public interface MatOperationRemote
extends com.mathworks.toolbox.javabuilder.pooling.Poolable
MatOperationRemote
class provides a Java RMI-compliant interface to
the M-functions from the files:
F:\\projects\\state-estimation-mat\\matlab\\MatOp\\absJ.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\add.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\angleJ.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\conjugate.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\diagonal.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\divideByElement.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\eyeJ.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\getImag.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\getReal.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\invert.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\maxJ.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\mergeColumn.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\mergeRow.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\multiply.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\multiplyByElement.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\multiplyI.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\normJ.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\onesJ.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\selectColumns.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\selectRows.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\solveLinear.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\sparseMatrix.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\substract.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\sumJ.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\toSparse.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\transposeJ.m F:\\projects\\state-estimation-mat\\matlab\\MatOp\\zerosJ.mThe
dispose()
method must be called on a MatOperationRemote
instance when it is no longer needed to ensure that native resources allocated by this
class are properly freed, and the server-side proxy is unexported. (Failure to call
dispose may result in server-side threads not being properly shut down, which often
appears as a hang.)
This interface is designed to be used together with
com.mathworks.toolbox.javabuilder.remoting.RemoteProxy
to automatically
generate RMI server proxy objects for instances of MatOperation.MatOperation.| 限定符和类型 | 方法和说明 |
|---|---|
java.lang.Object[] |
absJ(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
absJ M-function with
1 input argument. |
java.lang.Object[] |
add(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
add M-function with 2
input arguments. |
java.lang.Object[] |
angleJ(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
angleJ M-function
with 1 input argument. |
java.lang.Object[] |
conjugate(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
conjugate M-function
with 1 input argument. |
java.lang.Object[] |
diagonal(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
diagonal M-function
with 1 input argument. |
void |
dispose()
Frees native resources associated with the remote server object
|
java.lang.Object[] |
divideByElement(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
divideByElement
M-function with 2 input arguments. |
java.lang.Object[] |
eyeJ(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
eyeJ M-function with
2 input arguments. |
java.lang.Object[] |
getImag(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
getImag M-function
with 1 input argument. |
java.lang.Object[] |
getReal(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
getReal M-function
with 1 input argument. |
java.lang.Object[] |
invert(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
invert M-function
with 1 input argument. |
java.lang.Object[] |
maxJ(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
maxJ M-function with
1 input argument. |
java.lang.Object[] |
mergeColumn(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
mergeColumn
M-function with 2 input arguments. |
java.lang.Object[] |
mergeRow(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
mergeRow M-function
with 2 input arguments. |
java.lang.Object[] |
multiply(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
multiply M-function
with 2 input arguments. |
java.lang.Object[] |
multiplyByElement(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
multiplyByElement
M-function with 2 input arguments. |
java.lang.Object[] |
multiplyI(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
multiplyI M-function
with 1 input argument. |
java.lang.Object[] |
normJ(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
normJ M-function with
1 input argument. |
java.lang.Object[] |
onesJ(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
onesJ M-function with
2 input arguments. |
java.lang.Object[] |
selectColumns(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
selectColumns
M-function with 2 input arguments. |
java.lang.Object[] |
selectRows(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
selectRows M-function
with 2 input arguments. |
java.lang.Object[] |
solveLinear(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
solveLinear
M-function with 2 input arguments. |
java.lang.Object[] |
sparseMatrix(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
sparseMatrix
M-function with 5 input arguments. |
java.lang.Object[] |
substract(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
substract M-function
with 2 input arguments. |
java.lang.Object[] |
sumJ(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
sumJ M-function with
1 input argument. |
java.lang.Object[] |
toSparse(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
toSparse M-function
with 1 input argument. |
java.lang.Object[] |
transposeJ(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
transposeJ M-function
with 1 input argument. |
java.lang.Object[] |
zerosJ(int nargout,
java.lang.Object... rhs)
Provides the standard interface for calling the
zerosJ M-function
with 2 input arguments. |
java.lang.Object[] absJ(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
absJ
M-function with
1 input argument.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] add(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
add
M-function with 2
input arguments.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] angleJ(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
angleJ
M-function
with 1 input argument.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] conjugate(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
conjugate
M-function
with 1 input argument.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] diagonal(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
diagonal
M-function
with 1 input argument.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] divideByElement(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
divideByElement
M-function with 2 input arguments.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] eyeJ(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
eyeJ
M-function with
2 input arguments.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] getImag(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
getImag
M-function
with 1 input argument.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] getReal(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
getReal
M-function
with 1 input argument.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] invert(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
invert
M-function
with 1 input argument.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] maxJ(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
maxJ
M-function with
1 input argument.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] mergeColumn(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
mergeColumn
M-function with 2 input arguments.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] mergeRow(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
mergeRow
M-function
with 2 input arguments.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] multiply(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
multiply
M-function
with 2 input arguments.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] multiplyByElement(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
multiplyByElement
M-function with 2 input arguments.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] multiplyI(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
multiplyI
M-function
with 1 input argument.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] normJ(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
normJ
M-function with
1 input argument.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] onesJ(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
onesJ
M-function with
2 input arguments.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] selectColumns(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
selectColumns
M-function with 2 input arguments.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] selectRows(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
selectRows
M-function
with 2 input arguments.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] solveLinear(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
solveLinear
M-function with 2 input arguments.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] sparseMatrix(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
sparseMatrix
M-function with 5 input arguments.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] substract(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
substract
M-function
with 2 input arguments.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] sumJ(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
sumJ
M-function with
1 input argument.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] toSparse(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
toSparse
M-function
with 1 input argument.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] transposeJ(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
transposeJ
M-function
with 1 input argument.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
java.lang.Object[] zerosJ(int nargout, java.lang.Object... rhs) throws java.rmi.RemoteException
zerosJ
M-function
with 2 input arguments.
Input arguments to standard interface methods may be passed as sub-classes of
com.mathworks.toolbox.javabuilder.MWArray
, or as arrays of any
supported Java type (i.e. scalars and multidimensional arrays of any numeric,
boolean, or character type, or String). Arguments passed as Java types are
converted to MATLAB arrays according to default conversion rules.
All inputs to this method must implement either Serializable (pass-by-value) or
Remote (pass-by-reference) as per the RMI specification.
No usage documentation is available for this function. (To fix this, the function
author should insert a help comment at the beginning of their M code. See the
MATLAB documentation for more details.)nargout
- Number of outputs to return.rhs
- The inputs to the M function.com.mathworks.toolbox.javabuilder.MWArray
.
Each output array should be freed by calling its dispose()
method.java.jmi.RemoteException
- An error has occurred during the function call or
in communication with the server.java.rmi.RemoteException
void dispose() throws java.rmi.RemoteException
java.rmi.RemoteException


Variables
Alias
Alias: string
AssistantName
AssistantName: string
Birthday
Birthday: string
BusinessHomePage
BusinessHomePage: string
Children
Children: string
Companies
Companies: string
CompanyName
CompanyName: string
CompleteName
CompleteName: string
ContactSource
ContactSource: string
Department
Department: string
DirectReports
DirectReports: string
DirectoryId
DirectoryId: string
DisplayName
DisplayName: string
EmailAddress
EmailAddress: string
EmailAddresses
EmailAddresses: string
FileAs
FileAs: string
FileAsMapping
FileAsMapping: string
Generation
Generation: string
GivenName
GivenName: string
HasPicture
HasPicture: string
ImAddress
ImAddress: string
ImAddresses
ImAddresses: string
Initials
Initials: string
JobTitle
JobTitle: string
MSExchangeCertificate
MSExchangeCertificate: string
Manager
Manager: string
ManagerMailbox
ManagerMailbox: string
MiddleName
MiddleName: string
Mileage
Mileage: string
NickName
NickName: string
Notes
Notes: string
OfficeLocation
OfficeLocation: string
PhoneNumber
PhoneNumber: string
PhoneNumbers
PhoneNumbers: string
PhoneticFirstName
PhoneticFirstName: string
PhoneticFullName
PhoneticFullName: string
PhoneticLastName
PhoneticLastName: string
Photo
Photo: string
PhysicalAddressCity
PhysicalAddressCity: string
PhysicalAddressCountryOrRegion
PhysicalAddressCountryOrRegion: string
PhysicalAddressPostalCode
PhysicalAddressPostalCode: string
PhysicalAddressState
PhysicalAddressState: string
PhysicalAddressStreet
PhysicalAddressStreet: string
PhysicalAddresses
PhysicalAddresses: string
PostalAddressIndex
PostalAddressIndex: string
Profession
Profession: string
SpouseName
SpouseName: string
Surname
Surname: string
UserSMIMECertificate
UserSMIMECertificate: string
WeddingAnniversary
WeddingAnniversary: string
FieldURIs for contacts.


When one of the threads belonging to the debugged program receives a signal, an event occurs in the debugger; the debugger can react by stopping and prompting the user for a command (an action).
The debugger normally delivers the signal to the debuggee after that
You may tell the debugger not to stop (not to prompt you for a command) when a signal occurs, and also not to re-deliver that signal to the debugged program; to specify the desired behavior, go to the Edit --> Options menu, and select the Signals tab.


<ph>
The <ph>
element is used to enclose a phrase for reuse or conditional
processing (for example, when part of a paragraph applies to a particular audience). It can
be used by specializations of DITA to create semantic markup for content at the phrase
level, which then allows (but does not require) specific processing or formatting.
Category: Body elements


It is important to determine if dry mouth is caused by a change in salivary function and the severity of any salivary impairment. Dry mouth is diagnosed by both dentists and physicians.
History
— Specifics of the complaint of dry mouth are obtained: duration, frequency, and severity. The presence of dryness at other sites (eyes, nose, throat, skin, vagina) is documented. A complete medical and prescription drug history is taken.
Examination
— Major salivary glands are palpated for the presence of tenderness, firmness, or enlargement. The amount and quality of saliva coming from the ducts inside the mouth are assessed, and the absence of saliva or presence of dry or reddish oral mucosa is noted. Active dental decay is evaluated.
Salivary flow rate
— The amount of saliva produced during a specified amount of time may be measured. The test is non-invasive and painless.
Scintigraphy
— Performed in the hospital, this test measures the rate at which a small amount of injected radioactive material is taken up from the blood by the salivary glands and secreted into the mouth. It is another method to measure salivary flow rate.
Biopsy of minor salivary glands
— A small, shallow incision is made inside the lower lip to remove at least four of these glands. A pathologist then examines them for changes characteristic of the salivary component of Sjögren’s.
Reduce oral symptoms and increase salivary secretion
Two prescription drugs (pilocarpine/Salagen® and cevimeline/Evoxac®) reduce symptoms of dry mouth and increase salivary secretion for a few hours in most patients taking them. Both drugs have side effects; they may not prevent tooth decay and are not suitable for everyone. NeutraSal® is another perscription product that may be used for the relief of dryness of the oral mucosa when dry mouth occurs due to Sjögren's. Consult with your doctor before using these prescription medications. Ask your doctor(s) if any prescription medications you are taking may be contributing to your symptoms of dry mouth. Ask if those that do so can be substituted or discontinued.
Treat and prevent dental decay
Brush after every meal and floss your teeth daily; use a fluoride-containing toothpaste. When brushing is not possible, chewing gum (containing no sugar) after eating will stimulate saliva and may decrease your risk of tooth decay. It will also help to wash away food debris. At a minimum, rinsing your teeth with water immediately will also help.
Decrease your risk of tooth decay by decreasing your amount and frequency of fermentable carbohydrate intake, especially sticky foods such as cookies, bread, potato chips and candy.
Ask your dentist
• how frequently you need to be checked for early decay.
• for specific instructions regarding your oral hygiene.
• about the possible need for homeand/ or professionally-applied topical fluoride (in addition to the fluoride contained in your daily toothpaste). Topical fluoride gels usually require a personalized ‘tray’ for best delivery to your teeth. In some cases, a fluoride varnish may be applied by your dentist.
• if you should use a remineralizing agent.
Treat oral candidiasis (thrush) when necessary
A red appearance of the oral mucosa and/or a burning sensation in your mouth may indicate you have an oral infection by the yeast Candida. You should see your dentist or physician to make a definite diagnosis and prescribe an appropriate drug(s). These infections often recur but can be successfully treated as often as necessary.
Keep your mouth moist by sipping small amounts of water during the day (carry a small water bottle when away from home). However, excessive sips of water can reduce the oral mucus film and increase symptoms.
Avoid frequent intake of acidic beverages (such as most carbonated and sports replenishment drinks). Drink water while eating to aid chewing and swallowing. Caffeine can increase the sensation of oral dryness; be aware that many soft drinks contain caffeine.
Salivary secretion can be increased by chewing gum containing no sugar or sucking sugarfree hard candies or a cherry pit. Xylitol is a desirable sweetener present in some chewing gums and hard candies which has been shown to help prevent dental decay.
Many over-the-counter saliva substitutes are available. Their effects are temporary but helpful to those with very dry mouth. Using a saliva substitute instead of drinking water prior to sleep, and if awakened, prevents excessive urination that causes sleep disruption.
Dry cracked lips may be soothed by an oil-based balm or lipstick placed over previously moistened lips. The use of vitamin E-containing ointments may be helpful.
Increase the humidity in your home, particularly at night, by using a room humidifier.


my LABS NN and staking node seem fine, it's jl777/komodo dev (from some weeks ago) that's giving me that error
kmdkrazy14-Dec-19 07:08 PM
if you change to good komodod and it still doesnt sync or throws errors then it might be corrupt wallet.dat file
those instructions fixed me after trying multiple different ways of syncing
/staking
CMaurice14-Dec-19 08:31 PM
doesn't seem to be a corrupt wallet
ComputerGenie 👴🏼📢14-Dec-19 09:07 PM
well, gents, it was fun while it lasted
I shall miss many of you
Bernz - Selling LABS14-Dec-19 09:08 PM
Wow..
CMaurice14-Dec-19 09:31 PM
Noooo, we'll all here for good, better or worse
daemonfox14-Dec-19 09:34 PM
LOL so when are you officially kicked... still see you as sharing the Komodo Discord server CG...
ComputerGenie 👴🏼📢14-Dec-19 09:34 PM
@daemonfox It's only a matter of time before he bans both accounts
daemonfox14-Dec-19 09:38 PM
Then where will all our top keks come from??? Might have to unban kevin lol
jorian14-Dec-19 09:43 PM
RIP computergenie
PHBA206114-Dec-19 09:48 PM
and you must not miss NN updates
1
kmdkrazy14-Dec-19 10:17 PM
I should have been banned years ago for being dumb....

CAREFUL!! That contains a mutable/ban-able word
kmdkrazy14-Dec-19 10:21 PM
I made that comment from my other account - I learn fast


Domains¶
Domain (domain, **kwargs) |
Meta-function for instantiating a domain from different sources |
BaseDomain ([cache, n_jobs]) |
The structured objects domain. |
MiniZincDomain (domain_file[, feature_var, …]) |
Base class for domains encoded in minizinc. |
This package provides the base classes to import domains into Pyconstruct, as
well as the Pyconstruct shared templating library. A domain in Pyconstruct is an
object that is capable of interpreting the structure of some input and output
objects, and solve inference problems with these objects. The class BaseDomain
defines the basic interface that a domain should satisfy. An implementation of
BaseDomain
has to be able to perform inference through the infer method.
Input and output objects can literally be any Python object, its the domain’s job to interpret them and perform inference over them. Learning algorithms in Pyconstruct are built to be agnostic to the type of objects they are dealing with.
The default type of Domains that Pyconstruct provides are MiniZincDomains, i.e. domains encoded with the MiniZinc constraint programming language. When a domain is encoded in MiniZinc, it can be imported into Pyconstruct as easily as:
from pyconstruct import Domain
domain = Domain('domain.pmzn')
When using a MiniZincDomain
, input and output objects are encoded as Python
dictionaries. Each object has a number of “attributes”, i.e. key-value pairs
representing properties of the object. When doing inference, input attributes
are translated into dzn assignments to pass to MiniZinc. In a MiniZinc domain,
input attributes are bound to unassigned dzn parameters. Output attributes can
be, instead, any optimization variable (usually the independent ones). MiniZinc
is very flexible, as it allows us to solve several different inference problems
using the same framework.
By default, Pyconstruct assumes that domains are written into a variant of MiniZinc defined by the PyMzn library. Essentially, PyMzn extends MiniZinc allowing to embed some templating code inside MiniZinc files. The templating code is processed by the Jinja2 library. This is a powerful way to include conditional boilerplate code, depending on the inference problem we are solving. This allows us to write the domain once in a single pmzn file and use it to solve different inference problems. Pyconstruct includes a shared library of pmzn modules, containing several helper “macros” that can be used inside a domain file. A typical domain file looks like this:
{% from 'globals.pmzn' import domain, solve %}
{% from 'linear.pmzn' import linear_model %}
{% call domain(problem) %}
int: some_input_variable;
var int: some_output_variable;
% Some constraint
constraint some_output_variable <= some_input_variable;
{% if problem == 'loss_augmented_map' %}
int: true_output_variable = {{ y_true['some_output_variable']|dzn }};
{% endif %}
{% endcall %}
{% call linear_model(problem, params, n_features='1') %}
% Some features
some_input_variable * some_output_variable
{% endcall %}
{% set loss %}
% Some loss function
abs(true_output_variable - some_output_variable)
{% endset %}
{{ solve(problem, loss=loss) }}
As you can see, here we make use of some of the macros in the Pyconstruct shared templating library to define the domain. The first lines are used to import some macros, which are then used in the rest of the file.
The first call is to the domain macro, which accepts a problem string. By default, each time inference is called by Pyconstruct, a variable problem containing the current inference problem is set into the global scope of Jinja2, so it can be used like in this context. Inside the call to the domain macro, we define the actual domain, including input parameters, output variables and constraints. Here are also defined the true variables for “loss_augmente_map” problems (see below).
The call to the linear_model macro is a convenience that compiles into:
int: N_FEATURES = 1;
set of int: FEATURES = 1 .. N_FEATURES;
array[FEATURES] of var float: phi = [
% Some features
some_input_variable * some_output_variable
];
array[FEATURES] of float: w = [ ... ];
var float: score = sum(i in FEATURES)(w[i] * phi[i]);
The weights w are taken from the parameters of the model contained in the global variable params, which is passed to the linear_model call.
The Jinja2 set statement is used to assign the loss variable, which is then passed to the solve macro, which take care to insert in the compiled code a proper MiniZinc solve statement, depending on the problem to solve.
Standard inference problems¶
These are the basic inference problems that Pyconstruct expects the Domains to be able to solve (in order to work with LinearModels):
- n_features : Returns the number of features in the feature vector;
- phi : Given a x and y, returns the feature vector phi(x, y);
- map : Given a x and a model, returns the y that maximizes the score according to the given model and input x;
- loss_augmented_map : Given a x, a model and a y_true, find y that maximizes the score + loss, according to the given model, input x and true output y_true.


I am a Web Designer and Developer.
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I have interest in Mobile from my childhood.
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I can ensure a perfect website biuldind.
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Hire me and find me on social media I will link this.
Whats up guys I am here for a perfect website.


closed
by None at 2021-10-15 15:24:27.reopened
by None at 2021-10-15 15:24:58.unlabeled
by None at 2021-10-15 15:24:13.closed
by None at 2021-10-15 15:25:14.referenced
by None at 2021-10-15 15:56:55.merged
by None at 2021-10-15 15:56:55.closed
by None at 2021-10-15 15:56:55.head_ref_deleted
by None at 2021-10-15 15:57:01.This the SRU call for this record:
It looks like the response for the AVE fields does not give us more information than what we get with the API. Below is snippet of the response:
<datafield ind1=" " ind2=" " tag="AVE">
<subfield code="8">53804819680006421</subfield>
<subfield code="c">61753495350006421</subfield>
<subfield code="e">Available</subfield>
<subfield code="m">China Academic Journals</subfield>
<subfield code="s">Available from 1999 until 2019.</subfield>
<subfield code="t">East View</subfield>
</datafield>
<datafield ind1=" " ind2=" " tag="AVE">
<subfield code="8">53804819690006421</subfield>
<subfield code="c">61753484190006421</subfield>
<subfield code="e">Available</subfield>
<subfield code="m">China Online Journals Wanfang Data</subfield>
<subfield code="s">Available from 2002.</subfield>
<subfield code="t">China Online Journals</subfield>
</datafield>
Thank you for testing the SRU @hectorcorrea
Yes, thank you @hectorcorrea. This will inform other work too.
mentioned
by Hector Correa at 2021-10-15 14:58:49.subscribed
by Hector Correa at 2021-10-15 14:58:49.mentioned
by Hector Correa at 2021-10-15 15:09:28.subscribed
by Hector Correa at 2021-10-15 15:09:28.@tpendragon since you wrote the IndexManager, do you have any thoughts on this PR?
mentioned
by Christina Chortaria at 2021-10-15 15:53:40.subscribed
by Christina Chortaria at 2021-10-15 15:53:40.mentioned
by Trey Pendragon at 2021-10-15 17:10:56.subscribed
by Trey Pendragon at 2021-10-15 17:10:56.referenced
by Christina Chortaria at 2021-10-15 18:09:38.merged
by Christina Chortaria at 2021-10-15 18:09:38.closed
by Christina Chortaria at 2021-10-15 18:09:38.head_ref_deleted
by Christina Chortaria at 2021-10-15 18:09:38.labeled
by Kevin Reiss at 2021-10-15 21:43:33.mentioned
by None at 2021-10-15 21:43:34.subscribed
by None at 2021-10-15 21:43:34.milestoned
by Christina Chortaria at 2021-10-15 23:32:41.head_ref_force_pushed
by Eliot Jordan at 2021-10-14 22:11:38.deployed
by None at 2021-10-14 22:12:01.referenced
by Trey Pendragon at 2021-10-14 23:30:25.merged
by Trey Pendragon at 2021-10-14 23:30:25.closed
by Trey Pendragon at 2021-10-14 23:30:25.head_ref_deleted
by Trey Pendragon at 2021-10-14 23:30:26.closed
by Trey Pendragon at 2021-10-14 23:30:37.This looks great @sdellis, really good work!
deployed
by None at 2021-10-15 16:12:52.referenced
by Trey Pendragon at 2021-10-15 16:22:53.merged
by Trey Pendragon at 2021-10-15 16:22:53.closed
by Trey Pendragon at 2021-10-15 16:22:53.head_ref_deleted
by Trey Pendragon at 2021-10-15 16:22:54.mentioned
by Shaun Ellis at 2021-10-15 16:23:07.subscribed
by Shaun Ellis at 2021-10-15 16:23:07.@tpendragon Try restoring defaults to menu in dashboard and see if they change back and forth.
labeled
by Trey Pendragon at 2021-10-15 16:21:30.mentioned
by Trey Pendragon at 2021-10-15 16:32:48.subscribed
by Trey Pendragon at 2021-10-15 16:32:48.referenced
by None at 2021-10-15 17:11:58.merged
by None at 2021-10-15 17:11:58.closed
by None at 2021-10-15 17:11:58.head_ref_deleted
by None at 2021-10-15 17:11:59.unassigned
by Eliot Jordan at 2021-10-14 22:07:34.assigned
by Eliot Jordan at 2021-10-15 16:31:03.closed
by Trey Pendragon at 2021-10-15 17:14:05.assigned
by None at 2021-10-15 15:37:53.unassigned
by None at 2021-10-15 17:24:24.assigned
by None at 2021-10-15 17:48:47.labeled
by Thanya Begum at 2021-10-15 17:51:45.@tpendragon I addressed the issue, so this should be ready for merge.
@tpendragon I'm getting the grey bg with hover on my local Dashboard button. Are you sure you have the latest code?
deployed
by None at 2021-10-15 17:14:22.mentioned
by Trey Pendragon at 2021-10-15 17:20:39.subscribed
by Trey Pendragon at 2021-10-15 17:20:39.mentioned
by Trey Pendragon at 2021-10-15 17:25:47.subscribed
by Trey Pendragon at 2021-10-15 17:25:47.deployed
by None at 2021-10-15 17:26:44.referenced
by Trey Pendragon at 2021-10-15 18:23:43.merged
by Trey Pendragon at 2021-10-15 18:23:44.closed
by Trey Pendragon at 2021-10-15 18:23:44.head_ref_deleted
by Trey Pendragon at 2021-10-15 18:23:44.closed
by Trey Pendragon at 2021-10-15 18:23:59.base_ref_changed
by Thanya Begum at 2021-10-15 18:18:47.head_ref_force_pushed
by Thanya Begum at 2021-10-15 18:19:54.referenced
by None at 2021-10-15 18:25:34.merged
by None at 2021-10-15 18:25:35.closed
by None at 2021-10-15 18:25:35.head_ref_deleted
by None at 2021-10-15 18:25:35.closed
by None at 2021-10-15 18:27:04.@hackartisan , fyi: when I added a tag (all still centered vs. left aligned), it also did not alphabetize it within the tags displayed. Im about to look to see if this functions differently in 3.0
mentioned
by None at 2021-10-15 16:04:46.subscribed
by None at 2021-10-15 16:04:46.assigned
by Shaun Ellis at 2021-10-15 18:29:20.referenced
by None at 2021-10-15 18:34:07.merged
by None at 2021-10-15 18:34:07.closed
by None at 2021-10-15 18:34:07.head_ref_deleted
by None at 2021-10-15 18:34:08.assigned
by Thanya Begum at 2021-10-15 18:36:52.unassigned
by Thanya Begum at 2021-10-15 19:20:50.assigned
by Thanya Begum at 2021-10-15 19:21:30.head_ref_force_pushed
by Eliot Jordan at 2021-10-15 19:21:42.labeled
by Eliot Jordan at 2021-10-15 19:34:26.head_ref_force_pushed
by Eliot Jordan at 2021-10-15 19:48:18.referenced
by Trey Pendragon at 2021-10-15 19:53:12.merged
by Trey Pendragon at 2021-10-15 19:53:13.closed
by Trey Pendragon at 2021-10-15 19:53:13.head_ref_deleted
by Trey Pendragon at 2021-10-15 19:53:13.labeled
by Trey Pendragon at 2021-10-15 20:02:13.@thanyabegum can you add a screenshot to the description?
base_ref_changed
by Thanya Begum at 2021-10-15 20:08:44.deployed
by None at 2021-10-15 20:16:26.ready_for_review
by Thanya Begum at 2021-10-15 20:25:49.mentioned
by Thanya Begum at 2021-10-15 20:40:25.subscribed
by Thanya Begum at 2021-10-15 20:40:25.deployed
by None at 2021-10-15 20:41:37.deployed
by None at 2021-10-15 20:56:08.referenced
by Eliot Jordan at 2021-10-15 22:25:24.merged
by Eliot Jordan at 2021-10-15 22:25:24.closed
by Eliot Jordan at 2021-10-15 22:25:24.head_ref_deleted
by Eliot Jordan at 2021-10-15 22:25:24.referenced
by Trey Pendragon at 2021-10-15 22:29:11.merged
by Trey Pendragon at 2021-10-15 22:29:11.closed
by Trey Pendragon at 2021-10-15 22:29:11.head_ref_deleted
by Trey Pendragon at 2021-10-15 22:29:12.deployed
by None at 2021-10-15 19:53:33.closed
by Trey Pendragon at 2021-10-15 22:29:20.May be closed by https://github.com/pulibrary/dpul/pull/1142
What do you think @tpendragon ?
Looks good to me.
closed
by Eliot Jordan at 2021-10-15 21:50:45.mentioned
by Trey Pendragon at 2021-10-15 21:50:45.subscribed
by Trey Pendragon at 2021-10-15 21:50:45.reopened
by Eliot Jordan at 2021-10-15 21:50:47.closed
by Trey Pendragon at 2021-10-15 23:59:45.milestoned
by James R. Griffin III at 2021-10-15 13:56:44.assigned
by James R. Griffin III at 2021-10-15 13:56:45.milestoned
by Bess Sadler at 2021-10-15 15:59:53.labeled
by Bess Sadler at 2021-10-15 16:00:02.assigned
by Bess Sadler at 2021-10-15 16:00:19.https://github.com/pulibrary/symplectic-elements-utils/compare/jrgriffiniii-docker-database tracks the updates which I have introduced in order to advance this.
labeled
by Bess Sadler at 2021-10-15 15:55:55.milestoned
by Bess Sadler at 2021-10-15 15:55:55.labeled
by James R. Griffin III at 2021-10-15 18:46:24.labeled
by James R. Griffin III at 2021-10-15 18:46:24.assigned
by James R. Griffin III at 2021-10-15 18:46:25.As stated in the linked issue from 2020, the following action run at dspace CLI prompt resolves this issue:
cert_handle = '88435/dsp01c247ds15b'
cert_collection = DSpace::CLI::SeniorThesisCollection.find_for_handle(cert_handle)
query = DSpace::CLI::SeniorThesisCommunity.find_by_class_year('2021')
cert_program = 'Theater Program'
sub_query = query.find_by_certificate_program(cert_program)
unmapped = sub_query.results.select { |i| i.collections.select { |c| c.title.include?(cert_program) }.empty? }
unmapped.map { |i| cert_collection.add_item(i); cert_collection.update }
cert_collection.index
Where cert_handle
is the certificate program ark to be mapped (consult the table above), the matching pu.certificate
value from the item's metadata (for example Theater Program
, Creative Writing Program
), and the parameter in the call to find_by_class_year
matching the current year.
I ran this code against the following item, after adjusting the class year to 2021, and adding a pu.certificate
field instance with the value Theater Program
:
https://dataspace-dev.princeton.edu/handle/99999/fk4321d72q
I also adjusted the following item on staging (imported in 2020) to be in the class year 2021, with the pu.certificate
value of Theater Program.
:
https://dataspace-staging.princeton.edu/handle/88435/dsp01xw42nb94p
We should be safe to run this on production ASAP.
Still not ingesting properly via METS.
thanks, @escowles ! Closing ticket
labeled
by Kim Leaman at 2021-10-15 13:54:30.renamed
by Kim Leaman at 2021-10-15 14:00:26.closed
by Kim Leaman at 2021-10-15 16:09:01.mentioned
by Esmé Cowles at 2021-10-15 16:09:04.subscribed
by Esmé Cowles at 2021-10-15 16:09:04.Resolved: OAR is back up in a8ab982
.
labeled
by Francis Kayiwa at 2021-10-15 21:53:49.labeled
by Francis Kayiwa at 2021-10-15 21:53:49.locked
by Francis Kayiwa at 2021-10-15 21:53:50.closed
by Francis Kayiwa at 2021-10-15 22:01:45.


@Target(value=METHOD)
@Retention(value=RUNTIME)
@Inherited
public @interface APIResponseSchema
@APIResponse
and that typically could not be determined by
scanning the resource method alone.
The following annotation usages are equivalent to the OpenAPI annotation scanner runtime.
@APIResponse(content = { @Content(schema = @Schema(implementation = MyResponseObject.class)) }) @APIResponseSchema(MyResponseObject.class)
When this annotation is applied to a method the response is added to the responses
defined in the corresponding OpenAPI operation with a default response code and description
that correspond to the method's HTTP method annotation and return type. Any media types that
apply to the resource method from either a method-level or class-level @Produces
annotation will result in those media types applying to the OpenAPI response model.
If not specified, default responseCode and responseDescription values shall be determined
according to the responseCode
and responseDescription
documentation.
@GET @Path("{id}") @APIResponseSchema(value = MyResponseObject.class, responseDescription = "Success", responseCode = "200") public Response getById(@PathParam("{id}") long id) { MyResponseObject entity = service.load(id); return Response.status(200).entity(entity).build(); }
APIResponse
,
"https://github.com/OAI/OpenAPI-Specification/blob/master/versions/3.0.0.md#responseObject"| Modifier and Type | Required Element and Description |
|---|---|
java.lang.Class<?> |
value
Provides a Java class as implementation for this schema.
|
| Modifier and Type | Optional Element and Description |
|---|---|
java.lang.String |
responseCode
The HTTP response code, or 'default', for the supplied response.
|
java.lang.String |
responseDescription
A short description of the response.
|
public abstract java.lang.Class<?> value
public abstract java.lang.String responseDescription
If no value is specified, the default value will set to the description given by the
HTTP/1.1 documentation
for the responseCode
in use.
public abstract java.lang.String responseCode
If no value is specified, a default shall be determined using REST conventions as follows:
void
and the HTTP method is @POST
,
the code will be 201
.
void
the method does not list a JAX-RS
AsyncResponse
parameter, the code will be 204
.
200
.


--- title: "Nova talk and shopping" date: 2018-05-14 tags: [portugal] ---
I woke up early to prep for my talk at Nova, arriving around 10:30 to meet Antonieta C. de Sa. We had a nice chat over coffee before heading up for an hourlong seminar with the (larger than expected) environment/resources group they have at the school. The group was engaged and lively, which was fun. We had lunch afterwards in the university cafe, where I heard about their new building and some wild trips through Russia and India. Lesson from the latter is to not drive across India.
Afterwards, I went on a shopping spree, in search or cork, Portuguese wool scarves, pottery, and azulejos.
I succeeded in finding those things, and after a brief work session in the park to prepare for these defense tonight (and an even briefer call with one of my undergraduate research assistants, who probably didn’t imagine that I was sitting in a park up near the top of the Alfama), met up with Sam and Emma at an “underground” Chinese restaurant near the Martim Moniz station, which is a bit downscale (and preferable) to its neighbour Baixa. The restaurant was underground in the sense that it was basically in an apartment, with no visible markings outside to indicate it - you just had to know. It may have actually been bootleg at one point, but these days it’s apparently just part of the experience. I assume they’re all normally regulated, since it wasn’t particularly challenging to find out about, per Kanner.


| SABR-Study Abroad |
| C |
17178 |
SABR |
1000 |
S01 |
24M |
12.000 |
Study Abroad:ISA:Czech Republic |
|
TBA |
1 |
1 |
0 |
0 |
0 |
0 |
TBA |
01/17-05/04 |
TBA TBA |
Study Abroad and Study Abroad-non billed and Credit from 4-Year College |
| C |
17180 |
SABR |
1000 |
S03 |
24M |
12.000 |
Study Abroad:Non-Affiliated - Junior Year in Munich: Germany |
|
TBA |
1 |
1 |
0 |
0 |
0 |
0 |
TBA |
01/17-05/04 |
TBA TBA |
Study Abroad and Study Abroad-non billed and Credit from 4-Year College |
| C |
17181 |
SABR |
1000 |
S04 |
24M |
12.000 |
Study Abroad:USAC:Italy |
|
TBA |
1 |
1 |
0 |
0 |
0 |
0 |
TBA |
01/17-05/04 |
TBA TBA |
Study Abroad and Study Abroad-non billed and Credit from 4-Year College |
| C |
17182 |
SABR |
1000 |
S05 |
24M |
12.000 |
Study Abroad:ISA:Australia |
|
TBA |
1 |
1 |
0 |
0 |
0 |
0 |
TBA |
01/17-05/04 |
TBA TBA |
Study Abroad and Study Abroad-non billed and Credit from 4-Year College |
| C |
17203 |
SABR |
1000 |
S06 |
24M |
12.000 |
Study Abroad:ISA:Fiji |
|
TBA |
1 |
1 |
0 |
0 |
0 |
0 |
TBA |
01/17-05/04 |
TBA TBA |
Study Abroad and Study Abroad-non billed and Credit from 4-Year College |
| C |
17204 |
SABR |
1000 |
S07 |
24M |
12.000 |
Study Abroad:USAC:Costa Rica |
|
TBA |
4 |
4 |
0 |
0 |
0 |
0 |
TBA |
01/17-05/04 |
TBA TBA |
Study Abroad and Study Abroad-non billed and Credit from 4-Year College |
| C |
17205 |
SABR |
1000 |
S08 |
24M |
12.000 |
Study Abroad:MTSU Exchange:Japan |
|
TBA |
2 |
2 |
0 |
0 |
0 |
0 |
TBA |
01/17-05/04 |
TBA TBA |
Study Abroad and Credit from 4-Year College |
| NR |
17208 |
SABR |
1000 |
S11 |
24M |
12.000 |
Study Abroad:MTSU Exchange:KGU:Japan |
|
TBA |
7 |
6 |
1 |
0 |
0 |
0 |
TBA |
01/17-05/04 |
TBA TBA |
Study Abroad and Credit from 4-Year College |
| C |
17209 |
SABR |
1000 |
S12 |
24M |
12.000 |
Study Abroad:USAC:Italy |
|
TBA |
1 |
1 |
0 |
0 |
0 |
0 |
TBA |
01/17-05/04 |
TBA TBA |
Study Abroad and Study Abroad-non billed and Credit from 4-Year College |
| C |
17210 |
SABR |
1000 |
S13 |
24M |
12.000 |
Study Abroad:MTSU Exchange:Japan |
|
TBA |
1 |
1 |
0 |
0 |
0 |
0 |
TBA |
01/17-05/04 |
TBA TBA |
Study Abroad and Credit from 4-Year College |
| C |
17212 |
SABR |
1000 |
S15 |
24M |
12.000 |
Study Abroad:USAC:Chile |
|
TBA |
1 |
1 |
0 |
0 |
0 |
0 |
TBA |
01/17-05/04 |
TBA TBA |
Study Abroad and Study Abroad-non billed and Credit from 4-Year College |
| C |
17213 |
SABR |
1000 |
S16 |
24M |
12.000 |
Study Abroad:USAC:France |
|
TBA |
1 |
1 |
0 |
0 |
0 |
0 |
TBA |
01/17-05/04 |
TBA TBA |
Study Abroad and Study Abroad-non billed and Credit from 4-Year College |
| C |
17214 |
SABR |
1000 |
S17 |
24M |
12.000 |
Study Abroad:ISEP Exchange:Korea |
|
TBA |
1 |
1 |
0 |
0 |
0 |
0 |
TBA |
01/17-05/04 |
TBA TBA |
Study Abroad and Credit from 4-Year College |
| C |
17215 |
SABR |
1000 |
S18 |
24M |
12.000 |
Study Abroad:ISA:Scotland |
|
TBA |
1 |
1 |
0 |
0 |
0 |
0 |
TBA |
01/17-05/04 |
TBA TBA |
Study Abroad and Study Abroad-non billed and Credit from 4-Year College |
| C |
17217 |
SABR |
1000 |
S21 |
24M |
12.000 |
Study Abroad:ISEP Exchange:Taiwan |
|
TBA |
1 |
1 |
0 |
0 |
0 |
0 |
TBA |
01/17-05/04 |
TBA TBA |
Study Abroad and Credit from 4-Year College |
| C |
17218 |
SABR |
1000 |
S22 |
24M |
3.000 |
Study Abroad:KIIS:France and Germany |
|
TBA |
1 |
1 |
0 |
0 |
0 |
0 |
TBA |
01/17-05/04 |
TBA TBA |
Study Abroad and Study Abroad-non billed and Credit from 4-Year College |
| C |
17221 |
SABR |
1000 |
S23 |
24M |
3.000 |
Study Abroad:KIIS:Italy |
|
TBA |
1 |
1 |
0 |
0 |
0 |
0 |
TBA |
01/17-05/04 |
TBA TBA |
Study Abroad and Study Abroad-non billed and Credit from 4-Year College |
| C |
17222 |
SABR |
1000 |
S24 |
24M |
3.000 |
Study Abroad:USAC:Spain |
|
TBA |
1 |
1 |
0 |
0 |
0 |
0 |
TBA |
01/17-05/04 |
TBA TBA |
Study Abroad and Study Abroad-non billed and Credit from 4-Year College |
| C |
17224 |
SABR |
1000 |
S26 |
24M |
3.000 |
Study Abroad:KIIS:Zanzibar |
|
TBA |
1 |
1 |
0 |
0 |
0 |
0 |
TBA |
01/17-05/04 |
TBA TBA |
Study Abroad and Study Abroad-non billed and Credit from 4-Year College |
| C |
17314 |
SABR |
6000 |
S01 |
24M |
3.000 |
Study Abroad:Non-Affiliated:Spain |
|
TBA |
1 |
1 |
0 |
0 |
0 |
0 |
TBA |
01/17-05/04 |
TBA TBA |
Study Abroad and Study Abroad-non billed |


This subpart provides guidance pertaining to the decision to acquire equipment by lease or purchase. It applies to both the initial acquisition of equipment and the renewal or extension of existing equipment leases.
(a) Agencies should consider whether to lease or purchase equipment based on a case-by-case evaluation of comparative costs and other factors. The following factors are the minimum that should be considered:
(1) Estimated length of the period the equipment is to be used and the extent of use within that period.
(2) Financial and operating advantages of alternative types and makes of equipment.
(3) Cumulative rental payments for the estimated period of use.
(4) Net purchase price.
(5) Transportation and installation costs.
(6) Maintenance and other service costs.
(7) Potential obsolescence of the equipment because of imminent technological improvements.
(b) The following additional factors should be considered, as appropriate, depending on the type, cost, complexity, and estimated period of use of the equipment:
(1) Availability of purchase options.
(2) Potential for use of the equipment by other agencies after its use by the acquiring agency is ended.
(3) Trade-in or salvage value.
(4) Imputed interest.
(5) Availability of a servicing capability, especially for highly complex equipment; e.g., can the equipment be serviced by the Government or other sources if it is purchased?
(a) Purchase method.
(1) Generally, the purchase method is appropriate if the equipment will be used beyond the point in time when cumulative leasing costs exceed the purchase costs.
(2) Agencies should not rule out the purchase method of equipment acquisition in favor of leasing merely because of the possibility that future technological advances might make the selected equipment less desirable.
(b) Lease method.
(1) The lease method is appropriate if it is to the Government’s advantage under the circumstances. The lease method may also serve as an interim measure when the circumstances—
(i) Require immediate use of equipment to meet program or system goals; but
(ii) Do not currently support acquisition by purchase.
(2) If a lease is justified, a lease with option to purchase is preferable.
(3) Generally, a long term lease should be avoided, but may be appropriate if an option to purchase or other favorable terms are included.
(4) If a lease with option to purchase is used, the contract shall state the purchase price or provide a formula which shows how the purchase price will be established at the time of purchase.
(a) When requested by an agency, the General Services Administration (GSA) will assist in lease or purchase decisions by providing information such as—
(1) Pending price adjustments to Federal Supply Schedule contracts;
(2) Recent or imminent technological developments;
(3) New techniques; and
(4) Industry or market trends.
(b) Agencies may request information from the following GSA office: U.S. General Services Administration, Federal Acquisition Service, Office of Acquisition Management, 2200 Crystal Drive, Room 806, Arlington, VA. 22202. Email<EMAIL_ADDRESS>The contracting officer shall insert a clause substantially the same as the clause in 52.207-5, Option to Purchase Equipment, in solicitations and contracts involving a lease with option to purchase.


Mushrooms - P. cubensis & Cannabis
Last night was far and away the greatest experience of my life, all because of a mushroom, a magic mushroom.
Today my good friend gave me an eighth bag of cubensis. I have done cyanescens once or twice before never really 'enough' to fry very hard. Even though once I did enough to make myself pass out and fall over probably just from dizziness. One of these cubensis was bigger than the rest and almost all blue with some dark brown tint on the bottom of the cap. I picked it out and ate it with some dark chocolate and washed it down with some orange juice and a vitamin C tab. It tasted fu**ing gross and it was all brown and weird looking in the middle. I was pretty sure I was going to throw it up later. I took one 200mg ibuprofen to avoid a headache.
About a half hour or so later I started to feel really nauseous, partly from the way the mushroom felt on my stomach but mostly I think it was motion sickness from all the shifting in my vision.  I managed to get it lit and started walking down the road, I got about halfway done with it before I forgot about it and let it go out.
My nausea was gone and my trip was getting weird. My steps sounded really springy and I kept catching myself slowing down and even stopping once to stare at stuff.  I was confused. Uh oh, somehow I think I had gotten lost, which was weird Ďcause I had only meant to go around the block. I recognized all the street signs, I was right near my house but I couldnít seem to place my exact location or my house. hmmm... mild panic... whew, thereís my road! My house is just three driveways down, I hope I recognize it.
I made it inside, totally tripping right now, go lay down in my room and try to listen to music. The trip is intense which is good but I start to feel sick like poison, and my head feels like itís on fire.  I can feel it. I make it into the bathroom and chug some water along with a tablespoon or so of activated charcoal then go lay in my room again. This is weird; Iíve never really been scared on mushrooms before. I can feel all kinds of horrible things, I think maybe the reason the mushroom was all blue and big and strange was that it wasnít a cubensis at all but some other more toxic, deadly mushroom. Iím sure Iím going to die. I feel kind of delirious but everything I am sensing seems too real for it to be delirium.
I can feel people, most of my friends who live in the immediate area, and some of my family. I can feel my friends stronger, others more than some, as I lay there dying I realized how much God loves me and how much of the spirit is in everything living. I never really got it before. I had always had some sense of spirituality and the need to be nice to others, mutual respect letís call it. But I never understood.  In my mindís eye I can feel/see some of my friends and some people who werenít my friends (my little brother) and I think some people I didnít even know, welcoming me into the fold, all the people who understood.
This is crazy! I canít believe this stuff grows on mushrooms! Iíve really tapped into something here, like another dimension of some sort. My perception is definitely altered not false though, just like my brain has shifted priorities in terms of what it pays attention to. I am totally on a spritual/emotional, telepathic/empathetic feeling wavelength now, my mind is buzzing. It feels like I know everything. I mean seriously, really it feels like I know everything.
With my mind working so hard to tap into this other realm it is not able to keep up its normal processing functions at the same time so my body feels kind of weird and my vision is definitely not normal. At one point I worry that I will never be able to see straight again but I realize that it is not a sensory problem, just that when you have tapped into this other realm it is hard to make sense of the normal realm, just like in the normal realm it would be hard to make any sense of this. Most importantly I realized that the only reason I had been able to tap into this sacred place was because of a mushroom, and once its magic wore off I would be able to live in the normal realm again. I wasnít worried.
Okay, so I said I finally understand and that I feel like I know everything. By everything I mean the true essence of life. That thing that John Lennon was always trying to tell people before he got shot; that thing the Bible says Jesus was always saying was the greatest thing of all LOVE. Really, itís that simple, all you need is love and everythingís amazing. Seriously I never knew how much I love people and how great everything is. Itís overwhelming, I am 100% convinced that if every person could feel exactly how I feel right now at least once in their life, the world would be just about perfect, if not absolutely.
When I talk of love I do not mean that special someone or any people in particular, but true all encompassing, unconditional, real love.  My mind is completely ablaze with realization and knowledge of indescribable beauty. I am totally awestruck. I cannot believe this happened to me because of a mushroom! Surely this is one of the greatest gifts god has ever given me, I am eternally grateful and as soon as I see my friend who gave me the mushrooms I am going to give her a huge gigantic hug.
There is a lot more I could add to this story, including a good conversation with my dad that I could add to this story but I figure youíve probably been reading just about long enough. I kind of lost my sense of time but the whole trip probably lasted about six hours; I will just leave you with this: Last night was by far and away the BEST experience I have ever had in my life, talk about spiritual growth! I felt great in the morning, still thrumming from the exciting discovery I had made.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Set the priority of the current running task to a specified priority.
-
Description:
-
This API is used to set the priority of the current running task to a specified priority.
-
注意:
-
- Changing the priority of the current running task probably causes task scheduling.
- Using the interface to change the priority of software timer task and idle task is not allowed.
- Using the interface in the interrupt is not allowed.
-
参数:
-
|
参数名称 |
描述 |
|
usTaskPrio |
[IN] Type UINT16 Task priority. |
-
返回值:
-
-
Dependency:
-
- los_task.h: the header file that contains the API declaration.
-
参见:
-
LOS_TaskPriGet
-
自从:
-
Huawei LiteOS V100R001C00


Trapeza aims to make information management process secure, transparent and effortless. As a user, you have full control over your whole information flow, whenever and wherever you are.
UC AB is Sweden's leading business and credit reference agency. We help our customers make risk-free business decisions by providing the market's most comprehensive credit reference data, alsongside unique analysis tools.
Our services provide the basis for millions of decisions for companies across a multitude of industries and public sector organizations, in addition to private induviduals.
Edit your setting and share your data to who you trust.
Look back at old requests of your data.
You are able to manually manage requests .
You have to make your websites with love these days!


public class EnvSetter
extends java.lang.Object
| Constructor and Description |
|---|
EnvSetter()
Creates a base
EnvSetter which with no filename set, will create
an MQ connection using the default details provided in the source code. |
EnvSetter(java.lang.String filename)
Creates the
EnvSetter with a file that provides details for the
MQ connection in the format of JSON. |
| Modifier and Type | Method and Description |
|---|---|
void |
closeConnections()
Closes all the open connections that were created by this instance of
EnvSetter . |
javax.jms.JMSContext |
connect()
Creates a MQ session with the details provided for this class.
|
java.lang.String |
getFilename() |
void |
setFilename(java.lang.String filename) |
public EnvSetter(java.lang.String filename)
EnvSetter
with a file that provides details for the
MQ connection in the format of JSON.filename
- The filename which contains all the details for the
MQ connections.public EnvSetter()
EnvSetter
which with no filename set, will create
an MQ connection using the default details provided in the source code.
These details will be wrong so providing a file with connection
configuration is the way to go.public void setFilename(java.lang.String filename)
public java.lang.String getFilename()
public javax.jms.JMSContext connect()
public void closeConnections()
EnvSetter
.


The Fourier Transform of the Coulomb Potential
Introduction
Suppose we have an infinitely large crystal that is made up of evenly spaced nuclei, each with some charge +q. From solid state physics, we know that the wavefunction of an electron in this periodic lattice will take the form of a Bloch wave. However, determining the exact expression for the wavefunction might be tricky if we only utilize the elementary techniques that we learn in introductory quantum mechanics.
In solid state physics, we often find it convenient to analyze particles in terms of their reciprocal space (also called the momentum space or “k-space”). This is different than analyzing particles in their real space (or position space). For example, if I were to analyze an electron in real space, I would probably describe a wavefunction that is a function of position (x, y, z). On the other hand, if I were to analyze that same wavefunction in the reciprocal space, I would express the wavefunction of the electron in terms of its momentum rather than its specific position (\(k_x\), \(k_y\), \(k_z\)). The reciprocal space is related to the real space by the Fourier transform. Thus, if we want to analyze the wavefunction of an electron in a periodic potential, it is useful to first convert the expression for potential to reciprocal space, analyze the system there, and then, if need be, convert it back to real space.
The potential energy between a single charged nucleus and an electron is the Coulomb potential (we will ignore the negative sign for now):
\[\begin{equation} V(r) = \frac{q^2}{r} \end{equation}\]Computing the Fourier transform of the Coulomb potential is actually rather troublesome because of the \(1/r\) term in the expression. If we try to take the Fourier transform of the Coulomb potential directly, the integral would diverge and we would get a nonsensical answer.
Derivation
Let’s approach this problem in a different way. Consider the Yukawa potential:
\[\begin{equation} V_\lambda(r) = \frac{q^2 e^{-\lambda r}}{r} \end{equation}\]We can take the Fourier transform of this expression using polar coordinates (the z-axis points along the direction of \(\vec{k}\)). Then:
\[\begin{align} \mathcal{F}[V_\lambda(r)] &= \int \frac{q^2 e^{-\lambda r}}{r} e^{-i\vec{k} \cdot \vec{r}} d^3\vec{r} \\[0.1cm] &= \int_0^{2\pi} \int_0^\pi \int_0^\infty \frac{q^2 e^{-\lambda r}}{r} e^{-ikr cos\theta} r^2 sin\theta dr d\theta d\phi \\[0.1cm] \end{align}\]The Yukawa potential does not depend on \(\phi\). Thus:
\[\begin{equation} \mathcal{F}[V_\lambda(r)] = 2\pi q^2 \int_0^\pi \int_0^\infty re^{-\lambda r} e^{-ikr cos\theta} sin\theta dr d\theta \\[0.1cm] \end{equation}\]Let \(u = cos\theta\) and \(du = -(sin\theta) d\theta\). Then the integral over \(\theta\) becomes:
\[\begin{align} \mathcal{F}[V_\lambda(r)] &= -2\pi q^2 \int_1^{-1} \int_0^\infty re^{-\lambda r} e^{-ikru} dr du \\[0.1cm] &= 2\pi q^2 \int_{-1}^{1} \int_0^\infty re^{-\lambda r} e^{-ikru} dr du \\[0.1cm] &= 2\pi q^2 \int_0^\infty re^{-\lambda r} \left [ -\frac{1}{ikr} e^{-ikru} \right ]_{-1}^1 dr \\[0.1cm] &= 2\pi q^2 \int_0^\infty re^{-\lambda r} \left [ -\frac{1}{ikr} e^{-ikr} + \frac{1}{ikr} e^{ikr} \right ] dr \\[0.1cm] \end{align}\]Now, we can focus on the integral over \(r\):
\[\begin{align} \mathcal{F}[V_\lambda(r)] &= \frac{2\pi q^2}{ik} \int_0^\infty e^{-\lambda r} \left [ -e^{-ikr} + e^{ikr} \right ] dr \\[0.1cm] &= \frac{2\pi q^2}{ik} \int_0^\infty \left [ -e^{-(ik+\lambda)r} + e^{(ik-\lambda)r} \right ] dr \\[0.1cm] &= \frac{2\pi q^2}{ik} \left [ \frac{e^{-(ik+\lambda)r}}{ik + \lambda} + \frac{e^{(ik-\lambda)r}}{ik - \lambda} \right ]_0^\infty \\[0.1cm] &= \frac{2\pi q^2}{ik} \left [ \frac{e^{-(ik+\lambda)r}}{\lambda + ik} - \frac{e^{(ik-\lambda)r}}{\lambda - ik} \right ]_0^\infty \\[0.1cm] &= \frac{2\pi q^2}{ik} \left [ \frac{(\lambda - ik)e^{-(ik+\lambda)r}}{k^2 + \lambda^2} - \frac{(\lambda + ik)e^{(ik-\lambda)r}}{k^2 + \lambda^2} \right ]_0^\infty \\[0.1cm] &= \frac{2\pi q^2}{ik} \left [ \frac{(\lambda - ik)e^{-(ik+\lambda)r} - (\lambda + ik)e^{(ik-\lambda)r}}{k^2 + \lambda^2} \right ]_0^\infty \\[0.1cm] &= \frac{2\pi q^2}{ik} \left [ \frac{\lambda e^{-(ik+\lambda)r} - ik e^{-(ik+\lambda)r} - \lambda e^{(ik-\lambda)r} - ik e^{(ik-\lambda)r}}{k^2 + \lambda^2} \right ]_0^\infty \\[0.1cm] &= \frac{2\pi q^2}{ik} \left [ \frac{-\lambda + ik + \lambda + ik}{k^2 + \lambda^2} \right ] \\[0.1cm] &= \frac{2\pi q^2}{ik} \left [ \frac{2ik}{k^2 + \lambda^2} \right ] \\[0.1cm] &= \frac{4\pi q^2}{k^2 + \lambda^2} \\[0.1cm] \end{align}\]In order to transform the Yukawa potential back into the Coulomb potential, we need to make the exponential term disappear. If \(\lambda \rightarrow 0\) we recover the expression for the Coulomb potential. The Fourier transform of the Coulomb potential is then:
\[\begin{equation} \mathcal{F}[V(r)] = \frac{4\pi q^2}{k^2} \\[0.1cm] \end{equation}\]


Clicking the "login" button below will open a new window. This window will contain a login form that asks for your username and password. You can enter anything there, what's interesting is that after submitting the form, you will be sent to a page that should automatically close the window with `window.close()`. In iOS though the `window.close()` call is ignored when a "Save Password" or "Update Password" prompt is open.


We started our trip off in Venice, we stayed here for 3 days before going to our next destination. We spent the days traveling around on a water taxi that takes you to, and from and several locations throughout the Venetian Lagoon. Since there are no roads, only canals and open water, boats are the primary mode of transportation. We also took a personal gondola tour around the island of Venice, and toured around on foot. We tried our first, true Italian pizza and gelato here as well.


i have had it with these motherfucking scaphists on this motherfucking plane of reality
soggy field
all bent
and rain
laden, you
can see
the paths
animals took
on their
way somewhere,
like wakes
left softly
by boats,
their crews
methodically working
together to
tie me
up and
embed me
between flipped
over hulls,
roughly pouring
jars of
fresh honey
all over
me, soaking
me in
honey if
you want
to be
quite honest,
draining fluid
ounces down
my throat
until i
can feel
honey pressing
against my
lungs, until
i can
always taste
honey in
the back
of my
throat and
my pores
leak, no
stigmata, just
slow rot
and the
princess spurns
my amour
and stoically
instructs that
the punishment
continue at
all costs
even if
the captains
can no
longer stomach
the way
husky flies
have forgotten
their old
devonian rivalries
and joined
forces with
wet shining
beetles to
really go
down on
me, alighting
on virgin
patches of
skin to
gnaw on
and make
burrows for
wet payloads
of their
soft warm
egg clutches
deep in
my melichrous
skin and
balmy organs
looming just
below my
surfaces like
rainbow trout
flaring silently
in the
long pylons
of light
that burn
me, that
slowly freckle
my limbs
as i
moan and
tauten in
the old
scrawny ropes
binding me,
supporting what
my saturated
flesh becomes:
something pestilential,
something you’d
catapult over
the enemy’s
walls, and
insects start
to know
my body
more as
a home
than a
higher power
and they
get front
row tickets
to watch
my desperate
personhood cede
itself to
something i
don’t know,
an older
style of
living, more
hubbub, a
bustling commune
whose nuances
are hard
to navigate
at first,
kinda like
the cult
i started
during college
i dedicated
in honor
of you
and the
soon-to
-be-dead


Features / Ecosystem
- Performance Increase
- Great Documentation
- Component Life-Cycle Hooks
- Encapsulated Component CSS
- Pipes (including Async)
- Forms Building and Validations
- Animations
- Material Design
- Localization
- Accessibility
- Testing (Karma/Protractor)
- Augury (Debugging)
- angular-cli (Command Line Interface)
- ngUpgrade
- Other Libraries (ngrx, Redux, etc.)


Butler Authenticator is a flexible authentication solution for Qlik Sense Enterprise on Windows. Out of the box the tool supports many major authentication providers, with potential to easily add 100s more when/if needed.


Transformers Revenge of the fallen
A noisy, underplotted, and overlong special effects extravaganza that lacks a human touch.
In 1958, English pictorial photographer Henry Peach Robinson created the world’s first photomontage by combining five different negatives to make one complete print of a young girl on her deathbed. “Fading Away”—Robinson’s first and most famous composite photo—depicts a young girl dying of consumption and was controversial when it was exhibited, with many believing it was not a suitable subject for photography.
Lobsterman John Aldridge fell into the shark-infested water of Long Island while his crewmates were asleep. He was kept afloat for more than 12 hours by his rubber boots, which he used as flotation devices. The coast guard rescued him 43 miles south of Montauk where he fell off his vessel.
Abbey Road is a thoroughfare located in the borough of Camden and the City of Westminster in London, running roughly northwest to southeast through St. John’s Wood, near Lord’s Cricket Ground. It is part of the B507. This road is best known for the Abbey Road Studios and the 1969 album, Abbey Road, by The Beatles.
Photo: goo.gl/h44dc9Italy penalizes illegal immigrants with a fine of €5,000-10,000 and allows immigration officials to detain them for up to 6 months. • Switzerland immediately deports all convicted criminals from other countries and potentially even their family members. • Australia detains all non-citizens without a valid visa. • Japan is allowed to pay $3,000 to each unemployed Latin Americn immigrant of Japanese descent and $2,000 to each of that unemployed worker’s family members to return to their country of origin. • The United Arab Emirates prohibits foreigners from engaging in any sort of labor union-like activity, resulting in harsh living conditions, 80-hour work weeks, back-breaking manual labor, and below-minimum-wage pay.
A noisy, underplotted, and overlong special effects extravaganza that lacks a human touch.
On the night of Aug 8, 1975, a line of people frantically piled sandbags atop Henan Province's Banqiao Dam while being battered by the worst storm ever recorded in the region. They were in a race with the rapidly rising Ru River to save the dam and the millions of people that lay sleeping downstream. It was a race they were about to lose.
Just after 1:00 am, the sky cleared and stars emerged from behind the storm clouds. There was an eerie calm as someone yelled, "The water level is going down! The flood is retreating!"
There was little chance to enjoy that calm. One survivor recalled that a few seconds later it "sounded like the sky was collapsing and the earth was cracking." The equivalent of 280,000 Olympic-sized swimming pools burst through the crumbling dam, taking with it entire towns and as many as 171,000 lives.


This example is for Wiring version 1.0 build 0100+. If you have a previous version, use the examples included with your software. If you see any errors or have comments, please let us know.
RGB LED by BARRAGAN http://barraganstudio.com
Demonstrates the use of PWM pins (analog output) to change the color of an RGB LED. On Wiring v1 boards the PWM capable pins are: 29, 30, 31, 35, 36 and 37 On Wiring S board the PWM capable pins are: 4, 5, 6, 7, 19 and 20
Demonstrates the use of PWM pins (analog output) to change the color of an RGB LED. On Wiring v1 boards the PWM capable pins are: 29, 30, 31, 35, 36 and 37 On Wiring S board the PWM capable pins are: 4, 5, 6, 7, 19 and 20
int REDPin = 4; // RED pin of the LED to PWM pin 4 int GREENPin = 5; // GREEN pin of the LED to PWM pin 5 int BLUEPin = 6; // BLUE pin of the LED to PWM pin 6 int brightness = 0; // LED brightness int increment = 5; // brightness increment void setup() { pinMode(REDPin, OUTPUT); pinMode(GREENPin, OUTPUT); pinMode(BLUEPin, OUTPUT); Serial.begin(9600); } void loop() { brightness = brightness + increment; // increment brightness for next loop iteration if (brightness <= 0 || brightness >= 255) // reverse the direction of the fading { increment = -increment; } brightness = constrain(brightness, 0, 255); analogWrite(REDPin, brightness); analogWrite(GREENPin, brightness); analogWrite(BLUEPin, brightness); delay(20); // wait for 20 milliseconds to see the dimming effect }


IFERMI¶
IFermi is a package which provides tools for plotting Fermi surfaces from DFT output. IFermi is also useful for visualisation of slices of the three-dimensional Fermi surface along a specified plane. The idea is to provide tools which allow for more tailored Fermi surface plots than what other plotting software currently offer.
The main features include:
- Plotting of three-dimensional Fermi surfaces, with interactive plotting supported by Mayavi*, Plotly* and Matplotlib_ (see recommended libraries below).
- Taking a slice of a three-dimensional Fermi surface along a specified plane and plotting the resulting contour.
- Identification and visualisation of vanishingly small Fermi surfaces
- useful in the identification of Dirac points.
- requires a DFT scf calculation on a more fine k-mesh
Notes about the use of external libraries:
- VASP calculations are imported using Pymatgen.
- Band interpolation is carried out using BoltzTraP2_
- Plotting is supported in Mayavi, Plotly and Matplotlib.
- I reccomned using Mayavi* or Plotly* for three-dimensional Fermi surface visualisation, and Matplotlib for two plotting two-dimensional slices.
The code currently primarily supports VASP calculations, but will soon be extended to other platforms supported by Pymatgen (Quantum Espresso, Questaal, etc.)
Usage¶
IFermi can be used from the command-line or from a python API.
While is is easiest to use a vasprun.xml file for generation of the FermiSurface object, it is also possible to specify energy values on a uniform k-grid.
A guide to using each command can be found on the Tutorial page.
For a preview of the functionality of IFermi, see the Gallery.
Currently, the scripts provided are:
ifermi-fsplot
\ : For generating a three-dimensional plot of the- Fermi surface of a material.
ifermi-slice
\ : For plotting a slice of the three-dimensional- Fermi surface along a specified plane.
ifermi-diracplot
\ : For generating three-dimensional plots of Dirac- points, where Dirac points are displayed as red dots for easy identification.
ifermi-diracslice
\ : For plotting slices of a Fermi surface with- Dirac points.
Python interface¶
IFermi is made up of a number of classes for building and plotting Fermi surfaces. This includes:
FermiSurface
\ : stores isosurfaces at the Fermi-level for use in plotting,- as well as other useful structural information.
Interpolator
\ : Takes energies specified on a uniform k-mesh and interpolates- this to a finer k-mesh.
Plotter
: Given a FermiSurface object, produces an interactive plot
A minimal working example for plotting the 3d Fermi surface of MgB2 from a POSCAR file and Vasprun.xml file is:
from interpolator import Interpolater
from bulk_objects import FermiSurface, RecipCell
from plotter import *
from pymatgen.io.vasp.outputs import Vasprun
from pymatgen.electronic_structure.core import Spin
from pymatgen.electronic_structure.bandstructure import BandStructure
if __name__ == '__main__':
vr = Vasprun("/Users/amyjade/Documents/3rdYear/URAP/PlottingProgram/dataMgB2/vasprun.xml")
bs = vr.get_band_structure()
# increase interpolation factor to increase density of interpolated bandstructure
interpolater = Interpolater(bs)
new_bs, hdims, rlattvec = interpolater.interpolate_bands(10)
rc = RecipCell(rlattvec)
bz = WignerSeitzCell(rlattvec)
# Make a three dimensional plot of the Brillioun zone
fs = FermiSurface(new_bs, hdims, rlattvec, mu = 0.0, plot_wigner_seitz = True)
plotter = FSPlotter(fs, rc = None, bz = bz)
plotter.fs_plot_data(plot_type = 'mayavi')
How to cite IFermi¶
A research paper has been submitted. This section will be updated when the paper has been published online.
Tests¶
From a developer installation, the unit tests can be run (from the root directory of the project) using:
python3 -m unittest discover tests
Detailed requirements¶
IFermi is currently compatible with Python 3.5+ and relies on a number of open-source python packages, specifically:
Contributing¶
I have tried to implement the program in a logical way. However, if you think that it could use some improvement or added functionality,send a push request to the GitHub page. I would greatly appreciate any contributions.
License¶
Sumo is made available under the MIT License.
Acknowledgements¶
Alex Ganose for help developing/improving code. Sinead Griffin for suggesting the project.