<caseResult _class='hudson.tasks.junit.CaseResult'><age>3</age><className>ISSM Test Suite</className><duration>0.0</duration><errorDetails>Script Error</errorDetails><errorStackTrace></errorStackTrace><failedSince>2809</failedSince><name>MATLAB-294 FAILURE</name><properties></properties><skipped>false</skipped><status>FAILED</status><stdout>


+++ Running case: MATLAB-294 
+++ working dir: /c/Users/jenkins/Jenkins/workspace/Windows-Basic/nightlylog
|       boundary conditions for stressbalance model: spc set as zero
|       no smb.mass_balance specified: values set as zero
|       no basalforcings.groundedice_melting_rate specified: values set as zero
|       no basalforcings.floatingice_melting_rate specified: values set as zero
|       no balancethickness.thickening_rate specified: values set as zero

| md = 

|                mesh: [1x1 mesh2d]            -- mesh properties
|                mask: [1x1 mask]              -- defines grounded and floating elements
|            geometry: [1x1 geometry]          -- surface elevation, bedrock topography, ice thickness,...
|           constants: [1x1 constants]         -- physical constants
|                 smb: [1x1 SMBforcing]        -- surface mass balance
|       basalforcings: [1x1 linearbasalforcings] -- bed forcings
|           materials: [1x1 matice]            -- material properties
|              damage: [1x1 damage]            -- parameters for damage evolution solution
|            friction: [1x1 friction]          -- basal friction/drag properties
|        flowequation: [1x1 flowequation]      -- flow equations
|        timestepping: [1x1 timestepping]      -- time stepping for transient models
|      initialization: [1x1 initialization]    -- initial guess/state
|               rifts: [1x1 rifts]             -- rifts properties
|          solidearth: [1x1 solidearth]        -- solidearth inputs and settings
|                 dsl: [1x1 dsl]               -- dynamic sea-level 
|               debug: [1x1 debug]             -- debugging tools (valgrind, gprof)
|             verbose: [1x1 verbose]           -- verbosity level in solve
|            settings: [1x1 issmsettings]      -- settings properties
|            toolkits: [1x1 toolkits]          -- PETSc options for each solution
|             cluster: [1x1 generic]           -- cluster parameters (number of CPUs...)
|    balancethickness: [1x1 balancethickness]  -- parameters for balancethickness solution
|       stressbalance: [1x1 stressbalance]     -- parameters for stressbalance solution
|       groundingline: [1x1 groundingline]     -- parameters for groundingline solution
|           hydrology: [1x1 hydrologyshreve]   -- parameters for hydrology solution
|              debris: [1x1 debris]            -- parameters for debris solution
|       masstransport: [1x1 masstransport]     -- parameters for masstransport solution
|    mmemasstransport: [1x1 mmemasstransport]  -- parameters for mmemasstransport solution
|             thermal: [1x1 thermal]           -- parameters for thermal solution
|         steadystate: [1x1 steadystate]       -- parameters for steadystate solution
|           transient: [1x1 transient]         -- parameters for transient solution
|            levelset: [1x1 levelset]          -- parameters for moving boundaries (level-set method)
|             calving: [1x1 calving]           -- parameters for calving
|     frontalforcings: [1x1 frontalforcings]   -- parameters for frontalforcings
|                 esa: [1x1 esa]               -- parameters for elastic adjustment solution
|                love: [1x1 love]              -- parameters for love solution
|            sampling: [1x1 sampling]          -- parameters for stochastic sampler
|            autodiff: [1x1 autodiff]          -- automatic differentiation parameters
|           inversion: [1x1 inversion]         -- parameters for inverse methods
|                 qmu: [1x1 qmu]               -- Dakota properties
|                 amr: [1x1 amr]               -- adaptive mesh refinement properties
|    outputdefinition: [1x1 outputdefinition]  -- output definition
|             results: [1x1 struct]            -- model results
|        radaroverlay: [1x1 radaroverlay]      -- radar image for plot overlay
|       miscellaneous: [1x1 miscellaneous]     -- miscellaneous fields
|   stochasticforcing: [1x1 stochasticforcing] -- stochasticity applied to model forcings
| launching solution sequence
| 'test294.bat' is not recognized as an internal or external command, 
| operable program or batch file. 
| Error using loadresultsfromdisk

| =========================================================================
|    Binary file test294.outbin not found

|    This typically results from an error encountered during the simulation
|    Please check for error messages above or in the outlog
| =========================================================================


| Error in loadresultsfromcluster (line 50)
| md=loadresultsfromdisk(md,d.miscellaneous.name '.outbin']);

| Error in solve (line 202)
| md=loadresultsfromcluster(md);

| Error in test294 (line 17)
| md=solve(md,'Transient');

| Error in run (line 99)
| evalin('caller', strcat(script, ';'));

| Error in runme (line 156)
| 		run(['test' num2str(id)]);

| Error in matlab_run1 (line 3)
| 			runme('exclude',[IdFromString('Dakota'),125,126,129,435,701,702,703],'output','nightly','rank',1,'numprocs',2);FAILURE difference: N/A test id: 294 test name: SquareShelfTranSSA2dFloatingMeltParamForDJUICE field: N/A
+++ exit code: 0

    </stdout></caseResult>