colored_diagram¶
Colored diagram of a function over a linear domain (set of 1D elments for example).
-
class
postprocess.xcVtk.colored_diagram.
ColoredDiagram
(scale, fUnitConv)¶ Bases:
postprocess.xcVtk.vtk_lut_field.LUTField
Colored diagram of a function over a linear domain (set of 1D elements for example).
-
addDiagramToScene
(recordDisplay)¶ Adds the diagram to de scene
-
agregaDatosADiagrama
(elem, indxDiagrama, v0, v1, defFScale=0.0)¶ Appends to the diagram the values being passed as parameter.
___—-* value2- value1 *— |
1 +———-+ 2
Parameters: - elem – element over which diagram is represented.
- indxDiagrama – index-counter for the values to insert.
- v0 – value at the start node.
- v1 – value at the end node.
- defFScale – factor to apply to current displacement of nodes so that the display position of each node equals to the initial position plus its displacement multiplied by this factor. (Defaults to 0.0, i.e. display of initial/undeformed shape)
-
appendDataFromElementEnds
(vDir, elem, indxDiagram, value1, value2)¶ Append to the diagram the data from the element ends as follows:
___—-* value2- value1 *— |
1 +———-+ 2
Parameters: - elem – element over which diagram is represented.
- indxDiagrama – index-counter for the values to insert.
- value1 – value at the start node.
- value2 – value at the end node.
-
creaActorDiagrama
()¶
-
creaEstrucDatosDiagrama
()¶
-
creaTramoDiagrama
(offset, org, valOrg, dest, valDest)¶ Crea un tramo de diagrama.
Parameters: - offset – index-counter for the values to insert.
- org – Extremo dorsal del elemento lineal.
- dest – Extremo frontal del elemento lineal.
- valOrg – Valor del campo escalar en el extremo dorsal.
- valDest – Valor del campo escalar en el extremo frontal.
-
creaTramoDiagramaCambioSigno
(offset, org, valOrg, dest, valDest)¶ Crea un tramo de diagrama en el que la función a representar cambia de signo. offset: Offset para el índice de los valores a insertar. org: Extremo dorsal del elemento lineal. dest: Extremo frontal del elemento lineal. valOrg: Valor del campo escalar en el extremo dorsal. valDest: Valor del campo escalar en el extremo frontal.
-
creaTramoDiagramaSignoCte
(offset, org, valOrg, dest, valDest)¶ Crea un tramo de diagrama en el que la función a representar no cambia de signo. offset: Offset para el índice de los valores a insertar. org: Extremo dorsal del elemento lineal. dest: Extremo frontal del elemento lineal. valOrg: Valor del campo escalar en el extremo dorsal. valDest: Valor del campo escalar en el extremo frontal.
-
getRaizTramoDiagrama
(org, valOrg, dest, valDest)¶ - Calcula la posición de la raíz del diagrama que se define
- mediante los siguientes parámetros:
org: Extremo dorsal del elemento lineal.
dest: Extremo frontal del elemento lineal. valOrg: Valor del campo escalar en el extremo dorsal. valDest: Valor del campo escalar en el extremo frontal.
-
resetEstrucDatosDiagrama
()¶
-
control_var_diagram¶
Display of diagrams (forces, moments, ...) on linear elements
-
class
postprocess.xcVtk.control_var_diagram.
ControlVarDiagram
(scaleFactor, fUnitConv, sets, attributeName, component)¶ Bases:
postprocess.xcVtk.colored_diagram.ColoredDiagram
Diagram of control var values (capacity factor values, internal forces values (N,My,Mz,T,Vy,Vz), crack width values,...
Variables: - scaleFactor – scale factor for the diagram (can be negative too).
- fUnitConv – unit conversion factor (i.e N->kN => fUnitConv= 1e-3).
- sets – list of element sets for which the diagram will be displayed.
- component – property to be displayed (possible arguments: ‘CF’, ‘N’, ‘My’, ‘Mz’, ‘wk’,...)
Parameters: attributeName – name of the element’s property that has the control var in it for example as in elem.getProp(attributeName).component.
-
addDiagram
()¶ Add diagram to the scene
-
getElementComponentData
(elem)¶ Return the data to use to represent the diagram over the element
Parameters: - elem – element to deal with.
- component – component to show. Valid components are: ‘N’, ‘Qy’, ‘Vy’, ‘Qz’, ‘Vz’, ‘My’, ‘Mz’, ‘T’
create_array_set_data¶
-
postprocess.xcVtk.create_array_set_data.
VtkCreaStrArraySetData
(setToDraw, entTypeName, attr)¶ Creates an array of strings with information associated to the points and cells. Parameters:
setToDraw: set of entities to be displayed entTypeName: type of entities to be displayed
(“pnts”, “lines”, “nodos”, “elementos”)attr: attribute to be stored in the array
direction_field_data¶
Data to represent directions (modulus doesn’t matters) field in VTK.
-
class
postprocess.xcVtk.direction_field_data.
DirectionFieldData
(name, color, numberOfComponents=3, scaleFactor=1.0)¶ Bases:
postprocess.xcVtk.vector_field_data.VectorFieldData
Directions (modulus doesn’t matters) Vectors defined at points.
-
addToDisplay
(recordDisplay)¶
-
setupActor
()¶
-
setupMapper
()¶
-
element_property_diagram¶
Diagram display a property defined over linear elements.
-
class
postprocess.xcVtk.element_property_diagram.
ElementPropertyDiagram
(scaleFactor, fUnitConv, sets, propertyName)¶ Bases:
postprocess.xcVtk.colored_diagram.ColoredDiagram
Diagram of element properties
-
addDiagram
()¶
-
appendDataToDiagram
(eSet, indxDiagrama, defFScale=0.0)¶ Append property values to diagram . :param eSet: Element set. :param defFScale: factor to apply to current displacement of nodes
so that the display position of each node equals to the initial position plus its displacement multiplied by this factor. (Defaults to 0.0, i.e. display of initial/undeformed shape)
-
envelopes
= set(['Vz+', 'N+', 'N-', 'Vz-', 'My+', 'T-', 'My-', 'T+', 'Vy+', 'Mz-', 'Vy-', 'Mz+'])¶
-
field_base¶
Graphic representation of fields. Base class
-
class
postprocess.xcVtk.field_base.
FieldBase
(name, fUnitConv)¶ Bases:
postprocess.xcVtk.vtk_lut_field.LUTField
Scalar field defined at nodes.
linear_load_diagram¶
Display of loads over linear elements.
-
class
postprocess.xcVtk.linear_load_diagram.
LinearLoadDiagram
(scale, fUnitConv, loadPatternName, component)¶ Bases:
postprocess.xcVtk.colored_diagram.ColoredDiagram
Draws a load over a linear element (qx,qy,qz,...)
-
addDiagram
(preprocessor)¶
-
dumpElementalLoads
(preprocessor, lp, indxDiagram)¶ Iterate over loaded elements dumping its loads into the graphic.
-
dumpLoads
(preprocessor, indxDiagram)¶
-
load_vector_field¶
Loads represented as vectors.
-
class
postprocess.xcVtk.load_vector_field.
LoadVectorField
(loadPatternName, fUnitConv=0.001, scaleFactor=1.0, showPushing=True, components=[0, 1, 2], multiplyByElementArea=True)¶ Bases:
postprocess.xcVtk.vector_field.VectorField
Draws a load over a points on nodes and on elements.
-
dumpElementalLoads
(preprocessor, lp)¶ Iterate over loaded elements dumping its loads into the graphic.
-
dumpLoads
(preprocessor, defFScale)¶
-
dumpNodalLoads
(preprocessor, lp, defFScale)¶ Iterate over loaded nodes dumping its loads into the graphic.
Parameters: defFScale – factor to apply to current displacement of nodes so that the display position of each node equals to the initial position plus its displacement multiplied by this factor.
-
local_axes_vector_field¶
Local axes represented as vectors.
-
class
postprocess.xcVtk.local_axes_vector_field.
LocalAxesVectorField
(name, scaleFactor=1.0)¶ Bases:
object
Draws a the local axes on elements.
-
addToDisplay
(recordDisplay)¶
-
dumpVectors
(xcSet)¶ Iterate over loaded elements dumping its axes into the graphic.
-
xColor
= [1.0, 0.0, 0.0]¶
-
yColor
= [0.0, 1.0, 0.0]¶
-
zColor
= [0.0, 0.0, 1.0]¶
-
-
class
postprocess.xcVtk.local_axes_vector_field.
StrongWeakAxisVectorField
(name, scaleFactor=1.0)¶ Bases:
object
Draws a the strong axis on elements.
-
addToDisplay
(recordDisplay)¶
-
dumpVectors
(xcSet)¶ Iterate over loaded elements dumping its axes into the graphic.
-
strongColor
= [1.0, 0.0, 0.0]¶
-
weakColor
= [0.0, 0.0, 1.0]¶
-
node_property_diagram¶
Diagram to display a property defined at nodes over linear elements.
-
class
postprocess.xcVtk.node_property_diagram.
NodePropertyDiagram
(scaleFactor, fUnitConv, sets, attributeName)¶ Bases:
postprocess.xcVtk.colored_diagram.ColoredDiagram
Diagram to display a property defined at nodes over linear elements.
-
addDiagram
()¶
-
appendDataToDiagram
(eSet, indxDiagrama, defFScale=0.0)¶ Append property values to diagram . :param eSet: Element set. :param defFScale: factor to apply to current displacement of nodes
so that the display position of each node equals to the initial position plus its displacement multiplied by this factor. (Defaults to 0.0, i.e. display of initial/undeformed shape)
-
getValueForNode
(node)¶
-
screen_annotation¶
vector_field_data¶
Data to represent field vector in VTK.
-
class
postprocess.xcVtk.vector_field_data.
VectorFieldData
(name, numberOfComponents=3, scaleFactor=1.0)¶ Bases:
object
Vectors defined at points.
-
calculateLengths
(fUnitConv=1.0)¶ Lengths of the vectors. Parameters:
fUnitConv: unit conversion scale factor i.e. kN -> 1e-3.
-
getPolydata
(fUnitConv=1.0)¶
-
insertNextPair
(px, py, pz, vx, vy, vz, fUnitConv=1.0, pushing=False)¶ Inserts a point in the collection. Parameters:
px,py,pz: coordinates of the point. vx,vy,vz: coordinates of the vector. pushing: true: arrow ends in the point.
false: arrow starts in the point.
-
setupGlyph
(fUnitConv=1.0)¶
-
vector_field¶
Field vector over points
-
class
postprocess.xcVtk.vector_field.
VectorField
(name, fUnitConv, scaleFactor, showPushing=True)¶ Bases:
postprocess.xcVtk.field_base.FieldBase
Vector field defined at points.
-
addToDisplay
(recordDisplay)¶
-
setupActor
()¶
-
setupMapper
()¶
-
vtk_crea_array_set_data¶
-
postprocess.xcVtk.vtk_crea_array_set_data.
VtkCreaStrArraySetData
(preprocessor, setName, entTypeName, nmbArray, data)¶
vtk_grafico_base¶
Display nice images of the model.
-
class
postprocess.xcVtk.vtk_grafico_base.
RecordDefDisplay
¶ Bases:
object
Provides de variables to define the output device.
Variables: - renderer – specification of renderer. A renderer is an object that controls the rendering process for objects. Rendering is the process of converting geometry, a specification for lights, and a camera view into an image. (defaults to None)
- renWin – rendering window (defaults to None). A rendering window is a window in a graphical user interface where renderers draw their images.
- windowWidth – resolution expresed in pixels in the width direction of the window (defaults to 800)
- windowHeight – resolution expresed in pixels in the height direction of the window (defaults to 600)
- viewName – name of the view that contains the renderer (defaults to “XYZPos”)
- zoom – (defaults to 1.0)
- bgRComp – red component (defaults to 0.65)
- bgGComp – green component (defaults to 0.65)
- bgBComp – blue component (defaults to 0.65)
- hCamFct – factor that applies to the height of the camera position in order to change perspective of isometric views (defaults to 1, usual values 0.1 to 10)
-
defineView
()¶ Sets the view for the following predefined viewNames: “ZPos”,”ZNeg”,”YPos”,”YNeg”,”XPos”,”XNeg”,”XYZPos” Zpos: View from positive Z axis (Z+) Zneg: View from negative Z axis (Z-) Ypos: View from positive Y axis (Y+) Yneg: View from negative Y axis (Y-) Xpos: View from positive X axis (X+) Xneg: View from negative X axis (X-) XYZPos or +X+Y+Z: View from point (1,1,1) +X+Y-Z: View from point (1,1,-1) +X-Y+Z: View from point (1,-1,1) +X-Y-Z: View from point (1,-1,-1) -X+Y+Z: View from point (-1,1,1) -X+Y-Z: View from point (-1,1,-1) -X-Y+Z: View from point (-1,-1,1) XYZNeg or -X-Y-Z: View from point (-1,-1,-1)
-
displayGrid
(caption='')¶ Displays the grid in the output device
Parameters: caption – caption to display with the scene.
-
displayScene
(caption='', fName=None)¶ Displaying scene
Parameters: - caption – caption to display with the scene.
- fName – name of the image file, in none -> screen window.
-
muestraEscena
()¶
-
plot
(fName)¶ Plots window contents
-
setView
(viewUpVc, posCVc)¶ Sets the view
Parameters: - viewUpVc – vector defined as [x,y,z] to orient the view. This vector of the model is placed in vertical orientation in the display
- posCVc – vector defined as [x,y,z] that points to the camera position
-
setupAxes
()¶ Add an vtkAxesActor to the renderer.
-
setupGrid
(xcSet)¶ Parameters: xcSet: set to be represented
-
setupWindow
(caption='')¶ sets the rendering window. A rendering window is a window in a graphical user interface where renderers draw their images.
-
setupWindowInteractor
()¶ sets the window interactor, which provides a platform-independent interaction mechanism for mouse/key/time events.
-
class
postprocess.xcVtk.vtk_grafico_base.
RecordDefGrid
¶ Bases:
object
Provide the variables involved in the VTK grid representation
Variables: - xcSet – set to be represented
- entToLabel – entities to be labeled (defaults to “nodos”)
- cellType – specifies the type of data cells (defaults to “nil”). Data cells are simple topological elements like points, lines, polygons and tetrahedra of which visualization data sets are composed.
- uGrid – unstructure grid (defaults to None). An unstructure grid is a concrete implementation of a vtk data set; represents any combination of any cell types. This includes 0D (e.g. points), 1D (e.g., lines, polylines), 2D (e.g., triangles, polygons), and 3D (e.g., hexahedron, tetrahedron, polyhedron, etc.).
-
getBND
()¶ Returns the grid boundary
vtk_internal_force_diagram¶
Display of diagrams (forces, moments, ...) on linear elements
-
class
postprocess.xcVtk.vtk_internal_force_diagram.
InternalForceDiagram
(scale, fUnitConv, sets, component)¶ Bases:
postprocess.xcVtk.colored_diagram.ColoredDiagram
Diagram of internal forces (N,My,Mz,T,Vy,Vz)
-
addDiagram
()¶
-
getElementComponentData
(elem)¶ Returns the data to use to represent the diagram over the element
Parameters: - elem – element to deal with.
- component – component to represent:
-
vtk_load_cells¶
vtk_load_dblprop_cells¶
-
postprocess.xcVtk.vtk_load_dblprop_cells.
VtkLoadDblProp
(setName, nmbProp, nmbContndr)¶
vtk_load_strprop_cells¶
-
postprocess.xcVtk.vtk_load_strprop_cells.
VtkLoadStrPropCells
(setName, nmbProp, nmbContndr)¶
vtk_lut_field¶
Drawing of diagrams showing a law of internal forces (or any other input) on linear elements
-
class
postprocess.xcVtk.vtk_lut_field.
LUTField
(fUnitConv)¶ Bases:
object
Provides de variables involved in the drawing of a diagram showing a law of internal forces (or any other input) on linear elements
Variables: fUnitConv – units conversion factor - :ivar lookUpTable:object that is used by mapper objects to map scalar values
- into rga (red-green-blue-alpha transparency) color specification or rga into scalar values.
Variables: - scalarBar – legend that indicates to the viewer the correspondence between color value and data value.
- mapper – object that specifies the interface between data and graphic primitives.
- actor – used to represent an entity in a rendering scene. The actor has position, orientation, scaling, a reference to the defining geometry, rendering properties and possibly a texture map.
-
creaColorScaleBar
(orientation='H')¶ Creates the scalar bar that indicates to the viewer the correspondence between color values and data values
Parameters: orientation – ‘H’ for horizontal bar, ‘V’ for vertical bar (defaults to ‘H’)
-
creaLookUpTable
()¶ Creates a lookUpTable, that is an object used by mapper objects to map scalar values into rga (red-green-blue-alpha transparency) color specification or rga into scalar values.
-
creaVertColorScaleBar
()¶ Creates the scalar bar that indicates to the viewer the correspondence between color values and data values
-
initializeMinMax
(value=1e+99)¶ Initialize minimum and maximum values that hopefully will be replaced by the real ones.
-
updateActorDiagrama
()¶ Updates de actor
-
updateLookUpTable
()¶ Sets the minimum and maximum scalar values for scalar mapping. Scalar values less than minimum and greater than maximum range values are respectively clamped to those minimum and maximum range values
-
updateMinMax
(value)¶


“Unless someone like you cares a whole awful lot, Nothing is going to get better. It's not.” Dr. Seuss
“Unless someone like you cares a whole awful lot, Nothing is going to get better. It's not.”


Securing your CxO's mail file
In a recent customer session the question popped up: How can you really secure your inbox against unauthorized access including access by nosy admins. The admin part can be particularity hard since by definition administrators should have the ability to administrate which can mean to access your file. In Domino you actually can lock down the environment, even if you have to go quite a number of steps. It is a typical case of "who controls the controller" This is my wash-list
In theory that would be all.... If IBM hadn't on pressure from the users introduced the concept of "FullAccessAdmin". As the name nicely goes... the Full Access Admin has full access. So to go full circle measures have to be put in place to safeguard the activation of "FullAccessAdmin" mode. Here you go:
- Encrypt the database on the server
This encrypts the database, so on the server only the server.id can access this database. On a server this is what actually happens. The server task identified by the server.id is the only one that actually accesses the database (physically). All other server or users get access via that server. Encryption here protects the database from being stolen physically (e.g. when the server is shut down and the NSF is copied or someone gets hands on a backup tape) - Set the property: Enforce consistent ACL
This enables local security. So anybody who might have access to the database in an un-encrypted location can't open it if the name is not in the ACL. - Remove any group or wildcard entries from the ACL
That is a little bit a tricky one (and somehow dangerous). Typically the group LocalDomainServers and LocalDomainAdmins is in the ACL. So an attacker could bribe the admin and get her name added to the group. Without the group entry that is not a possible attack vector anymore. Of course you need to make sure that all servers (especially in a cluster environment) where the mailfile is have access to the database. - Ensure that all ACL entries have an entry type
Since we have removed all groups only the entry types "Person" or "Server" would be feasible. The only 2 entries without a type are -Default- and Anonymous which both are anyway set to "No Access". This setting prevents that someone accesses the mail file as a user using a server id. - Limit access to hardware
As the old rule goes: if you can't touch it, you can't break it. Good practice here is also to give server ids a password, so if someone gets a copy of an server id (stolen backup tape) it wouldn't help. - Switch on "Compare Public Keys"
in the server document. This prevents an attack using a forged or outdated ID file. An ID file can be forged if someone stole the cert.id and the cert.id password. (Which should be fiercely protected anyhow). - Secure your certification process
Several steps here: make sure your cert.id has multiple passwords (I suggest 6 passwords with 2-3 needed). So no single person can create new users on her own. Also implement the CA process and actually remove the cert.id from access of anybody. Move the creation of users into the responsibility of a different group than server administration. This limits temptation to play with black accounts. - Set preferences to: Encrypt incoming email.
With this option set all incoming messages will be encrypted. Even if and admin gets full access.... without the notes.id she can only read the subject lines but not the content of the messages.
Use that with care and proper ID management. If the Notes.id gets lost so go the messages!
In theory that would be all.... If IBM hadn't on pressure from the users introduced the concept of "FullAccessAdmin". As the name nicely goes... the Full Access Admin has full access. So to go full circle measures have to be put in place to safeguard the activation of "FullAccessAdmin" mode. Here you go:
- Create a special user
for the sole purpose of being the full access admin. Slap multiple passwords on the ID. Make sure it is locked away and never stays unattended. Make sure only that name is in the full access admin field in the server document. - Lock down your name and address book
Demote access to the NAB or put other measures in place (a loooong topic) to make sure an admin can't change the server document to add him as full access admin.
Posted by Stephan H Wissel on 23 June 2008 | Comments (6) | categories: Show-N-Tell Thursday


We are all students at the Lambda Web-Development BootCamp Working together... to take over the world!..one app at a time...
Project Lead + React Back End: Timothy Shores
React App Front End: Junior Dupree
React App Front End: Jose Medrano
React Back End/Hosting: Zaur Guilyev
Related Project WebPages: Michael Martin, and the M.I.A John Nooney
Front End WebPages: Brian MacDowell


{% extends 'base.html' %} {% block title %}Upload Data{% endblock title %} {% load staticfiles%} {% load filename %} {% block content %} {% if user.is_authenticated %}
Be advised that this tool is NOT a safe place to store your data! Please be sure to keep all of your original files.
This program makes a few assumptions about your data:
Any headers, footers or additional columns of data will be discarded during processing. When no error column is present, a default value of 1 will be applied.
To view this page, please login.


A ux-column-picker
can be used to allow a user to select, deselect and reorder the columns in a
table.
The following properties can be used to configure the component:
Define a list of all selected columns.
Define a list of columns that are always selected. The columns cannot be moved or reordered.
Define a list of columns that are not selected or locked. All columns must have unique names, including columns in different groups.
Define a custom selected title template.
Define a custom deselected title template.
Define a custom template for deselected items.
Define a custom template for selected items.
Define a custom template for locked items.
Define a custom template for the action buttons columns.
Define a function to get the aria label of reorderable items in the selected column.
Define a function to get the aria label of a group in the deselected list.
Define the aria label for the add column button
Define the aria label for the remove column button
Define the aria label for the add all columns button
Define the aria label for the remove all columns button
Define a function that returns a column move announcement.
An optional array of objects to configure column groups. See below for a listing of the available settings for groups.
Define a comparator function used for sorting the deselected columns. For example, to sort the columns alphabetically, the function below could be used:
Emits when the selected items change or the order of the selected items change.
Emits when the deselected items change.
An array of items that are currently selected in the left column.
An array of items that are currently selected in the right column.
A function that can be called to add columns. If no columns are passed to the function, the items
that are selected in the left column will be added.
A function that can be called to remove columns. If no columns are passed to the function, the items
that are selected in the right column will be removed.
A function that can be called to add all columns.
A function that can be called to remove all columns.
The name of the group that this column belongs to.
The name of the column.
The name of the group this setting object is related to.
Defines if this group will be expanded on load. This is an optional property.
The example above can be created using the following code:


null
assigned to Optional
variable or returned from method returning Optional
.
It's recommended that you use Optional.empty()
(or Optional.absent()
for Guava) to denote an empty value.
Example:
Optional<Integer> foo(boolean flag) {
return flag ? Optional.of(42) : null;
}
After the quick-fix is applied:
Optional<Integer> foo(boolean flag) {
return flag ? Optional.of(42) : Optional.empty();
}
Configure the inspection:
Use the Report comparison of Optional with null option to also report comparisons like optional == null
. While in rare cases (e.g. lazily initialized
optional field) this might be correct, optional variable is usually never null, and probably optional.isPresent()
was
intended.
This inspection only reports if the language level of the project or module is 8 or higher.
New in 2017.2


A pseudo website for our project "Corporate Clean" that conveys the vision and goal of our firm.
I collaborated on this project with my fellow Technology Fellow at Diverse Influencers.
Languages: HTML, CSS, JavaScript
A simple memory game matching a specific repetition of tiles.
There is a specific color and sound for each tile when pressed, and upon winning (or losing) the user receives an appropriate alert message
Languages: HTML, CSS, JavaScript
An extension which contains the links to all BTS content.
Since this was my first time creating a Chrome extension, I tried something simple in accordance with my interests.
Languages: HTML, JavaScript
A simple game of rock, paper and scissor against a computer.
Languages: Python
A simple game of rock, paper and scissor against a computer.
I wanted to incorporate the previous game in an app setting.
Since I couldn't, I made this project instead.
Languages: HTML, CSS, JavaScript
A simple website that I made for my WiTNY SummerGuild 2019 project.
Interesting features include a user page where they can create a profile, and a donations page
Languages: HTML, CSS, JavaScript


I don't just take your order and serve you alone.
I also take time to engage with you and your business, thereby figuring out what...
...you really need.
...allowing you to make choice/decision about what you want.
...save you time and serve you better.
Create a responsive website that looks great on any screen size!
Help Re-design your Old Website to Current trend
We also help you manage, write content, and design wordpress.
Finally We let you take charge by teaching you web design.
I'm currently available for freelance work.
If you project that you want to get started; Need a Professional?
I'm Peter, an enthusiastic freelance website designer.
I enjoy what I do so much I sometimes do it for free.
I had thought of writing more about myself but let me save you time by allowing you to find out yourself when you work with me.


Okunniga Samson Tosin
I'm Okunniga Tosin. I am a school teacher during the day and a self taught software developer in the night and weekends.I'm a plantain lover.
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<EMAIL_ADDRESS>Teegoldz
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Shoot me a mail, and get a reply within 24 hours!
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use_module/[1,2,3]
use_module(
+File)
Loads the module-file(s) File, if not already loaded and up-to-date imports all exported predicates.
use_module(
+File,
+Imports)
Loads module-file File, if not already loaded and up-to-date imports according to Imports.
use_module(
+Module,
-File,
+Imports)
Module is already loaded and up-to-date. Imports according to Imports.
use_module(
-Module,
+File,
+Imports)
Module has not been loaded, or is out-of-date. Loads Module from File and imports according to Imports.
use_module/1
accepts a list
of file specifications, file extensions optional.
[all]
, must be ground
Either a list of predicate specifications in the Name/Arity form
to import into the calling module, or the atom all
, meaning all
predicates exported by the module are to be imported.
Loads each specified file except the previously loaded files that have not been changed since last loaded. All files should be module-files, although this is not currently enforced. All the exported predicates of the modules are imported into the calling module (or module M if specified).
use_module/2
imports only the predicates in Imports when
loading File.
use_module/3
allows Module to be
imported into another module without requiring that its source file
(File) be known, as long as the Module already
exists in the system.
Generally, use_module/3
is similar to use_module/[1,2]
,
except that if Module is already in the system, Module, or
predicates from Module, are simply imported into the calling
module, and File is not loaded again. If Module does not
already exist in the system, File is loaded, and
use_module/3
behaves like use_module/2
, except that
Module is unified, after the file has been loaded, with the actual
name of the module in
File. If Module is a variable, File must exist,
and the module name in File is returned.
Special case of load_files/2
and is defined as
use_module(File) :- load_files(File, [if(changed)]). use_module(File, Imports) :- load_files(File, [if(changed),imports(Imports)]).
use_module/1
is similar to ensure_loaded/1
except that
all files must be module-files.
An attempt to import a predicate may fail or require intervention by the user because a predicate with the same name and arity has already been defined in, or imported into, the loading module (or module M if specified). Details of what happens in the event of such a name clash are given in ref-mod-bas.
After loading the module-file, the source module will attempt to import all the predicates in Imports. Imports must be a list of predicate specifications in Name/Arity form. If any of the predicates in Imports are not public predicates, an error message is printed, but the predicates are imported nonetheless. This lack of strictness is for convenience; if you forget to declare a predicate to be public, you can supply the necessary declaration and reload its module, without having to reload the module that has imported the predicate.
While use_module/1
may be more convenient at the top level,
use_module/2
is recommended in files because it helps document
the interface between modules by making the list of imported
predicates explicit.
For consistency, use_module/2
has also been extended so that the
Imports may be specified as the term all
, in which case it behaves
the same as use_module/1
, importing the entire module into the caller.
instantiation_error
type_error
existence_error
fileerrors
flag is off
, the
predicate fails instead of raising this exception.
permission_error
fileerrors
flag is off
, the
predicate fails instead of raising this exception.


Rokus
X
Connect
Connect To
IP Address
Port
Discovered Devices
Selected Device
Friendly Name
Serial Number
Model Number
Model Name
🡇
🡅
Ⓧ


|
GenRad Cadfile Uploader |
This application allows cadfiles to be uploaded from
your PC to the GenRad SunOS server (prtpy0qx) under the
gr8xprog/.../cad/ subdirectories that you specify.
These (and other) cadfiles may be used by the
Cadfile Distribution
application.
Please log in.
©2000 Solectron Corporation, RTP
Information Technology Group


| ����� | ˵�� |
|---|---|
| org.jnetpcap.packet |
Packet decoding framework.
|
| org.jnetpcap.protocol.application |
Application protocol suite.
|
| org.jnetpcap.util |
Various support utility methods.
|
| org.jnetpcap.util.config |
SDK configuration using properties
|
| ���˵�� |
|---|
| JThreadLocal
The Class JThreadLocal.
|
| ���˵�� |
|---|
| JThreadLocal
The Class JThreadLocal.
|
| ���˵�� |
|---|
| Debug.Level
Defines various message severity levels.
|
| Debug.LevelId
Provides access to raw level value.
|
| ExpandableString
A special string that allows easy expandibility within it.
|
| HoldQueue
The Class HoldQueue.
|
| HoldQueue.HoldHandle
The Class HoldHandle.
|
| JPacketSupport.Entry
The Class Entry.
|
| JStringBuilder
Subclassible delagate StringBuilder class.
|
| PcapPacketSupport.Entry
The Class Entry.
|
| Timeout
The Interface Timeout.
|
| ���˵�� |
|---|
| ExpandableString
A special string that allows easy expandibility within it.
|
| JStringBuilder
Subclassible delagate StringBuilder class.
|


Preparation time
30 mins to 1 hour
Cooking time
10 to 30 mins
Serves
Makes 20
Pre-heat the oven to 180C/350F/Gas 4.
Sift the icing sugar, flour and cornflour together into a bowl. Add the ground almonds.
Cut the butter into cubes and add it to the dry ingredients. Using your fingers, a mixer or food processor, rub or mix the butter in until there are no visible lumps of butter. Add the almond essence.
Turn the mixture out onto a lightly floured surface and knead a few times, just to form a smooth dough.
Butter a muffin tin.  The dough should come about one-third of the way up the side of the pan. 6. Bake the shortbreads until they are a light gold colour, about 8-12 minutes. Remove them from the oven and, using your selected tool, make a small indentation in the top of each biscuit.
Let the shortbreads cool for a few minutes, then turn the mould over and tap it over the bench so that the shortbreads fall out. Be gentle, as they are fragile while they are still warm.
When all the shortbreads are baked and cooled, dust the tops with some icing sugar. Using a teaspoon, fill the indentation with jam or your chosen filling.


Gender Wise - Head Count
Export JPG
Export Excel
@*
Export JPG
Export Excel
*@
Default
Category
Grade
Gender
Department
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Back


 Moreover, traditional taste inspired since the 16th century.
Goin Che exhibits a brand personality of Sincerity amongst the 5 Dimensions of Brand Personality.
Ardently true to its tagline, Goin Che provides exquisite taste to our daily meals
Feel free to email us to provide some feedback on our products, give us suggestions for new Products and ideas, or to just say hello!


Batman Forever (1995)
Grade: 54
Why do people go to the theater in droves to see Batman movies? None of them are particularly good, and no one expects them to be. Perhaps they go in order to tell their friends, relatives and co-workers that they saw the movie. Or maybe they go to see the car. As Batman himself says, chicks dig the car.
In case the reader is a martian who is unfamiliar with American pop culture, Batman (Val Kilmer, this time around) is a super-hero who dresses in black leather at night to fight bad guys. During the day he is Bruce Wayne, head of a conglomerate, and all-around good guy.
Two Face (Tommy Lee Jones, in what certainly is a change of pace for him) is obsessed with killing Batman. Two Face was once a respectable man, but after exactly half his face was disfigured with acid, somehow this made him go criminally insane. Two Face sets up a trap for Batman, locking him and a hapless security guard in a metal box that fills with boiling acid and that is attached to a helicopter flown by Two Face that crashes into the Statue of Liberty. Both Batman and Two Face survive. I forget what happened to the security guard. The Statue of Liberty needs serious repairs.
Edward Enigma (James Carrey) works at Wayne Enterprises as a techno-nerd engineer.  Bruce Wayne is not impressed and refuses to fund the project.
Carrey isn't happy about this.  The unlucky boss is then pushed out a skyscraper window, no doubt to the cheers of oppressed workers everywhere.
Like Two Face, Carrey is obsessed with Kilmer. But while Two Face wants to kill Batman, Carrey just wants to stump Wayne with riddles. But he is foiled, as Kilmer always figures them out. This frustrates Carrey so much that he begins to act like a fairy, dress in a green jumpsuit and call himself the Riddler.
Every Batman film provides a new blonde girlfriend for Wayne and/or Batman. This time around it is Nicole Kidman's turn. She is a psychologist who turns Wayne on with sultry looks and psycho-babble.
Wayne takes her to the circus. The Flying Graysons, a family of acrobats, are performing.  But he only gets around to killing the acrobats, sparing on the youngest, Dick (Chris O'Donnell).
For some reason, O'Donnell is invited to stay at the Wayne mansion. He wants to split until he checks out Wayne's motorcycle collection. Later, he discovers the Batmobile, takes it for a spin, but gets into trouble fighting bad guys decked in day-glo. Fortunately for him, Batman arrives to save him, and gives him a Parent-Child lecture about borrowing the car without permission.
The Riddler and Two Face decide to team up to rule Gotham City. Their plan is to steal everyone's brain waves using Carrey's contraption. This scheme actually works, and now Carrey is a bigger celebrity than Bruce Wayne.
Two Face again nearly succeeds in killing Batman, but this time it is Batman's turn to be saved by O'Donnell. This makes O'Donnell so cocky that he decides to wear a costume as well and call himself Robin.
Batman is about to score with Kidman when Two Face and the Riddler break into his mansion, trashing it. They decide not to kill Kilmer because Carrey wants to leave another riddle for him. They take Kidman hostage.
Batman and Robin learn where Two Face's secret hideout is and go there to rescue Kidman. Robin ends up cornering Two Face on a cliff, but is tricked and also becomes a captive. Now Batman must save both Kidman and Robin, but his biggest challenge is keeping a straight face when confronted with Carrey's hammy Riddler schtick.
Batman Forever is not that good of a movie. It is often implausible and unintentionally laughable. But it is a guilty pleasure.
http://members.tripod.com/~Brian_Koller/movies.html
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Blast heard in Baghdad, cause unknown: Reuters witnesses
BAGHDAD (Reuters) - A blast was heard in the Iraqi capital Baghdad on Tuesday night, Reuters witnesses said. The cause was as yet unknown. There was no immediate report of a security incident or immediate comment from security officials.


$\mu_{xy}$ is the number of agents of type $x$ 'choosing' agents of type $y$.
$\Phi_{xy}$ is the total surplus of a match (between $x$ and $y$). We sometimes decompose this as $\Phi = \alpha + \gamma$.
If agent $x$ and agent $y$ match, they receive utilities
$$U_{xy} + \varepsilon_{y} \ \text{ and } \ V_{xy} + \eta_{x}$$
respectively, where
agents bargain over systematic utilities within feasible set $(U_{xy},V_{xy}) \in \mathcal{F}_{xy}$, which will determine transfers.
$(\varepsilon_y)_{y \in \mathcal{Y} \cup \{ 0 \}}$ and $(\eta_x)_{x \in \mathcal{X} \cup \{ 0 \}}$ are random utility terms with distributions $\mathbf{P}_x$ and $\mathbf{Q}_y$
Choice Problem
For agent of type $x$, the random utility of alternative $y$ is given by $U_{xy} + \varepsilon_y$, where $\varepsilon \sim \mathbf{P}_x$ and $U_{x0} = 0$, hence agent $x$ solves
$$
\max_{y \in \mathcal{Y}} \left\{ U_{xy} + \varepsilon_y, \varepsilon_0 \right\}
$$
Similarly, for an agent of type $y$, the random utility of alternative $x$ is given by $V_{xy} + \eta_x$, where $\eta \sim \mathbf{Q}_y$ and $V_{0y} = 0$, hence agent $y$ solves
$$
\max_{x \in \mathcal{X}} \left\{ V_{xy} + \eta_x, \eta_0 \right\}
$$
Indirect Utility
$G$ is the indirect utility, or $Emax$ operator:
$$
G(U) = \sum_{x \in \mathcal{X}} n_x \mathbb{E}_{\mathbf{P}_x} \left[ \max_{y \in \mathcal{Y}} \left\{ U_{xy} + \varepsilon_y, \varepsilon_0 \right\} \right]
$$
with corresponding operator for $y$:
$$
H(U) = \sum_{y \in \mathcal{Y}} m_y \mathbb{E}_{\mathbf{Q}_y} \left[ \max_{x \in \mathcal{X}} \left\{ V_{xy} + \eta_x, \eta_0 \right\} \right]
$$
By the Williams-Daly-Zachary theorem, the number of agents of type $x$ choosing agents of type $y$ is given by
$$
\mu_{xy} = \frac{\partial G(U)}{\partial U_{xy}}
$$
or
$$
\mu_{xy} = \frac{\partial H(U)}{\partial V_{xy}}
$$
Legendre Transform
If $\mathbf{P}_x$ has a nonvanishing density, the relation between $U$ and $\mu$ is invertible, and one has
$$
\mu_{xy} = \frac{\partial G(U)}{\partial U_{xy}} \ \text{ if, and only if, } \ U_{xy} = \frac{\partial G^*(\mu)}{\partial \mu_{xy}}
$$
where $G^*$ is the Legendre transform:
$$
G^*(\mu) = \max_{U} \left\{ \sum_{xy} \mu_{xy} U_{xy} - G(U) \right\}
$$
Similarly,
$$
\mu_{xy} = \frac{\partial H(V)}{\partial V_{xy}} \ \text{ if, and only if, } \ V_{xy} = \frac{\partial H^*(\mu)}{\partial \mu_{xy}}
$$
where
$$
H^*(\mu) = \max_{V} \left\{ \sum_{xy} \mu_{xy} V_{xy} - H(V) \right\}
$$


{{ page_title }}
Simple content management
Implement opportunity (at tutorboard) to remove courses and lessons, to hide them, to upload images. Add comments & attachments.
Full text search
Course description as a search index.
User profile
Implement simple user profile (MVP).
Pagination
Add pagination at every page where blocks of content are displayed.
Students & Studentboard
Develop studentboard (MVP) with opportunities to enroll courses and take lessons.


We have implemented 3 algorithms, Graham Scan, Kirk Patrick Seidel, and Jarvis March algorithms to find the convex hull in two dimensions.
| Algorithm | Complexity | |
|---|---|---|
| Graham Scan Algorithm | Smith | 50 |
| Eve | Jackson | 94 |
We have obtained these runtimes for the following algorithms.
[*In seconds (4 is also the least possible value.)]
As we can see the Kirk Patrick Seidel Algorithm is slightly expensive while initializing for smaller datasets, but for larger datasets gives quite good performance.
As we can see, during the starting the time taken for Graham Scan and Jarvis March, but after 1000 points we can see the disparity in the time taken to compute.


You are reading this tutorial on javatpoint.com
Click here to return the offset coordinates of the p element


It is important to be aware of Amazon's current information. Whether it is for submitting a 'request to test' or browsing documentation for what controls AWS has in place, it is a useful resource.
https://aws.amazon.com/security/penetration-testing/


News
-
21/11/2014
April has been busy playing the leading lady in the sell out new musical, Mrs Noah and the Flood which will shortly be coming to London and then possibly a regional tour. Meanwhile, she has a brand new line up for live work and recording continues for Little Red Flags (second album). Clips coming soon! April is playing support for Love Streets album launch at The Eden Project 4th December to buy a ticket please check out their website.
www.lovestreet.me/
-
17/06/2013
April starts to record her second album "Little Red Flags"
Recording has now started for April's second album, working title "Little Red Flags" She is planning to donate a large percentage of all the album sales to Cancer research and a Huntington’s disease charity. Although April's music is still a delightful fusion of folk, blues and jazz, this album is definitely more in the folk camp this time, with some traditional numbers and some brand new hornpipes and jigs.
All the material is inspired by the wonderful local folk tales and stunning countryside encountered on her daily walks around the Somerset levels, the Quantocks, and the amazing Devon and Dorset coastlines. Of course it wouldn’t be an album by April Anderson if there wasn’t a healthy balance of some personal songs full of introspection and some soul searching, as well as some gut wrenching soulful blues. There is a fantastic line up of musicians ready and waiting for the red light, some of whom I am sure you will know!
Watch this space... for clips!
-
27/10/10
Acoustic Festival of Britain/Cambridge Folk Festival 2010
What a busy summer for April. Acoustic Fest was fantastic! Great to see so
many old faces and meet some new fans! Playing after The 3 Daft Monkeys
was no mean feet!!
Great to see Kate Rusby and The Levellers, I even sold some albums whilst
watching them! All exciting stuff. I was running some vocal and music
workshops at Cambridge Folk festival and playing a spot in The Club
Tent and again, sold tons of albums! Cheers to all who purchased the album,
enjoy! Check out you tube soon for some gig highlights from this year
and some BBC Radio Sessions.
Relocation
I have now relocated to South Somerset and having a much needed rest to
settle into things. There will be more gigs next year so keep checking
all the sites.
There may also be some more gigs with Elephant Talk who are based down here;
it will be nice to dust off the flute!
New songs
I have also been writing and now finished most of the material for
a second album, recording will start next year.
Acoustic Clock records changes
We have said goodbye to Joy Cooper who was my London/Southeast agent for a
while, thanks for all your help Joy, you did a great job.
All further bookings will be dealt with by Acoustic Clocks West Country
office by Sue Sandwell and Jim Stuart.
-
19/05/10
Acoustic Festival Of Britain
ACOUSTIC FESTIVAL OF BRITAIN
Yes its here, me and the girls are off up north for the festival, Uttoxeter race course
here we come, its my home town, so great to revisit! You can still buy tickets on the
door and kids get in free! Bargain. Album for sale and at a reduced price if you can
proove you went to school with me!
TIME CHANGES!!!!
Acoustic Festival of Britain next weekend !!!! MAY 21, 22, 23. I am playing on Saturday
night! I am headlining the Midland stage at about 7.15.pm then the Dome tent aprox
11.00 pm after The 3 Daft Monkeys with my fabulous trio of gorgeous women! ..... All
times subject to change, check... stage notice boards on the day. cu you there! Party after!
RELOCATION
I am relocating to the west country in July and having a break from live performances.
I'm busy writing the second album which is nearly finished. Recording for
this will start next year. Keep checking my space for new material!
-
07/03/10
Headlines At The Acoustic Festival Of Britain
Hi all,
Lovely to see old faces at The Spice Of Life Gig.
Headlining at the Acoustic Festival Of Great Britian
on The Midland Stage, come down to Uttoxeter race course Staffs.
Acoustic Clock Records opens a west country
branch where Jim Stuart and Sue Sandwell will
be dealing with her bookings in that part of the country.
Joy Cooper now deals with all her London and South east
bookings and doing a fabulous job. Thanks.
Lavvie you are a star, we love you. Staffs promoter and
x band member, do you remember our cornish ambulance tour !!!!????
Thanks to all who came to The Spice of Life London, Kev 15 years,
eh ! You still look great.
Album sales going well may need to order more from pressing plant !!!!!!!!!!!!!
-
25/01/10
latest gig review (The Icarus Club (London)
Greetings,
Well a grand night was had by all, what a lovely intimate venue, it was great to see so
many people there and some regular supporters! Thanks so much for coming and I hope to see
you at The Spice of Life Feb 19th (Soho)
Some great gigs coming up as you can see and a fabulous all female singer songwriter show
is being organised in Southend with part of the proceeds going to charity, July /August
time (watch this Space) so should be a massive night with some great talent.
See you soon.
April
P.S The magic bell and glowing egg is being fetured in the next gig and some celtic
singing form Veronica O'Keefe (all the way from Cork) a cash prize if you can guess
what song they will be featured in!!!!
-
5/01/10
HAPPY NEW YEAR
HAPPY NEW YEAR FOLKS!
Christmas was lovley but far too relaxing and now it's tough getting going again!
My Space player is not working properly! It isn't playing automatically, any one
have any ideas, I have done the usual things and still nothing.
Don't forget to come to the Icarus club in January, hope to see you there.
April X
-
22/12/09
latest reviews and news
Hi Guys,
YULE TIDINGS, TO YOU ALL AND HAVE A GREAT NEW YEAR.
I hope you have checked out the new website, great photos of the recent BBC interviews.
You will be able to listen to them next year!
LATEST REVIEW
April's polish takes the female singer
songwriter genre forwards & echos the very best of the tradition. -
Musician Magazine
April
-
30/11/09
Latest news!
Hi Folks,
BBC RADIO SESSIONS TO LISTEN TO.
Both BBC Radio Leeds and Cambridgeshire went really well. Thanks to Sue Marchant and
The Durbervilles. Great presenters and lovers of great music! If you missed the
interviews you will soon be able to check them out on my space player.
PHOTOS FROM THE SESSIONS
Photos from the sessions are posted on the gallery on my
website. www.aprilanderson.co.uk and on
face book.
SANDINISTA GIG LEEDS
What a great little venue, lovely crowd and great atmosphere, I will be playing there
again. Big hello to all who signed the mailing list. Come and see me in London. January 2010.

Yuk!
April
-
11/11/09
LATEST!
ACOUSTIC MAGAZINE
Fantasic review from Acoustic magzines December edition.
'A Confident and polished debut album. Aerial lyrics and complex twisting melodies.
Gracefully sung and performed. Carefully crafted pieces of work, check it out'.
ACOUSTIC MAGAZINE
ACOUSTIC CLOCK RECORDS
They have now taken over the live bookings, to assist her with her ever demanding schedule.
WEBSITE LAUNCH TODAY
Tiz finished and beautiful well done Nath ! Thanx
STILL ON ICARUS RADIO
Round the clock radio play as they feature Swings and Roundabouts.
-
17/10/09
LATEST ARTICLES/ BBC REHEARSALS/ ACOUSTIC CLOCK RECORDS/ WEBSITE LAUNCH
April is busy rehearsing with her trio for the BBC sessions coming up.
ALBUM SALES GOING WELL
She is also currently booking dates for a uk tour next year.
STILL ON ICARUS RADIO
Round the clock radio play as they feature Swings and Roundabouts.
ACOUSTIC MAGAZINE
April's album is featued in the news update section, check out the album review in next months edition.
ACOUSTIC CLOCK RECORDS
They will be taking over the live bookings, to assist her with her ever demanding schedule.
WEBSITE LAUNCH
Nathan Kelly is putting the final touches to April's beautiful website, he also did the album artwork. You can read about her unusual early life in more detail!
TRIO
April
Vocals, guitars, flute and witty banter!
Lorraine Kelly
Fiddle and flute. She is also the leader of the Southend Symphony Orchestra and they will be performing Greigs piano concerto tonight.
Veronica O'Keefe
Backing vocals and second guitar. She is fitting stuff in between an appearance at The Royal Albert Hall in November
Have a great weekend
Identify with your spirit , which is eternal, unchanging and beyond anyones approval or
disapproval, even yours! BAREFOOT DOCTOR
Treating yourself everyday, helps you work rest and play!
APRIL
-
11/10/09
REVIEWS
BBC PRODUCER - DAVID P CRICKMORE - "This music is fresh, intriguing and beguiling; a
new direction the acoustic scene has been waiting for"
BBC RADIO CAMBRIDGESHIRE - SUE MARCHANT SHOW - "Fabulous songs, great music"
BBC RADIO ..ESSEX.. INTRODUCING – "Lovely stuff"
ICARUS RADIO - "This is a wonderful album; the music is a heady mixture of
contemporary folk and jazz with a wry, observational approach to her song writing"
ACOUSTIC MAGAZINE - "A highly skilled vocalist and instrumentalist"
-
06/10/09
BUY THE ALBUM
TO BUY
http://www.cdbaby.com
(AVAILABLE NOW)
www.amazon.co.uk/
(AVAILABLE NOW PLACE ORDER THEN IT WILL BE IN STOCK)
www.iTunes.com/uk
(AVAILABLE NOW)
-
06/10/09
FEATURED ARTIST ON ICARUS RADIO
April is featured artist of the week on Icarus Radio
www.icarusradio.co.uk starting today!
(You can hear April's tracks sometime between
a quarter to and a quarter past every "odd" hour, so 7 pm, 9pm, 11pm etc.
throughout the day and night)
-
01/10/09
BBC INTERVIEWS AND MORE RADIO PLAY
Hi, This week more gigs and radio play coming in, featured artist on two radio
shows and some BBC sessions coming up.
I also got disfigured by some chicken and sweetcorn soup! Tip: do not put your
face too close to a bowl of soup whilst stirrng it half way through it's microwave
cycle ! I now have a large sweetcorn type burn on my cheek.
buy, buy the album and by for now folks.


Hi there, my name is Clint Dunn, I'm a mechanical and software engineer from
the United States. I have just finished my M.S. degree in
mechanical engineering and am now excited to be switching gears to
focus fully on software development.
My research focused on modeling reactive multiphase flows in computational
fluid dynamics (CFD).
Particularly we were interested in incorporating a more robust treatment
of energetic and chemical coupling in pulverized coal furnace modeling. If
you are into that kind of thing you should check out my
thesis.
For our modeling work we primarily used an open source CFD toolbox,
OpenFOAM. OpenFOAM is written in C++ and provided
me with an excellent
introduction to
the world of open source software engineering. Python was also used heavily
in my research for data analysis, lighter simulations, post and pre
processing simulations results and general scripting.
Since finishing my master's
I have been spending a lot of time developing websites using
Django, the Django Rest Framework, and React;
writing about various Python, C++, and Django related topics; and
becoming involved in freelance software engineering.
I have been employed as a software engineer at Fusionbox for a little
over a year now. We
provide clients with a variety of services focused around
web development. We specialize in creating performant and secure software using
Django, React, PostgreSQL, and many other tools.
Please feel free to send me an email at<EMAIL_ADDRESS>or
reach out to any of the profile links below.


Toggle navigation
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Explanation


suparnatural-cache
/
com.suparnatural.core.cache
/
RobinHoodProbingCache
/
Quintuple
/
third
third
val
third
:
C
the third value
Property
third
- the third value


--- layout: post title: Picture viewer in Java date: 2010-03-04 04:31:10.000000000 +05:30 type: post published: true status: publish categories: - Programming tags: - java - photos - projects meta: _edit_last: '1' dsq_thread_id: '477781304' image: '' _thumbnail_id: '834' dsq_needs_sync: '1' author: login: satyadeep email<EMAIL_ADDRESS>display_name: Satyadeep first_name: Satyadeep last_name: K ---
Developed by me in Java using Swings
Features: Platform independent (Needs Java Runtime environment)
Can open pictures in a folder
Zoom in and zoom out
Goto a picture in a folder


Arrange for a confirmatory test
Ok
Keep 'Asymptomatic'
Keep other conditions
| Notice |
|
Patient has a BMI of: Are you sure with your selection? |


tode is an open source database to which anybody can contribute. You can search through it using the field above. Pressing "search" will perform a normal search; "quick" will instantly go to the first entry found; "random" will select a random entry; and "example" will fill out the search field with an exemplar query.
To add an equation to the tode database, you'll first need to make an account. Then, click the button at the bottom of this page saying "new entry" (under "general"). You will be prompted to enter the equation along with information such as a description and categories.
tode has a few other services, for example you can download a serial dump of the database. There's also a HTTP API, for which you can generate a key once you have an account. The API supports operations such as querying and selecting a random entry.


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4
5
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The ARC variables UI and logic module contains all ingredients to add support for environment and variables in Advanced REST Client.


click in the world to put down a copy of the automaton you built in the workbench
or, if you just want to watch things go, click
here
workbench
build
test
build a new automaton here by clicking and dragging in the box below
x
resize
show grid
clear
test out your creation by clicking "go", or click "restart" to reset everything to the beginning
x
resize
go
restart


omexml.py read and write OME xml
imctools.external.omexml.
DO_XYTZC
= 'XYTZC'¶IFD # 254
imctools.external.omexml.
MPI_CMYK
= 'CMYK'¶IFD # 263
imctools.external.omexml.
OMEXML
(xml=None)¶Bases: object
Reads and writes OME-XML with methods to get and set it.
The OMEXML class has four main purposes: to parse OME-XML, to output OME-XML, to provide a structured mechanism for inspecting OME-XML and to let the caller create and modify OME-XML.
There are two ways to invoke the constructor. If you supply XML as a string or unicode string, the constructor will parse it and will use it as the base for any inspection and modification. If you don’t supply XML, you’ll get a bland OME-XML object which has a one-channel image. You can modify it programatically and get the modified OME-XML back out by calling to_xml.
There are two ways to get at the XML. The arduous way is to get the root_node of the DOM and explore it yourself using the DOM API (http://docs.python.org/library/xml.dom.html#module-xml.dom). The easy way, where it’s supported is to use properties on OMEXML and on some of its derived objects. For instance:
>>> o = OMEXML()
>>> #print o.image().AcquisitionDate
will get you the date that image # 0 was acquired.
>>> o = OMEXML()
>>> o.image().Name = "MyImage"
will set the image name to “MyImage”.
You can add and remove objects using the “count” properties. Each of these handles hooking up and removing orphaned elements for you and should be less error prone than creating orphaned elements and attaching them. For instance, to create a three-color image:
>>> o = OMEXML()
>>> o.image().Pixels.channel_count = 3
>>> o.image().Pixels.Channel(0).Name = "Red"
>>> o.image().Pixels.Channel(1).Name = "Green"
>>> o.image().Pixels.Channel(2).Name = "Blue"
See the OME-XML schema documentation.
Channel
(node)¶Bases: object
The OME/Image/Pixels/Channel element
ID
¶Name
¶SamplesPerPixel
¶get_ID
()¶get_Name
()¶get_SamplesPerPixel
()¶set_ID
(value)¶set_Name
(value)¶set_SamplesPerPixel
(value)¶Image
(node)¶Bases: object
Representation of the OME/Image element
AcquisitionDate
¶The date in ISO-8601 format
ID
¶Name
¶Pixels
¶The OME/Image/Pixels element.
get_AcquisitionDate
()¶The date in ISO-8601 format
get_ID
()¶get_Name
()¶set_AcquisitionDate
(date)¶set_ID
(value)¶set_Name
(value)¶OriginalMetadata
(sa)¶Bases: dict
View original metadata as a dictionary
Original metadata holds “vendor-specific” metadata including TIFF tag values.
has_key
(key)¶iteritems
()¶keys
() → a set-like object providing a view on D's keys¶Pixels
(node)¶Bases: object
The OME/Image/Pixels element
The Pixels element represents the pixels in an OME image and, for an OME-XML encoded image, will actually contain the base-64 encoded pixel data. It has the X, Y, Z, C, and T extents of the image and it specifies the channel interleaving and channel depth.
Channel
(index=0)¶Get the indexed channel from the Pixels element
DimensionOrder
¶The ordering of image planes in the file
A 5-letter code indicating the ordering of pixels, from the most rapidly varying to least. Use the DO_* constants (for instance DO_XYZCT) to compare and set this.
ID
¶PixelType
¶The pixel bit type, for instance PT_UINT8
The pixel type specifies the datatype used to encode pixels in the image data. You can use the PT_* constants to compare and set the pixel type.
Plane
(index=0)¶Get the indexed plane from the Pixels element
SizeC
¶The dimensions of the image in the C direction in pixels
SizeT
¶The dimensions of the image in the T direction in pixels
SizeX
¶The dimensions of the image in the X direction in pixels
SizeY
¶The dimensions of the image in the Y direction in pixels
SizeZ
¶The dimensions of the image in the Z direction in pixels
channel_count
¶The number of channels in the image
You can change the number of channels in the image by setting the channel_count:
pixels.channel_count = 3 pixels.Channel(0).Name = “Red” …
get_DimensionOrder
()¶The ordering of image planes in the file
A 5-letter code indicating the ordering of pixels, from the most rapidly varying to least. Use the DO_* constants (for instance DO_XYZCT) to compare and set this.
get_ID
()¶get_PixelType
()¶The pixel bit type, for instance PT_UINT8
The pixel type specifies the datatype used to encode pixels in the image data. You can use the PT_* constants to compare and set the pixel type.
get_SizeC
()¶The dimensions of the image in the C direction in pixels
get_SizeT
()¶The dimensions of the image in the T direction in pixels
get_SizeX
()¶The dimensions of the image in the X direction in pixels
get_SizeY
()¶The dimensions of the image in the Y direction in pixels
get_SizeZ
()¶The dimensions of the image in the Z direction in pixels
get_channel_count
()¶The number of channels in the image
You can change the number of channels in the image by setting the channel_count:
pixels.channel_count = 3 pixels.Channel(0).Name = “Red” …
get_plane_count
()¶The number of planes in the image
An image with only one plane or an interleaved color plane will often not have any planes.
You can change the number of planes in the image by setting the plane_count:
pixels.plane_count = 3 pixels.Plane(0).TheZ=pixels.Plane(0).TheC=pixels.Plane(0).TheT=0 …
plane_count
¶The number of planes in the image
An image with only one plane or an interleaved color plane will often not have any planes.
You can change the number of planes in the image by setting the plane_count:
pixels.plane_count = 3 pixels.Plane(0).TheZ=pixels.Plane(0).TheC=pixels.Plane(0).TheT=0 …
set_DimensionOrder
(value)¶set_ID
(value)¶set_PixelType
(value)¶set_SizeC
(value)¶set_SizeT
(value)¶set_SizeX
(value)¶set_SizeY
(value)¶set_SizeZ
(value)¶set_channel_count
(value)¶set_plane_count
(value)¶Plane
(node)¶Bases: object
The OME/Image/Pixels/Plane element
The Plane element represents one 2-dimensional image plane. It has the Z, C and T indices of the plane and optionally has the X, Y, Z, exposure time and a relative time delta.
DeltaT
¶# of seconds since the beginning of the experiment
ExposureTime
¶Units are seconds. Duration of acquisition????
PositionX
¶X position of stage
PositionY
¶Y position of stage
PositionZ
¶Z position of stage
TheC
¶The channel index of the plane
TheT
¶The T index of the plane
TheZ
¶The Z index of the plane
get_DeltaT
()¶# of seconds since the beginning of the experiment
get_PositionX
()¶X position of stage
get_PositionY
()¶Y position of stage
get_PositionZ
()¶Z position of stage
get_TheC
()¶The channel index of the plane
get_TheT
()¶The T index of the plane
get_TheZ
()¶The Z index of the plane
set_DeltaT
(value)¶set_PositionX
(value)¶set_PositionY
(value)¶set_PositionZ
(value)¶set_TheC
(value)¶set_TheT
(value)¶set_TheZ
(value)¶Plate
(node)¶Bases: object
The SPW:Plate element
This represents the plate element of the SPW schema: http://www.openmicroscopy.org/Schemas/SPW/2007-06/
ColumnNamingConvention
¶Columns
¶Description
¶ExternalIdentifier
¶ID
¶Name
¶RowNamingConvention
¶Rows
¶Status
¶Well
¶The well dictionary / list
WellOriginX
¶WellOriginY
¶get_ColumnNamingConvention
()¶get_Columns
()¶get_Description
()¶get_ExternalIdentifier
()¶get_ID
()¶get_Name
()¶get_RowNamingConvention
()¶get_Rows
()¶get_Status
()¶get_Well
()¶The well dictionary / list
get_WellOriginX
()¶get_WellOriginY
()¶get_well_name
(well)¶Get a well’s name, using the row and column convention
set_ColumnNamingConvention
(value)¶set_Columns
(value)¶set_Description
(text)¶set_ExternalIdentifier
(value)¶set_ID
(value)¶set_Name
(value)¶set_RowNamingConvention
(value)¶set_Rows
(value)¶set_Status
(value)¶set_WellOriginX
(value)¶set_WellOriginY
(value)¶PlatesDucktype
(root)¶Bases: object
It looks like a list of plates
newPlate
(name, plate_id='1f8bc944-8362-4cec-91b8-c3c0830ba684')¶StructuredAnnotations
(node)¶Bases: dict
The OME/StructuredAnnotations element
Structured annotations let OME-XML represent metadata from other file formats, for example the tag metadata in TIFF files. The StructuredAnnotations element is a container for the structured annotations.
Images can have structured annotation references. These match to the IDs of structured annotations in the StructuredAnnotations element. You can get the structured annotations in an OME-XML document using a dictionary interface to StructuredAnnotations.
Pragmatically, TIFF tag metadata is stored as key/value pairs in OriginalMetadata annotations - in the context of CellProfiler, callers will be using these to read tag data that’s not represented in OME-XML such as the bits per sample and min and max sample values.
OriginalMetadata
¶add_original_metadata
(key, value)¶Create an original data key/value pair
key - the original metadata’s key name, for instance OM_PHOTOMETRIC_INTERPRETATION
value - the value, for instance, “RGB”
returns the ID for the structured annotation.
get_original_metadata_refs
(ids)¶For a given ID, get the matching original metadata references
ids - collection of IDs to match
returns a dictionary of key to value
get_original_metadata_value
(key, default=None)¶Return the value for a particular original metadata key
key - key to search for default - default value to return if not found
has_key
(key)¶has_original_metadata
(key)¶True if there is an original metadata item with the given key
iter_original_metadata
()¶An iterator over the original metadata in structured annotations
returns (<annotation ID>, (<key, value>))
where <annotation ID> is the ID attribute of the annotation (which can be used to tie an annotation to an image)
<key> is the original metadata key, typically one of the OM_* names of a TIFF tag <value> is the value for the metadata
keys
() → a set-like object providing a view on D's keys¶Well
(node)¶Bases: object
Column
¶ExternalDescription
¶ExternalIdentifier
¶ID
¶Row
¶Sample
¶get_Color
()¶get_Column
()¶get_ExternalDescription
()¶get_ExternalIdentifier
()¶get_ID
()¶get_Row
()¶get_Sample
()¶set_Color
(value)¶set_Column
(value)¶set_ExternalDescription
(value)¶set_ExternalIdentifier
(value)¶set_ID
(value)¶set_Row
(value)¶WellSample
(node)¶Bases: object
The WellSample is a location within a well
ID
¶ImageRef
¶Get the ID of the image of this site
Index
¶PositionX
¶PositionY
¶Timepoint
¶get_ID
()¶get_ImageRef
()¶Get the ID of the image of this site
get_Index
()¶get_PositionX
()¶get_PositionY
()¶get_Timepoint
()¶set_ID
(value)¶set_ImageRef
(value)¶Add a reference to the image of this site
set_Index
(value)¶set_PositionX
(value)¶set_PositionY
(value)¶set_Timepoint
(value)¶WellSampleDucktype
(well_node)¶Bases: list
The WellSample elements in a well
This is made to look like an indexable list so that you can do things like: wellsamples[0:2]
new
(wellsample_id='ceb22244-01d7-4094-9259-4cb7761c108e', index=None)¶Create a new well sample
WellsDucktype
(plate)¶Bases: dict
The WellsDucktype lets you retrieve and create wells
The WellsDucktype looks like a dictionary but lets you reference the wells in a plate using indexing. Types of indexes:
If the ducktype is unable to parse a well name, it assumes you’re using an ID.
new
(row, column, well_id='ed7c5c18-26fa-4961-8419-72f30b93bd83')¶Create a new well at the given row and column
row - index of well’s row column - index of well’s column well_id - the ID attribute for the well
get_image_count
()¶The number of images (= series) specified by the XML
get_ns
(key)¶image
(index=0)¶Return an image node by index
image_count
¶The number of images (= series) specified by the XML
plates
¶root_node
¶set_image_count
(value)¶Add or remove image nodes as needed
structured_annotations
¶Return the structured annotations container
returns a wrapping of OME/StructuredAnnotations. It creates the element if it doesn’t exist.
to_xml
(indent='\t', newline='\n', encoding='unicode')¶imctools.external.omexml.
OM_ARTIST
= 'Artist'¶IFD # 316
imctools.external.omexml.
OM_BITS_PER_SAMPLE
= 'BitsPerSample'¶IFD # 262
imctools.external.omexml.
OM_CELL_LENGTH
= 'CellLength'¶IFD # 266
imctools.external.omexml.
OM_CELL_WIDTH
= 'CellWidth'¶IFD # 265
imctools.external.omexml.
OM_DATE_TIME
= 'DateTime'¶IFD # 315
imctools.external.omexml.
OM_DOCUMENT_NAME
= 'Document Name'¶IFD # 271
imctools.external.omexml.
OM_FILL_ORDER
= 'FillOrder'¶IFD # 279
imctools.external.omexml.
OM_FREE_BYTECOUNTS
= 'FreeByteCounts'¶IFD # 290
imctools.external.omexml.
OM_FREE_OFFSETS
= 'FreeOffsets'¶IFD # 289
imctools.external.omexml.
OM_GRAY_RESPONSE_CURVE
= 'GrayResponseCurve'¶IFD # 292
imctools.external.omexml.
OM_GRAY_RESPONSE_UNIT
= 'GrayResponseUnit'¶IFD # 291
imctools.external.omexml.
OM_HOST_COMPUTER
= 'HostComputer'¶IFD # 317
imctools.external.omexml.
OM_IMAGE_LENGTH
= 'ImageLength'¶IFD # 258
imctools.external.omexml.
OM_IMAGE_WIDTH
= 'ImageWidth'¶IFD # 257
imctools.external.omexml.
OM_INK_SET
= 'InkSet'¶IFD # 33432
imctools.external.omexml.
OM_MAKE
= 'Make'¶IFD # 272
imctools.external.omexml.
OM_MAX_SAMPLE_VALUE
= 'MaxSampleValue'¶IFD # 282
imctools.external.omexml.
OM_MIN_SAMPLE_VALUE
= 'MinSampleValue'¶IFD # 281
imctools.external.omexml.
OM_MODEL
= 'Model'¶IFD # 274
imctools.external.omexml.
OM_NEW_SUBFILE_TYPE
= 'NewSubfileType'¶IFD # 256
imctools.external.omexml.
OM_ORIENTATION
= 'Orientation'¶IFD # 277
imctools.external.omexml.
OM_PAGE_NUMBER
= 'PageNumber'¶IFD # 301
imctools.external.omexml.
OM_PREDICTOR
= 'Predictor'¶IFD # 318
imctools.external.omexml.
OM_RESOLUTION_UNIT
= 'ResolutionUnit'¶IFD # 297
imctools.external.omexml.
OM_SAMPLES_PER_PIXEL
= 'SamplesPerPixel'¶IFD # 280
imctools.external.omexml.
OM_SOFTWARE
= 'Software'¶IFD # 306
imctools.external.omexml.
OM_T4_OPTIONS
= 'T4Options'¶IFD # 293
imctools.external.omexml.
OM_T6_OPTIONS
= 'T6Options'¶IFD # 296
imctools.external.omexml.
OM_THRESHHOLDING
= 'Threshholding'¶IFD # 264 (but can be 265 if the orientation = 8)
imctools.external.omexml.
OM_TILE_BYTE_COUNT
= 'TileByteCount'¶IFD # 332
imctools.external.omexml.
OM_TILE_LENGTH
= 'TileLength'¶IFD # 324
imctools.external.omexml.
OM_TILE_OFFSETS
= 'TileOffsets'¶IFD # 325
imctools.external.omexml.
OM_TILE_WIDTH
= 'TileWidth'¶IFD # 323
imctools.external.omexml.
OM_TRANSFER_FUNCTION
= 'TransferFunction'¶IFD # 305
imctools.external.omexml.
OM_WHITE_POINT
= 'WhitePoint'¶IFD # 322
imctools.external.omexml.
OM_X_POSITION
= 'XPosition'¶IFD # 287
imctools.external.omexml.
OM_X_RESOLUTION
= 'XResolution'¶IFD # 283
imctools.external.omexml.
OM_Y_POSITION
= 'YPosition'¶IFD # 288
imctools.external.omexml.
OM_Y_RESOLUTION
= 'YResolution'¶IFD # 284
imctools.external.omexml.
PC_PLANAR
= 'Planar'¶IFD # 286
imctools.external.omexml.
PI_CFA_ARRAY
= 'Color Filter Array'¶BioFormats infers the image type from the photometric interpretation
imctools.external.omexml.
get_float_attr
(node, attribute)¶Cast an element attribute to a float or return None if not present
imctools.external.omexml.
get_int_attr
(node, attribute)¶Cast an element attribute to an int or return None if not present
imctools.external.omexml.
get_namespaces
(node)¶Get top-level XML namespaces from a node.
imctools.external.omexml.
get_text
(node)¶Get the contents of text nodes in a parent node
imctools.external.omexml.
make_text_node
(parent, namespace, tag_name, text)¶Either make a new node and add the given text or replace the text
parent - the parent node to the node to be created or found namespace - the namespace of the node’s qualified name tag_name - the tag name of the node’s qualified name text - the text to be inserted
imctools.external.omexml.
page_name_original_metadata
(index)¶Get the key name for the page name metadata data for the indexed tiff page
These are TIFF IFD #’s 285+
index - zero-based index of the page
imctools.external.omexml.
qn
(namespace, tag_name)¶Return the qualified name for a given namespace and tag name
This is the ElementTree representation of a qualified name
imctools.external.omexml.
set_text
(node, text)¶Set the text of a parent
imctools.external.omexml.
split_qn
(qn)¶Split a qualified tag name or return None if namespace not present
imctools.external.omexml.
xsd_now
()¶Return the current time in xsd:dateTime format
imctools.external.temporarydirectory.
TemporaryDirectory
(suffix='', prefix='tmp', dir=None)¶Bases: object
Create and return a temporary directory. This has the same behavior as mkdtemp but can be used as a context manager. For example:
- with TemporaryDirectory() as tmpdir:
- …
Upon exiting the context, the directory and everything contained in it are removed.
cleanup
(_warn=False)¶


How to prepare your data file
-
Your data file should be a comma-separated values (CSV) file. You can use spreadsheet software such as Excel to create a CSV file. Or you can set up your data management systems to produce an automated export of data in the correct format.
-
Include column headings as the first row. Use the correct column heading shown in the data rules. The columns can be in any order.
-
List each reading or measurement on its own row.
-
Check the data rules to make sure you have the correct data in each column. You can use the service to check the files before you send them.
If you wish to, you can send data returns for more than one permit type in the same file. The maximum file size allowed is 2MB. Split the files if they are larger than this.


Tachnetium
Element Name:
Tachnetium
Latin Name:
Tachnetium
Atomic Number:
43
Atomic Weight:
98.906 u
Is a:
Transition-Metal
State of the element:
Solid
About:
Technetium is a chemical element with the symbol Tc and atomic number 43. It is the lightest element whose isotopes are all radioactive. None are stable, excluding the fully ionized state of 97Tc. Nearly all technetium is produced as a synthetic element, and only about 18,000 tons can be found at any given time in the Earth's crust. Naturally occurring technetium is a spontaneous fission product in uranium ore and thorium ore, the most common source, or the product of neutron capture in molybdenum ores. This silvery gray, crystalline transition metal lies between manganese and rhenium in group 7 of the periodic table, and its chemical properties are intermediate between those of these two adjacent elements. The most common naturally occurring isotope is 99Tc.
Electrons
43
Protons
43
Neutrons
55
Discoverer:
Emilo Gino Segre, Carlo Perrier
Discovered in:
1937


[% page.title = "Larry's Atlanta Linux Showcase Talk" %]
On October 14, Larry gave a keynote at the Atlanta Linux Showcase.
The full text is available here. Below
are the key points that are relevant to perl6. There are also links to mp3's and more.
These represent Larry's current thinking, not hard and fast
design decisions
- Larry is presently engaged in dividing Perl community's suggestions (the RFCs) into Good, Bad,
and Ugly. He's ranking each according to the importance of the problem
being solved, and the quality of the solution. Some RFCs have
identified important problems, but their proposed solutions will
need to be replaced with more Perlish forms.
- Perl's parser and lexer will be written in Perl, using Perl regular
expressions. That's us eating our own dogfood, or whatever the
phrase is.
- The language will be dynamically extensible, using modules written
in Perl. So you can program in a language that looks like Python,
Latin, or Java, if you want. In this sense, the Perl compiler and
runtime system become a meta-language (extra-lingual?) system that
lets you code in your own favourite little (or large) language.
Perl would just be one of the languages you could implement.
- The flip-side of this is little languages: make it easy for folks
to have their own domain-specific "little" language. Make Perl a
environment for building domain-specific languages.
- The Perl compiler and interpreter systems will be designed so that
they can emit C, Java, and C# code. This doesn't mean that perl6
will ship with all three back-ends, but they will be easy to
implement.
- "Non-critical built-ins", for example sockets and operating system
calls, will no longer be operations in the core of Perl. They'll
be in dynamically loaded, possibly automatically loaded, modules.
- Variables will be treatable as objects. Under the hood we'll use
a vtable system, a little like that of C++ but dynamically
changable.
- Special global variables will be replaced with more appropriate
and lexically-scoped alternatives. Some of them will be attached
to filehandle objects instead.
- Typeglobs will go away.
- XS, the system for extending Perl with C or C++, will be replaced
with something much easier to use. This will give people very
convenient access to existing code libraries, and write C or C++
subroutines that can be called as Perl subroutines from Perl code
to take advantage of C's speed and memory flexibility.
- Perl will permit function and method signatures (prototypes) to
enable certain compile-time optimizations and checks. These will
not be mandatory, but if someone wants compile-time type checking
then they can have it.
- Completely object-oriented exception handling, with a simple
string-like interface for those who do not want the power of the
full OO system.
- True and false in Perl are used to mean "interesting" and
"uninteresting".
- Perl will support many types of low-level programming, letting you
specify types for variables, homogeneous arrays, compact arrays,
and more.
- Perl will also support many types of high-level programming,
adding more support for functional programming (the reduce operator),
logic programming (???), and the little languages.
- There won't be default-loaded site configuration files. Implicitly
loaded code is a recipe for un-portable un-debuggable confusion.
- Add the ability to declare lexically-scoped Unicode operators for
mathematicians. If they want to apply the rho function to sigma,
then they can. If they want to map the Arabic letter Farsi "yeh"
to the scalar Thai character "tho nangmontho" then they can do
that too.
MP3 -
(local copy).
Transcription (by Nathan Torkinton; extra proofreading thanks to Jan-Pieter Cornet)
Slides (mirrored) - (original)