Reverse Zoom In Rhino

  1. Reverse Zoom In Rhino Download
  2. Reverse Zoom In Rhino Pro
  3. Reverse Zoom In Rhino 8
  4. Reverse Zoom In Rhino Software

Reverse Zoom In Rhino For Mac Download; From 3D Scan to CAD Quad Surface. In Windows on your Mac, click in the right side of the taskbar, click the Boot Camp icon.

CAMERA SETTINGS

Topic_01: Saving a View

1. Next to the Viewport name (i.e. Perspective) click the drop down menu > Set view > Named Views…

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2. A dialog window appears. Near the top left select the “Save as” icon. Name the view.

3. You have successfully saved a view! You should see a thumbnail preview in the dialog box.

4. Now when you navigate to the Viewport drop down menu, you should see your newly created view under “Named Views”

Topic_02: Place Camera and Target

1. Make a Line Uncharted 4 for pc download. about 5-10 feet long. Using Gumball, move vertically on the blue axis to roughly 5 feet (eye level).

2. In the drop down menu next to “Perspective” viewport scroll down to Set Camera> Place Camera and Target.

3. Command line will prompt to specify the camera point > Choose one endpoint of the line.

4. Command line will prompt to specify the target point > Choose the opposite endpoint of the line.

5. Save your view!!! (Topic_01). The line you created is just a guide line to set up the view and may be deleted. You can draw guidelines at different points in your model to place the camera and create different views.

Topic_03: Orient Camera to Surface

1. If you want to orient your view to a particular surface plane, Orient Camera to Surface can be beneficial.

2. In the drop down menu next to “Perspective” viewport scroll down to Set Camera > Orient Camera to Surface.

3. Select surface > Now specify a center point.

(Note*** Since you can’t snap to a midpoint on a surface it sometimes helps to actually draw a curve on the surface so you can snap to the mid point of the curve.)

Rhino

Once you hover over a center point, notice the small arrow that appears near the point you just referenced.

Reverse Zoom In Rhino

4. BEFORE YOU CLICK THE CENTER POINT: In the command line toggle Flip to change to direction of the arrow. Contrary to what you may believe, you actually want the arrow facing towards yourself, NOT the object

5. Save your view!!! (Topic_01)

Topic_04: Viewport Properties

1. In the drop down menu next to “Perspective” viewport scroll down to Viewport Properties > a dialog box appears.

2. Look for the Camera Lens option; by default it usually is set to “50mm.” Explore the range you can get from this option by inputting a new value such as 30mm (Makes the lens capture a wider scene); A value of a 15mm will exaggerate this even more. If you want to revert to default settings just open up the viewport properties again and change the lens to 50mm.

Rhino drafting and printing (avoid using Illustrator except for a background tone):

Line weight

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In the LAYERS panel use the “Print Width” to the far right. Set your widths by layer, like AutoCad. Set the “Linetype” by layer like AutoCad. I add a layer for DWG-Edges, DWG-Dashed and DWG-Centerlines and set their line type and weight. Note that print width will not show in model space.

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Clipping planes

To make a clipping plane, use the “clipping plane” command. Draw the plane where you want to cut your plan or section. Select the clipping plane you drew and check all boxes under the Properties sidebar > Clipping Plane > Views Clipped. If the clipping plane is hiding all geometry, it may be backward. Click “flip direction” in the properties menu if this is the case.

Note that clipping planes will orient toward TOP view by default. To create a rotated clipping plane for sections, either rotate an existing clipping plane using Gumball controls, or select the “3Point” option on the command line after you type “clipping plane”. This will allow you to draw a clipping plane in 3 axes.

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Plans and sections

  • Activate the correct viewport by clicking in it. The correct viewport is TOP for plans, and LEFT/RIGHT/FRONT/BACK for sections.
  • Make a layer called “DRAWING” and sublayers such as “VISIBLE” and “CLIPPING PLANE”.
  • Select geometry and clipping plane within the correct viewport and then type command “Make2D”.
  • In the Make2D options, check “Current View”. Select the layers for Make2D objects. It is important to select the “CLIPPING PLANE” layer for visible clipping planes.
  • Make2D geometry will be oriented to TOP view, so look in that viewport for the 2D drawings. Drawings will always appear at the origin (0,0,0), but you may move them.
  • If you hide the “VISIBLE” layer, the geometry cut through by the clipping plane will show on the “CLIPPING PLANE” layer.

Drafting Tools

Use Trim, Extend, fillet (Radius change to 0). Read command line for prompts and options.

Zoom

Dimension Lines

Type “Options” and then Document Properties then Annotation then Dimensions then you can make and edit dimensions styles. To make dimension lines use the ‘Aligned dimensions‘ in the Drafting tab at the top. I suggest adding dimensions in the model space for now and adjusting the scale in dimension styles for layout views.

Labeling

Create a layer called “Notes”, or something similar. You can label your drawings “plan”, “section”, or anything else by using the TEXT command on the Notes layer.

Layouts

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(Similar to Paper Space in AutoCad) Below where you see your viewports (you should see Front, Right, Top) click the plus “+” symbol to make a new viewport. Click New Layout. Set your printer and paper size and rename the layout. Click “Ok.” Select the outer rectangle, click on the Properties panel, then the icon to the right called Detail. This will allow you to set the scale in the “feet in model.” You can also check Locked to not accidentally change the scale. Back in the drawing you can double click inside the rectangle to switch to modelspace to zoom and pan. Click outside the rectangle to get to Paperspace. then select the viewport rectangle then go to the Properties panel again, Detail icon and reset the Scale one more time if necessary. We tend to use https://wiki.mcneel.com/rhino/layouts5 for Rhino drafting help.

Print

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(PDFs) Set the printer to your PDF driver. Check “Black and White.” Then click Print. You have a black and white drawing with line weights and line types. Avoid Illustrator if you need to do simple, measured plan and section drawings.

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