ADRIAN:

This test shows how to change the current direction and how to have MOSES report the drag on a tube.

• adrian commands
• adrian data
• adrian log
• adrian output

CARL:

This test shows how to use a #TABLE.

• carl commands
• carl data
• carl log
• carl output

COIN:

This test checks out the POINT_SUM, N_COINCIDENT command.

• coin commands
• coin data
• coin log
• coin output

CURTIS:

This is a test of interpolating headings.

• curtis commands
• curtis data
• curtis log
• curtis output

DSP_FFT:

This tests the computation of an FFT from a time sample. In addition, it tests the addition of an add column filter.

• dsp_fft commands
• dsp_fft log
• dsp_fft output

DSP_STAT:

This tests the computation of statistics of Fourier coefficients.

• dsp_stat commands
• dsp_stat data
• dsp_stat log
• dsp_stat output

EDITST:

This test shows how a database can be altered in the MEDIT Menu.

• editst commands
• editst data
• editst log
• editst output

GRDTST:

This is a test of using a wave grid.

• grdtst commands
• grdtst data
• grdtst log
• grdtst output

GREG:

This is a test of the cull feature in the disposition menu.

• greg commands
• greg data
• greg log

HORGRD:

This is another test of a wave grid.

• horgrd commands
• horgrd data
• horgrd log
• horgrd output

LATTUB:

This is a test of the \#TUBE command.

• lattub commands
• lattub data
• lattub log
• lattub output

LDG_NAP1:

This is the first of two tests to check the attribute multiplier, here the multiplier is set to 1.

• ldg_nap1 commands
• ldg_nap1 data
• ldg_nap1 log
• ldg_nap1 output

LDG_NAP3:

This is the first of two tests to check the attribute multiplier, here the multiplier is set to 3.

• ldg_nap3 commands
• ldg_nap3 data
• ldg_nap3 log
• ldg_nap3 output

LODTST:

This test checks applying and reporting user defined load sets.

• lodtst commands
• lodtst data
• lodtst log
• lodtst output

MARL:

This is a test of reporting the slam events with the &slam string function.

• marl commands
• marl data
• marl log
• marl output

MGRTST:

This is a test of marine growth on elements.

• mgrtst commands
• mgrtst data
• mgrtst log
• mgrtst output

MV_FOR:

This is a test the ability to change the location of force along with the element when the part is moved.

• mv_for commands
• mv_for data
• mv_for log
• mv_for output

MVBOD:

This is a test of changing the activity status of bodies, parts and elements.

• mvbod commands
• mvbod data
• mvbod log
• mvbod output

PLA_DRAG:

This is a test of drag computation for a plate. It shows the when the force computation is based on the entire area or the surface area.

• pla_drag commands
• pla_drag data
• pla_drag log
• pla_drag output

PAR_BUOY:

This is a test of the emit command and several string functions. Parts of the string functions that are tested are &string, &part, and &body.

• par_buoy commands
• par_buoy data
• par_buoy log
• par_buoy output

PLWBU:

This is a test showing how a plate increases in buoyancy as it is lowered into the water.

• plwbu commands
• plwbu data
• plwbu log
• plwbu output

PRCTST:

This test checks the ability for a user to create a process from a sequency of equilibria.

• prctst commands
• prctst data
• prctst log
• prctst output

SEA_CHK:

This test checks the -TIME options on &env and &status sea.

• sea_chk commands
• sea_chk data
• sea_chk log
• sea_chk output

SPREAD_TIME:

This test checks the behavior of the -SPREAD option in the time domain.

• spread_time commands
• spread_time data
• spread_time log
• spread_time output

T_WAVE:

This test checks the ability to generate a wave grid. It reports the trajectories for the same body in three waves that were generated with the wave grid.

• t_wave commands
• t_wave data
• t_wave log
• t_wave output

TDRI:

This test checks the drift computate is changed with the a_mdrift command. It computes the total contstraint force on a simple barge.

• tdri commands
• tdri data
• tdri log
• tdri output

TIDE:

This test checks the computation of forces using the -TIDE option on &env.

• tide commands
• tide data
• tide log

TUBE:

This test checks the ability to change the weight multiplier.

• tube commands
• tube data
• tube log

W_HEIG:

This test checks ability to calculate the wind force. Two bodies are defined: one with #area and one with piece generator. The wind force is calculated for different heights and different spectrums.

• w_heig commands
• w_heig data
• w_heig log
• w_heig output

WVPLA:

This test checks wave load on plate elements.

• wvpla commands
• wvpla data
• wvpla log
• wvpla output