Release notes and roadmap¶
Roadmap¶
Things to work on for the relative short term:
- Visual tests and Selenium tests.
- A more complete widget set.
- Support for mobile apps.
- Support to run native apps on Windows without needing Firefox.
- Support for sending (large) binary data to the client for scientific applications.
Release notes¶
v0.4.1 (10-07-2016)
A few [fixes](https://github.com/zoofIO/flexx/milestone/8).
v0.4 (07-07-2016)
A lot of work and major changes compared to the previous release. Most notably:
- Completely new event system
flexx.event
replacesflexx.react
. - System for configure Flexx through config files, env variables and command line arguments.
- Better logging.
- More widgets, more examples.
- Better notebook support.
- Fixed nasty bug where new profile data was stored on each launch of the XUL runtime.
- Better support for testing and running Flexx in a separate thread.
Also see the overview of 0.4 pull request and overview of 0.4 issues corresponding to this release.
v0.3.1 (19-02-2016)
A few small fixes, and improvements to distribution. The universal wheel on Pypi for v0.3 did not work on Python 2.7. Flexx now includes a recipe to build a noarch conda package.
Also see the overview of 0.3.1 pull request.
v0.3 (15-02-2016)
The most important changes with respect to the previous release are:
- Flexx now works on Legacy Python (i.e. Python 2.7). The source code is automatically translated during installation.
- Improvements to nested FlexLayout on Chrome
- A command-line tool to stop and get info on running Flexx servers.
- More tests
- A new Canvas widget.
- PyScript uses bound functions for methods and functions without selt/this as first arg.
Also see the overview of 0.3 pull request and overview of 0.3 issues corresponding to this release.
v0.2 (13-10-2015)
We changed a lot, broke API’s, improved things, and probbaly broke other things. Here’s a summary of the most important bits:
- Set up Travis CI, and added more unit tests.
- Layout of ui widgets is based on Phosphorjs.
- Style compliance (and tested on Travis).
- Refactored PyScript, and made it much more feature complete.
- PyScript makes use of common ast, and now works on 3.2-3.5, and pypy.
- We now have a way to include assets (js, css, images).
- The assets make it possible to e.g. embed a Bokeh plot, or a jQuery widget.
Also see the overview of 0.2 pull request and overview of 0.2 issues corresponding to this release.
v0.1 (27-08-2015)
First release.


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Suppliers of Industrial GHGs and Products Containing GHGs
This sector comprises industrial greenhouse gas (GHG) suppliers and entities that import or export certain products that contain fluorinated greenhouse gases. These suppliers do not report direct emissions, but instead report the equivalent quantity of CO2 that would be emitted if the gases that they produce, import, or export each year were released to the atmosphere.
Industrial GHG Suppliers. Entities that manufacture, import, or export fluorinated greenhouse gases or nitrous oxide in bulk report as suppliers of industrial GHGs under Subpart OO of the GHGRP. The number of reporters displayed in the table below includes all reporters subject to Subpart OO, not just those reporting supply of the specific compounds listed in the table titled Quantity (Net Supply) of GHGs Reported.
Importers and Exporters of (1) equipment that is pre-charged with fluorinated greenhouse gases (e.g., electrical equipment and air conditioners) and (2) closed cell foams containing fluorinated greenhouse gases (e.g., insulation contained inside refrigerators; insulation boardstock) report under Subpart QQ.
Number of Reporters Subject to Subparts OO and QQ
| Industry Sector | 2010 | 2011 | 2012 | 2013 | 2014 | 2015 |
|---|---|---|---|---|---|---|
| Industrial GHG Suppliers (OO) | 47 | 59 | 66 | 64 | 64 | 66 |
| Producers (Facilities) | 21 | 24 | 25 | 24 | 22 | 21 |
| Importers | 26 | 34 | 37 | 37 | 38 | 38 |
| Exporters | 16 | 24 | 26 | 24 | 26 | 26 |
| Importers and Exporters of Fluorinated Gases in Products (QQ) |
N/Aa | 36 | 41 | 43 | 43 | 43 |
| Importers | N/Aa | 29 | 35 | 35 | 37 | 37 |
| Exporters | N/Aa | 26 | 30 | 32 | 32 | 31 |
a Importers and Exporters of Fluorinated Gases in Products were not required to report 2010 data.
The total number of suppliers reporting under OO (and QQ) is less than the sum of the producers, importers, and exporters reporting under OO (and QQ) because some reporters qualify as multiple types of suppliers.
Quantity (Net Supply) of GHGs Reported
(Quantities are presented in million metric tons per year of net CO2ea)
| Industry Sector | 2010 | 2011 | 2012 | 2013 | 2014 | 2015 |
|---|---|---|---|---|---|---|
| Industrial GHG Suppliers | ||||||
| Saturated HFCs, excluding HFC-23b | 235 | 241 | 227 | 278 | 254 | 264 |
| Sulfur hexafluoride (SF6) | c | c | 35d | c | c | c |
| Other GHGs | c | c | c | c | c | c |
| Importers and Exporters of Fluorinated Gases in Products | N/Ae | c | c | c | c | c |
a Net supply or net CO2e means CO2e quantities of bulk gas produced + imported – exported – transformed – destroyed.
b As of 8/13/16 for 2015 and 9/25/15 for the other years in this row.
c To avoid revealing sensitive business information, these quantities have not been published. EPA is investigating which reported quantities may be aggregated and released to the general public.
d As of 8/16/15.
e Importers and Exporters of Fluorinated Gases in Products were not required to report 2010 data.


SeedKey DLL (Windows): Read seed -> forward to Windows host -> generate key from dll -> return key to target -> write key
Note: For SeedKey DLL (Windows), Diagnostic Unlock ECU Service Launcher.vi must be manually added to the VeriStand Project as a service. The file location is:
C:\Users\Public\Documents\National Instruments\NI VeriStand \Services\Diagnostic Unlock ECU Service


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General topics¶
callback_controls¶
-
postprocess.callback_controls.
controTensRecElastico2d
()¶ Code to execute in every commit to check stress criterion (bars in plane problems).
-
postprocess.callback_controls.
controTensRecElastico3d
()¶ Code to execute in every commit to check stress criterion (bars in 3D problems).
-
postprocess.callback_controls.
controlMovModulusUV
()¶
-
postprocess.callback_controls.
controlMovModulusUVW
()¶
-
postprocess.callback_controls.
controlMovU
()¶
-
postprocess.callback_controls.
controlMovUV
()¶
-
postprocess.callback_controls.
controlMovUVW
()¶
-
postprocess.callback_controls.
controlMovV
()¶
-
postprocess.callback_controls.
controlMovW
()¶
-
postprocess.callback_controls.
controlMovs
()¶
-
postprocess.callback_controls.
fnControlMovComponent
(recorder, obj, codeComponent, value)¶
-
postprocess.callback_controls.
fnControlMovUVW
(recorder, obj)¶
-
postprocess.callback_controls.
fnControlMovs
(recorder, obj)¶
control_vars¶
-
class
postprocess.control_vars.
BiaxialBendingControlVars
(idSection='nil', combName='nil', CF=-1.0, N=0.0, My=0.0, Mz=0.0)¶ Bases:
postprocess.control_vars.UniaxialBendingControlVars
Biaxial bending. Normal stresses limit state variables. [CF,N,My,Mz].
:ivar idSection:section identifier :ivar combName: name of the load combinations to deal with :ivar CF: capacity factor (efficiency) (defaults to -1) :ivar N: axial force (defaults to 0.0) :ivar My: bending moment about Y axis (defaults to 0.0) :ivar Mz: bending moment about Z axis (defaults to 0.0)
-
getAnsysStrings
(eTag, axis, factor=0.001)¶ Returns a string to represent fields in ANSYS (R).
Parameters: - eTag – element identifier.
- axis – section 1 or 2
- factor – factor for units (default 1e-3 -> kN)
-
getLaTeXFields
(factor=0.001)¶ Returns a string with the intermediate fields of the LaTeX string.
Parameters: factor – factor for units (default 1e-3 -> kN)
-
getStrArguments
(factor)¶ Returns a string for a ‘copy’ (kind of) constructor.
-
-
class
postprocess.control_vars.
CFNMy
(combName='nil', CF=-1.0, N=0.0, My=0.0)¶ Bases:
postprocess.control_vars.NMy
Uniaxial bending. Normal stresses limit state variables.
Variables: - combName – name of the load combinations to deal with
- CF – capacity factor (efficiency) (defaults to -1.0; CF<1.0 -> Ok; CF>1.0 -> KO)
- N – axial force (defaults to 0.0)
- My – bending moment about Y axis (defaults to 0.0)
- Mz – bending moment about Z axis (defaults to 0.0)
-
getCF
()¶
-
class
postprocess.control_vars.
CFNMyMz
(combName='nil', CF=-1.0, N=0.0, My=0.0, Mz=0.0)¶ Bases:
postprocess.control_vars.CFNMy
Biaxial bending. Normal stresses limit state variables. [CF,N,My,Mz].
Variables: - combName – name of the load combinations to deal with
- CF – capacity factor (efficiency) (defaults to -1)
- N – axial force (defaults to 0.0)
- My – bending moment about Y axis (defaults to 0.0)
- Mz – bending moment about Y axis (defaults to 0.0)
-
getAnsysStrings
(eTag, axis, factor=0.001)¶ Returns a string to represent fields in ANSYS (R).
Parameters: - eTag – element identifier.
- axis – section 1 or 2
- factor – factor for units (default 1e-3 -> kN)
-
getLaTeXFields
(factor=0.001)¶ Returns a string with the intermediate fields of the LaTeX string.
Parameters: factor – factor for units (default 1e-3 -> kN)
-
getStrArguments
(factor)¶ Returns a string for a ‘copy’ (kind of) constructor.
-
class
postprocess.control_vars.
ControlVarsBase
(combName='nil')¶ Bases:
object
- Base class for the control of variables (internal forces,
- strains, stresses,...) calculated in the analysis.
Variables: combName – name of the load combination to deal with -
getAnsysStrings
(eTag, axis, factor=0.001)¶ Returns a string to represent fields in ANSYS (R).
Parameters: - eTag – element identifier.
- axis – section 1 or 2
- factor – factor for units (default 1e-3 -> kN)
-
getCF
()¶
-
getFieldNames
(parent='')¶
-
getLaTeXFields
(factor=0.001)¶ Returns a string with the intermediate fields of the LaTeX string.
Parameters: factor – factor for units (default 1e-3 -> kN)
-
getLaTeXString
(eTag, factor=0.001)¶ Returns a string that we can insert in a LaTeX table.
Parameters: - eTag – element identifier.
- factor – factor for units (default 1e-3 -> kN)
-
getStrArguments
(factor)¶ Returns a string for a ‘copy’ (kind of) constructor.
Parameters: factor – factor for units (default 1e-3 -> kN)
-
getStrConstructor
(factor=0.001)¶
-
strElementProp
(eTag, nmbProp, factor=0.001)¶ Writes a string that will serve to read the element property from a file.
Parameters: - eTag – element identifier.
- nmbProp – name of the element property
- factor – factor for units (default 1e-3 -> kN)
-
class
postprocess.control_vars.
CrackControlBaseVars
(combName='nil', CF=-1.0, N=0.0, My=0.0, Mz=0.0, steelStress=0.0)¶ Bases:
postprocess.control_vars.CFNMyMz
Biaxial bending. Cracking serviceability limit state variables.
Variables: - combName – name of the load combinations to deal with
- CF – capacity factor (efficiency)
- N – axial force
- My – bending moment about Y axis
- Mz – bending moment about Z axis
- steelStress – maximum stress in the reinforcement bars
-
getAnsysStrings
(eTag, axis, factor=0.001)¶ Returns a string to represent fields in ANSYS (R).
Parameters: - eTag – element identifier.
- axis – section 1 or 2
- factor – factor for units (default 1e-3 -> kN)
-
getLaTeXFields
(factor=0.001)¶ Returns a string with the intermediate fields of the LaTeX string.
Parameters: factor – factor for units (default 1e-3 -> kN)
-
getStrArguments
(factor)¶ Returns a string for a ‘copy’ (kind of) constructor.
-
class
postprocess.control_vars.
CrackControlVars
(idSection='nil', crackControlBaseVarsPos=None, crackControlBaseVarsNeg=None)¶ Bases:
postprocess.control_vars.ControlVarsBase
Cracking serviceability limit state control variables.
:ivar idSection:section identifier :ivar crackControlVarsPos: Crack control in + face. :ivar crackControlVarsNeg: Crack control in - face.
-
getCF
()¶
-
getLaTeXFields
(factor=0.001)¶ Returns a string with the intermediate fields of the LaTeX string. factor: factor for units (default 1e-3 -> kN)
-
getMaxN
()¶ Maximum internal axial force.
-
getMaxSteelStress
()¶ Maximum value for rebar stresses.
-
getStrArguments
(factor)¶ Returns a string for a ‘copy’ (kind of) constructor.
-
-
class
postprocess.control_vars.
FatigueControlBaseVars
(combName='nil', CF=-1.0, N=0.0, My=0.0, Mz=0.0, Vy=0.0, posSteelStress=0.0, negSteelStress=0.0, concreteStress=0.0)¶ Bases:
postprocess.control_vars.NMyMz
Biaxial bending. Fatigue limit state variables.
Variables: - combName – name of the load combinations to deal with
- N – axial force (defaults to 0.0)
- My – bending moment about Y axis (defaults to 0.0)
- Mz – bending moment about Z axis (defaults to 0.0)
- Vy – shear force parallel to Y axis.
- posSteelStress – traction stress in rebars.
- negSteelStress – compression stress in rebars.
- concreteStress – compression stress in concrete.
-
getAnsysStrings
(eTag, axis, factor=0.001)¶ Returns a string to represent fields in ANSYS (R).
Parameters: - eTag – element identifier.
- axis – section 1 or 2
- factor – factor for units (default 1e-3 -> kN)
-
getLaTeXFields
(factor=0.001)¶ Returns a string with the intermediate fields of the LaTeX string.
Parameters: factor – factor for units (default 1e-3 -> kN)
-
getStrArguments
(factor)¶ Returns a string for a ‘copy’ (kind of) constructor.
-
class
postprocess.control_vars.
FatigueControlVars
(idSection='nil', controlBaseVars0=None, controlBaseVars1=None, concreteLimitStress=0.0, concreteBendingCF=-1.0, shearLimit=0.0, concreteShearCF=-1.0, Mu=0.0, Vu=0.0)¶ Bases:
postprocess.control_vars.ControlVarsBase
Fatigue limit state control variables.
Variables: - idSection – section identifier
- combName – name of the load combinations to deal with
- state0 – Fatigue values (FatigueControlBaseVars) under permanent load.
- state1 – Fatigue values (FatigueControlBaseVars) under fatigue load.
- concreteLimitStress – limit for the concrete stress as specified in SIA 262(2013) <IP_ADDRESS>.1
- concreteBendingCF – concrete capacity factor under fatigue due to normal stresses.
- shearLimit – limit for the shear force as sepecified in SIA 262(2013) <IP_ADDRESS>.2
- concreteShearCF – concrete capacity factor under fatigue due to shear forces.
- Mu – ultimate bending moment
- Vu – ultimate shear force
-
getAbsSteelStressIncrement
()¶ Returns maximun stress increment in rebars (absolute value).
-
getConcreteMaxMinStresses
()¶ Used in FatigueController.concreteLimitStress.
-
getConcreteMinStress
()¶ Returns minimum (max. compressive) concrete stress between loaded and unloaded states.
-
getConcreteStressIncrement
()¶ Returns stress increment in concrete.
-
getLaTeXFields
(factor=0.001)¶ Returns a string with the intermediate fields of the LaTeX string.
Parameters: factor – factor for units (default 1e-3 -> kN)
-
getSteelNegStressIncrement
()¶ Returns negative stress increment in rebars.
-
getSteelPosStressIncrement
()¶ Returns positive stress increment in rebars.
-
getStrArguments
(factor)¶ Returns a string for a ‘copy’ (kind of) constructor.
-
class
postprocess.control_vars.
NMy
(combName='nil', N=0.0, My=0.0)¶ Bases:
postprocess.control_vars.ControlVarsBase
Uniaxial bending. Internal forces [N,My] for a combination.
Variables: - combName – name of the load combinations to deal with
- N – axial force (defaults to 0.0)
- My – bending moment about Y axis (defaults to 0.0)
-
getAnsysStrings
(eTag, axis, factor=0.001)¶ Returns a string to represent fields in ANSYS (R).
Parameters: - eTag – element identifier.
- axis – section 1 or 2
- factor – factor for units (default 1e-3 -> kN)
-
getLaTeXFields
(factor=0.001)¶ Returns a string with the intermediate fields of the LaTeX string.
Parameters: factor – factor for units (default 1e-3 -> kN)
-
getStrArguments
(factor)¶ Returns a string for a ‘copy’ (kind of) constructor.
-
class
postprocess.control_vars.
NMyMz
(combName='nil', N=0.0, My=0.0, Mz=0.0)¶ Bases:
postprocess.control_vars.NMy
Biaxial bending. Internal forces [N,My,Mz] for a combination.
Variables: - combName – name of the load combinations to deal with
- N – axial force (defaults to 0.0)
- My – bending moment about Y axis (defaults to 0.0)
- Mz – bending moment about Z axis (defaults to 0.0)
-
getAnsysStrings
(eTag, axis, factor=0.001)¶ Returns a string to represent fields in ANSYS (R).
Parameters: - eTag – element identifier.
- axis – section 1 or 2
- factor – factor for units (default 1e-3 -> kN)
-
getLaTeXFields
(factor=0.001)¶ Returns a string with the intermediate fields of the LaTeX string.
Parameters: factor – factor for units (default 1e-3 -> kN)
-
getStrArguments
(factor)¶ Returns a string for a ‘copy’ (kind of) constructor.
-
class
postprocess.control_vars.
RCShearControlVars
(idSection=-1, combName='nil', CF=-1.0, N=0.0, My=0.0, Mz=0.0, Mu=0.0, Vy=0.0, Vz=0.0, theta=0.0, Vcu=0.0, Vsu=0.0, Vu=0.0)¶ Bases:
postprocess.control_vars.BiaxialBendingControlVars
Control variables for biaxial bending shear limit state verification.
:ivar idSection:section identifier :ivar combName: name of the load combinations to deal with :ivar CF: capacity factor (efficiency) :ivar N: axial force :ivar My: bending moment about Y axis :ivar Mz: bending moment about Z axis :ivar Mu: ultimate bending moment :ivar Vy: shear force parallel to the y axis :ivar Vz: shear force parallel to the z axis :ivar theta: angle between the concrete compression struts and the beam axis :ivar Vcu: Vcu component of the shear resistance (defined in the codes) :ivar Vsu: Vsu component of the shear resistance (defined in the codes) :ivar Vu: shear resistance
-
getAnsysStrings
(eTag, axis, factor=0.001)¶ Returns a string to represent fields in ANSYS (R).
Parameters: - eTag – element identifier.
- axis – section 1 or 2
- factor – factor for units (default 1e-3 -> kN)
-
getLaTeXFields
(factor=0.001)¶ Returns a string with the intermediate fields of the LaTeX string.
Parameters: factor – factor for units (default 1e-3 -> kN)
-
getStrArguments
(factor)¶ Returns a string for a ‘copy’ (kind of) constructor.
-
-
class
postprocess.control_vars.
UniaxialBendingControlVars
(idSection='nil', combName='nil', CF=-1.0, N=0.0, My=0.0)¶ Bases:
postprocess.control_vars.CFNMy
Uniaxial bending. Normal stresses limit state variables [CF,N,My].
:ivar idSection:section identifier :ivar combName: name of the load combinations to deal with :ivar CF: capacity factor (efficiency) (defaults to -1; CF<1.0 -> Ok; CF>1.0 -> KO) :ivar N: axial force (defaults to 0.0) :ivar My: bending moment about Y axis (defaults to 0.0)
-
getLaTeXFields
(factor=0.001)¶ Returns a string with the intermediate fields of the LaTeX string.
Parameters: factor – factor for units (default 1e-3 -> kN)
-
getStrArguments
(factor)¶ Returns a string for a ‘copy’ (kind of) constructor.
Parameters: factor – factor for units (default 1e-3 -> kN)
-
-
postprocess.control_vars.
extrapolate_control_var
(elemSet, propName, argument, initialValue=0.0)¶ Extrapolates element’s function values to the nodes.
Parameters: - elemSet – set of elements.
- propName – name of the property that contains the control variables.
- function – name of the function to call for each element.
- argument – name of the control variable to extrapolate.
- initialValue – initial value for the prop defined at the nodes.
-
postprocess.control_vars.
writeControlVarsFromElements
(controlVarName, preprocessor, outputFileName)¶ - Writes control var values from element into a file for
- doing graphics and into a latex file.
Parameters: - controlVarName – name of the control var.
- preprocessor – preprocessor from FEA model.
- outputFileName – name of the files to write (.py and .tex)
-
postprocess.control_vars.
writeControlVarsFromElementsForAnsys
(controlVarName, preprocessor, outputFileName, sectionName1, sectionName2)¶ Parameters: - preprocessor – preprocessor name
- outputFileName – name of the output file containing tue results of the verification
def_params_control¶
-
postprocess.def_params_control.
defSteelShapeElasticRangeElementParameters
(e, shape)¶
-
postprocess.def_params_control.
defSteelShapeElasticRangeParametersForSet
(elems, shape)¶
def_vars_control¶
THIS PROPERTIES MUST BE REPLACED BY THE CLASSES DEFINED IN control_vars.py THIS FILE MUST DISSAPEAR.
-
postprocess.def_vars_control.
defVarControlMov
(obj, code)¶
-
postprocess.def_vars_control.
defVarsControlMovModulus
(nodes)¶
-
postprocess.def_vars_control.
defVarsControlMovs
(nodes, flags)¶
-
postprocess.def_vars_control.
defVarsControlTensRegElastico2d
(elems)¶
-
postprocess.def_vars_control.
defVarsControlTensRegElastico3d
(elems)¶
-
postprocess.def_vars_control.
defVarsEnvelopeInternalForcesBeamElems
(elems)¶ Defines properties to store extreme values of internal forces.
-
postprocess.def_vars_control.
updateEnvelopeInternalForcesBeamElem
(beamElem)¶ Update values for extreme values of internal forces.
-
postprocess.def_vars_control.
updateEnvelopeInternalForcesBeamElem2D
(beamElem2D)¶ Update values for extreme values of internal forces in 2D elements.
element_section_map¶
-
class
postprocess.element_section_map.
ElementSectionMap
¶ Bases:
dict
dictionary that stores a section name(s) for each element number. This way it defines a spatial distribution of the sections over the structure.
-
assign
(elemSet, setRCSects)¶ Assigns the sections names: setRCSectsName+‘1’, setRCSectsName+‘2’, ... to the elements of the set.
Parameters: - elemSet – set of elements that receive the section name property.
- setRCSects – RC section definition, name, concrete type, rebar positions,...
-
-
postprocess.element_section_map.
loadElementSectionMap
()¶
extrapolate_elem_attr¶
-
postprocess.extrapolate_elem_attr.
create_attribute_at_nodes
(xcSet, attributeName, initialValue)¶ Create an attribute on the nodes of the set passed as parameter. return tags of the affected nodes.
Parameters: - xcSet – nodes that will receive the attribute.
- attributeName – name of the attribute to define.
- initialValue – initial value to assign to the attribute.
-
postprocess.extrapolate_elem_attr.
extrapolate_elem_function_attr
(elemSet, attributeName, function, argument, initialValue=0.0)¶ Extrapolate element’s function values to the nodes.
Parameters: - elemSet – set of elements.
- attributeName – name of the property which will be defined at the nodes.
- function – name of the function to call for each element.
- argument – name of the argument to send to the function (optional).
- initialValue – initial value for the attribute defined at the nodes.
-
postprocess.extrapolate_elem_attr.
flatten_attribute
(elemSet, attributeName, treshold, limit)¶ Reduce higher values which hide attribute variation over the model.
Parameters: - elemSet – set of elements to deal with.
- attributeName – attribute to be flattened.
- treshold – starting value to apply flatten.
- limit – limit
figure_collection¶
-
class
postprocess.figure_collection.
FigsCollectionPlotter
¶ Bases:
object
-
fUnits
= '[kN/m]'¶
-
fieldFilesPath
= 'armatures/results/'¶
-
graphicOutputPath
= 'post_process/results/figures/'¶
-
latexOutputPath
= 'post_process/results/'¶
-
mUnits
= '[kN m/m]'¶
-
plotFatigue
(preprocessor, partName, elemSetName)¶
-
plotFissurationFreq
(preprocessor, partName, elemSetName)¶
-
plotFissurationQP
(preprocessor, partName, elemSetName)¶
-
plotNormalStresses
(preprocessor, partName, elemSetName)¶
-
plotShear
(preprocessor, partName, elemSetName)¶
-
sUnits
= '[MPa]'¶
-
txtArmature1
= 'Armature en dir. long.'¶
-
txtArmature2
= 'Armature en dir. trsv.'¶
-
get_reactions¶
Reactions on nodes.
-
class
postprocess.get_reactions.
Reactions
(preprocessor, supportNodes)¶ Bases:
object
-
getReactionForces
()¶ Returns a dictionary with the reactions forces at the nodes. The key of the map is the node tag.
-
getReactionMoments
()¶ Returns a dictionary with the reactions moments at the nodes. The key of the map is the node tag.
-
getResultant
()¶
-
limit_state_data¶
-
class
postprocess.limit_state_data.
FatigueResistanceRCLimitStateData
¶ Bases:
postprocess.limit_state_data.LimitStateData
Reinforced concrete shear resistance limit state data.
-
check
(reinfConcreteSections)¶ Checking of fatigue under fatigue combinations loads in ultimate limit states (see self.dumpCombinations).
Parameters: reinfConcreteSections – Reinforced concrete sections on each element.
-
dumpCombinations
(combContainer, loadCombinations)¶ Load into the solver the combinations needed for this limit state.
Parameters: - combContainer – container with the definition of the different combination families (ULS, fatigue, SLS,...) see actions/combinations module.
- loadCombinations – load combination handler inside the XC solver.
-
-
class
postprocess.limit_state_data.
FreqLoadsCrackControlRCLimitStateData
¶ Bases:
postprocess.limit_state_data.LimitStateData
Reinforced concrete crack control under frequent loads limit state data.
-
check
(reinfConcreteSections)¶ - Checking of crack width under frequent loads in serviceability limit states
- (see self.dumpCombinations).
Parameters: reinfConcreteSections – Reinforced concrete sections on each element.
-
dumpCombinations
(combContainer, loadCombinations)¶ Load into the solver the combinations needed for this limit state.
Parameters: - combContainer – container with the definition of the different combination families (ULS, fatigue, SLS,...) see actions/combinations module.
- loadCombinations – load combination handler inside the XC solver.
-
-
class
postprocess.limit_state_data.
FreqLoadsDisplacementControlLimitStateData
¶ Bases:
postprocess.limit_state_data.LimitStateData
Displacement control under frequent loads limit state data.
-
check
(reinfConcreteSections)¶ Checking of displacements under frequent loads in serviceability limit states (see self.dumpCombinations).
Parameters: reinfConcreteSections – Reinforced concrete sections on each element.
-
dumpCombinations
(combContainer, loadCombinations)¶ Load into the solver the combinations needed for this limit state.
Parameters: - combContainer – container with the definition of the different combination families (ULS, fatigue, SLS,...) see actions/combinations module.
- loadCombinations – load combination handler inside the XC solver.
-
-
class
postprocess.limit_state_data.
LimitStateData
(limitStateLabel, outputDataBaseFileName)¶ Bases:
object
-
check_results_directory
= './'¶
-
getDisplacementsFileName
()¶ Return the file name to read: combination name, node number and displacements (ux,uy,uz,rotX,rotY,rotZ).
-
getInternalForcesFileName
()¶ Return the file name to read: combination name, element number and internal forces.
-
getOutputDataBaseFileName
()¶ Return the output file name without extension.
-
getOutputDataFileName
()¶ Return the Python executable file name.
-
internal_forces_results_directory
= './'¶
-
loadPickleObject
(objName)¶ Read a Python object from a pickle file.
-
saveAll
(feProblem, combContainer, setCalc, fConvIntForc=1.0, analysisToPerform=<function defaultAnalysis>)¶ Write internal forces, displacements, .., for each combination
Parameters: - feProblem – XC finite element problem to deal with.
- setCalc – set of entities for which the verification is going to be performed
- fConvIntForc –
conversion factor between the unit of force in which the calculation is performed and that one desired for the displaying of internal forces (The use of this factor won’t be allowed in
future versions)
-
-
class
postprocess.limit_state_data.
NormalStressesRCLimitStateData
¶ Bases:
postprocess.limit_state_data.LimitStateData
Reinforced concrete normal stresses data for limit state checking.
-
check
(reinfConcreteSections)¶ Checking of normal stresses in ultimate limit states (see self.dumpCombinations).
Parameters: reinfConcreteSections – Reinforced concrete sections on each element.
-
dumpCombinations
(combContainer, loadCombinations)¶ Load into the solver the combinations needed for this limit state.
Parameters: - combContainer – container with the definition of the different combination families (ULS, fatigue, SLS,...) see actions/combinations module.
- loadCombinations – load combination handler inside the XC solver.
-
-
class
postprocess.limit_state_data.
QPLoadsCrackControlRCLimitStateData
¶ Bases:
postprocess.limit_state_data.LimitStateData
Reinforced concrete crack control under quasi-permanent loads limit state data.
-
check
(reinfConcreteSections)¶ Checking of crack width under quasi-permanent loads in serviceability limit states (see self.dumpCombinations).
Parameters: reinfConcreteSections – Reinforced concrete sections on each element.
-
dumpCombinations
(combContainer, loadCombinations)¶ Load into the solver the combinations needed for this limit state.
Parameters: - combContainer – container with the definition of the different combination families (ULS, fatigue, SLS,...) see actions/combinations module.
- loadCombinations – load combination handler inside the XC solver.
-
-
class
postprocess.limit_state_data.
ShearResistanceRCLimitStateData
¶ Bases:
postprocess.limit_state_data.LimitStateData
Reinforced concrete shear resistance limit state data.
-
check
(reinfConcreteSections)¶ Checking of shear resistance in ultimate limit states (see self.dumpCombinations).
Parameters: reinfConcreteSections – Reinforced concrete sections on each element.
-
dumpCombinations
(combContainer, loadCombinations)¶ Load into the solver the combinations needed for this limit state.
Parameters: - combContainer – container with the definition of the different combination families (ULS, fatigue, SLS,...) see actions/combinations module.
- loadCombinations – load combination handler inside the XC solver.
-
-
postprocess.limit_state_data.
defaultAnalysis
(feProb, steps=1)¶ Default analysis procedure for saveAll method.
med_xc_vars¶
phantom_model¶
-
class
postprocess.phantom_model.
PhantomModel
(preprocessor, sectionDistribution)¶ Bases:
object
-
build
(intForcCombFileName, controller, fakeSection=True)¶ Builds the phantom model from the data read from the file.
Parameters: - intForcCombFileName – name of the file containing the forces and bending moments obtained for each element for all the combinations analyzed
- controller – object that takes the internal forces and the section definition and checks the limit state.
- fakeSection – true if a fiber section model of the section is not needed for control.
-
check
(analysis, controller)¶ Runs the analysis (linear) and checking of combinations passed as parameters
Parameters: - elements – elements to check
- analysis – type of analysis
- controller – object that controls limit state in elements.
-
createElements
(intForcCombFileName, controller, fakeSection=True)¶ Creates the phantom model elements from the data read on the file.
Parameters: - intForcCombFileName – name of the file containing the internal forces obtained for each element for the combinations analyzed
- controller – object that takes the internal forces and the section definition and checks the limit state.
- fakeSection – true if a fiber section model of the section is not needed for control.
-
createLoads
(intForcCombFileName, controller)¶ Creates the loads from the data read from the file.
Parameters: - intForcCombFileName – name of the file containing the forces and bending moments obtained for each element for all the combinations analyzed
- controller – object that takes the internal forces and the section definition and checks the limit state.
-
createPhantomElement
(idElem, sectionName, sectionDefinition, sectionIndex, interactionDiagram, fakeSection)¶ Creates a phantom element (that represents a section to check) and assigns to it the following properties:
Parameters: - idElem – identifier of the element in the “true” model from which this phantom element procedes -idElem-.
- idSection – name of the section assigned to the phantom element (the section to check) -sectionName-.
- dir – index of the section in the “true” model element -sectionIndex-. To be renamed as sectionIndex.
- interactionDiagram – interaction diagram that corresponds to the section to check.
-
runChecking
(intForcCombFileName, analysis, controller, outputFileName)¶ Run the analysis, check the results and write them into a file
Parameters: - intForcCombFileName – name of the file containing the forces and bending moments obtained for each element for the combinations analyzed
- analysis – type of analysis
- controller – object that controls limit state in elements.
- outputFileName – base name of output file (extensions .py and .tex)
-
setupForElementsAndCombinations
(intForcCombFileName)¶ - Extracts element and combination identifiers from the internal
- forces listing file.
Parameters: intForcCombFileName – name of the file containing the internal forces obtained for each element for the combinations analyzed
-
write
(controller, outputFileName)¶ Writes results into the output file
Parameters: - controller – object that controls limit state in elements
- outputFileName – base name of output file (extensions .py and .tex)
-
prop_statistics¶
-
postprocess.prop_statistics.
getItemWithMaxProp
(iterable, attrName, argv='')¶ Return item wich maximizes property named as indicated in attrName
-
postprocess.prop_statistics.
getItemWithMinProp
(iterable, attrName)¶ Return item wich minimizes property named as indicated in attrName
-
postprocess.prop_statistics.
rec_getattr
(obj, attr, argv='')¶ Get object’s attribute. May use dot notation.
>>> class C(object): pass >>> a = C() >>> a.b = C() >>> a.b.c = 4 >>> rec_getattr(a, 'b.c') 4
-
postprocess.prop_statistics.
rec_setattr
(obj, attr, value)¶ Set object’s attribute. May use dot notation.
>>> class C(object): pass >>> a = C() >>> a.b = C() >>> a.b.c = 4 >>> rec_setattr(a, 'b.c', 2) >>> a.b.c 2
RC_material_distribution¶
-
class
postprocess.RC_material_distribution.
RCMaterialDistribution
¶ Bases:
object
- Spatial distribution of reinforced concrete material
- (RC sections distribution over the elements).
It refers to the reinforced concrete sections associated with the element (i.e. for shell elements we typically define two RC sections, one for each main direction; in the case of beam elements the most common way is to define RC sections in the front and back ends of the elements)
-
assign
(elemSet, setRCSects)¶ Assigns the sections names: setRCSectsName+‘1’, setRCSectsName+‘2’, ... to the elements of the set.
Parameters: - elemSet – set of elements that receive the section name property.
- setRCSects – RC section definition, name, concrete type, rebar positions,...
-
dump
()¶ Writes this object in a pickle file.
-
getElementSet
(preprocessor)¶ Returns an XC set that contains all the elements with an assigned section.
-
getSectionDefinition
(sectionName)¶ Returns the section definition which has the name being passed as a parameter.
-
getSectionDefinitionsForElement
(tagElem)¶ Returns the section names for the element which tag is being passed as a parameter.
-
getSectionNamesForElement
(tagElem)¶ Returns the section names for the element which tag is being passed as a parameter.
-
internalForcesVerification2D
(intForcCombFileName, outputFileName, matDiagType, limitStateController)¶ Limit state verification based on internal force (Fx,Fy,Mz) values.
Parameters: - intForcCombFileName – name of the file containing the forces and bending moments obtained for each element for the combinations analyzed
- outputFileName – name of the output file containing the results of the verification
- limitStateController – object that controls the limit state on elements.
-
internalForcesVerification3D
(intForcCombFileName, outputFileName, matDiagType, limitStateController)¶ Limit state verification based on internal force (Fx,Fy,Fz,Mx,My,Mz) values.
Parameters: - intForcCombFileName – name of the file containing the forces and bending moments obtained for each element for the combinations analyzed
- outputFileName – name of the output file containing the results of the verification
- limitStateController – object that controls the limit state on elements.
-
load
()¶ Reads this object from a pickle file.
-
mapSectionsFileName
= './mapSectionsReinforcement.pkl'¶
-
runChecking
(intForcCombFileName, outputFileName, matDiagType, limitStateController, threeDim=True)¶ Creates the phantom model and runs the verification on it.
Parameters: - intForcCombFileName – name of the file containing the forces and bending moments obtained for each element for the combinations analyzed
- outputFileName – name of the output file containing the results of the verification
- limitStateController – object that controls the limit state on elements.
- threeDim – true if it’s 3D (Fx,Fy,Fz,Mx,My,Mz) false if it’s 2D (Fx,Fy,Mz).
-
postprocess.RC_material_distribution.
loadRCMaterialDistribution
()¶ Load the reinforced concrete sections on each element from file.
utils_display¶
-
class
postprocess.utils_display.
FigureBase
(pLabel, limitStateLabel, figDescr, reinfDescr=None, units=None, sz='90mm')¶ Bases:
object
-
getCaption
()¶
-
getFileName
()¶
-
insertIntoLatex
(fichLatexFigs, fichLatexList, fichFig, labelText)¶
-
-
class
postprocess.utils_display.
FigureDefinition
(pLabel, limitStateLabel, attrName, argument, figDescr, reinfDescr=None, units=None, sz='90mm')¶ Bases:
postprocess.utils_display.SlideDefinition
-
defField
(xcSet)¶
-
diagrams
= None¶
-
genGraphicFile
(defDisplay, xcSet, nmbFichGraf)¶
-
-
class
postprocess.utils_display.
PartToDisplay
(partName, surfaceList, reinforcementLabels)¶ Bases:
object
-
display
(preprocessor, tp, resultsToDisplay)¶ Generate an image for every result to display resultToDisplay: collection of results to be displayed.
-
getElementSet
(preprocessor)¶
-
getElements
()¶ Returns a list of the elements of this part.
-
getShortName
()¶
-
-
class
postprocess.utils_display.
PartToDisplayContainer
(lst)¶ Bases:
dict
Parts to display in figures...
-
add
(part)¶
-
display
(preprocessor, tp, resultsToDisplay)¶ Display results for each part. resultToDisplay: collection of results to be displayed.
-
-
class
postprocess.utils_display.
SlideDefinition
(pLabel, limitStateLabel, figDescr, reinfDescr=None, units=None, sz='90mm')¶ Bases:
postprocess.utils_display.FigureBase
-
genGraphicFile
(preprocessor, defDisplay, xcSet, nmbFichGraf)¶
-
setupDiagrams
()¶
-
-
class
postprocess.utils_display.
TakePhotos
(xcSet)¶ Bases:
object
Generation of bitmaps with analysis and design results.
-
displayFigures
(figDefinitionList, LatexFigsFilename, LatexListFilename)¶ Creates graphics files from figure definition list.
Parameters: - nmbLstIss – name of the lists that contains the results to display.
- LatexFilename – name of the LaTeX file to write the graphics on.
-
insertFigureLatex
(figDef, conta, fichFig, labelText)¶
-
plotFigures
(preprocessor, figDefinitionList, LatexFigsFilename, LatexListFilename)¶
-
-
postprocess.utils_display.
plotStressStrainFibSet
(fiberSet, title, fileName=None, nContours=100)¶ Represents graphically the cross-section current stresses and strains. The graphics are generated by a triangulation from the x,y coordinates of the fibers.
Parameters: - fiberSet – set of fibers to be represented
- title – general title for the graphic
- fileName – name of the graphic file (defaults to None: no file generated)
- nContours – number of contours to be generated (defaults to 100)
-
class
postprocess.utils_display.
setToDisplay
(elSet, genDescr='', sectDescr=[])¶ Bases:
object
Defines the description of a set of elements to be used in the graphics and reports associated with the calculation
Variables: - elSet – set of elements
- genDescr – general description
- :ivar sectDescr:ordered list with the descriptions that apply to each of the
- sections that configures the element.


| Package | Description |
|---|---|
| sorcer.falcon.core.exertion |
| Modifier and Type | Class and Description |
|---|---|
class |
IfExertion
The IfExertion implements the Conditional interface.
|
class |
WhileExertion
WhileExertion is a new exertion extending from the
ServiceExertion
and also implements the Conditional interface . |
| Modifier and Type | Field and Description |
|---|---|
protected Conditional |
WhileExertion.condition
This is the reference to the condition component, when the condition is
given.
|
| Modifier and Type | Method and Description |
|---|---|
Conditional |
WhileExertion.getCondition()
Returns the condition component, which is an object implementing the
Conditional interface for this looping exertion. |
| Constructor and Description |
|---|
IfExertion(Conditional condition,
Exertion thenExertion,
Exertion elseExertion)
Overloaded constructor which takes two exertions and an object
implementing the
Conditional interface. |
WhileExertion(Conditional condition,
Exertion baseExertion)
Overloaded constructor which takes in a Conditional condition component
and an Exertion.
|
Copyright © 2013 Sorcersoft.com S.A.. All Rights Reserved.


Currently I am a senior at Rutgers University majoring in Information Technology Informatics and minoring in human resource management. I aspire to become a business analyst one day! My hobbies include keeping up with the latest entertainment (shows, movies, music) and technologies (both hardware and software). A fun fact about myself is that I am an avid fan of basketball and enjoy fashion.
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---
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title: About Vineet
permalink: /about/
---
About Me :
-
Hi I am Vineet Souri. A fun loving and Tech-Enthusiast. An IT graduate(2012) from SIR C.R.R College of engineering with 74.1%. I completed my 12th from Sri Sai Chaitanya Junior College with 89.7%.
-
I am a certified OCJP(Oracle Certified Java Programmer) and OCA(Oracle Certified Associate).
Professional Experience :
-
Hacker at Code Astra - India's first coding boot camp. (May 2015 – Present)
-
Analyst at Altisource Business Solution Pvt. Ltd. (Jan 2013 – May 2015)
Hobbies :
-
Solving Rubick's cube and my best solving a 3 X 3 is 30 sec.
-
Reading Mythological novels.
-
Playing Cricket.


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{%extends "base.html"%} {%block title%}Applications{%endblock%} {%block body%} Home Applications Curated Applications Incubator Applications List of curated applications Name Description Chart version App Version {% for application in applications %} {{application['metadata']['name']}} {{application['metadata']['description']}} {{application['metadata']['chart_version']}} {{application['metadata']['app_version']}} {% endfor %} List of incubator applications that are still under development Name Description Chart version App Version {% for application in incubator_apps %} {{application['metadata']['name']}} {{application['metadata']['description']}} {{application['metadata']['chart_version']}} {{application['metadata']['app_version']}} {% endfor %} {%endblock%}
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Annexure-III
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Learning Outcomes
- Create a properly structured web page (HTML5)
- Represent the Document Object Model (DOM)
- Recognize browser compatibility with standards.
- Style a web page (CSS3)
- Create page layouts using media queries.
- Publish a web page on the internet.
- Explain how web servers display web pages.
- Secure a web page.
- Logically layout a web space.
- Design forms that use major controls and form handling logic.
Create Use simple client-side scripts with JavaScript.
SYST10049 Web Development
@2021 Sheridan College
Worksheet 5
- What is a form? when is it used?
- What types of input you may need to capture from the user?
- What can you do to ensure that the user gives you clean data?
- How are forms processed?
- Describe elements:
FORM INPUT TEXTAREA BUTTON SELECT OPTGROUP OPTION LABEL FIELDSET LEGEND DATALIST OUTPUT
SYST10049 Web Development
2021-2022 © Sheridan College
Worksheet 4
Complete/review the worksheet. Discuss on class discussion board.
Worksheet 5
Preview/complete the worksheet for next week. Discuss on class discussion board.
Worksheet 4 review
- What is a hierarchy? Where did we already encounter it?
- What is a data structure?
- What is a list? unordered list? ordered list? description list?
- What is a table? simple tables? complex table
- When is article? what other content artefacts are there?
- Describe elements:
UL OL LI DL DT DD TABLE CAPTION TH TD TR ARTICLE SECTION ASIDE DIV
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{% extends 'base.html' %} {% load static i18n crispy_forms_tags %} {% block head %} {% endblock %} {% block content %}
{% blocktrans %} There is no restriction whatsoever in sharing your contact information. Please feel free to put your e-mail, phone number to get in touch with others. {% endblocktrans %}
{% trans "Project appears to the others shortly after inspection of DodMe administrators." %}
{% endblock %}


| Month | __Month__ | Issue Date | __IssueDate__ |
|---|---|---|---|
| Challan # | __Challan__ | ||
| Employee ID | __StaffId__ | ||
| Name | __Name__ | ||
| Designation | __Designation__ | ||
| Joining Date | __JoiningDate__ | ||
Monthly Fee Details |
|||
| Basic Pay | __BasicPay__ | ||
| Bonus | __Bonus__ | ||
| Provident Fund | __ProvidentFund__ | ||
| EOBI | __EOBI__ | ||
| Unpaid Leaves | __UnpaidLeaves__ | ||
| Amount Deducted due to Leaves | __AmountDeducted__ | ||
| Loan Deduction | __LoanDeduction__ | ||
| Gross Pay | __GrossPay__ | ||
| Net Pay | __NetPay__ |
Developed by Engr. Naveed Khan<EMAIL_ADDRESS>| Month | __Month__ | Issue Date | __IssueDate__ |
|---|---|---|---|
| Challan # | __Challan__ | ||
| Employee ID | __StaffId__ | ||
| Name | __Name__ | ||
| Designation | __Designation__ | ||
| Joining Date | __JoiningDate__ | ||
Monthly Fee Details |
|||
| Basic Pay | __BasicPay__ | ||
| Bonus | __Bonus__ | ||
| Provident Fund | __ProvidentFund__ | ||
| EOBI | __EOBI__ | ||
| Unpaid Leaves | __UnpaidLeaves__ | ||
| Amount Deducted due to Leaves | __AmountDeducted__ | ||
| Loan Deduction | __LoanDeduction__ | ||
| Gross Pay | __GrossPay__ | ||
| Net Pay | __NetPay__ |
Developed by Engr. Naveed Khan<EMAIL_ADDRESS>| Month | __Month__ | Issue Date | __IssueDate__ |
|---|---|---|---|
| Challan # | __Challan__ | ||
| Employee ID | __StaffId__ | ||
| Name | __Name__ | ||
| Designation | __Designation__ | ||
| Joining Date | __JoiningDate__ | ||
Monthly Fee Details |
|||
| Basic Pay | __BasicPay__ | ||
| Bonus | __Bonus__ | ||
| Provident Fund | __ProvidentFund__ | ||
| EOBI | __EOBI__ | ||
| Unpaid Leaves | __UnpaidLeaves__ | ||
| Amount Deducted due to Leaves | __AmountDeducted__ | ||
| Loan Deduction | __LoanDeduction__ | ||
| Gross Pay | __GrossPay__ | ||
| Net Pay | __NetPay__ |
Developed by Engr. Naveed Khan nksherani@outlook.com


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This is just a sample image with sample heading and content. Feel free to add anything on your own
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Michael Hough's Lab 4
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M.  Though she did not tell anybody about the sexual assault as Balamurugan had threatened her of dire consequences, she became pregnant and subsequently suffered miscarriage.
As the matter came to light, the victim’s father filed a complaint with Thoothukudi All Women Police who arrested Balamurugan. The trial was conducted with the help of a special school teacher, who got the information from the victim through sign language.
Mahila Court Judge C. Kumar Saravanan while awarding Balamurugan life imprisonment also imposed a fine of ₹5,000 on Friday.


| vif {car} | R Documentation |
Calculates variance-inflation and generalized variance-inflation factors for linear, generalized linear, and other models.
vif(mod, ...) ## Default S3 method: vif(mod, ...) ## S3 method for class 'merMod' vif(mod, ...)
mod |
for the default method, an object that responds to
|
... |
not used. |
If all terms in an unweighted linear model have 1 df, then the usual variance-inflation factors are calculated.
If any terms in an unweighted linear model have more than 1 df, then generalized variance-inflation factors (Fox and Monette, 1992) are calculated. These are interpretable as the inflation in size of the confidence ellipse or ellipsoid for the coefficients of the term in comparison with what would be obtained for orthogonal data.
The generalized vifs are invariant with respect to the coding of the terms in the model (as long as the subspace of the columns of the model matrix pertaining to each term is invariant). To adjust for the dimension of the confidence ellipsoid, the function also prints GVIF^[1/(2*df)] where df is the degrees of freedom associated with the term.
Through a further generalization, the implementation here is applicable as well to other sorts of models, in particular weighted linear models, generalized linear models, and mixed-effects models.
A vector of vifs, or a matrix containing one row for each term in the model, and columns for the GVIF, df, and GVIF^[1/(2*df)].
Henric Nilsson and John Fox<EMAIL_ADDRESS>Fox, J. and Monette, G. (1992) Generalized collinearity diagnostics. JASA, 87, 178–183.
Fox, J. (2016) Applied Regression Analysis and Generalized Linear Models, Third Edition. Sage.
Fox, J. and Weisberg, S. (2018) An R Companion to Applied Regression, Third Edition, Sage.
vif(lm(prestige ~ income + education, data=Duncan)) vif(lm(prestige ~ income + education + type, data=Duncan))


[gecode-users] Gecode 2.1.1, Gecode/J 2.1.1 released
Guido Tack
tack at ps.uni-sb.de
Thu Mar 6 17:25:25 CET 2008
We're sorry for the short release interval, but we have to announce
the release of
Gecode 2.1.1
http://www.gecode.org
This is a bug-fix only release. Bugs fixed include a serious bug in
the kernel,
a Gist redraw bug on Windows, and making boost serialization compile
again.
For the full list, please see the changelog on our web pages.
We also release
Gecode/J 2.1.1
http://www.gecode.org/gecodej/
This is a bug-fix only release. The Gecode/J Gist could abort with an
uncaught C++ exception. Also, the generation of compressed html
documentation was fixed. For the full list, please see the
changelog on our web pages.
On our web site, you will find source packages as well as binary
packages for Windows and Mac OS X. We provide additional binary packages
that include the experimental Gecode Gist (Graphical Interactive
Search Tool) module turned on.
Cheers,
Guido
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Omada
Group
Proposals
Live
Account
Group
Proposals
Portfolio
Account
Group: Omada's Founders
Team Member
Invested Balance
Net Change
Balance in Reserve
% of Reserve
Join Date
Last Proposal
Me
$403.36
+ $70.60
$382.87
38.7%
9/15/17
Sell 1 GOOGL
Daniel Andrews
$428.61
+ $277.60
$237.20
24.0%
9/16/17
Buy 5 TSLA
Jeremy Barenholtz
$80.54
+ $148.60
$198.23
20.2%
9/17/17
Buy 2 F
Robert Iancu
$42.21
- $23.60
$147.77
17.1%
9/18/17
Sell 2 AAPL
Invest More


--- layout: default title: Hack Ideas permalink: /hack-ideas/ subtitle: "Don't have a project idea? Use these Hack Ideas to help guide you." image: "https://assets.revolutionuc.com/website-images/2021/photos/2x/hack-ideas.jpg" useContainer: false description: Hack Ideas to help guide your project at this year's RevolutionUC ---


|
gtsam
4.0.0
gtsam
|
A class for computing Gaussian marginals of variables in a NonlinearFactorGraph.
Public Member Functions | |
| Marginals () | |
| Default constructor only for Cython wrapper. | |
| Marginals (const NonlinearFactorGraph &graph, const Values &solution, Factorization factorization=CHOLESKY, EliminateableFactorGraph< GaussianFactorGraph >::OptionalOrdering ordering=boost::none) | |
| Construct a marginals class. More... | |
| void | print (const std::string &str="Marginals: ", const KeyFormatter &keyFormatter=DefaultKeyFormatter) const |
| print | |
| GaussianFactor::shared_ptr | marginalFactor (Key variable) const |
| Compute the marginal factor of a single variable. | |
| Matrix | marginalInformation (Key variable) const |
| Compute the marginal information matrix of a single variable. More... | |
| Matrix | marginalCovariance (Key variable) const |
| Compute the marginal covariance of a single variable. | |
| JointMarginal | jointMarginalCovariance (const KeyVector &variables) const |
| Compute the joint marginal covariance of several variables. | |
| JointMarginal | jointMarginalInformation (const KeyVector &variables) const |
| Compute the joint marginal information of several variables. | |
| VectorValues | optimize () const |
| Optimize the bayes tree. | |
Public Types | |
| enum | Factorization { CHOLESKY, QR } |
| The linear factorization mode - either CHOLESKY (faster and suitable for most problems) or QR (slower but more numerically stable for poorly-conditioned problems). More... | |
Protected Attributes | |
| GaussianFactorGraph | graph_ |
| Values | values_ |
| Factorization | factorization_ |
| GaussianBayesTree | bayesTree_ |
The linear factorization mode - either CHOLESKY (faster and suitable for most problems) or QR (slower but more numerically stable for poorly-conditioned problems).
| gtsam::Marginals::Marginals | ( | const NonlinearFactorGraph & | graph, |
| const Values & | solution, | ||
| Factorization | factorization = CHOLESKY , |
||
| EliminateableFactorGraph< GaussianFactorGraph >::OptionalOrdering | ordering = boost::none |
||
| ) |
Construct a marginals class.
| graph | The factor graph defining the full joint density on all variables. |
| solution | The linearization point about which to compute Gaussian marginals (usually the MLE as obtained from a NonlinearOptimizer). |
| factorization | The linear decomposition mode - either Marginals::CHOLESKY (faster and suitable for most problems) or Marginals::QR (slower but more numerically stable for poorly-conditioned problems). |
| ordering | An optional variable ordering for elimination. |
| Matrix gtsam::Marginals::marginalInformation | ( | Key | variable | ) | const |
Compute the marginal information matrix of a single variable.
Use LLt(const Matrix&) or RtR(const Matrix&) to obtain the square-root information matrix.


You have awakened..... As you get up, you look around. The area you are in seems to be an underground crypt. As you raise your hands you see skeletal fingers. You are in the form of an undead skeleton.
Your name is {{ name }}


TGHttpHandler
@interface TGHttpHandler : NSObject
A configurable http handler used in a TGMapViewController
.
TGMapViewController
provides a default http handler with the following configuration:
- cache location:
/tangram_cache
- cache memory capacity: 4Mb
- cache disk capacity: 30Mb
To change this configuration, create a new http handler and set it to the map view with
-[TGMapViewController httpHandler]
.
-
Initializes a http handler with the default configuration.
Declaration
Objective-C
- (nonnull instancetype)init;
Swift
init()
Return Value
an initialized http handler
-
Initializes a http handler with a user defined configuration.
Declaration
Objective-C
- (nonnull instancetype)initWithCachePath:(nonnull NSString *)cachePath cacheMemoryCapacity:(NSUInteger)memoryCapacity cacheDiskCapacity:(NSUInteger)diskCapacity;
Swift
init(cachePath: String, cacheMemoryCapacity memoryCapacity: UInt, cacheDiskCapacity diskCapacity: UInt)
Parameters
cachePath
the location of the path in the client application bundle
memoryCapacity
the memory capacity of the cache, in bytes
diskCapacity
the disk capacity of cache, in bytes
Return Value
an initalized http handler with the provided configuration
-
Creates an asynchronous download request.
Note
This method will be automatically called by the map view instance.
Declaration
Objective-C
- (void)downloadRequestAsync:(nonnull NSString *)url completionHandler: (nonnull TGDownloadCompletionHandler)completionHandler;
Swift
func downloadRequestAsync(_ url: String, completionHandler: @escaping TGDownloadCompletionHandler)
Parameters
url
the URL of the download request
completionHandler
a handler to be called once the network request completed
-
Cancels a download request for a specific URL.
Declaration
Objective-C
- (void)cancelDownloadRequestAsync:(nonnull NSString *)url;
Swift
func cancelDownloadRequestAsync(_ url: String)
Parameters
url
the URL to cancel the network request for
-
Updates the http handler cache configuration.
Declaration
Objective-C
- (void)setCachePath:(nonnull NSString *)cachePath cacheMemoryCapacity:(NSUInteger)memoryCapacity cacheDiskCapacity:(NSUInteger)diskCapacity;
Swift
func setCachePath(_ cachePath: String, cacheMemoryCapacity memoryCapacity: UInt, cacheDiskCapacity diskCapacity: UInt)
Parameters
cachePath
the location of the path in the client application bundle
memoryCapacity
the memory capacity of the cache, in bytes
diskCapacity
the disk capacity of cache, in bytes


{% extends "base.html" %} {% block title %}Workflow - Not found{% endblock %} {% block title_header %}Workflow not found{% endblock %} {% block content %} Info: We were unable to locate information for the requested workflow. Try again later. If the problem persists, contact the administrator. {% endblock %}
Info: We were unable to locate information for the requested workflow. Try again later. If the problem persists, contact the administrator.


Alphabetical keyword list
action
: declaration of an actionafter
: declaration of a mixinalias
: declaration of an aliasapply
: judgment application in a proofaround
: abbreviation for a pair of anonymous mixinsassert
: statement asserting a propositionassume
: statement of an assumption; also a tacticattribute
: declaration of an attributeautoinstance
: declaration of an autoinstanceaxiom
: declaration of an axiombefore
: declaration of a mixincall
: statement invoking an actionclass
: synonym for moduleconcept
: related to "concept graphs", undocumentedconjecture
: obsolete keyword from earlier Ivy versionsconstructor
: undocumenteddecreases
: ranking function of a loopdefergoal
: tactic that defers a proof goaldefinition
: declaration of a definitiondelegate
: related to preconditions, unclear.derived
: related to "derived relations", unclear.destructor
: declaration of a private destructorelse
: negative branch of a conditional statementensure
: postconditionensures
: obsolete keyword from earlier Ivy versionsentry
: obsolete keyword from earlier Ivy versionseventually
: term in a temporal propertyexecute
: synonym formixin
(declaring a mixin)exists
: existential quantifier for an expressionexplicit
: qualifier for primitive judgmentsexport
: marks an action as exported to the environmentextract
: indicates which isolates should be subject to code extractionfalse
: primitive propositionfinite
: undocumentedforall
: universal quantifier for an expressionforget
: tactic that forgets a declaration from premisesfresh
: adds a freshness qualifier to a schema premisefrom
: part of "pattern based updates", undocumentedfunction
: declaration of a functionghost
: indicates that a type is to be considered ghost codeglobally
: term in a temporal propertyif
: positive branch of a conditional statementimplement
: provides an implementation of an abstract actionimplementation
: marks declarations as "implementation" in isolate verificationimport
: marks an action as imported from the environmentin
: indicates chosen value in choice functioninclude
: incorporates another Ivy source file's declarations into the current fileindividual
: declaration of an individualinit
: mixin declaration for an initializerinstance
: declaration of an object that instantiates a module, also a tactic that does explicit quantifier instantiation in a proofinstantiate
: synonym forinstance
interpret
: primitive judgment of theory instantiationinvariant
: primitive judgment of an invariantisa
: tests whether type is-a specific variant (subtype)isolate
: declares a special kind of object verified in isolation from otherslet
: binds a local symbol in a prooflocal
: binds a logical variable in an actionmacro
: declaration of a macro actionmatch
: obsolete keyword from earlier Ivy versionsmaximizing
: qualifier for nondeterministic choicemethod
: synonym foraction
(declaring an action)minimizing
: qualifier for nondeterministic choicemixin
: declaration of a mixinmixord
: declaration of a "mixin order relation"; undocumentedmodifies
: solete keyword from earlier Ivy versionsmodule
: declaration of a modulenamed
: introduces a named existentialnull
: obsolete keyword from earlier Ivy versionsobject
: declaration of a singleton objectof
: indicates type of variantold
: allows referring to an old value in an actionparameter
: declaration of a parameterparams
: part of "pattern based updates", undocumentedprivate
: marks declarations as "private" in isolate verificationprogress
: obsolete keyword from earlier Ivy versionsproof
: optionally provides a proof following a property or theoremproperty
: declares a propertyrelation
: declares a relationrely
: obsolete keyword from earlier Ivy versionsrequire
: preconditionrequires
: obsolete keyword from earlier Ivy versionsreturns
: qualifier of an action indicating its return typescenario
: part of "scenario mixins", undocumentedschema
: declaration of an axiom schemaset
: obsolete keyword from earlier Ivy versionsshowgoals
: tactic that prints current proof goalssome
: selects a value with nondeterministic choicespecification
: marks declarations as "specification" in isolate verificationspoil
: undocumented tacticstate
: obsolete keyword from earlier Ivy versionsstruct
: provides a struct definition for a typetactic
: invokes an extended tactic in a prooftemporal
: declaration of a temporal propertytheorem
: declares a theoremthis
: alias for the innermost enclosing modulethunk
: defines a thunktrue
: primitive propositiontrusted
: marks an isolate as verified without prooftype
: primitive judgment introducing a typeunfold
: tactic for unfolding a definitionupdate
: part of "pattern based updates", undocumentedusing
: undocumented, similar toinclude
var
: primitive judgment introducing a declared variable; in an action, synonymous with a local variablevariant
: declaration of a variantwhile
: loop statementwith
: qualifier for isolate combination, in isolate declarations
Categorical
-
type
introduces a typefunction
introduces a functionrelation
introduces a relationindividual
introduces an individualvar
declares a declared variableaxiom
introduces an axiom or axiom schema (a proposition without proof)property
introduces a property (a proposition with proof)theorem
introduces a theorem (a schema for properties)definition
introduces a definition, a special-case axiominterpret
performs theory instantiation
Other declarations
module
introduces a moduleinstantiate
instantiates a module into an objectobject
introduces a singleton module instantiationisolate
introduces an isolateproof
optionally provides a proof following a property or theoremaction
introduces an actionbefore
andafter
introduce mixinsprivate
,specification
andimplementation
are visibility qualifiersimplement
implements the body of an action
Statements inside actions
ensure
is a postcondition: asserts a proposition and blames the current action if it failsrequire
is a precondition: asserts a proposition and blames the caller if it fails (or else assumes the environment guarantees it)assume
introduces an assumptionassert
introduces an assertioncall
calls another actionif
/else
: form a conditionalwhile
forms a loopvar
declares a local variable
-
apply
instantiates a compound judgment and supplies premises to itinstantiate
instantiates a primitive judgment and performs explicit quantifier instantiationtactic skolemize
performs skolemization
Backlinks
- action
- alias
- assertion
- assumption
- attribute
- autoinstance
- axiom
- axiom schema
- call
- choice function
- code extraction
- conditional
- declared variable
- definition
- existential quantifier
- explicit quantifier instantiation
- export
- freshness qualifier
- function
- ghost
- import
- individual
- initializer
- invariant
- isolate
- lexical structure
- local variable
- loop
- macro action
- mixin
- module
- named existential
- nondeterminism
- old value
- parameter
- postcondition
- precondition
- private destructor
- proof
- property
- relation
- schema
- singleton object
- struct
- temporal property
- theorem
- theory instantiation
- thunk
- type
- unfold
- universal quantifier
- variant


Open Source Software at SK telecomOpen 5GX
SK Telecom aims to help solve social problems and contribute to spreading the open source ecosystem through various innovative technologies.
Explore Projects
-
Metatron Discovery
Metatron Discovery is a big data analysis platform supports overall process from data cleansing to visualization. Where more than 10 billion of large volume data are processed in seconds, analyze data on variety of levels, discover insights and apply it on your business right away.
-
TACO
TACO (SKT All Container OpenStack) is designed to provide convenient and stable use for enterprises by comprehensively implementing virtualization of servers, networks, and storage required for cloud infrastructure.
-
SONA
SONA(Simplified Overlay Network Architecture) is an optimized tenant network virtualization service for Cloud-based data center. Basically, it is a set of ONOS applications which provides OpenStack Neutron ML2 mechanism driver and L3 service plugin.
-
KoBERT
KoBERT(Korean BERT pre-trained cased) is a language AI model that understands Korean and was developed to overcome the Korean limitation of BERT(Bidirectional Encoder Representations from Transformers) developed by Google.
-
KoGPT2
KoGPT-2 is an open source GPT-2 (Generative Pretrained Transformer-2) model pre-trained with Korean text to improve Korean machine learning (ML) performance. KoGPT-2 can be used for chatbots, search engines and other purposes.
-
H8L(Hwangsaeul)
H8L(Hwangsaeul) is a project to build SRT ecosystem. We are planning to build new streaming system for a cloud-based video surveillance service. In the new system, Secure Reliable Transport (SRT) will be used as a base protocol to archive the critical requirements; ultra-low latency, packet loss recovery.


Joe Walsh on CNN: I Keep Hearing from Republicans They’re Tired of Trump’s ‘Bullsh*t’ | Breitbart
by Pam Key[WARNING: ADULT LANGUAGE]
On Friday’s broadcast of CNN’s “Right Now,” former congressman and radio talker Joe Walsh, who is challenging President Donald Trump for the 2020 Republican presidential nomination, boasted that Republicans were telling him they are tired of Trump’s “bullshit.”
Walsh said, “It’s interesting as I go out campaigning in New Hampshire in Iowa and elsewhere, I do get some resistance from Trump supporters, the 30 to 35% that would support him, right, if he shot somebody in the middle of Fifth Avenue. But more and who and more, I hear from Republicans who say, ‘I’m exhausted.  I’m tired of the drama.’ You look at the latest numbers. I think it was “The Washington Post” this morning came out with a number, 74% of Republicans, only 74% support him on impeachment. That’s down like 17 points. 18% of Republicans believe he should be impeached.”
He added, “His support shrinks by the day, and he knows that. That’s why he gets uglier by the minute.”
Follow Pam Key on Twitter @pamkeyNEN


@ List(1,6,3,78).sorted
res0: List[Int] = List(1, 3, 6, 78)
@ case class Foo(i: Int)
defined class Foo
@ List(Foo(1), Foo(2)).sorted
cmd2.sc:1: No implicit Ordering defined for ammonite.$sess.cmd1.Foo.
val res2 = List(Foo(1), Foo(2)).sorted
^
Compilation Failed
What sourcery is this! And why it did not work with Foo
?
Signature of List.sorted
is:
def sorted[B >: A](implicit ord: math.Ordering[B]): List[A]
What is that implicit parameter. OMG Scala is so complicated!
A typeclass!
A typeclass instance
implicit val fooOrdering = new Ordering[Foo] {
def compare(a:Foo, b:Foo) = a.i compare b.i
}
// is same as
// implicit val fooOrdering = Ordering.by[Foo, Int](_.i)
// because there is Ordering[Int]
Typeclass can be though as a way to add more functionality to an existing class. But they can express more than that. Just like normal classes they can have an inheritance hierarcy and writing a sub instance gives you combatibility with all algorithms requiring the super-instance.
For plenty of things! Even for things that would be difficult to express with classes or interfaces.
By using typeclasses one does not need to have access to the original types to be able to make them implement the typeclass interface.
There can also be multiple implementations (in scala), but that is not something that should only be used with care.
(This would be impossible with interfaces / traits)
Typeclasses enable more complex abstractions which would be difficult and clunky to accomplish using classes.
With typeclasses it is possible to pair operation and a type with an abstract way. (E.g. Monoid)
Typeclasses are expressed as a trait with at least one type parameter. Typeclass instances are implicit vals. (And usually some helper machinery to ease with syntax.)
Usage of a typeclass is an implicit parameter.
trait Ordering[T] {
def compare(x: T, y: T): Int
def lt(x: T, y: T): Boolean = compare(x, y) < 0
def gt(x: T, y: T): Boolean = compare(x, y) > 0
}
trait Numeric[T] extends Ordering[T] {
def plus(x: T, y: T): T
def times(x: T, y: T): T
def negate(x: T): T
def zero: T
def abs(x: T): T = if (lt(x, zero)) negate(x) else x
}
implicit val NumericDouble: Numeric[Double] = new Numeric[Double] {
def plus(x: Double, y: Double): Double = x + y
def times(x: Double, y: Double): Double = x * y
def negate(x: Double): Double = -x
def zero: Double = 0.0
def compare(x: Double, y: Double): Int = JDouble.compare(x, y)
// optimised
override def lt(x: Double, y: Double): Boolean = x < y
override def gt(x: Double, y: Double): Boolean = x > y
override def abs(x: Double): Double = java.lang.Math.abs(x)
}
def signOfTheTimes[T](t: T)(implicit N: Numeric[T]): T = {
import N._
times(negate(abs(t)), t)
}
object Numeric {
def apply[T](implicit numeric: Numeric[T]): Numeric[T] = numeric
object ops {
implicit class NumericOps[T](t: T)(implicit N: Numeric[T]) {
def +(o: T): T = N.plus(t, o)
def *(o: T): T = N.times(t, o)
def unary_-: T = N.negate(t)
def abs: T = N.abs(t)
// duplicated from Ordering.ops
def <(o: T): T = N.lt(t, o)
def >(o: T): T = N.gt(t, o)
}
}
}
import Numeric.ops._
def signOfTheTimes[T: Numeric](t: T): T = -(t.abs) * t
We use our beloved argonaut as an example.
Argonaut uses typeclasses heavily. Both DecodeJson
and EncodeJson
are typeclasses that define JSON coding for a specific type.
They are also Monads
and DecodeResult
is a MonadError
. While they do not have typeclass instances, they have all operations of those typeclasses.
DecodeJson
is Argonauts interface to deserializing data from JSON to Scala.
trait DecodeJson[A] {
...
def decodeJson(j: Json): DecodeResult[A] = decode(j.hcursor)
def decode(c: HCursor): DecodeResult[A]
...
}
// Intended usage:
Parse.decodeEither[Foo]("""{"id": 1, "bars": ["a", "b"]}""")
// res14: Either[String, Foo] = Right(Foo(FooId(1L), List("a", "b")))
Parse.decodeEither[Foo]("""{"id": 1, "bar": ["a", "b"]}""")
// res15: Either[String, Foo] = Left("Attempt to decode value on failed cursor.: CursorHistory(List(El(CursorOpDownField(bars),false)))")
case class FooId(id: Long) extends AnyVal
implicit val fooIdDecode = DecodeJson.of[Long].map(FooId(_))
// implicit val fooIdDecode = implicitly[DecodeJson[Long]].map(FooId(_))
case class Foo(id: FooId, bars: List[String])
implicit val fooDecode = DecodeJson { json =>
for {
id <- (json --\ "id").as[FooId]
bars <- (json --\ "bars").as[List[String]]
} yield Foo(id, bars)
}
// implicit val fooDecode = DecodeJson.derive[Foo]
// implicit val fooDecode = jdecode2l(Foo.apply)("id", "bars")
Typeclasses are common and you are probably using them already. In Scala they are typed implicit parameters and as pattern separate implementation from type.
They are not magic, sorry


Designed & developed by:
Amit Kumar
D3IT
Site maintained by Central Computer Center, GNDEC , Ludhiana
Our focus is to provide a platform enabling individuals, groups and communities to tell their own stories, to share experiences and to become creators and contributors of media in this media-rich world!
Inauguration of FM Community Radio Station at GNDEC. Ludhiana, April 2, 2016: Prof (Dr.) Jaspal Singh Sandhu, Secretary, University Grants Commission, New Delhi launched the new FM Community Radio Station FM 90.8 MHz at Guru Nanak Dev Engineering College (GNDEC), Ludhiana.
The 90.8 FM Community Radio Station of Guru Nanak Dev Engineering College Ludhiana is an effort to serve the society by broadcasting programmes pertinent to education, information, entertainment, recreation, public affairs, culture, career guidance sports, etc.
In the new era, thought itself will be transmitted by radio.
The coming of the wireless era will make war impossible, because it will make war ridiculous
| Members | Technical Support Team | Supporting Staff |
|---|---|---|
| Prof.Sukhkit Singh | Mrs.Bhagatbir Kaur | Mr.Harjit Singh |
| Dr. Parminder Singh | Mrs.Gagandeep kaur | Mr.Puran Singh |
| Prof.Arvind Dhingera | Mr.Devinder Singh | |
| Mr.Kewal Singh |
Designed & developed by:
Site maintained by Central Computer Center, GNDEC , Ludhiana


LEAST
returns the smallest expression in a list of expressions. All expressions after the first are implicitly converted to the data type of the first expression before the comparison. Text expressions are compared character by character.
To retrieve the largest expression in a list of expressions, use GREATEST
.
The data type of the first expression
LEAST(expr [, expr ]...)
expr
can be any expression.
LEAST('Harry','Harriot','Harold')
returns the value Harold
.
LEAST(19, 3, 7)
returns the value 3
.


84-year-old woman stabbed to death - The Nation Newspaper
by https://www.facebook.com/alao.h.joshuaAdesoji Adeniyi, Osogbo
An 84-year-old stepmother of Ponle Eebo, a popular politician in Osun State, Madam Janet Alatede Ebo, has been stabbed to death by unidentified assailants.
The deceased was said to have been attacked on Sunday around 8pm in her residence at Afunsho Compound, Oke Are, Irée of Iree in Boripe Local Government of Osun State.
An eyewitness, who is a tenant of the deceased and a student of Osun State Polytechnic, Iree, said that he left the old woman in the house alive around 7:30pm to rcharge his phone only to come back and meet her lying dead in a pool of blood.
Read Also: 60-year-old Catholic cleric burnt to death in Anambra explosion
The eyewitness, who preferred anonymity, said: “The old woman lived here with us (tenants) who are students of the Osun State Polytechnic, Iree. Most of my colleagues were not around last night as I was the only one with her in the house.
“At about 7:30pm, I told her I wanted to charge my phone somewhere as there was no electricity and I asked her (the old woman) not to close the door that I will be back soon. On returning I saw the doors of the house locked.
“I was confused but had to go in through the back door to my own apartment which is upstairs to gain access to the building.


Frontend Developer - Intertec International
June 2021 - PresentWork as frontend engineer for Coxautomotive client. On this client I have help with multiple project, from building, mantining a UI library, to develop a monorepo that will help the organization to break their old repo to react apps.
- Build new features for the UI library.
- Help other teams implement our UI library.
- Help other teams contribute to the main monorepo build on top of nx.
- Develop new feature for the main monerepo.


Teen babysitter sent to prison in beating death of 6-year-old girl
by The Associated Press, StaffMEMPHIS, Tenn. -- A Tennessee teenager has been sentenced to 30 years in prison in the beating death of a girl he was babysitting.
Shelby County prosecutors say 18-year-old Antonio Evans pleaded guilty Friday to adult charges of second-degree murder and aggravated child abuse.
Prosecutors say Evans was a 14-year-old foster child when he was left in charge of three other foster children, ages 6, 7 and 9, in the Memphis suburb of Cordova.
The children said Evans repeatedly punched, kicked and whipped them with a belt and a cord for three days in December 2015. They said Evans threatened them with more abuse if they told anyone.
A 6-year-old girl died at a hospital from injuries she suffered.


- Technological empathy
- Basic understanding how the internet works. This image explains it well
- Understanding of how users, computers, servers, http and the internet fit together. This video explains well the process.
- Use HTML tags to create simle HTML documents
www.codepen.io
www.scratchpad.io
- HTML: HTML (Hypertext Markup Language) documents contain text content which describes "what you see" and markup which describes "how it looks".
- Tag: An HTML tag is always contained within angled brackets. Most tags have an opening tag (
 for example) and a closing tag (
). Some tags (called "void" tags) do not require a closing tag (like the
 tag).
- Attribute: This is a property of an HTML element. For example, to set the <href> attribute of an anchor tag to the Udacity URL, you would write
- Element: An HTML element refers to everything within a set of opening and closing tags. HTML documents are made of HTML elements. When writing HTML, we tell browsers the type of each element by using HTML tags.
(a) Container elements are elements that do nothing but contain stuff inside themselves.
(b) Inline elements: a, span, br, img, strong.
(c) Block elements: div, p, form.
text=bold
text=italic
text=link
<img scr="URLs image"alt"text that display when the image doesnt work")

=line brake

text
=paragraph (similar to
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Jinja2 Changelog
Version 2.7.3
(bugfix release, released on June 6th 2014)
- Security issue: Corrected the security fix for the cache folder. This
fix was provided by RedHat.
Version 2.7.2
(bugfix release, released on January 10th 2014)
- Prefix loader was not forwarding the locals properly to
inner loaders. This is now fixed.
- Security issue: Changed the default folder for the filesystem cache to be
user specific and read and write protected on UNIX systems. See Debian bug
734747 for more information.
Version 2.7.1
(bugfix release, released on August 7th 2013)
- Fixed a bug with call_filter not working properly on environment
and context filters.
- Fixed lack of Python 3 support for bytecode caches.
- Reverted support for defining blocks in included templates as this
broke existing templates for users.
- Fixed some warnings with hashing of undefineds and nodes if Python
is run with warnings for Python 3.
- Added support for properly hashing undefined objects.
- Fixed a bug with the title filter not working on already uppercase
strings.
Version 2.7
(codename Translation, released on May 20th 2013)
- Choice and prefix loaders now dispatch source and template lookup
separately in order to work in combination with module loaders as
advertised.
- Fixed filesizeformat.
- Added a non-silent option for babel extraction.
- Added urlencode filter that automatically quotes values for
URL safe usage with utf-8 as only supported encoding. If applications
want to change this encoding they can override the filter.
- Added keep-trailing-newline configuration to environments and
templates to optionally preserve the final trailing newline.
- Accessing last on the loop context no longer causes the iterator
to be consumed into a list.
- Python requirement changed: 2.6, 2.7 or >= 3.3 are required now,
supported by same source code, using the “six” compatibility library.
- Allow contextfunction and other decorators to be applied to __call__.
- Added support for changing from newline to different signs in the wordwrap
filter.
- Added support for ignoring memcache errors silently.
- Added support for keeping the trailing newline in templates.
- Added finer grained support for stripping whitespace on the left side
of blocks.
- Added map, select, reject, selectattr and rejectattr
filters.
- Added support for loop.depth to figure out how deep inside a recursive
loop the code is.
- Disabled py_compile for pypy and python 3.
Version 2.6
(codename Convolution, released on July 24th 2011)
- internal attributes now raise an internal attribute error now instead
of returning an undefined. This fixes problems when passing undefined
objects to Python semantics expecting APIs.
- traceback support now works properly for PyPy. (Tested with 1.4)
- implemented operator intercepting for sandboxed environments. This
allows application developers to disable builtin operators for better
security. (For instance limit the mathematical operators to actual
integers instead of longs)
- groupby filter now supports dotted notation for grouping by attributes
of attributes.
- scoped blocks now properly treat toplevel assignments and imports.
Previously an import suddenly “disappeared” in a scoped block.
- automatically detect newer Python interpreter versions before loading code
from bytecode caches to prevent segfaults on invalid opcodes. The segfault
in earlier Jinja2 versions here was not a Jinja2 bug but a limitation in
the underlying Python interpreter. If you notice Jinja2 segfaulting in
earlier versions after an upgrade of the Python interpreter you don’t have
to upgrade, it’s enough to flush the bytecode cache. This just no longer
makes this necessary, Jinja2 will automatically detect these cases now.
- the sum filter can now sum up values by attribute. This is a backwards
incompatible change. The argument to the filter previously was the
optional starting index which defaultes to zero. This now became the
second argument to the function because it’s rarely used.
- like sum, sort now also makes it possible to order items by attribute.
- like sum and sort, join now also is able to join attributes of objects
as string.
- the internal eval context now has a reference to the environment.
- added a mapping test to see if an object is a dict or an object with
a similar interface.
Version 2.5.5
- (re-release of 2.5.4 with built documentation removed for filesize.
- Released on October 18th 2010)
- built documentation is no longer part of release.
Version 2.5.4
(bugfix release, released on October 17th 2010)
- Fixed extensions not loading properly with overlays.
- Work around a bug in cpython for the debugger that causes segfaults
on 64bit big-endian architectures.
Version 2.5.3
(bugfix release, released on October 17th 2010)
- fixed an operator precedence error introduced in 2.5.2. Statements
like “-foo.bar” had their implicit parentheses applied around the
first part of the expression (“(-foo).bar”) instead of the more
correct “-(foo.bar)”.
Version 2.5.2
(bugfix release, released on August 18th 2010)
- improved setup.py script to better work with assumptions people
might still have from it (--with-speedups).
- fixed a packaging error that excluded the new debug support.
Version 2.5.1
(bugfix release, released on August 17th 2010)
- StopIteration exceptions raised by functions called from templates
are now intercepted and converted to undefineds. This solves a
lot of debugging grief. (StopIteration is used internally to
abort template execution)
- improved performance of macro calls slightly.
- babel extraction can now properly extract newstyle gettext calls.
- using the variable num in newstyle gettext for something else
than the pluralize count will no longer raise a KeyError.
- removed builtin markup class and switched to markupsafe. For backwards
compatibility the pure Python implementation still exists but is
pulled from markupsafe by the Jinja2 developers. The debug support
went into a separate feature called “debugsupport” and is disabled
by default because it is only relevant for Python 2.4
- fixed an issue with unary operators having the wrong precendence.
Version 2.5
(codename Incoherence, relased on May 29th 2010)
- improved the sort filter (should have worked like this for a
long time) by adding support for case insensitive searches.
- fixed a bug for getattribute constant folding.
- support for newstyle gettext translations which result in a
nicer in-template user interface and more consistent
catalogs. (Newstyle Gettext)
- it’s now possible to register extensions after an environment
was created.
Version 2.4.1
(bugfix release, released on April 20th 2010)
- fixed an error reporting bug for undefineds.
Version 2.4
(codename Correlation, released on April 13th 2010)
- the environment template loading functions now transparently
pass through a template object if it was passed to it. This
makes it possible to import or extend from a template object
that was passed to the template.
- added a ModuleLoader that can load templates from
precompiled sources. The environment now features a method
to compile the templates from a configured loader into a zip
file or folder.
- the _speedups C extension now supports Python 3.
- added support for autoescaping toggling sections and support
for evaluation contexts (Evaluation Context).
- extensions have a priority now.
Version 2.3.1
(bugfix release, released on February 19th 2010)
- fixed an error reporting bug on all python versions
- fixed an error reporting bug on Python 2.4
Version 2.3
(3000 Pythons, released on February 10th 2010)
- fixes issue with code generator that causes unbound variables
to be generated if set was used in if-blocks and other small
identifier problems.
- include tags are now able to select between multiple templates
and take the first that exists, if a list of templates is
given.
- fixed a problem with having call blocks in outer scopes that
have an argument that is also used as local variable in an
inner frame (#360).
- greatly improved error message reporting (#339)
- implicit tuple expressions can no longer be totally empty.
This change makes {% if %}...{% endif %} a syntax error
now. (#364)
- added support for translator comments if extracted via babel.
- added with-statement extension.
- experimental Python 3 support.
Version 2.2.1
(bugfix release, released on September 14th 2009)
- fixes some smaller problems for Jinja2 on Jython.
Version 2.2
(codename Kong, released on September 13th 2009)
- Include statements can now be marked with ignore missing to skip
non existing templates.
- Priority of not raised. It’s now possible to write not foo in bar
as an alias to foo not in bar like in python. Previously the grammar
required parentheses (not (foo in bar)) which was odd.
- Fixed a bug that caused syntax errors when defining macros or using the
{% call %} tag inside loops.
- Fixed a bug in the parser that made {{ foo[1, 2] }} impossible.
- Made it possible to refer to names from outer scopes in included templates
that were unused in the callers frame (#327)
- Fixed a bug that caused internal errors if names where used as iteration
variable and regular variable after the loop if that variable was unused
before the loop. (#331)
- Added support for optional scoped modifier to blocks.
- Added support for line-comments.
- Added the meta module.
- Renamed (undocumented) attribute “overlay” to “overlayed” on the
environment because it was clashing with a method of the same name.
- speedup extension is now disabled by default.
Version 2.1.1
(Bugfix release)
- Fixed a translation error caused by looping over empty recursive loops.
Version 2.1
(codename Yasuzō, released on November 23rd 2008)
- fixed a bug with nested loops and the special loop variable. Before the
change an inner loop overwrote the loop variable from the outer one after
iteration.
- fixed a bug with the i18n extension that caused the explicit pluralization
block to look up the wrong variable.
- fixed a limitation in the lexer that made {{ foo.0.0 }} impossible.
- index based subscribing of variables with a constant value returns an
undefined object now instead of raising an index error. This was a bug
caused by eager optimizing.
- the i18n extension looks up foo.ugettext now followed by foo.gettext
if an translations object is installed. This makes dealing with custom
translations classes easier.
- fixed a confusing behavior with conditional extending. loops were partially
executed under some conditions even though they were not part of a visible
area.
- added sort filter that works like dictsort but for arbitrary sequences.
- fixed a bug with empty statements in macros.
- implemented a bytecode cache system. (Bytecode Cache)
- the template context is now weakref-able
- inclusions and imports “with context” forward all variables now, not only
the initial context.
- added a cycle helper called cycler.
- added a joining helper called joiner.
- added a compile_expression method to the environment that allows compiling
of Jinja expressions into callable Python objects.
- fixed an escaping bug in urlize
Version 2.0
(codename jinjavitus, released on July 17th 2008)
the subscribing of objects (looking up attributes and items) changed from
slightly. It’s now possible to give attributes or items a higher priority
by either using dot-notation lookup or the bracket syntax. This also
changed the AST slightly. Subscript is gone and was replaced with
Getitem and Getattr.
For more information see the implementation details.
added support for preprocessing and token stream filtering for extensions.
This would allow extensions to allow simplified gettext calls in template
data and something similar.
added jinja2.environment.TemplateStream.dump().
added missing support for implicit string literal concatenation.
{{ "foo" "bar" }} is equivalent to {{ "foobar" }}
else is optional for conditional expressions. If not given it evaluates
to false.
improved error reporting for undefined values by providing a position.
filesizeformat filter uses decimal prefixes now per default and can be
set to binary mode with the second parameter.
fixed bug in finalizer
Version 2.0rc1
(no codename, released on June 9th 2008)


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Model description
The collection of examples following WinBUGS (Volume 1, WinBUGS 1.4)
contains an application of Cox's proportional hazard model with random effects. A Weibull baseline hazard is used:
h0(t) = r*tr-1, r>0.
The "kidney data" contain information on time-to-infection for 38 patients, and there are several explanatory variables (see table below).
A full description of the model can be found here: kidney.pdf.
Comparison with BUGS
Parameter estimates for the kidney data are shown in the following table.
|
b0 |
bage |
b1 |
b2 |
b3 |
bsex |
r |
s |
| ADMB-RE |
-4.344 |
0.003 |
0.1208 |
0.6058 |
-1.1423 |
-1.8767 |
1.1624 |
0.5617 |
| Std. dev. |
0.872 |
0.0137 |
0.5008 |
0.5011 |
0.7729 |
0.4754 |
0.1626 |
0.297 |
| WinBUGS |
-4.6 |
0.003 |
0.1329 |
0.6444 |
-1.168 |
-1.938 |
1.215 |
0.6374 |
| Std. dev. |
0.8962 |
0.0148 |
0.5393 |
0.5301 |
0.8335 |
0.4854 |
0.1623 |
0.357 |
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Contact Page integrated with Google Maps that allows you to customize the Google Map styles.
Step 1.
Go to Dashboard » Appearance » Customize.
Step 2.
Locate the "Styling » Google Map" section on the left side of the screen.
Step 3.
Navigate to the map region you wish to use to preview your style. Enter "Place name", "Latitude" and "Longitude" field. You can make a search, use the name of a place, city, state, or address, or click the location on the map to get lat long coordinates. → Get Latitude Longitude. When you’re done, click "Save & Publish" button.