MatterControl Manual - User contributions [en]

LAYER VIEW

2017-11-01T17:30:42Z

MatterHackers: /* Estimated Cost */

__NOTOC__[[File:LAYER VIEW-ss.png|right|thumb|550px|<center>'''LAYER VIEW''' in 3D mode. Colors indicate speeds.</center>]] '''LAYER VIEW''' is a pane which allows the user to preview a print's G-Code tool path as a visual representation. It has two modes: 2D and 3D. ''Note'': 3D mode is not available on the [[MatterControl Touch]].

It is accessed by clicking the [[File:LAYER VIEW.png]] icon in the pane on the right side of the [[Main Screen]].

The pane can be [[Pop out|popped out]] into its own window. [[File:Pop out.png|link=Pop out]]

== [[View Controls]] ==

[[File:3D View-Controls.png]]

View Controls is a set of tools which allow the user to manipulate the view and/or models currently displayed.

In LAYER VIEW, the following tools are available:

*[[View Controls#Reset View|Reset View]]
*[[View Controls#Rotate|Rotate]] (only in [[#3D|3D mode]])
*[[View Controls#Move|Move]]
*[[View Controls#Zoom|Zoom]]

== Mode Controls ==

[[File:2D 3D.png]]

=== 2D ===

Enters LAYER VIEW's [[#2D mode|2D mode]].

=== 3D ===

Enters LAYER VIEW's [[#3D mode|3D mode]].

== Generate ==

[[File:Generate.png]]

Slices the current model using the [[Settings|slice settings]] and displays the tool path.

== Graphical display ==

[[File:Layers.gif|right|framed|<center>LAYER VIEW in 2D mode, showing each layer of the [[:File:MHObject.stl|MatterHackers test object]]</center>]]

Once G-Code for a model has been generated or loaded, the main area of the LAYER VIEW pane will display the tool path. Depending on which graphical display mode is selected, the toolpath is able to be displayed in different ways.

=== Navigation ===

[[File:Layer_View-Nav.png|none|framed|<center>Navigation for a 50-layer print. Layer 37 is currently displayed.</center>]]

==== << ====

Navigate down one layer.

==== >> ====

Navigate up one layer.

==== # / # ====

The currently displayed layer / total number of layers

==== Go ====

Navigate to the layer specified in the field to the left of the '''Go''' button.

=== 2D mode ===

'''2D mode''' displays one layer at a time in a two-dimensional graphic.

=== 3D mode ===

'''3D mode''' displays the tool path in a three-dimensional environment. The specified layer and any lower layers are shown.

== Sidebar ==

The sidebar in LAYER VIEW has two sections: MODEL and DISPLAY.

[[File:LAYER VIEW-Sidebar.png]]

=== MODEL ===

Contains information about the print.

[[File:LAYER VIEW-MODEL.png]]

==== Print Time ====

The length of time the print is estimated to take.

==== Filament Length ====

The length of filament the print is estimated to use, in millimeters.

==== Filament Volume ====

The volume of filament the finished print is estimated to be, in cubic centimeters.

==== Estimated Mass ====

The estimated mass of the finished print, in grams. This is calculated as the [[SETTINGS/Filament/Material/Properties/Density|filament density]] in grams per cubic centimeter times [[LAYER_VIEW#Filament_Length|length of filament]], in centimeters, extruded.

==== Estimated Cost ====

The estimated cost of the print, based on the amount of material used, the [[SETTINGS/Filament/Material/Properties/Density|density]], and the [[SETTINGS/Filament/Material/Properties/Cost|price of the material]]. This information will not be visible if the material cost is set to 0.

=== DISPLAY ===

[[File:Layer_View-DISPLAY.png]]

==== Print Bed ====

Toggles the graphical display of the print bed.

==== Moves ====

Toggles the display of non-print moves in the tool path.

==== Retractions ====

Toggles the display of locations of the start and end of retraction events.

==== Speeds ====

Toggles the display of color-coding of the tool path to indicate the speed at which it is run. The tool path changes to a different color for each speed specified under the [[Settings/General/Speed|Speed sub-category]] in General settings. A legend is generated at the top left of the pane.

==== Extrusion ====

Toggles the display of visual representation of the flow as defined by the

==== Transparent ====

Toggles transparency of the tool path. Only available in [[#2D mode|2D mode]].

==== Sync To Print ====

Draws the tool path in real time while a print is active.

[[Category:Features]]

Send Debugging Information

2017-09-13T16:27:02Z

MatterHackers:

MatterControl occasionally has issues (*gasp*), but there is often information you can collect which might tell us more about what the problem is. Send the appropriate files to support@matterhackers.com, or upload them to a service like [http://pastebin.com/ Pastebin] and post them in [http://forums.matterhackers.com/ our forum].

== Crash Logs ==
These processes can be helpful for debugging crashes or issues with the MatterControl application itself.

=== Windows ===

The following steps could produce some error logs that might tell us more about what's going on:

#Right click on ‘My Computer’ and select ‘Manage.’
#In the menu on the left, navigate to ‘System Tools’ > ‘Event Viewer’ > ‘Windows Logs’.
#Click on ‘Application’ to show logs in the middle window pane, then click ‘Filter Current Log’ in the right window pane, then check ‘Error’ and hit ‘OK’.
#In the right window pane, choose ‘Save Filtered Log File As’. Give the file (should be in .evtx format) a descriptive name.
#Attach the .evtx file to an email to support@matterhackers.com. Describe the circumstances leading up to the crash.

=== Mac ===

If you are encountering a crash error on Mac follow the steps described below to generate a report:

#Close any open instances of MatterControl.
#Go to the 'Applications' folder.
#Locate the MatterControl.app file.
#Right-click and select "Show Package Contents".
#Navigate to 'Contents' > 'MacOS'.
#Double click the 'MatterControlMac' file (this will open a terminal window and start the application).
#Copy the output.
#:If MatterControl crashes upon startup copy the message that appears in the terminal window immediately.
#:If the crash is triggered by a specific event, recreate the event and then copy the message that appears.
#Send the error message to support@matterhackers.com along with a description of the steps that cause the issue.

=== Linux ===

Run {{ic|MatterControl}} from a terminal. Copy all output and send it to support@matterhackers.com

== Other Useful Files ==

=== Model File ===

The STL or AMF file you are trying to print using MatterControl.

=== Slice Settings ===
[[File:Profile Menu.png|framed|right|<center>The '''Profile...''' Menu</center>]]
These are all of the settings that define how your object is to be printed. If you are having trouble getting good results, we may ask you to export all of your settings and send them to us so we can give you recommendations.

#Go to the [[Settings]] page.
#On the right side, underneath the MATERIALS preset selection, there is a drop down menu that says 'Profile...'. Open this menu.
#Select 'Export'
#Choose 'MatterControl'
#Save the file.

=== G-Code File ===
These are the instructions generated by the slicer, which will be sent to your printer. If your object is not being printed correctly, we may ask for this file.

#Open your object in [[3D VIEW]].
#Click the 'Export' button at the bottom and select 'Export as G-Code'.
#Save the file.

=== Print Log / Terminal Log ===
[[File:G-Code Terminal.png|right|framed|<center>The '''G-Code Terminal''' window, shown here after establishing a connection to a Rostock MAX V2.</center>]]
This log details all the communications between MatterControl and your printer. It is helpful for diagnosing hardware/firmware errors and communications issues.

It is important to note that reconnecting to the printer will clear the previous print's log, so make sure you export the file before you attempt to do so.

#Run a print as you normally would.
#Once the problem occurs, open the [[Options/G-Code Terminal|G-Code terminal]] by going to Options > Show Terminal.
#Click the 'Export' button at the bottom of the screen.
#Save the print log.
<br clear=all>
== Build Number ==

=== MatterControl Desktop ===

Navigate:
#HELP menu
#About MatterControl
#All the way at the bottom: 'Build 1.___________' i.e. Build 1.4.0.5376 -- the last four numbers are what's important

=== MatterControl Touch and T10 ===

Navigate:
#ABOUT
#All the way at the bottom: 'Build 1.___________' i.e. Build 1.4.0.5376 -- the last four numbers are what's important

[[Category:Troubleshooting]]
[[Category:Mac]]
[[Category:Windows]]
[[Category:Linux]]
[[Category:MatterControl Touch]]

Development/Building MatterControl

2017-08-17T19:35:31Z

MatterHackers:

== Dependencies ==

*Git
*Nuget
*Latest .Net Framework or Mono 5+
*[https://github.com/MatterHackers/MatterControl/tree/1.7 MatterControl 1.7 branch]
*Visual Studio 2015, 2017 or latest MonoDevelop

== Quick Summary ==
<pre>
~ $ git clone --recursive https://github.com/MatterHackers/MatterControl.git
~ $ cd MatterControl
~/MatterControl $ git checkout 1.7
~/MatterControl $ nuget restore MatterControl.sln
~/MatterControl $ xbuild MatterControl.sln
~/MatterControl $ mono ./bin/Debug/MatterControl.exe
</pre>

== Detailed Instructions ==

#Create a new folder for the MatterControl source
#:<code>mkdir MatterDevelop</code>
#Change to the new directory
#:<code>cd MatterDevelop</code>
#Checkout the latest source code:
#:<code>git clone --recursive https://github.com/MatterHackers/MatterControl.git</code>
#Install MonoDevelop.
#:<code>sudo apt-get install monodevelop</code>
#Add Mono SSL Support - Copy in Mozilla Root certificates to enable NuGet and MatterControl SSL requests
#:<code>mozroots --import --sync</code>
#Restore NuGet packages - On MonoDevelop 4.0 or older you can install [NuGet Addin](https://github.com/mrward/monodevelop-nuget-addin). If you are on Mint, also install libmono-cairo2.0-cil. Alternatively you can run the command line NuGet application to restore the project packages:
#:<code>nuget restore MatterControl/MatterControl.sln</code>
#Optionally switch to a target branch
#:<code>git -C MatterControl/ checkout master</code>
#:<code>git -C MatterControl/ submodule update --init --recursive</code>
#:As a single command line statement:
#:<code>targetBranch=master && git -C MatterControl/ checkout $targetBranch && git -C MatterControl/ submodule update --init --recursive</code>
#Build MatterControl
#:<code>mdtool build -c:Release MatterControl/MatterControl.sln</code> '''or'''
#:<code>xbuild MatterCControl/MatterControl.sln</code>
#After MatterControl has been built in MonoDevelop it is recommended that you run the application via command line or via a shell script to invoke mono.
#:<code>mono MatterControl/bin/Release/MatterControl.exe</code>
#:If you'd like to log errors for troubleshooting
#:<code>mono MatterControl/bin/Release/MatterControl.exe > log.txt</code>
#:If you want detailed error logging and tracing
#:<code>MONO_LOG_LEVEL=debug mono MatterControl/bin/Release/MatterControl.exe > log.txt</code>
#In order for MatterControl to access the serial ports, you will need to give your user the appropriate permissions. On Debian based distros, add yourself to the dialout group. On Arch, add yourself the the uucp and lock groups instead.
#:<code>gpasswd -a $USER dialout</code>

== Serial Helper ==

#Change to the SerialHelper directory
#:<code>cd MatterControl/Submodules/agg-sharp/SerialPortCommunication/SerialHelper</code>
#Run the build script
#:<code>./build.sh</code>
#If your receive errors you may need to install libc6-dev-i386 for x86 compilation
#:<code>sudo apt-get install libc6-dev-i386</code>

'''Note:''' Single command lines statements assume the use of the Bash shell
[[Category:Development]]

SETTINGS/General/Single Print/Settings Will Clear at End of Print/Layer(s) To Pause

2017-08-14T18:03:53Z

MatterHackers:

{{Slice Settings

|The layer(s), at the beginning of which the print will pause, allowing for a change in filament.|*layer number

Leave blank to disable. If you would like to pause on multiple layers, separate the layer numbers with semicolons. For example: "15; 37".

Does not work when printing from SD card; the printer must be controlling the printer via active serial connection to function properly.|

=== layer number ===

In this example, the print will pause at the 5th layer to allow the user to change filament.}}

Template:Slice Settings1

2017-08-03T00:14:00Z

MatterHackers:

__NOEDITSECTION__<noinclude>'''This is a duplicate template for use with duplicate slice settings (i.e. General -> Speed -> Support Material and Filament -> Extrusion -> Support Material). The associated file names have a 1 at the end of the base; that is the only difference. This and [[Template:Slice Settings]] should be edited at the same time.'''</noinclude>__NOTOC__{{DISPLAYTITLE:{{SUBPAGENAME}}}}[[File:{{SUBPAGENAME}}1-ss.png|right|frame|<center>A screenshot of the '''{{SUBPAGENAME}}''' setting as seen in MatterControl's SETTINGS pane.</center>]]
== Function ==
<noinclude>Number 1 is the function as described in the help text, and/or Taylor's slicer settings article text</noinclude>
{{{1}}}

== Parameters ==
<noinclude>The format of input accepted. For example, layer height takes count or mm.</noinclude>
{{{2}}}

== Example(s) ==
<noinclude>An example of each of the parameters, including a screenshot. The first will be included in this template, and any subsequent parameters will need to be inserted on the actual page. See [[Settings/General/Layers-Surface/Outer Surface - Perimeters/Perimeters]] for an example of this in practice.</noinclude>
{{{3}}}

[[File:{{SUBPAGENAME}}1-ss-ex.png|none]]

[[Category:Slice Settings]]
[[Category:MatterSlice]]

Template:Slice Settings

2017-08-02T23:41:59Z

MatterHackers:

__NOEDITSECTION__<noinclude>'''This is the original template, but there is also one for use with duplicate slice settings (i.e. General -> Speed -> Support Material and Filament -> Extrusion -> Support Material). The associated file names in this template do not have a 1 at the end of the base; that is the only difference. This and [[Template:Slice Settings1]] should be edited at the same time to keep all associated pages congruent.'''</noinclude>__NOTOC__{{DISPLAYTITLE:{{SUBPAGENAME}}}}[[File:{{SUBPAGENAME}}-ss.png|right|frame|<center>A screenshot of the '''{{SUBPAGENAME}}''' setting as seen in MatterControl's SETTINGS pane.</center>]]
== Function ==
<noinclude>Number 1 is the function as described in the help text, and/or Taylor's slicer settings article text</noinclude>
{{{1}}}

== Parameters ==
<noinclude>The format of input accepted. For example, layer height takes count or mm.</noinclude>
{{{2}}}

== Example(s) ==
<noinclude>An example of each of the parameters, including a screenshot. The first will be included in this template, and any subsequent parameters will need to be inserted on the actual page. See [[Settings/General/Layers-Surface/Outer Surface - Perimeters/Perimeters]] for an example of this in practice.</noinclude>
{{{3}}}

[[File:{{SUBPAGENAME}}-ss-ex.png|none]]

[[Category:Slice Settings]]
[[Category:MatterSlice]]

File:Print Leveling-category.png

2017-08-02T23:40:42Z

MatterHackers: MatterHackers uploaded a new version of File:Print Leveling-category.png

OPTIONS/EEProm

2017-08-02T22:05:27Z

MatterHackers:

__NOTOC__{{DISPLAYTITLE:EEProm}}[[File:EEProm1.png|right|framed|<center>Example '''EEProm''' settings from a Lulzbot TAZ 6 running Marlin 1.0.2</center>]]

MatterControl supports interacting with EEPROM as allowed by the firmware-- Marlin and Repetier only.

'''EEPROM''' stands for 'Electrically Erasable Programmable Read Only Memory' and can also be written, 'EEPROM'. EEPROM is memory on the printer's circuit board which stores a series of values for certain settings. These values usually relate to the specific printer's geometric, physical, and operative functions and statistics.

== Firmware Support ==

MatterControl supports EEProm for only Marlin and Repetier firmwares.

*Marlin firmware EEProm documentation: https://github.com/MarlinFirmware/Marlin/wiki/EEPROM
*Repetier firmware EEProm documentation: http://www.repetier.com/documentation/repetier-firmware/rf-installation/

== Example ==

For an example of how to use the EEProm window to adjust the printer's [[steps per mm]], check out this page: [[Setting Steps per mm]]

== Interface ==

=== Save to EEProm ===

Saves any applicable changes made using the interface to the EEPROM on the printer.

=== Import... ===

Import .ini files containing EEPROM configuration. Click this button to open the OS file chooser.

=== Export... ===

Export .ini files containing EEPROM configuration. Click this button to open the OS file saver.

=== Close ===

Close without saving changes.

[[Category:Features]]
[[Category:Firmware]]

OPTIONS/EEProm

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MatterHackers:

File:EEProm1.png

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SETTINGS/Printer/Print Leveling/Probe Settings/Z Offset

2017-08-02T21:53:40Z

MatterHackers:

{{Slice Settings1

|The vertical distance from the Z probe to the nozzle, in millimeters.

For manual probing, this is thickness of the paper (or other calibration device).

=== Restrictions ===

*Not shown when [[SETTINGS/Printer/Features/Hardware/Has Hardware Leveling|Has Hardware Leveling]] is enabled.|*millimeters (mm)|

=== mm ===

In this example, the Z probe is 1.6mm higher than the nozzle.}}

SETTINGS/Printer/Print Leveling/Probe Settings/XY Offset

2017-08-02T21:51:44Z

MatterHackers:

{{Slice Settings

|Coordinates of the Z probe, relative to the nozzle, in millimeters.|*millimeters (mm)|In this example, the probe is 23 millimeters to the right of and exactly at the same depth as the nozzle.}}

SETTINGS/Printer/Print Leveling/Probe Settings/XY Offset

2017-08-02T21:51:20Z

MatterHackers:

{{Slice Settings

|Coordinates of the Z probe, from the extruder, in X and Y.|*millimeters (mm)|In this example, the probe is 23 millimeters to the right of and exactly at the same depth as the nozzle.}}

File:XY Offset-ss-ex.png

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File:XY Offset-ss.png

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SETTINGS/Printer/Print Leveling/Probe Settings/Use Automatic Z Probe

2017-08-02T21:45:54Z

MatterHackers:

{{Slice Settings

|Enable this if your printer has hardware support for G30 (automatic bed probing) and you want to use it rather than manually measuring the probe positions.|*Boolean|

=== Boolean ===

The check box is checked to use the function.}}

The check box is unchecked to leave the function unused.

[[File:{{SUBPAGENAME}}-ss-ex1.png]]

File:Use Automatic Z Probe-ss-ex1.png

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File:Use Automatic Z Probe-ss-ex.png

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File:Use Automatic Z Probe-ss.png

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File:Start Height-ss-ex.png

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File:Start Height-ss.png

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SETTINGS/Printer/Print Leveling/Probe Settings/Raise-Stow

2017-08-02T21:37:01Z

MatterHackers:

{{Slice Settings

|The angle that raises or stows the Z probe.|*Degrees|In this example, 90° is the input for the servo motor to be set to to raise or stow the probe.}}

File:Raise-Stow-ss-ex.png

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File:Raise-Stow-ss.png

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SETTINGS/Printer/Print Leveling/Probe Settings/Number Of Samples

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MatterHackers:

{{Slice Settings

|The number of times to sample each probe position (results will be averaged).

If set to more than 3, the two outliers will be dropped when computing the average.|*Count

=== Restrictions ===

*Must be a positive integer.|

}}

File:Number Of Samples-ss-ex.png

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File:Number Of Samples-ss.png

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File:Lower-Deploy-ss-ex.png

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File:Lower-Deploy-ss.png

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SETTINGS/Printer/Print Leveling/Probe Settings/Lower-Deploy

2017-08-02T21:22:01Z

MatterHackers:

{{Slice Settings

|The angle of the servo motor that lowers or deploys the Z probe.|*Degrees|In this example, the servo motor requires an input of 10° to lower or deploy the probe.}}{{DISPLAYTITLE:Lower / Deploy}}

SETTINGS/Printer/Print Leveling/Probe Settings/Lower-Deploy

2017-08-02T21:09:27Z

MatterHackers:

{{Slice Settings

|The angle of the servo motor that lowers or deploys the Z probe.|*Degrees|

}}
{{DISPLAYTITLE:Lower / Deploy}}

SETTINGS/Printer/Print Leveling/Probe Settings

2017-08-02T20:50:58Z

MatterHackers:

{{Slice Settings Subsection|leveling probes and how they interact during the leveling process.}}

SETTINGS/Printer/Print Leveling/Probe Settings/Lower-Deploy

2017-08-02T20:47:39Z

MatterHackers:

{{Slice Settings

|The angle of the servo motor that lowers or deploys the Z probe.|*Degrees|

}}

SETTINGS/Printer/Custom G-Code/Read Filters

2017-08-02T20:40:30Z

MatterHackers:

{{Slice Settings

|A set of regular expressions to apply to lines as they are received from the printer.

Used to replace G-Code commands with other commands.

=== Restrictions ===

*Only one replacement command is allowed.|*Regular Expressions|In this example, the Read Filter is looking for the output 'ok' from the printer. If one is found, it will be changed to 'ok test'.}}

File:Read Filters-ss-ex.png

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SETTINGS/Printer/Custom G-Code/Write Filters

2017-08-02T20:38:41Z

MatterHackers:

{{Slice Settings

|A set of regular expressions to apply to lines prior to sending to a printer. They will be applied in the order listed before sending. To return more than one instruction separate them with a comma.

Used to replace G-Code commands with other commands.|*Regular Expressions

=== Typical Data Format ===

"^(X)","Y" where X is the G-Code you want to filter or change, and Y is the G-Code command(s) to replace X with.|In this example, the command 'G28' is replaced with 'G28,M280 P0 S160,G4...'.}}

File:Read Filters-ss.png

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SETTINGS/Printer/Custom G-Code/Write Filters

2017-08-02T17:32:13Z

MatterHackers:

{{Slice Settings

|A set of regular expressions to apply to lines prior to sending to a printer. They will be applied in the order listed before sending. To return more than one instruction separate them with a comma.

Used to replace G-Code commands with other commands.|*Regular Expressions

=== Data Format ===

Example variables:

*Command to be replaced: C
*Replacement command: R

"^(C)","R"|In this example, the command 'G28' is replaced with 'G28,M280 P0 S160,G4...'.}}

SETTINGS/Printer/Custom G-Code/Write Filters

2017-08-02T17:31:36Z

MatterHackers:

{{Slice Settings

|A set of regular expressions to apply to lines prior to sending to a printer. They will be applied in the order listed before sending. To return more than one instruction separate them with a comma.

Used to replace G-Code commands with other commands.|*Regular Expressions

=== Data Format ===

*Command to replace: C
*Replacement command: R

"^(C)","R"|In this example, the command 'G28' is replaced with 'G28,M280 P0 S160,G4...'.}}

SETTINGS/Printer/Custom G-Code/Write Filters

2017-08-02T17:30:04Z

MatterHackers:

{{Slice Settings

|A set of regular expressions to apply to lines prior to sending to a printer. They will be applied in the order listed before sending. To return more than one instruction separate them with a comma.

Used to replace G-Code commands with other commands.|*Regular Expressions

=== Data Format ===

*Command to replace: C
*Replacement command: R

"^C","R"|In this example, the command 'G28' is replaced with 'G28,M280 P0 S160,G4...'.}}

File:Write Filters-ss-ex.png

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File:Write Filters-ss.png

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File:Z Offset1-ss-ex.png

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File:Z Offset1-ss.png

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File:Probe Settings-subsection.png

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SETTINGS/Printer/Print Leveling/Probe Settings/Z Offset

2017-08-01T22:47:37Z

MatterHackers:

{{Slice Settings1

|The thickness of the paper (or other calibration device) used to perform manual bed probe.

=== Restrictions ===

*Not shown when [[SETTINGS/Printer/Features/Hardware/Has Hardware Leveling|Has Hardware Leveling]] is enabled as only one form of leveling can be used at a time.|*millimeters (mm)|

=== mm ===

In this example, the paper to be used during the manual bed probe is 0.1 mm thick.}}

SETTINGS/Printer/Print Leveling/Machine Settings/Leveling Positions

2017-08-01T22:46:11Z

MatterHackers:

{{Slice Settings

|If set, these positions will be used when running the leveling solution. Leave empty for defaults.

This setting is only available if you have chosen either 3 Point Plane or 3x3 Mesh for your leveling solution.|*X and Y coordinates

=== Data Format ===

==== 3 Point Plane ====

X1,Y1:X2,Y2:X3,Y3

==== 3x3 Mesh ====

X1,Y1:X2,Y2:X3,Y3:X4,Y4:X5,Y5:X6,Y6:X7,Y7:X8,Y8:X9,Y9|In this example, the SPL wizard will run using the 3 Point Plane configuration at the points 4,7; 200,12; and 100,220}}

File:Leveling Positions-ss-ex.png

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File:Leveling Positions-ss.png

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File:Machine Settings-subsection.png

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MatterHackers: MatterHackers uploaded a new version of File:Machine Settings-subsection.png