![gp command flac3d gp command flac3d](http://docs.itascacg.com/flac3d700/_images/whyfish-source.png)
Registration state : Registered to home network Network Registration : Automatic network selection Signal Quality : 2/32 (Bit error rate cannot be determined) Lrwxrwxrwx 1 root root 7 /dev/modemS3 -> ttyUSB4Īs the QUECTEL UC20 device uses a Active GPS antenna we can use most of the gps aerials on the market or combo antennas.Īfter connecting up a combo antenna let's do a quick check to make sure the modem is configured correctly: modemstat Lrwxrwxrwx 1 root root 7 /dev/modemS2 -> ttyUSB3 Lrwxrwxrwx 1 root root 7 /dev/modemS1 -> ttyUSB2 Lrwxrwxrwx 1 root root 7 /dev/modemS0 -> ttyUSB1 Lrwxrwxrwx 1 root root 7 /dev/modemPPP -> ttyUSB4 Lrwxrwxrwx 1 root root 7 /dev/modemGPS -> ttyUSB2 Lrwxrwxrwx 1 root root 7 /dev/modemAT -> ttyUSB3 This sets up shortcut references to allow us to consistently identify which of the ttyUSBx ports do which functions ls /dev/modem* -l Start by installing the udev rule (les) in /etc/udev/rules.d from the modem rule pack These modems are very cost-effective for medium to high volume usage and provide excellent results in both upload/download speeds and GPS response for tracking applications.įor this example we'll be using a QUECTEL UC20 modem, but the same process will be similar on all QUECTEL modems. Table 22: Structural Element Operations FLAC3D 5.QUECTEL mPCIe modems combine HSDPA/3G/LTE wireless connectivity along with GPS functions (with support for active GPS antenna) Structure shell list resultant and structure shell list stress and structure shell list stress-principal (and similar constructions for liners (e.g., structure liner list resultant) and geogrids (e.g., structure geogrid list stress) Zone interface "1" list (see zone interface list) See zone interface create by-face for alternative constructionĮxtrude block list, extrude edge list, extrude point list, extrude segment list, extrude set list (see zone interface node displacement-small) Zone interface '1' node displacement-small
![gp command flac3d gp command flac3d](https://geomatlab.com/itasca/flac3d6.0help/source/_images/modulus-reduction-curve-clay.png)
(see zone interface node displacement-shear) Zone interface '1' node displacement-shear (see zone interface node stress-normal-increment) Zone interface '1' node stress-normal-increment
![gp command flac3d gp command flac3d](http://docs.itascacg.com/flac3d700/_images/jointed-grid.png)
(see zone interface element maximum-edge) (see zone interface node initialize-stresses) Zone interface '1' node initialize-stresses Table 18: Interface Operations FLAC3D 5.0 Zone gridpoint initialize displacement-small-z Zone gridpoint initialize displacement-small-y Zone gridpoint initialize displacement-small-x Zone gridpoint initialize displacement-small Zone dynamic damping or zone mechanical damping Table 17: Initialization Operations FLAC3D 5.0 Table 7: General Program, Model, and Utility Operations FLAC3D 5.0įish define and end (note end is a statement, not a command, so it is not preceded by fish) Table 2: Boundary Conditions Applied at Gridpoints FLAC3D 5.0 General Program, Model, and Utility OperationsĬALL, CONFIG, CONTINUE, CYCLE, DEFINE/END, ECHO, EXIT, EXPGRID, GEOM_TEST, GUI, HEADING, HELP, IMPGRID, LOAD, MAIL, NEW, PAUSE, PLAYBACK, QUIT, RANGE, RESTORE, RETURN, SAVE, SOLVE, STEP, STOP, SYSTEM, TABLE, TITLE, TRACE, TRACK, UNDOĭiscrete Fracture Network (dfn) OperationsĬonstitutive Model Assignment and Propertiesįluid-Flow Analysis Operations & Utilities Table 1: Index For This Page: Commands by Function vs 5.0 Command Boundary Conditions Applied at Gridpoints