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Pulse Physiology Suite
engine
Commits
67e0b420
Commit
67e0b420
authored
Jan 13, 2021
by
Harald Scheirich
Browse files
Removed unused variable in cdm tests
parent
74c33708
Changes
6
Hide whitespace changes
Inline
Side-by-side
src/cpp/cdm/test/AdvancedCircuitTest.cpp
View file @
67e0b420
...
...
@@ -323,8 +323,8 @@ void CommonDataModelTest::CombinedCircuitTest(const std::string& sTestDirectory)
SEFluidCircuit
*
CombinedCircuit
=
&
m_Circuits
->
CreateFluidCircuit
(
"Combined"
);
CombinedCircuit
->
AddCircuit
(
*
MasterCircuit
);
CombinedCircuit
->
AddCircuit
(
*
SlaveCircuit
);
SEFluidCircuitPath
&
GroundPath
=
CombinedCircuit
->
CreatePath
(
MasterNode4
,
SlaveNode4
,
"GroundPath"
);
SEFluidCircuitPath
&
CombinedPath
=
CombinedCircuit
->
CreatePath
(
MasterNode3
,
SlaveNode3
,
"CombinedPath"
);
CombinedCircuit
->
CreatePath
(
MasterNode4
,
SlaveNode4
,
"GroundPath"
);
CombinedCircuit
->
CreatePath
(
MasterNode3
,
SlaveNode3
,
"CombinedPath"
);
CombinedCircuit
->
RemovePath
(
SlavePath1
);
CombinedCircuit
->
StateChange
();
...
...
@@ -379,7 +379,6 @@ void CommonDataModelTest::CircuitErrorTest(const std::string& sTestDirectory)
std
::
cout
<<
"CircuitErrorTest
\n
"
;
//Setup a basic circuit
m_Logger
->
SetLogFile
(
sTestDirectory
+
"/CombinedCircuitTest.log"
);
double
timeStep_s
=
1.0
/
165.0
;
SEFluidCircuitCalculator
fluidCalculator
(
m_Logger
);
SEFluidCircuit
*
fluidCircuit
=
&
m_Circuits
->
CreateFluidCircuit
(
"Fluid"
);
//-----------------------------------------------------------
...
...
@@ -487,9 +486,7 @@ void CommonDataModelTest::DynamicallyChangingCircuitTest(const std::string& sTes
fluidCircuit
->
GetPath
(
"Path4"
)
->
GetResistanceBaseline
().
SetValue
(
50
,
PressureTimePerVolumeUnit
::
Pa_s_Per_m3
);
//Add a new Path
SEFluidCircuitNode
*
Node2
=
fluidCircuit
->
GetNode
(
"Node2"
);
SEFluidCircuitNode
*
Node4
=
fluidCircuit
->
GetNode
(
"Node4"
);
SEFluidCircuitPath
&
Path5
=
fluidCircuit
->
CreatePath
(
*
Node2
,
*
Node4
,
"Path5"
);
SEFluidCircuitPath
&
Path5
=
fluidCircuit
->
CreatePath
(
Node2
,
Node4
,
"Path5"
);
Path5
.
GetNextResistance
().
SetValue
(
25
,
PressureTimePerVolumeUnit
::
Pa_s_Per_m3
);
//Reset the baselines
fluidCircuit
->
StateChange
();
...
...
@@ -715,7 +712,6 @@ void CommonDataModelTest::PolarizedCapacitorTest(const std::string& sTestDirecto
fluidCircuit
->
StateChange
();
bool
serialized
=
false
;
double
sample
=
0
;
while
(
currentTime_s
<
150
)
{
if
(
currentTime_s
>
100
)
...
...
@@ -871,7 +867,7 @@ void CommonDataModelTest::ComplianceVolumeChange(const std::string& sTestDirecto
SEFluidCircuitPath
*
groundTonode2
=
&
fluidCircuit
->
CreatePath
(
*
ground
,
*
node2
,
"groundTonode2"
);
groundTonode2
->
GetPressureSourceBaseline
().
SetValue
(
0.0
,
PressureUnit
::
cmH2O
);
SEFluidCircuitPath
*
node2Tonode3
=
&
fluidCircuit
->
CreatePath
(
*
node2
,
*
node3
,
"node2Tonode3"
);
SEFluidCircuitPath
*
node3Toground
=
&
fluidCircuit
->
CreatePath
(
*
node3
,
*
ground
,
"node3Toground"
);
fluidCircuit
->
CreatePath
(
*
node3
,
*
ground
,
"node3Toground"
);
node2Tonode3
->
GetComplianceBaseline
().
SetValue
(
1.0
,
VolumePerPressureUnit
::
L_Per_cmH2O
);
fluidCircuit
->
SetNextAndCurrentFromBaselines
();
fluidCircuit
->
StateChange
();
...
...
@@ -962,7 +958,7 @@ void CommonDataModelTest::CircuitLockingTest(const std::string& sOutputDirectory
flowSource
.
GetFlowSourceBaseline
().
SetValue
(
0.1
,
VolumePerTimeUnit
::
m3_Per_s
);
SEFluidCircuitPath
&
potentialSource
=
fluidCircuit
->
CreatePath
(
Node5
,
Node1
,
"Potential Source"
);
potentialSource
.
GetPotentialSourceBaseline
().
SetValue
(
10
,
PressureUnit
::
Pa
);
SEFluidCircuitPath
&
dummyPath
=
fluidCircuit
->
CreatePath
(
Node1
,
Node3
,
"Short"
);
fluidCircuit
->
CreatePath
(
Node1
,
Node3
,
"Short"
);
fluidCircuit
->
SetNextAndCurrentFromBaselines
();
fluidCircuit
->
StateChange
();
...
...
src/cpp/cdm/test/BasicCircuitTest.cpp
View file @
67e0b420
...
...
@@ -4138,7 +4138,6 @@ void CommonDataModelTest::TestPreProcess2(double dT, int i)
// Never change "current" values, only next.
// ALL PRESSURE SOURCES MUST EXIST ON PATH 1 UNTIL THIS IS CHANGED TO BE MORE FLEXIBLE
double
ONE
=
1
;
bool
FLOWSOURCE
=
false
;
bool
SWITCHPRESENT
=
false
;
bool
PRESSURESOURCE
=
false
;
...
...
@@ -4384,7 +4383,6 @@ void CommonDataModelTest::TestPreProcess4(double dT, int i)
// Never change "current" values, only next.
// ALL PRESSURE SOURCES MUST EXIST ON PATH 1 UNTIL THIS IS CHANGED TO BE MORE FLEXIBLE
double
ONE
=
1
;
bool
FLOWSOURCE
=
false
;
bool
SWITCHPRESENT
=
false
;
bool
PRESSURESOURCE
=
false
;
...
...
@@ -5252,7 +5250,6 @@ void CommonDataModelTest::RunTest(const std::string& outputDirectory, const std:
fluidCircuit
->
SetNextAndCurrentFromBaselines
();
fluidCircuit
->
StateChange
();
double
sample
=
0
;
bool
serialized
=
false
;
double
outputTime_s
=
0
;
while
(
currentTime_s
<
10
)
// Run for 10 secs
...
...
src/cpp/cdm/test/GasCompartmentTest.cpp
View file @
67e0b420
...
...
@@ -344,8 +344,6 @@ void CommonDataModelTest::TestGasHierarchy(SETestSuite& testSuite, SESubstanceMa
double
L2C3_mL
=
12
;
double
L2C3_mmHg
=
12
;
double
L2C3_H20
=
0.5
;
double
L2C3_pH
=
7.38
;
SEGasCompartment
*
L2C3
=
&
cmptMgr
.
CreateGasCompartment
(
"L2C3"
);
L2C3
->
GetVolume
().
SetValue
(
L2C3_mL
,
VolumeUnit
::
mL
);
L2C3
->
GetPressure
().
SetValue
(
L2C3_mmHg
,
PressureUnit
::
mmHg
);
...
...
src/cpp/cdm/test/SubstanceTransport.cpp
View file @
67e0b420
...
...
@@ -187,24 +187,24 @@ void CommonDataModelTest::LiquidTransportTest(const std::string& rptDirectory)
SEFluidCircuitPath
&
groundToNode6
=
circuit
.
CreatePath
(
Ground
,
Node6
,
"GroundToNode6"
);
groundToNode6
.
GetFlowSourceBaseline
().
SetValue
(
0.5
,
VolumePerTimeUnit
::
mL_Per_s
);
SEFluidCircuitPath
&
Node1ToNode7
=
circuit
.
CreatePath
(
Node1
,
Node7
,
"Node1ToNode7"
);
SEFluidCircuitPath
&
Node2ToNode7
=
circuit
.
CreatePath
(
Node2
,
Node7
,
"Node2ToNode7"
);
SEFluidCircuitPath
&
Node3ToNode8
=
circuit
.
CreatePath
(
Node3
,
Node8
,
"Node3ToNode8"
);
SEFluidCircuitPath
&
Node4ToNode8
=
circuit
.
CreatePath
(
Node4
,
Node8
,
"Node4ToNode8"
);
SEFluidCircuitPath
&
Node5ToNode9
=
circuit
.
CreatePath
(
Node5
,
Node9
,
"Node5ToNode9"
);
SEFluidCircuitPath
&
Node6ToNode9
=
circuit
.
CreatePath
(
Node6
,
Node9
,
"Node6ToNode9"
);
SEFluidCircuitPath
&
Node7ToNode10
=
circuit
.
CreatePath
(
Node7
,
Node10
,
"Node7ToNode10"
);
SEFluidCircuitPath
&
Node8ToNode10
=
circuit
.
CreatePath
(
Node8
,
Node10
,
"Node8ToNode10"
);
SEFluidCircuitPath
&
Node9ToNode10
=
circuit
.
CreatePath
(
Node9
,
Node10
,
"Node9ToNode10"
);
SEFluidCircuitPath
&
Node10ToNode11
=
circuit
.
CreatePath
(
Node10
,
Node11
,
"Node10ToNode11"
);
SEFluidCircuitPath
&
Node10ToNode12
=
circuit
.
CreatePath
(
Node10
,
Node12
,
"Node10ToNode12"
);
SEFluidCircuitPath
&
Node10ToNode13
=
circuit
.
CreatePath
(
Node10
,
Node13
,
"Node10ToNode13"
);
SEFluidCircuitPath
&
Node11ToNode14
=
circuit
.
CreatePath
(
Node11
,
Node14
,
"Node11ToNode14"
);
SEFluidCircuitPath
&
Node11ToNode15
=
circuit
.
CreatePath
(
Node11
,
Node15
,
"Node11ToNode15"
);
SEFluidCircuitPath
&
Node12ToNode16
=
circuit
.
CreatePath
(
Node12
,
Node16
,
"Node12ToNode16"
);
SEFluidCircuitPath
&
Node12ToNode17
=
circuit
.
CreatePath
(
Node12
,
Node17
,
"Node12ToNode17"
);
SEFluidCircuitPath
&
Node13ToNode18
=
circuit
.
CreatePath
(
Node13
,
Node18
,
"Node13ToNode18"
);
SEFluidCircuitPath
&
Node13ToNode19
=
circuit
.
CreatePath
(
Node13
,
Node19
,
"Node13ToNode19"
);
circuit
.
CreatePath
(
Node1
,
Node7
,
"Node1ToNode7"
);
circuit
.
CreatePath
(
Node2
,
Node7
,
"Node2ToNode7"
);
circuit
.
CreatePath
(
Node3
,
Node8
,
"Node3ToNode8"
);
circuit
.
CreatePath
(
Node4
,
Node8
,
"Node4ToNode8"
);
circuit
.
CreatePath
(
Node5
,
Node9
,
"Node5ToNode9"
);
circuit
.
CreatePath
(
Node6
,
Node9
,
"Node6ToNode9"
);
circuit
.
CreatePath
(
Node7
,
Node10
,
"Node7ToNode10"
);
circuit
.
CreatePath
(
Node8
,
Node10
,
"Node8ToNode10"
);
circuit
.
CreatePath
(
Node9
,
Node10
,
"Node9ToNode10"
);
circuit
.
CreatePath
(
Node10
,
Node11
,
"Node10ToNode11"
);
circuit
.
CreatePath
(
Node10
,
Node12
,
"Node10ToNode12"
);
circuit
.
CreatePath
(
Node10
,
Node13
,
"Node10ToNode13"
);
circuit
.
CreatePath
(
Node11
,
Node14
,
"Node11ToNode14"
);
circuit
.
CreatePath
(
Node11
,
Node15
,
"Node11ToNode15"
);
circuit
.
CreatePath
(
Node12
,
Node16
,
"Node12ToNode16"
);
circuit
.
CreatePath
(
Node12
,
Node17
,
"Node12ToNode17"
);
circuit
.
CreatePath
(
Node13
,
Node18
,
"Node13ToNode18"
);
circuit
.
CreatePath
(
Node13
,
Node19
,
"Node13ToNode19"
);
SEFluidCircuitPath
&
Node14ToGround
=
circuit
.
CreatePath
(
Node14
,
Ground
,
"Node14ToGround"
);
Node14ToGround
.
GetFlowSourceBaseline
().
SetValue
(
0.5
,
VolumePerTimeUnit
::
mL_Per_s
);
...
...
@@ -370,24 +370,24 @@ void CommonDataModelTest::GasTransportTest(const std::string& rptDirectory)
SEFluidCircuitPath
&
groundToNode6
=
circuit
.
CreatePath
(
Ground
,
Node6
,
"GroundToNode6"
);
groundToNode6
.
GetFlowSourceBaseline
().
SetValue
(
0.5
,
VolumePerTimeUnit
::
mL_Per_s
);
SEFluidCircuitPath
&
Node1ToNode7
=
circuit
.
CreatePath
(
Node1
,
Node7
,
"Node1ToNode7"
);
SEFluidCircuitPath
&
Node2ToNode7
=
circuit
.
CreatePath
(
Node2
,
Node7
,
"Node2ToNode7"
);
SEFluidCircuitPath
&
Node3ToNode8
=
circuit
.
CreatePath
(
Node3
,
Node8
,
"Node3ToNode8"
);
SEFluidCircuitPath
&
Node4ToNode8
=
circuit
.
CreatePath
(
Node4
,
Node8
,
"Node4ToNode8"
);
SEFluidCircuitPath
&
Node5ToNode9
=
circuit
.
CreatePath
(
Node5
,
Node9
,
"Node5ToNode9"
);
SEFluidCircuitPath
&
Node6ToNode9
=
circuit
.
CreatePath
(
Node6
,
Node9
,
"Node6ToNode9"
);
SEFluidCircuitPath
&
Node7ToNode10
=
circuit
.
CreatePath
(
Node7
,
Node10
,
"Node7ToNode10"
);
SEFluidCircuitPath
&
Node8ToNode10
=
circuit
.
CreatePath
(
Node8
,
Node10
,
"Node8ToNode10"
);
SEFluidCircuitPath
&
Node9ToNode10
=
circuit
.
CreatePath
(
Node9
,
Node10
,
"Node9ToNode10"
);
SEFluidCircuitPath
&
Node10ToNode11
=
circuit
.
CreatePath
(
Node10
,
Node11
,
"Node10ToNode11"
);
SEFluidCircuitPath
&
Node10ToNode12
=
circuit
.
CreatePath
(
Node10
,
Node12
,
"Node10ToNode12"
);
SEFluidCircuitPath
&
Node10ToNode13
=
circuit
.
CreatePath
(
Node10
,
Node13
,
"Node10ToNode13"
);
SEFluidCircuitPath
&
Node11ToNode14
=
circuit
.
CreatePath
(
Node11
,
Node14
,
"Node11ToNode14"
);
SEFluidCircuitPath
&
Node11ToNode15
=
circuit
.
CreatePath
(
Node11
,
Node15
,
"Node11ToNode15"
);
SEFluidCircuitPath
&
Node12ToNode16
=
circuit
.
CreatePath
(
Node12
,
Node16
,
"Node12ToNode16"
);
SEFluidCircuitPath
&
Node12ToNode17
=
circuit
.
CreatePath
(
Node12
,
Node17
,
"Node12ToNode17"
);
SEFluidCircuitPath
&
Node13ToNode18
=
circuit
.
CreatePath
(
Node13
,
Node18
,
"Node13ToNode18"
);
SEFluidCircuitPath
&
Node13ToNode19
=
circuit
.
CreatePath
(
Node13
,
Node19
,
"Node13ToNode19"
);
circuit
.
CreatePath
(
Node1
,
Node7
,
"Node1ToNode7"
);
circuit
.
CreatePath
(
Node2
,
Node7
,
"Node2ToNode7"
);
circuit
.
CreatePath
(
Node3
,
Node8
,
"Node3ToNode8"
);
circuit
.
CreatePath
(
Node4
,
Node8
,
"Node4ToNode8"
);
circuit
.
CreatePath
(
Node5
,
Node9
,
"Node5ToNode9"
);
circuit
.
CreatePath
(
Node6
,
Node9
,
"Node6ToNode9"
);
circuit
.
CreatePath
(
Node7
,
Node10
,
"Node7ToNode10"
);
circuit
.
CreatePath
(
Node8
,
Node10
,
"Node8ToNode10"
);
circuit
.
CreatePath
(
Node9
,
Node10
,
"Node9ToNode10"
);
circuit
.
CreatePath
(
Node10
,
Node11
,
"Node10ToNode11"
);
circuit
.
CreatePath
(
Node10
,
Node12
,
"Node10ToNode12"
);
circuit
.
CreatePath
(
Node10
,
Node13
,
"Node10ToNode13"
);
circuit
.
CreatePath
(
Node11
,
Node14
,
"Node11ToNode14"
);
circuit
.
CreatePath
(
Node11
,
Node15
,
"Node11ToNode15"
);
circuit
.
CreatePath
(
Node12
,
Node16
,
"Node12ToNode16"
);
circuit
.
CreatePath
(
Node12
,
Node17
,
"Node12ToNode17"
);
circuit
.
CreatePath
(
Node13
,
Node18
,
"Node13ToNode18"
);
circuit
.
CreatePath
(
Node13
,
Node19
,
"Node13ToNode19"
);
SEFluidCircuitPath
&
Node14ToGround
=
circuit
.
CreatePath
(
Node14
,
Ground
,
"Node14ToGround"
);
Node14ToGround
.
GetFlowSourceBaseline
().
SetValue
(
0.5
,
VolumePerTimeUnit
::
mL_Per_s
);
...
...
src/cpp/cdm/test/ThermalCompartmentTest.cpp
View file @
67e0b420
...
...
@@ -294,8 +294,6 @@ void CommonDataModelTest::TestThermalHierarchy(SETestSuite& testSuite, SESubstan
SETestCase
&
testCase
=
testSuite
.
CreateTestCase
();
testCase
.
SetName
(
"HierarchyHeatTemperatureFlows"
);
SESubstance
*
N2
=
subMgr
.
GetSubstance
(
"Nitrogen"
);
SEScalarTemperature
partialTemperature
;
TimingProfile
pTimer
;
...
...
src/cpp/cdm/test/TissueCompartmentTest.cpp
View file @
67e0b420
...
...
@@ -52,14 +52,7 @@ void CommonDataModelTest::TissueCompartmentTest(const std::string& rptDirectory)
double
TissueToPlasmaAlbuminRatio
=
1.0
;
double
TissueToPlasmaAlphaAcidGlycoproteinRatio
=
0.8
;
double
TissueToPlasmaLipoproteinRatio
=
0.54
;
//double TotalMass_mg = 333;
double
ec_pH
=
7.14
;
double
ec_WaterVolumeFraction
=
0.67
;
double
ic_pH
=
7.42
;
double
ic_WaterVolumeFraction
=
0.76
;
SECompartmentManager
cmptMgr
(
subMgr
);
SETissueCompartment
*
tissue
=
&
cmptMgr
.
CreateTissueCompartment
(
"Tissue"
);
tissue
->
GetAcidicPhospohlipidConcentration
().
SetValue
(
AcidicPhospohlipidConcentration_mg_Per_g
,
MassPerMassUnit
::
mg_Per_g
);
...
...
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