solidworks Macro toggle model colors to parts in drawing views

solidworks Macro  toggle model colors to parts in drawing views

 

The Fluid Grid layouts are clearly based on Ethan Marcotte's Responsive Web Design (the book and the article that led to the book). This feature allows you to specify three fluid grids: one each for mobile, tablet, and desktop layouts. Each grid can have 2–24 columns; a common gutter width between the columns and you can specify how wide the grid should spread across each screen.
You then add fluid grid layout div elements to construct your page in the mobile layout. (Mobile First) The next step lands squarely in the category of "brilliant"—you can resize the elements in each of the layouts, snap them to the grid, and then easily move individual elements to sit alongside and play nice with each other. This is done in either Design view or Live view, and, best of all all, Dreamweaver automatically calculates the percentage width of elements and margins to four decimal places.
This calculation is based on Ethan's formula of target/context = result. A good example of this would be column width. Let's assume you have a page width of 1232 pixels and you decide each column should be 350 pixels wide. To get the fluid column width you divide 350 (the Target) by 1232 (the Context) = 0.28409091. You would then move the decimal two places to the right for a result of 28.409091. Dreamweaver's Fluid Grid layout calculation will shave off the final two numbers for a result of 28.4090 per cent. This calculation applies to anything that has "hard" numbers attached to it such as font size, margin, padding and so on.
The CSS created by the Fluid Grid Layouts uses percentage widths and floats, so it produces layouts that adapt to any screen size. These styles are constructed on the basis of "mobile first" and even work in browsers that don't understand media queries. For those of you new to Responsive Web Design, this one feature alone is enough to get you into the game.

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solidworks How use the Intersection Curve

solidworks How use  the Intersection Curve

Intersection curve

You can instantly create sketch geometry where the cross-section of a face, body, or entire model intersects a sketch plane with intersection curve. You can also use intersection curve to create 3D sketch curves from the intersection of faces, bodies, and models.

An easy way to create a sketch at the intersection of two surfaces is by using the Intersection Curve tool. This SolidWorks video tutorial shows the basics for using the tool, and gives a few tips, as well.
You can extract iso-parametric (UV) curves from a face or surface. Applications of this functionality include extracting the curves for imported surfaces and then performing localized cleanup using the face curves.

You can specify a mesh of evenly spaced curves or a position that creates two orthogonal curves.
Each curve created by this process becomes a separate 3D sketch. However, if you are editing a 3D sketch when you invoke the Face Curves tool, all extracted curves are added to the active 3D sketch.

To extract iso-parametric curves:

Click Face Curves (Sketch toolbar) or Tools, Sketch Tools, Face Curves, then select a face or surface.

Select a face or surface, then click Face Curves or Tools, Sketch Tools, Face Curves.

A preview of the curves appears on the face. The curves are one color in one direction and another color in the other direction. The colors correspond to the colors in the Face Curves PropertyManager. The name of the face appears in the Face box.

Under Selections, choose either:

Mesh - evenly spaced curves. Specify an integer number of curves for Direction 1 Number of Curves and Direction 2 Number of Curves .

Position - the intersection of two orthogonal curves. Drag the position in the graphics area or specify the percentage distance from the bottom for Direction 1 Number of Curves and from the right for Direction 2 Number of Curves .

Direction 1 Number of Curves or Direction 2 Number of Curves . Clear if the curve is not required.

Position Vertex . Select a vertex or point to specify the intersection of the two curves.

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Change Orientation of an Existing SolidWorks Part

Change Orientation of an Existing SolidWorks Part

SolidWorks provides you with several ways to view which mates are associated to a component.

The most general way is to place your cursor over the top icon in the assembly FeatureManager, and right-mouse-click. Choose the option Tree Display – View Mates and Dependencies. This will place the FeatureManager in a mode where all the mates are grouped beneath their components. To return to the default display mode, right-click again at the top icon, and select Tree Display – View Features.

SolidWorks 2000 added a new assembly function to make mate searches even more convenient. Right-click over any component, and select View Mates. This invokes a split-screen display of the FeatureManager, and fills the lower half with the list of mates affecting that component. Starting with SolidWorks 2007, this command also shows callouts in the graphics window to illustrate the associated mates.

SolidWorks 2004 added folders on the FeatureManager for the mates attached to each component. Expand any part or subassembly in the assembly FeatureManager and you will find a "Mates in <assembly name>" folder directly beneath the icon for the part or subassembly. Expand the tree for that folder and you will see a short list of the mates of the parent assembly which involve that particular component.

What is the Best Way to Create a New Copy of an Existing Assembly, as Well as its Parts (Some of Which Have In-Context Features), and the Assembly Drawing?

This is often desired if you have a new design that is a modification of an old design, but you would like to manage and modify the new design separately. The easiest way is to use the Pack and Go command added in SolidWorks 2007 (see below). Here is an older method that also works:

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Changing a drawing reference in SolidWorks

Changing a drawing reference in SolidWorks

Models and Drawings generated through DriveWorks Administrator, User or Autopilot can execute a SolidWorks macro after all of the captured parameters have been driven. There are two methods available to allow this:
Run a SolidWorks macro on all models or drawings.
Run a SolidWorks macro on a single model or drawing.
The Macro
The macro must contain a module called DriveWorks, all code within a sub-routine called Main in this module will be executed by DriveWorks.
1. Run a SolidWorks macro on all models or drawings
The macro must be located in a sub-folder of the Group Content folder called Macros. They must have the names as listed below.
There are four types of macro that can be executed:
Model.swp - will be run on all models before any individual macros have been executed
ModelAfterMacro.swp - will be run on all models after any individual macros have been executed
Drawing.swp - will be run on all drawings before any individual macros have been executed
DrawingAfterMacro.swp - will be run on all drawings after any individual macros have been executed
Information on locating the Group Content Folder can be found in General Settings
The Macros that are to be used globally must be stored in a folder called "Macros", for example, if the Group content folder is found at "C:\DriveWorks\My Project\" then the global macros folder should be found at "C:\DriveWorks\My Project\Macros"
2. Run a SolidWorks macro on a single model or drawing
The macro must be located in the same location as the master model or drawing.
The name of the macro must be the same as the master model it is to be run on, as drawings can have the same name as a model a macro to be run on a drawing must have Draw appended to the file name.
For example the SolidWorks documents:
MyAssembly.sldasm will have a macro named MyAssembly.swp
MyPart.sldprt will have a macro named MyPart.swp
MyDrawing.slddrw will have a macro named MyDrawingDraw.swp
Example
This example requires a custom property in the SolidWorks model the macro will be run on called SaveLocation. This custom property can be captured and the model will be saved to the location, with the file name and extension driven into the custom property value.
For example if the custom property SaveLocation results in the value C:\DriveWorks\Images\Project1005.jpg the model will be saved to C:\DriveWorks\Images as a .jpg image file.

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