within the knowledge of one skilled in the art to recognize that other attributes are within the scope of this invention. It is within the knowledge of one skilled in the art to recognize that other attributes are within the scope of this invention. A perimeter position stroke  340  attribute may allow the user to select a value regarding perimeter position stroke  340 . If the user wishes to have the perimeter of two-dimensional rectangle  304  outlined, the user may change the value of perimeter position stroke  340  such that the perimeter may be outlined. If the user wishes to have the perimeter of two-dimensional rectangle  304  to not be outlined, the user may change the value of perimeter position stroke  340  such that two-dimensional rectangle  304  may not be outlined. 
     A perimeter position dash pattern  342  attribute may allow the user to select a value regarding perimeter position dash pattern  342 . If the user wishes to change the outline of two-dimensional rectangle  304  from a solid line to a dash pattern, the user may change the value of perimeter position dash pattern  342  such that the perimeter position dash pattern  342  may be changed accordingly to the user&#39;s liking. A perimeter position color  344  may allow the user to select a value regarding the color of the outline around two-dimensional rectangle  304 . If the user wishes to change the color of the outline, e.g. from black to blue, the user simply changes the value associated with black to the value associated with blue. 
     Once the user specifies the position  320 ,  322 ,  324  on the two-dimensional rectangle  304 , a lightweight floating palette, e.g. interior position lightweight floating palette  326 , corner position lightweight floating palette  328 , perimeter position lightweight floating palette  330  on main document window  308  of CAD interface system  300  appears in a close proximity to user specified position  320 ,  322 ,  324 . An interior position lightweight floating palette  326  appears in close proximity to user selected interior position  320  displaying interior subset of attributes  316 ,  318 . A corner position lightweight floating palette  328  appears in close proximity to user selected corner position  322  displaying corner subset of attributes  334 ,  336 ,  338 . A perimeter position lightweight floating palette  330  appears in close proximity to user selected perimeter position  324  displaying perimeter subset of attributes  340 ,  342 ,  344 . Such an embodiment allows the user to easily edit the appropriate subset of attributes for the user selected position because only the relevant attributes for the user selected position are displayed in close proximity to the user selected position. 
       FIG. 4  illustrates a user interface, e.g. a CAD interface system  400 , according to an embodiment. The element  104  in  FIG. 1B  may be represented by a three-dimensional rectangular prism  404  in  FIG. 4 . The user selected position  120  in  FIG. 1B  may be represented by an interior position  420 , corner position  422 , and perimeter position  424 . The lightweight floating palette  152  displaying subset of attributes  110  in  FIG. 1B  may be represented by interior position lightweight floating palette  426 , corner position lightweight floating palette  428 , and perimeter position lightweight floating palette  430 . 
     In  FIG. 4  an element, e.g. a three-dimensional rectangular prism  404  may be displayed in a main document window  408  of CAD interface system  400 . Three-dimensional rectangular prism  404  may be drafted by a user by CAD interface system  400 . Three-dimensional rectangular prism  404  may include a subset of attributes, e.g. interior subset of attributes  416 ,  418 , corner subset of attributes  434 ,  436 ,  438 , perimeter subset of attributes  440 ,  442 ,  444 , that are specific characteristics for three-dimensional rectangular prism  404 . If the user wishes to edit the attributes for the three-dimensional rectangular prism  404 , the user must specify a position, e.g. interior position  420 , corner position  422 , perimeter position  424  on three-dimensional rectangular prism  404 . 
     An interior position  420  allows the user to edit an interior subset of attributes  416 ,  418  that includes attributes specific to the interior position  420 , e.g. fill enable, fill color, texture parameters, volume parameters. It is within the knowledge of one skilled in the art to recognize that other attributes are within the scope of this invention. An interior position fill  416  may allow the user to select a value regarding the fill of three-dimensional rectangular prism  404 . If the user wishes to have three-dimensional rectangular prism  404  filled with a color, the user may change the value of interior position fill  416  such that three-dimensional rectangular prism  404  may be filled accordingly to the user&#39;s liking. An interior position color  418  may allow the user to select a value regarding the color of the fill for three-dimensional rectangular prism  404 . If the user wishes to change the color of the fill for three-dimensional rectangular prism  404 , e.g. from black to blue, the user simply changes the value associated with black to the value associated with blue. 
     A corner position  422  allows the user to edit a corner subset of attributes  434 ,  436 ,  438  that includes attributes specific to the corner position  422 , e.g. stroke enable, stroke color, dash pattern, corner styles. It is within the knowledge of one skilled in the art to recognize that other attributes are within the scope of this invention. A corner position round corner  434  attribute may allow the user to select a value regarding the corner position round corner  434 . If the user wishes to round the corner of three-dimensional rectangular prism  404  rather than have the corner be pointed, the user may change the value of the corner position round corner  434  such that the corner position round corner  434  may be changed accordingly to the user&#39;s liking. 
     A corner position dash pattern  436  attribute may allow the user to select a value regarding the corner position dash pattern  436 . If the user wishes to change the outline of the corner from a solid line to a dash pattern, the user may change the value of the corner position dash pattern  434  such that the corner position dash pattern  434  may be changed accordingly to the user&#39;s liking. A corner position color  438  may allow the user to select a value regarding the color of the corner. If the user wishes to change the color of the corner, e.g. from black to blue, the user simply changes the value associated with black to the value associated with blue. 
     A perimeter position  424  allows the user to edit a perimeter subset of attributes  440 ,  442 ,  444  that includes attributes specific to the perimeter position  424 , e.g. stroke enable, stroke color, dash pattern. It is within the knowledge of one skilled in the art to recognize that other attributes are within the scope of this invention. It is within the knowledge of one skilled in the art to recognize that other attributes are within the scope of this invention. A perimeter position stroke  440  attribute may allow the user to select a value regarding the perimeter position stroke  440 . If the user wishes to have the perimeter of three-dimensional rectangular prism  404  outlined, the user may change the value of the perimeter position stroke  440  such that perimeter may be outlined. If the user wishes to have the perimeter of three-dimensional rectangular prism  404  to not be outlined, the user may change the value of the perimeter position stroke  440  such that three-dimensional rectangular prism  404  may not be outlined. 
     A perimeter position dash pattern  442  attribute may allow the user to select a value regarding perimeter position dash pattern  442 . If the user wishes to change the outline of three-dimensional rectangular prism  404  from a solid line to a dash pattern, the user may change the value of perimeter position dash pattern  442  such that perimeter position dash pattern  442  may be changed accordingly to the user&#39;s liking. A perimeter position color  444  may allow the user to select a value regarding the color of the outline around three-dimensional rectangular prism  404 . If the user wishes to change the color of the outline, e.g. from black to blue, the user simply changes the value associated with black to the value associated with blue. 
     Once the user specifies the position  420 ,  422 ,  424  on three-dimensional rectangular prism  404 , a lightweight floating palette, e.g. interior position lightweight floating palette  426 , corner position lightweight floating palette  428 , perimeter position lightweight floating palette  430  on main document view  408  of the CAD interface system  400  appears in a close proximity to user specified position  420 ,  422 ,  424 . An interior position lightweight floating palette  426  appears in close proximity to user selected interior position  420  displaying interior subset of attributes  416 ,  418 . A corner position lightweight floating palette  428  appears in close proximity to user selected corner position  422  displaying corner subset of attributes  434 ,  436 ,  438 . A perimeter position lightweight floating palette  430  appears in close proximity to user selected perimeter position  424  displaying perimeter subset of attributes  440 ,  442 ,  444 . Such an embodiment allows the user to easily edit the appropriate subset of attributes for the user selected position because only the relevant attributes for the user selected position are displayed in close proximity to the user selected position. 
     System  500   
       FIG. 5  is an example database system architecture  500  in which embodiments of the present invention, or portions thereof, may be implemented. System architecture  500  includes user interface computing device  502  coupled to main document window data base  526 . User interface computing device  502  may also coupled to user interface attribute database  508  and subset of attribute database  528 . While the embodiment of the invention depicted in  FIG. 5  shows user interface computing device  502  connected to main document window database  526 , user interface attribute database  508 , and subset of attribute database  528 , it is important to note that embodiments can be used to exchange data between a variety of different types of computer-implemented data sources, systems and architectures. 
     User interface computing device  502  has element selection module  504  that receives multiple elements  530  and user selection  501 . Element position selection module  514  specifies position on the element  512 . Filtering module  516  filters out subset of attributes  532 . Palette display module  520  displays lightweight floating palette  518 . Display module  522  displays the lightweight floating palette in close proximity to selected element  524 . 
     In general, user interface computing system  502  operates as follows. Main document window database  526  supplies a source of multiple elements  530  that encompass all of the elements that user interface computing system  502  makes available to the user. The user activates element selection module  504  that selects from multiple elements  530  displayed in main document window  108  a user selection  501 . User selection  501  may be at least one element from the multiple elements  530  displayed in the main document window  108  that the user wishes to edit. 
     Element position selection module  512  identifies a position on the element  512  that the user specified. In an embodiment, the user selects the position on the element  512  by the element position selection module  514  where the user specifies the position on the element  512  by clicking on the specific position on the element  506  that the user wishes to edit. User interface attribute database  508  stores attribute available to the multiple elements  530  that can be edited by the user. Filtering module  516  filters through user interface attribute database  508  and pulls out subset of attributes  532  that are specific attributes corresponding to the position on the element  512  selected by the user. 
     Palette display module  520  displays lightweight floating palette  518  in main document window  108 . Subset of attributes  532  may be displayed in a lightweight floating palette  518  where the lightweight floating palette  518  may be displayed in the main document window by the palette display module  520 . Display module  522  displays lightweight floating palette close proximity to the selected element  524  in the main document window  108 . In one embodiment, the lightweight floating palette  518  may be displayed by the display module  522  in close proximity to where the user clicked on the element  506  that specifies the position on the element  512 . 
     In an embodiment, the display module  522  displays all of the attributes stored in user interface attribute database  508  in a second main document view of the user interface computer system  502  while the lightweight floating palette  518  and the element  506  are displayed in main document window  108  of user interface computer system  502 . Subset of attributes  528  for position on the element  512  may be stored in a subset of attribute database  528 . In an embodiment, the display module  522  displays all of the attributes stored in user interface attribute database  508  in lightweight floating palette  518  where lightweight floating palette may be placed in close proximity to the selected element  524 . 
     Modules may be used by user interface computing device  502 . As referred to herein, a module may be any type of processing (or computing) device having one or more processors. For example, a module can be a workstation, mobile device, computer, cluster of computers, set-top box, or other device having at least one processor. In an embodiment, multiple modules may be implemented on the same processing device. Such a processing device may include software, firmware, hardware, or a combination thereof. Software may include one or more applications and an operating system. Hardware can include, but may not be limited to, a processor, memory, and/or graphical user interface display. 
     Method  600   
     This section and  FIG. 6  summarizes one of the techniques described herein by presenting a flowchart of an exemplary method  600  of filtering attributes. While, method  600  is described with respect to an embodiment of the present invention, method  600  is not meant to be limiting and may be used in other applications. 
     As shown in  FIG. 6 , an embodiment of method  600  begins at step  610  where element may be displayed in main document window. In an embodiment, as shown in  FIG. 1B , main document window  108  displays element  104 . Once step  610  is complete, method  600  proceeds to step  620 . 
     At step  620 , attributes for an element are identified. In an embodiment, as shown in  FIG. 1B , a selection from the user may be received by the user specifying position  120  on element  104 . Based on the selection received, subset of attributes  110  can be identified for position  120  on element  104 . Once step  620  is complete, method  600  proceeds to step  630 . 
     At step  630 , element attributes are distinguished from user interface attributes. In an embodiment as shown in  FIG. 1B , subset of attributes  110  specific to position  120  on element  104  are distinguished from plurality of attributes  114  A-N which encompass every attribute made available by CAD interface  150 . Once step  630  is complete, method  600  proceeds to step  640 . 
     At step  640 , element attributes are filtered from user interface attributes. In an embodiment as shown in  FIG. 1B , subset of attributes  110  specific to position  120  on element  104  are filtered from plurality of attributes  114  A-N. Once step  640  is complete, method  600  proceeds to step  650 . 
     At step  650 , element attributes are displayed in a lightweight floating palette. In an embodiment as shown in  FIG. 1B , subset of attributes  110  specific to position  120  on element  104  are displayed in lightweight floating palette  152  and made available to the user to edit. Once step  650  is complete, method  600  proceeds to step  660 . 
     At step  660 , a palette may be displayed in close proximity to the selected element. In an embodiment as shown in  FIG. 1B , lightweight floating palette  152  may be displayed in close proximity to position  120  selected by the user on the element  104 . When step  660  is completed, method  600  ends. 
     Embodiments can work with software, hardware, and/or operating system implementations other than those described herein. Any software, hardware, and operating system implementations suitable for performing the functions described herein can be used. Embodiments are applicable to both a client and to a server or a combination of both. 
     CONCLUSION 
     The Brief Summary and Abstract sections may set forth one or more but not all exemplary embodiments as contemplated by the inventors, and thus, are not intended to limit the present invention and the appended claims in any way. 
     Embodiments of the present invention have been described above with the aid of functional building blocks illustrating the implementation of specified functions and relationships thereof. The boundaries of these functional building blocks have been arbitrarily defined herein for the convenience of the description. Alternate boundaries can be defined so long as the specified functions and relationships thereof are appropriately performed. 
     The foregoing description of specific embodiments will so fully reveal the general nature of the invention that others can, by applying knowledge within the skill of the art, readily modify and/or adapt for various applications such specific embodiments, without undue experimentation, without departing from the general concept of the present invention. Therefore, such adaptations and modifications are intended to be within the meaning and range of equivalents of the disclosed embodiments, based on the teaching and guidance presented herein. It is to be understood that the phraseology or terminology herein is for the purpose of description and not of limitation, such that the terminology or phraseology of the present specification is to be interpreted by the skilled artisan in light of the teachings and guidance. 
     The breadth and scope of the present invention should not be limited by any of the above-described exemplary embodiments, but should be defined only in accordance with the following claims and their equivalents.
Systems, methods and articles of manufacture for editing element attributes of a design within a user interface view are described herein. Embodiments of the present invention relate to reducing or eliminating the effort a user must put forth in editing attributes of a user specified element in moving from the user specified element in a main document window of the user interface to the far end of the main document window and then combing within a dense menu displaying every attribute for every element supported by the user interface. Further embodiments allow a user to easily filter through the dense menu displaying every attribute for every element to find the attributes that are specific to the element selected and do so without having to go to the dense menu displayed on the far side of the main document window. In one embodiment, this is achieved by displaying only the attributes specific to the user selected element in a user interactive palette where the user interactive palette is displayed in close proximity to the user selected element in the main document window. Each time a user selects an element a different user interactive palette will appear displaying the attributes specific to the user selected element and in close proximity to that element.