BOT_SLO:

This is a test of ALINEs using sloping bottom.

• bot_slo data
• bot_slo commands
• bot_slo log
• bot_slo output

CLUMP:

This is a test of ALINEs with clumps.

• clump data
• clump commands
• clump log
• clump output

CMPLIN:

This is a simple test of a compression only connector.

• cmplin data
• cmplin commands
• cmplin log
• cmplin output

DAMPING:

This is a test of using -DAMPING on a GSPR.

• clump data
• clump commands
• damping log
• damping output

GEO:

This test checks the GEOMETRY command of the connector design menu. connectors.

• geo data
• geo commands
• geo log

GSPR_HOR:

This test checks using py tables for GSPR connectors.

• gspr_hor data
• gspr_hor commands
• gspr_hor log

GSPR_SYM:

This test checks using the -SYMMETRIC option for GSPR connectors.

• gspr_sym data
• gspr_sym commands
• gspr_sym log

HCAT:

This is a test of hanging catenaries.

• hcat data
• hcat commands
• hcat log
• hcat output

JOHN:

This is a test of lifting a spring buoy out of the water.

• john data
• john commands
• john log
• john output

LIFT:

This is a relatively complicated test. Here, a static simulation of a structure being lifted off of a barge with two hooks is considered. A stress analysis of both bodies is also performed.

• lift data
• lift commands
• lift log
• lift output

LMU :

This tests the LMU connector.

• lmu data
• lmu commands
• lmu log
• lmu output

MLISTR:

This is a test of a user generated process with a resulting stress analysis.

• mlistr data
• mlistr commands
• mlistr log
• mlistr output

MLSTR2:

This test shows how a user generated process can be used to simulate and perform a stress analysis on two connected bodies.

• mlstr2 data
• mlstr2 commands
• mlstr2 log
• mlstr2 output

MULT_PEN:

This tests using multiple spring buoys.

• mult_pen data
• mult_pen commands
• mult_pen log
• mult_pen output

MV_TEST:

This test checks the MOVE command.

• mv_test data
• mv_test commands
• mv_test log
• mv_test output

NAVY:

This is a test of seven bodies connected with pins and mooring lines.

• navy data
• navy commands
• navy log
• navy output

OVER:

This is a test of the FOUNDATION connector.

• over data
• over commands
• over log
• over output

PEND_CAT:

This is a test of using a pendant line on a catenary line.

• pend_cat data
• pend_cat commands
• pend_cat log
• pend_cat output

PEND_ROD:

This is a test of using a pendant line on a rod element.

• pend_rod data
• pend_rod commands
• pend_rod log
• pend_rod output

PUL_CAT:

This test checks the operation of pulley connectors using catenary segments.

• pul_cat data
• pul_cat commands
• pul_cat log
• pul_cat output

PUL_REPO:

This test checks repositioning with pulleys composed of taught lines.

• pul_repo data
• pul_repo commands
• pul_repo log
• pul_repo output

PULLEY:

This test checks the general operation of the PULLEY connector with taught lines.

• pulley data
• pulley commands
• pulley log
• pulley output

REPO:

This test checks the -LINES option of the &INSTATE command. In other words, it tests the ability to reposition a vessel by changing the lengths of the mooring lines.

• repo data
• repo commands
• repo log
• repo output

RIGEQU:

This is a test of computing equilibrium of two bodies using &EQUI -NEWTON.

• rigequ data
• rigequ commands
• rigequ log
• rigequ output

SL1:

This test checks a sling assembly with a single sling element.

• sl1 data
• sl1 commands
• sl1 log
• sl1 output

SLIDSN:

This test checks the SLING_DESIGN command.

• slidsn data
• slidsn commands
• slidsn log
• slidsn output

SLOPE:

This test checks B_CATs with sloping bottom.

• slope data
• slope commands
• slope log
• slope output

SPRING:

This test checks the GSPR type of connector.

• spring data
• spring commands
• spring log

TUG:

This is a test of using tug connectors and the Reposition Menu to reposition a vessel.

• tug data
• tug commands
• tug log
• tug output