Toolpath Backplot Mode (B)
- simulates the toolpath only without material removal (the stock
button becomes unavailable as well as many of the material removal verification
tools).In this Topic Show
Program simulation in BobCAD-CAM is an extremely powerful tool that provides many options for viewing and verifying the machining operations of your CAM jobs. You can simulate viewing the tool, stock, workpiece, and with Machine Simulation Pro, even a virtual machine.
The machining simulation is visualized in two main simulation-modes and three simulation-focus options.
The modes are predefined sets of items displayed in the simulation window. The modes help you examine the two main components of the simulation: toolpath backplot mode or material removal mode.
The focus determines what items display in the simulation window and how the movement is performed. The focus can be set to Workpiece/Stock, Machine, or Tool.
The simulation always uses a combination of one mode and one of each display type. This gives quick access to one of the simulation components with only the necessary elements on the screen. Select the combination from the following modes and display modes.
The simulation can be run in one of two modes for material removal or toolpath backplot only.
Toolpath Backplot Mode (B)
- simulates the toolpath only without material removal (the stock
button becomes unavailable as well as many of the material removal verification
tools).
Material Removal Mode (V)
- simulates the toolpath including material removal. Many of the features
of the simulation are designed to work with this mode to verify the material
removal.
The simulation display mode is controlled using one of the following options.
Time-based Mode - the machining
simulation displays with real time feedrate motions. Machine motions are
very fluent, machining time is exact.
NC-based Mode - the machining
simulation only uses the tool positions from the move list. Machine motions
jump from one position to the next.
Length-based Mode - the machining
simulation uses a constant speed, distance/time regardless of the feed
rate.
The simulation focus determines how the tool, machine, and material/workpiece display using one of the following options.
Tool Focus (T)
- simulates the program with the tool and workpiece visible, with
the tool remaining stationary.
Workpiece Focus (W) - simulates
the program with the tool and workpiece visible, with the workpiece remaining
stationary.
Machine Focus (M)
- simulates the program showing the kinematic motion of all machine
elements.
To open simulation, do one of the following:
Simulation.
.
Milling Job, or the current job
folder, in the CAM Tree and click Simulation.
(Note that you must have toolpath computed, and set to Post Yes, or simulation does not launch.)
The simulation window displays.
The simulation window is where you observe the machining process.
The ribbon bar tabs at the top of the simulation window provide the commands needed to run (play) the simulation as well as defining the view orientation and status of all elements in the simulation window (such as the workpiece, stock, tool, machine, and toolpath).
TIP: You can click the small arrow on the far right side of the ribbon bar to minimize the ribbon bar so that it only displays the tab names, which can still be accessed by clicking the tab name.
The File tab of the ribbon bar contains many simulation preferences and settings as explained in the File Tab topic.
NOTE: Depending
on the selected BobCAD style (Preferences), the file tab displays as
either: The File Tab , or as
the machine simulator button .
Click either of these to access the File tab based on the current style.
View the File Tab topic to learn about:
Options
The Simulation tab contains some of the most used controls for selecting simulation modes, focus, views, visibility, playback speed, and toolpath rendering options. To learn more, view the Simulation Tab topic.
View the Simulation Tab topic to learn about:
The Verification tab contains options for reporting gouges as well as the refine options. To learn more, view the Verification Tab topic.
View the Verification Tab topic to learn about:
The View tab contains buttons that allow you to hide and show the analysis and information tabs from the simulation interface. To learn more, view the View Tab topic.
The Quick Access Toolbar is designed to provide fast access to some of the most used buttons in the simulation interface. You can click the down arrow to the right of the Quick Access Toolbar to access the Customize Quick Access Toolbar menu. You can also customize the Quick Access Toolbar in the Machine Simulator Options dialog box to determine what buttons display here.
The Progress Bar near the bottom of the simulation window displays the current position of the program and shows the number of operations with a color coded bar above the progress slider. You can drag the slider to different locations to navigate the program manually. The bars below the slider also display red segments in the event there is a collision/gouging in the program.
The Analysis and Information tabs that display on the right side of the simulation window are used to access the many extremely powerful simulation tools, such as the Toolpath Analysis, Stock Analysis, the Move List, and many others.
To learn about the analysis and information tabs, click the following links.
Cutsim (includes Save Stock and Sectional View)
For customers that have purchased the full machine simulation, you can add geometry (.stl) files to define all of the machine elements that display in the simulation window. This is extremely beneficial, for example, for multiaxis customers that need to confirm that all machine movements during the program are collision free.
To learn about defining your machine, view the Current Settings Default and How to Create a Machine.
The gnomon displays in the lower-left corner of the simulation window to represent the orientation and direction of X, Y, and Z axes. The visibility and location of the gnomon can be selected from the File tab under Options.
The Rotation Cube will allow you to click on a face of the cube to shift to the Top, Bottom, Right, Left, Front, and Back views. Clicking on the corners of the Rotation Cube will allow you to shift into the various isometric views. Click here to see an example.
The ruler that displays in the lower-right corner of the simulation window can be used for measuring and evaluating different distances. The value displayed on this bar shows the real length of the bar, and it is updated by each movement. So anything in the simulation window with the length of this bar has the dimension of the displayed value. In addition to the ability to turn on and off the display of the ruler, you can also select the location at which it displays from the File tab under Options.
The display of the workpiece center point can be turned on or off from the File tab under Options.
The display of the machine center point can be turned on or off in from the File tab under Options.
