pymatgen.symmetry.analyzer module¶
-
class
PointGroupAnalyzer
(mol, tolerance=0.3, eigen_tolerance=0.01, matrix_tol=0.1)[source]¶ Bases:
object
A class to analyze the point group of a molecule. The general outline of the algorithm is as follows:
Center the molecule around its center of mass.
Compute the inertia tensor and the eigenvalues and eigenvectors.
Handle the symmetry detection based on eigenvalues.
- Linear molecules have one zero eigenvalue. Possible symmetry operations are C*v or D*v
- Asymetric top molecules have all different eigenvalues. The maximum rotational symmetry in such molecules is 2
- Symmetric top molecules have 1 unique eigenvalue, which gives a unique rotation axis. All axial point groups are possible except the cubic groups (T & O) and I.
- Spherical top molecules have all three eigenvalues equal. They have the rare T, O or I point groups.
-
sch_symbol
¶ Schoenflies symbol of the detected point group.
The default settings are usually sufficient.
Parameters: - mol (Molecule) – Molecule to determine point group for.
- tolerance (float) – Distance tolerance to consider sites as symmetrically equivalent. Defaults to 0.3 Angstrom.
- eigen_tolerance (float) – Tolerance to compare eigen values of the inertia tensor. Defaults to 0.01.
- matrix_tol (float) – Tolerance used to generate the full set of symmetry operations of the point group.
-
get_equivalent_atoms
()[source]¶ Returns sets of equivalent atoms with symmetry operations
Parameters: None – Returns: The returned dictionary has two possible keys: eq_sets
: A dictionary of indices mapping to sets of indices, each key maps to indices of all equivalent atoms. The keys are guaranteed to be not equivalent.sym_ops
: Twofold nested dictionary.operations[i][j]
gives the symmetry operation that maps atomi
untoj
.Return type: dict
-
get_symmetry_operations
()[source]¶ Return symmetry operations as a list of SymmOp objects. Returns Cartesian coord symmops.
Returns: List of symmetry operations. Return type: ([SymmOp])
-
inversion_op
= Rot: [[-1. -0. -0.] [-0. -1. -0.] [-0. -0. -1.]] tau [0. 0. 0.]¶
-
is_valid_op
(symmop)[source]¶ Check if a particular symmetry operation is a valid symmetry operation for a molecule, i.e., the operation maps all atoms to another equivalent atom.
Parameters: symmop (SymmOp) – Symmetry operation to test. Returns: Whether SymmOp is valid for Molecule. Return type: (bool)
-
symmetrize_molecule
()[source]¶ Returns a symmetrized molecule
The equivalent atoms obtained via
get_equivalent_atoms()
are rotated, mirrored… unto one position. Then the average position is calculated. The average position is rotated, mirrored… back with the inverse of the previous symmetry operations, which gives the symmetrized moleculeParameters: None – Returns: The returned dictionary has three possible keys: sym_mol
: A symmetrized molecule instance.eq_sets
: A dictionary of indices mapping to sets of indices, each key maps to indices of all equivalent atoms. The keys are guaranteed to be not equivalent.sym_ops
: Twofold nested dictionary.operations[i][j]
gives the symmetry operation that maps atomi
untoj
.Return type: dict
-
class
PointGroupOperations
(sch_symbol, operations, tol=0.1)[source]¶ Bases:
list
Defines a point group, which is essentially a sequence of symmetry operations.
Parameters: - sch_symbol (str) – Schoenflies symbol of the point group.
- operations ([SymmOp]) – Initial set of symmetry operations. It is sufficient to provide only just enough operations to generate the full set of symmetries.
- tol (float) – Tolerance to generate the full set of symmetry operations.
-
sch_symbol
¶ Schoenflies symbol of the point group.
-
class
SpacegroupAnalyzer
(structure, symprec=0.01, angle_tolerance=5)[source]¶ Bases:
object
Takes a pymatgen.core.structure.Structure object and a symprec. Uses pyspglib to perform various symmetry finding operations.
Parameters: - structure (Structure/IStructure) – Structure to find symmetry
- symprec (float) – Tolerance for symmetry finding. Defaults to 0.01, which is fairly strict and works well for properly refined structures with atoms in the proper symmetry coordinates. For structures with slight deviations from their proper atomic positions (e.g., structures relaxed with electronic structure codes), a looser tolerance of 0.1 (the value used in Materials Project) is often needed.
- angle_tolerance (float) – Angle tolerance for symmetry finding.
-
find_primitive
()[source]¶ Find a primitive version of the unit cell.
Returns: A primitive cell in the input cell is searched and returned as an Structure object. If no primitive cell is found, None is returned.
-
get_conventional_standard_structure
(international_monoclinic=True)[source]¶ Gives a structure with a conventional cell according to certain standards. The standards are defined in Setyawan, W., & Curtarolo, S. (2010). High-throughput electronic band structure calculations: Challenges and tools. Computational Materials Science, 49(2), 299-312. doi:10.1016/j.commatsci.2010.05.010 They basically enforce as much as possible norm(a1)<norm(a2)<norm(a3)
Returns: The structure in a conventional standardized cell
-
get_conventional_to_primitive_transformation_matrix
(international_monoclinic=True)[source]¶ Gives the transformation matrix to transform a conventional unit cell to a primitive cell according to certain standards the standards are defined in Setyawan, W., & Curtarolo, S. (2010). High-throughput electronic band structure calculations: Challenges and tools. Computational Materials Science, 49(2), 299-312. doi:10.1016/j.commatsci.2010.05.010
Returns: Transformation matrix to go from conventional to primitive cell
-
get_crystal_system
()[source]¶ Get the crystal system for the structure, e.g., (triclinic, orthorhombic, cubic, etc.).
Returns: Crystal system for structure or None if system cannot be detected. Return type: (str)
-
get_ir_reciprocal_mesh
(mesh=(10, 10, 10), is_shift=(0, 0, 0))[source]¶ k-point mesh of the Brillouin zone generated taken into account symmetry.The method returns the irreducible kpoints of the mesh and their weights
Parameters: - mesh (3x1 array) – The number of kpoint for the mesh needed in each direction
- is_shift (3x1 array) – Whether to shift the kpoint grid. (1, 1,
- means all points are shifted by 0.5, 0.5, 0.5. (1)) –
Returns: A list of irreducible kpoints and their weights as a list of tuples [(ir_kpoint, weight)], with ir_kpoint given in fractional coordinates
-
get_kpoint_weights
(kpoints, atol=1e-05)[source]¶ Calculate the weights for a list of kpoints.
Parameters: - kpoints (Sequence) – Sequence of kpoints. np.arrays is fine. Note that the code does not check that the list of kpoints provided does not contain duplicates.
- atol (float) – Tolerance for fractional coordinates comparisons.
Returns: List of weights, in the SAME order as kpoints.
-
get_lattice_type
()[source]¶ Get the lattice for the structure, e.g., (triclinic, orthorhombic, cubic, etc.).This is the same than the crystal system with the exception of the hexagonal/rhombohedral lattice
Returns: Lattice type for structure or None if type cannot be detected. Return type: (str)
-
get_point_group_operations
(cartesian=False)[source]¶ Return symmetry operations as a list of SymmOp objects. By default returns fractional coord symmops. But cartesian can be returned too.
Parameters: cartesian (bool) – Whether to return SymmOps as cartesian or direct coordinate operations. Returns: List of point group symmetry operations. Return type: ([SymmOp])
-
get_point_group_symbol
()[source]¶ Get the point group associated with the structure.
Returns: Point group for structure. Return type: (Pointgroup)
-
get_primitive_standard_structure
(international_monoclinic=True)[source]¶ Gives a structure with a primitive cell according to certain standards the standards are defined in Setyawan, W., & Curtarolo, S. (2010). High-throughput electronic band structure calculations: Challenges and tools. Computational Materials Science, 49(2), 299-312. doi:10.1016/j.commatsci.2010.05.010
Returns: The structure in a primitive standardized cell
-
get_refined_structure
()[source]¶ Get the refined structure based on detected symmetry. The refined structure is a conventional cell setting with atoms moved to the expected symmetry positions.
Returns: Refined structure.
-
get_space_group_number
()[source]¶ Get the international spacegroup number (e.g., 62) for structure.
Returns: International spacegroup number for structure. Return type: (int)
-
get_space_group_operations
()[source]¶ Get the SpacegroupOperations for the Structure.
Returns: SpacgroupOperations object.
-
get_space_group_symbol
()[source]¶ Get the spacegroup symbol (e.g., Pnma) for structure.
Returns: Spacegroup symbol for structure. Return type: (str)
-
get_symmetrized_structure
()[source]¶ Get a symmetrized structure. A symmetrized structure is one where the sites have been grouped into symmetrically equivalent groups.
Returns: pymatgen.symmetry.structure.SymmetrizedStructure
object.
-
get_symmetry_dataset
()[source]¶ Returns the symmetry dataset as a dict.
Returns: With the following properties: number: International space group number international: International symbol hall: Hall symbol transformation_matrix: Transformation matrix from lattice of input cell to Bravais lattice L^bravais = L^original * Tmat origin shift: Origin shift in the setting of “Bravais lattice” rotations, translations: Rotation matrices and translation vectors. Space group operations are obtained by [(r,t) for r, t in zip(rotations, translations)] wyckoffs: Wyckoff letters Return type: (dict)
-
class
SpacegroupOperations
(int_symbol, int_number, symmops)[source]¶ Bases:
list
Represents a space group, which is a collection of symmetry operations.
Parameters: - int_symbol (str) – International symbol of the spacegroup.
- int_number (int) – International number of the spacegroup.
- symmops ([SymmOp]) – Symmetry operations associated with the spacegroup.
-
are_symmetrically_equivalent
(sites1, sites2, symm_prec=0.001)[source]¶ Given two sets of PeriodicSites, test if they are actually symmetrically equivalent under this space group. Useful, for example, if you want to test if selecting atoms 1 and 2 out of a set of 4 atoms are symmetrically the same as selecting atoms 3 and 4, etc.
One use is in PartialRemoveSpecie transformation to return only symmetrically distinct arrangements of atoms.
Parameters: Returns: Whether the two sets of sites are symmetrically equivalent.
Return type: (bool)
-
cluster_sites
(mol, tol, give_only_index=False)[source]¶ Cluster sites based on distance and species type.
Parameters: - mol (Molecule) – Molecule with origin at center of mass.
- tol (float) – Tolerance to use.
Returns: origin_site is a site at the center of mass (None if there are no origin atoms). clustered_sites is a dict of {(avg_dist, species_and_occu): [list of sites]}
Return type: (origin_site, clustered_sites)
-
generate_full_symmops
(symmops, tol)[source]¶ Recursive algorithm to permute through all possible combinations of the initially supplied symmetry operations to arrive at a complete set of operations mapping a single atom to all other equivalent atoms in the point group. This assumes that the initial number already uniquely identifies all operations.
Parameters: symmops ([SymmOp]) – Initial set of symmetry operations. Returns: Full set of symmetry operations.
-
iterative_symmetrize
(mol, max_n=10, tolerance=0.3, epsilon=0.01)[source]¶ Returns a symmetrized molecule
The equivalent atoms obtained via
get_equivalent_atoms()
are rotated, mirrored… unto one position. Then the average position is calculated. The average position is rotated, mirrored… back with the inverse of the previous symmetry operations, which gives the symmetrized moleculeParameters: - mol (Molecule) – A pymatgen Molecule instance.
- max_n (int) – Maximum number of iterations.
- tolerance (float) – Tolerance for detecting symmetry.
Gets passed as Argument into
PointGroupAnalyzer
. - epsilon (float) – If the elementwise absolute difference of two
subsequently symmetrized structures is smaller epsilon,
the iteration stops before
max_n
is reached.
Returns: The returned dictionary has three possible keys:
sym_mol
: A symmetrized molecule instance.eq_sets
: A dictionary of indices mapping to sets of indices, each key maps to indices of all equivalent atoms. The keys are guaranteed to be not equivalent.sym_ops
: Twofold nested dictionary.operations[i][j]
gives the symmetry operation that maps atomi
untoj
.Return type: dict


public class Genome
extends java.lang.Object
| Constructor and Description |
|---|
Genome(InnovationManager iManager)
Creates a new Genome with a single bias node.
|
| Modifier and Type | Method and Description |
|---|---|
void |
addConnection(int inNodeNumber,
int outNodeNumber,
double weight,
boolean enabled,
int innovationNumber)
Adds a new Connection to the Genome.
|
void |
addNode(int label,
int type)
Adds a new node to the Genome.
|
Genome |
cloneGenome()
Returns a clone of this Genome with all the same nodes and connections represented by new objects.
|
Connection |
getConnection(int key)
Get the Connection with a given key in the Genome.
|
java.util.HashMap<java.lang.Integer,Connection> |
getConnectionGenes()
Get a HashMap containing all Connections in the Genome.
|
double |
getFitness()
Get the Genome's fitness value.
|
Node |
getNode(int key)
Get the Node with a given key in the Genome.
|
java.util.HashMap<java.lang.Integer,Node> |
getNodeGenes()
Get a HashMap containing all Nodes in the Genome.
|
int |
getNumberOfInputs()
Get the number of input nodes in the Genome.
|
int |
getNumberOfOutputs()
Get the number of output nodes in the Genome.
|
boolean |
isFitnessMeasured()
Check if the Genome's fitness has already been measured.
|
void |
mutate(Configuration configuration)
Applies a set of mutations to the Genome.
|
java.util.HashMap<java.lang.Integer,java.lang.Double> |
readOutputs()
Retrieve the current values on the output nodes of the Genome after running it.
|
void |
reset()
Sets all node values except the bias node back to 0.
|
void |
run()
Run the Genome's whole network for one step.
|
void |
setFitness(double fitness)
Set a fitness value for the Genome.
|
void |
writeInputs(java.util.HashMap<java.lang.Integer,java.lang.Double> inputs)
Write a set of input values to the input nodes of the Genome in preparation for running it.
|
public Genome(InnovationManager iManager)
iManager
- The InnovationManager that the Genome should use when creating it's Connections and reproducing.public int getNumberOfInputs()
public int getNumberOfOutputs()
public Node getNode(int key)
key
- The key (label) of the Node.public Connection getConnection(int key)
key
- The key (label) of the Connection.public java.util.HashMap<java.lang.Integer,Node> getNodeGenes()
public java.util.HashMap<java.lang.Integer,Connection> getConnectionGenes()
public void addNode(int label, int type)
label
- The label for the Genome, which will also be the key used to reference it.type
- The Node type. Valid values are Node.BIAS, Node.INPUT, Node.OUTPUT, or Node.HIDDEN.public void addConnection(int inNodeNumber, int outNodeNumber, double weight, boolean enabled, int innovationNumber)
inNodeNumber
- The key {label) of an existing Node in the Genome to be the in Node of the Connection.outNodeNumber
- The key {label) of an existing Node in the Genome to be the out Node of the Connection.weight
- The weight that the Connection will have.enabled
- If true the Connection will be enabled.innovationNumber
- The innovation number for the connection. This will also be used as the key to reference the
Connection in the Genome.public void mutate(Configuration configuration)
configuration
- A Configuration object that parameters for the mutation will be drawn from.public Genome cloneGenome()
public void writeInputs(java.util.HashMap<java.lang.Integer,java.lang.Double> inputs)
inputs
- A map containing keys mapping to input values. The keys must correspond to the keys of the input
nodes of the Genome, or an exception will be thrown.public java.util.HashMap<java.lang.Integer,java.lang.Double> readOutputs()
public void run()
public void reset()
public boolean isFitnessMeasured()
public void setFitness(double fitness)
fitness
- The fitness value to set.public double getFitness()


These are the top 10 stocks most loved by hedge funds, Business Insider - Business Insider Singapore
by Business Insider- In 13-F filings earlier this month, hedge funds disclosed what stocks they bought or sold in the third quarter.
- Goldman Sachs analyzed the filings of 833 hedge funds to compile a “VIP list” of the stocks that appear most often in the top-10 holdings of fundamentally driven hedge funds.
- Here’s the list of the top-10 most-loved equities from Goldman’s Hedge Fund Trend Monitor report.
- Read more on Business Insider.
In the first weeks of November, hedge funds revealed which stocks they bought and sold during the third quarter.
Goldman Sachs analyzed the 13-F disclosure filings as of November 14 of 833 hedge funds with $2.1 trillion in gross equity positions for its Hedge Fund Trend Monitor report released Monday.
From that analysis, Goldman compiled its “Hedge Fund VIP list,” which contains the stocks that appear most often in the top-10 holdings of fundamentally driven hedge funds.
The list is a tool for investors seeking to “follow the smart money,” according to the report. It’s been a strong historical performer, Goldman said, but this year has been challenging for the list. Since the beginning of the year, it has lagged the S&P 500 index by about 4 percentage points, Goldman said.
But things are picking up – since the start of the fourth quarter, the VIP list has outperformed the S&P 500 by 2 percentage points, according to the report.
Here are the top 10 stocks that hedge funds are loving, ranked in increasing order of how many hedge funds hold the equity:
10. Salesforce
Ticker: CRM
Industry: Application software
Year-to-date return: 19%
Number of funds with stock as top 10 holding: 34
Source: Goldman Sachs
9. Mastercard
Ticker: MA
Industry: Data processing & outsources services
Year-to-date return: 50%
Number of funds with stock as top 10 holding: 34
Source: Goldman Sachs
8. Fidelity National Information Services
Ticker: FIS
Industry: Data processing & outsources services
Year-to-date return: 34%
Number of funds with stock as top 10 holding: 35
Source: Goldman Sachs
7. Visa
Ticker: V
Industry: Data processing & outsources services
Year-to-date return: 37%
Number of funds with stock as top 10 holding: 38
Source: Goldman Sachs
6. Allergan
Ticker: AGN
Industry: Pharmaceuticals
Year-to-date return: 40%
Number of funds with stock as top 10 holding: 47
Source: Goldman Sachs
5. Alphabet
Ticker: GOOGL
Industry: Interactive media & services
Year-to-date return: 28%
Number of funds with stock as top 10 holding: 57
Source: Goldman Sachs
4. Alibaba
Ticker: BABA
Industry: Internet & direct marketing retail
Year-to-date return: 35%
Number of funds with stock as top 10 holding: 70
Source: Goldman Sachs
3. Facebook
Ticker: FB
Industry: Interactive media & services
Year-to-date return: 49%
Number of funds with stock as top 10 holding: 75
Source: Goldman Sachs
2. Amazon
Ticker: AMZN
Industry: Internet & direct marketing retail
Year-to-date return: 16%
Number of funds with stock as top 10 holding: 78
Source: Goldman Sachs
1. Microsoft
Ticker: MSFT
Industry: Systems software
Year-to-date return: 49%
Number of funds with stock as top 10 holding: 79
Source: Goldman Sachs


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Hello –Mar 6
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Re: New mail settings –Mar 7
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SupportOff on Thursday -Mar 4
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Montly High-Res Photos –Feb 28
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FamilyLast pic over my village –5:01 am
-
FriendsWeekend on Revibe –Feb 27
-
Regarding our meeting –Feb 24
-
Let's go fishing!  –Feb 21
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Hello –Mar 6
-
Re: New mail settings –Mar 7
-
SupportOff on Thursday -Mar 4
-
Montly High-Res Photos –Feb 28
-
FamilyLast pic over my village –5:01 am
-
Regarding our meeting –Feb 24
-
Let's go fishing!  –Feb 21
-
FriendsWeekend on Revibe –Feb 27
-
Hello –Mar 6
-
SupportOff on Thursday -Mar 4
-
Montly High-Res Photos –Feb 28
-
Re: New mail settings –Mar 7
-
FamilyLast pic over my village –5:01 am
-
FriendsWeekend on Revibe –Feb 27
-
Regarding our meeting –Feb 24
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Let's go fishing!  –Feb 21
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Scrawl-canvas v8
- Canvas test 061
Gradients stress test
Click on canvas to add more boxes
Gradient
Monochrome
Stepped grays
Red to blue
Red gradient
Hue gradient
Easing
linear
out
in
---
easeOut
easeOutIn
easeInOut
easeIn
easeOut3
easeOutIn3
easeInOut3
easeIn3
easeOut4
easeOutIn4
easeInOut4
easeIn4
easeOut5
easeOutIn5
easeInOut5
easeIn5
---
cosine
hermite
quintic
---
easeOutSine
easeOutInSine
easeInSine
easeOutQuad
easeOutInQuad
easeInQuad
easeOutCubic
easeOutInCubic
easeInCubic
easeOutQuart
easeOutInQuart
easeInQuart
easeOutQuint
easeOutInQuint
easeInQuint
easeOutExpo
easeOutInExpo
easeInExpo
easeOutCirc
easeOutInCirc
easeInCirc
---
easeOutBack
easeOutInBack
easeInBack
easeOutElastic
easeOutInElastic
easeInElastic
easeOutBounce
easeOutInBounce
easeInBounce
---
steps (user-defined)
repeat (user-defined)
Precision
Method
fill
fillThenDraw
Test purpose
Generate a number of Block entitys with gradient fills, spread across the canvas
Add functionality to the canvas element to generate additional Block entitys when user clicks on it
Check the effects on screen refresh speed when:
User changes the gradient displayed by the Block entitys
User changes the gradient easing
User changes the gradient precision value
User changes the Block entity drawing method attribute (add/remove a border)
Touch test:
not required
Annotated code


Until the spell ends, you control any freestanding water inside an area you choose that is a cube up to 100 feet on a side. You can choose from any of the following effects when you cast this spell. As an action on your turn, you can repeat the same effect or choose a different one.
Flood. You cause the water level of all standing water in the area to rise by as much as 20 feet. If the area includes a shore, the flooding water spills over onto dry land.
If you choose an area in a large body of water, you instead create a 20-foot tall wave that travels from one side of the area to the other and then crashes down. Any Huge or smaller vehicles in the wave's path are carried with it to the other side. Any Huge or smaller vehicles struck by the wave have a 25 percent chance of capsizing.
The water level remains elevated until the spell ends or you choose a different effect. If this effect produced a wave, the wave repeats on the start of your next turn while the flood effect lasts.
Part Water. You cause water in the area to move apart and create a trench. The trench extends across the spell's area, and the separated water forms a wall to either side. The trench remains until the spell ends or you choose a different effect. The water then slowly fills in the trench over the course of the next round until the normal water level is restored.
Redirect Flow. You cause flowing water in the area to move in a direction you choose, even if the water has toflow over obstacles, up walls, or in other unlikely directions. The water in the area moves as you direct it, but once it moves beyond the spell's area, it resumes its flow based on the terrain conditions. The water continues to move in the direction you chose until the spell ends or you choose a different effect.
Whirlpool. This effect requires a body of water at least 50 feet square and 25 feet deep. You cause a whirlpool toform in the center of the area. The whirlpool forms a vortex that is 5 feet w ide at the base, up to 50 feet w ide at the top, and 25 feet tall. Any creature or object in the water and within 25 feet of the vortex is pulled 10 feet toward it. A creature can swim away from the vortex by m aking a Strength (Athletics) check against your spell save DC.
When a creature enters the vortex for the first time on a turn or starts its turn there, it must make a Strength saving throw. On a failed save, the creature takes 2d8 bludgeoning damage and is caught in the vortex until the spell ends. On a successful save, the creature takes half damage, and isn't caught in the vortex. A creature caught in the vortex can use its action to try to swim away from the vortex as described above, but has disadvantage on the Strength (Athletics) check to do so.
The first time each turn that an object enters the vortex, the object takes 2d8 bludgeoning damage; this damage occurs each round it remains in the vortex.


Diagnosing Errors
On this page is a list of potential issues that could arise while running the pipeline, which are typically associated with runtime errors, that could be due to issues with the cluster (e.g., compute-node failure during running your job) or job parameterisation (e.g. underestimating RAM required).
This is not an exhaustive list, and is intended to give the user a sense of which problems may need to be reported to<EMAIL_ADDRESS>and which problems can be ignored.
Unable to launch jobs in SLURM
If the status of your job is (launch failed requeued held)
, please file a ticket with<EMAIL_ADDRESS>Node Failure
You may encounter the rare error of a node failure, which shows an error message similar to the following within your logs:
JOB 14024 ON compute-010 CANCELLED AT 2020-08-10T03:55:21 DUE TO NODE FAILURE, SEE SLURMCTLD LOG FOR DETAILS ***
If you encounter this error, please file a ticket with<EMAIL_ADDRESS>Memory error
If you see the phrase oom
(Out of Memory) or MemoryError
in the .err
logs (this can be located by grep -i oom logs/*.err
), this is typically indicative that CASA did not have enough memory to complete the task. This often happens while running flagdata
and does not always halt execution of the pipeline. If you are not using the maximum amount of memory per node, increase your allocation (up to 232 GB on an ilifu node from the Main partition, or 480 GB on an ilifu node from the HighMem partition). If you are using the maximum amount of memory per node, reduce the number of tasks per node and consider increasing the nodes in the config file (e.g. halve tasks and double nodes) before re-launching the pipeline, as that will allocate more memory per task.
summary.sh
will show a State
of OUT_OF_ME+
for jobs that have run out of memory, and the following error should appear in the .err
logs (e.g. for jobID 1234567):
slurmstepd: error: Detected 1 oom-kill event(s) in StepId=1234567.0 cgroup. Some of your processes may have been killed by the cgroup out-of-memory handler.
srun: error: compute-070: task 0: Out Of Memory
srun: launch/slurm: _step_signal: Terminating StepId=1234567.0
slurmstepd: error: Detected 1 oom-kill event(s) in StepId=1234567.batch cgroup. Some of your processes may have been killed by the cgroup out-of-memory handler.
There are cases where a failure in flagdata
can leave the MS in an intermediate state that causes the subsequent calibration tasks to fail. If the pipeline run did not cancel, we recommend killing any currently running jobs (by running ./killJobs.sh
from the parent directory), wiping the *MHz
subdirectories, and re-running processMeerKAT.py -R [-C <config_file>]
and ./submit_pipeline.sh
again after making the above changes to the config file. Alternatively, you could attempt to resume the pipeline.
False positives
Server timeout errors
Errors of the form
MPIMonitorClient::get_server_timeout::MPIMonitorClient::get_server_timeout::@slwrk-155:MPIClient Found 1 servers in timeout status
are benign and do not have an impact on the pipeline performance. The MPI daemon simply times out waiting for a worker node to respond, and prints out this error to the logs. SLURM is able to handle these timeouts gracefully and restarts the process once it times out.
Empty rows in sub-MSs
*** Error *** Error in data selection specification: MSSelectionNullSelection : The selected table has zero rows.
Some tasks might complain that no valid data were found in a sub-MS, due to some combination of data selection parameters resulting in a null selection for a specific sub-MS. Generally this seems to be a “harmless” error, and doesn’t seem to affect the progress of the calibration/pipeline.
“No valid SPW and Chan combination found”
Errors of the form
agentflagger::::MPIServer-31 (file ../../tools/flagging/agentflagger_cmpt.cc, line 35) Exception Reported: No valid SPW & Chan combination found
often show up in the logs of either flag_round_1
or flag_round_2
or both. Similar to the applycal error, this is caused by a combination of data selection parameters leading to a null selection for this particular subMS. it simply means that the flagging range requested lies outside the frequency range in the target MS/subMS.
UTC offset by more than 1s
Errors of the form
Leap second table TAI_UTC seems out-of-date. Until the table is updated (see the CASA documentation or your system admin), times and coordinates derived from UTC could be wrong by 1s or more.
are fairly common and are completely benign. These errors are auto-generated by CASA when the internal data repository has not been updated for some pre-defined length of time. While we try to keep our containers up to date, these errors can still occur and have no impact on the image quality or fidelity.
Generic applycal error
Sometimes the findErrors.sh
script will report generic errors in the applycal
task that are something like
SEVERE applycal::::@slwrk-128::MPIServer-7 An error occurred running task applycal
There are two ways to determine if this is a “false positive”. Locate the script in question inside the logs directory of the relevant SPW directory and inspect the .casa
log. There should be several successful applycal
instances. There should also be logs that read
*** Error *** Error in data selection specification: MSSelectionNullSelection : The selected table has zero rows.
in either the corresponding .out
or .err
file. These errors basically arise because a combination of chan/SPW/field/time selection has resulted in a null selection for one subMS inside the MMS causing applycal to fail for that one subMS. These errors do not have any impact on the final image quality.


You don't have any entries in your collection yet :-)
{{entry.Rated}} Episode Series Movie Game
{{entry.Plot}}


Dart Meeting With Keith Wilkinson About Research
Taken from a mindmap
Aim
- To understand the gaps between sensor reqponses, environmental variables and soil measurements
- Discuss building up the stats back end model #Topics
- CMD mini explorer
- In theory measures resistivity and mag
- Can compare this with the mag sus samples whjch were used as control
- We would need to look at this
- The theory is
- The mag sus element of the ERT reading should not change
- We have a control already
- This means that we should be able to identify the conductivity variations as the seond component
- These should be comparable to Dans data
- THIS ALL NEEDS FUSING
- The mag sus element of the ERT reading should not change
- Publication holes
- Morphological description from the sections
- Grain size and organics
- Geo-archaeology
- Journal of field archaeology
- This should become a position paper for a follow on grant
- Correlation of the magnetometry surveys
- Breakdown assumptions that measurements are down to 1m
- We have this in diddington
- Comparison of
- Grain size
- Magnetics
- Compare mag variations in clay rich components both on and off site
- This would need correction of organic
- Get measurements from the same spatial location and undertake multivariate analysis
- Understand 'natural' and then see how anthropogenic variations
- If aggregation is required then we can average
- Remember things can be very heavily skewed if ceramic fragments in the sample
- Outliers may need removing
- Comparison of archaeological and engineering soils
- Unfortunately Birmingham undertake data aggregation before they publish
- Need to get access to the underlying RAW data from Birmingham
- Note: there is a difference between raw data and presentation synthesis
- Birmingham want to synthesise data
- Arrange a meeting with Chris G and ArminS when initial stats framework in place
- Morphological description from the sections
- David Jordan
- Throwing a whole load of techniques aimed at percolation modelling to see what sticks
- Project proposal
- Permanent monitoring
- Install permanent ERT sensor
- Monitor for 14 months
- £30k?
- Excavate section
- £3k
- Record section
- SfM
- Multiple interpretations
- write archaeological contractors into the project design to get this done as contribution in kind
- Leave the hole open for a period of days
- Allow the section to be cut back (if necessary)
- include contexts
- Take high resolution in-situ mag-sus (2-5)cm intervals)
- £0k
- Sample at very high resolution
- £0.5k
- Run analysis on monoliths
- Particle size
- Mag Sus
- Organic content
- £40k
- Build section based on lab analyses
- Publish
- accuracy of the section and context recording
- What degree of granularity required to capture full sequence
- Install permanent ERT sensor
- Permanent monitoring
Things to do
- ARB
- Start building up comparisons between recorded soil properties and lab soil properties
- Matching the quantitative lab measurements to the qualitiative field descriptions
- Keith
- See about picking up some samples for Cherry Copse ditch
- Chris/Rob
- Host the Bartington magnetometry data
- Harnhill chery copse data
- The reported profile in the lab measurements is wrong
- They are reported as butting
- However, on the section drawings they overlap
- I think this is fixed in the data model
- Check
Written on January 16, 2014


Rdio Playback API simple example
playState
track
album
artist
art
position
Play
Stop
Pause
Previous
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Source code for learningstudio.core.response
"""
LearningStudio RESTful API Libraries
These libraries make it easier to use the LearningStudio Course APIs.
Full Documentation is provided with the library.
Need Help or Have Questions?
Please use the PDN Developer Community at https://community.pdn.pearson.com
:category LearningStudio Course APIs
:author Wes Williams<EMAIL_ADDRESS>:author Pearson Developer Services Team<EMAIL_ADDRESS>:copyright 2014 Pearson Education Inc.
:license http://www.apache.org/licenses/LICENSE-2.0 Apache 2.0
:version 1.0
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
"""
"""
response
--------
Defines a class that represents the API server HTTP response.
"""
[docs]class Response:
"""An object of this class wraps up an API server HTTP response.
"""
def __init__(self, method, url,
content, content_type,
is_binary, status_code,
status_message):
"""Initializes a Response object.
:param method: Identifies the HTTP method for which the response was generated.
:type method: str
:param url: The resource request that generated this response.
:type url: str
:param content: The response content.
:type content: str
:param content_type: The MIME type of the content.
:type content_type: str
:param is_binary: A flag that denotes whether the content is in textual or binary format.
:type is_binary: bool
:param status_code: The HTTP status code of the response.
:type status_code: int
:param status_message: The HTTP status message of the response.
:type status_message: str
"""
self.__method = method
self.__url = url
self.__content = content
self.__content_type = content_type
self.__is_binary = is_binary
self.__status_code = status_code
self.__status_message = status_message
[docs] def getMethod(self):
"""Returns the HTTP method that generated this response.
:returns: An HTTP method like GET, PUT or POST.
:rtype: str
"""
return self.__method
[docs] def getUrl(self):
"""Returns the resource URL that generated this response.
:returns: A resource URL
:rtype: str
"""
return self.__url
[docs] def getContent(self):
"""Returns the text content of the response. If the content is binary, returns `None`.
:returns: The text content of the response or `None`.
:rtype: str or None.
"""
if self.__is_binary: return None
if type(self.__content) is bytes:
self.__content = self.__content.decode(encoding = 'UTF-8')
return self.__content
[docs] def getBinaryContent(self):
"""Returns the binary content of the response. If the content is textual, returns `None`.
:returns: The binary content of the response or `None`.
:rtype: str or None.
"""
return self.__content if self.__is_binary else None
[docs] def getContentType(self):
"""Returns the MIME type of the content.
:returns: A MIME type identifier.
:rtype: str
"""
return self.__content_type
[docs] def isBinaryContent(self):
"""Returns `True` if the content is binary.
:returns: Returns `True` if the content is binary.
:rtype: bool
"""
return self.__is_binary
[docs] def getStatusCode(self):
"""Returns the HTTP status code of the response.
:returns: An HTTP status code.
:rtype: int
"""
return self.__status_code
[docs] def getStatusMessage(self):
"""Returns the HTTP status message of the response.
:returns: An HTTP status message.
:rtype: str
"""
return self.__status_message
[docs] def setContent(self, content):
"""Updates the content field of the response.
:param content: The new content.
:type content: str
"""
self.__content = content
[docs] def setStatusCode(self, status_code):
"""Updates the HTTP status code of the response.
:param status_code: New status code.
:type status_code: int
"""
self.__status_code = status_code
[docs] def isError(self):
"""Returns `True` if the status code falls in the range of HTTP error codes.
:returns: `True` if the status code denotes an HTTP error.
:rtype: bool
"""
return (self.__status_code < 200 or self.__status_code >= 300)
def __repr__(self):
return 'Method: %s, URL: %s, Code: %s, Message: %s, ContentType: %s, Content: %s'\
% (self.__method, self.__url, self.__status_code, self.__status_message,
self.__content_type, self.__content)


Module: EasyType::FileIncluder
- Defined in:
- lib/easy_type/file_includer.rb
Class Method Summary (collapse)
Instance Method Summary (collapse)
-
- (Object) include_file(name)
This is an implementation of a C like include.
Class Method Details
+ (Object) included(parent)
5 6 7 |
# File 'lib/easy_type/file_includer.rb', line 5 def self.included(parent) parent.extend(FileIncluder) end |
Instance Method Details
- (Object) include_file(name)
This is an implementation of a C like include. You can use this at places where Puppet doesn't support parent-classed like when defining Custum Types. include_file uses the already established search path. If you need to include a file from a subdircetory, use the subdirectory name
23 24 25 26 27 |
# File 'lib/easy_type/file_includer.rb', line 23 def include_file(name) full_name = get_ruby_file(name) raise ArgumentError, "file #{name} not found" unless full_name eval(IO.read(full_name), nil, full_name) end |


Ingredients: 1 Tbsp. sugar
2 Tbsp, cider vinegar
2 cups pecan halves
1 tsp. margarine
1/2 tsp. seasoned salt.
Mix sugar and vinegar in container with cover. When sugar is dissolved, add pecans and shake until nuts are thoroughly coated. Spray a shallow baking pan with Pam and place nuts in pan in 250° oven. Bake until lightly brown, stirring often. Add margarine and seasoned salt and stir to coat nuts. Continue baking until a nice brown color. Cool and store in a tightly covered container or in the fridge. This recipe makes 2 cups so I usually double it and bake in my roaster pan.
Ingredients: 1 lb. fresh fish fillets (or shrimp or scallops)
juice of 20-30 Mexican limes
1 medium onion, finely chopped
2 medium tomatoes, chopped
1 medium green pepper, finely chopped
30 pitted green olives
1/8 tsp. comino
20 capers
1/4 cup olive oil
Salt, pepper to taste
1 Tbsp. parsley, chopped
1 tsp. oregano
Cut seafood into dime-size pieces and marinate in lime juice in a glass bowl for 4 to 5 hours at room temp. Drain well, mix with other ingredients and serve ice cold.
Ingredients: 1/4 lb. butter or margarine
1/2 cup New York State sharp cheese
1 1/2 cup sifted flour
1 tsp. salt
1 tsp. white pepper
1 tsp. hot sauce
1/2 cup chopped pecans (optional)
Grate cheese and mix with other ingredients. Form into roll and wrap in plastic wrap. Chill or freeze. Slice and bake in 250° oven on greased cookie sheet till nicely browned. Don’t slice more than 1/2" thick.
Ingredients: 3 stalks celery, chopped fine
1/2 onion, chopped fine
1 small can of mushroom pieces
Sauté above ingredients in margarine until limp. Add one roll garlic process cheese and 1 can mushroom soup. Stir till cheese is melted. Cook 1 pkg. chopped broccoli according to directions; drain and combine with above. Serve in a chafing dish with Fritos or other sturdy crackers. This dip was all the rage at our parties in the 60s, but I love it still, maybe because I love anything with cheese and/ or broccoli.
This recipe comes from Katina Xeros, the wife of the Richardson Symphony conductor. She taught me to make these wonderful dolmas for a Greek Dinner Party I gave to benefit the Dallas Metropolitan Ballet Co.
Ingredients: 1 pint jar grapevine leaves
1 medium onion, grated
1/4 lb. good margarine
1 1/2 lb. lean ground beef
1/2 cup long grain rice
1 1/2 tsp. salt Pepper to taste
1 Tbsp. tomato paste *
2 Tbsp. each chopped mint and parsley
Juice of 1 lemon
Rinse grapevine leaves in running cold water once or twice, depending on how salty you want your dolmas to be. Let rinsed leaves stand in warm water as you prepare meat mixture. Sauté onion in 1/4 stick of oleo until golden; add tomato paste. Add this mixture to ground beef and remaining ingredients except butter and lemon juice. This mixture needs to be soft so dig in with your hands adding 3 or 4 Tbsp. of water to soften. Place 1 tsp. of meat mixture in the center of one grapevine leaf (on veined side). Turn over piece of leaf nearest you, then sides and roll up into narrow roll. Arrange dolmas, in a deep sauce pan which you will have lined with several leaves. (Use the ones which are torn and unsuitable for the rolls). Place the dolmas in layers with the seamed side down. Cover with a few more leaves. Add remaining margarine, 2 cups water, and lemon juice. Cover and cook slowly for one to one and one half hours. Serve plain or with sour cream or the Aveglemono Sauce. (recipe with sauces)
*If you don’t have fresh mint, use 1 tsp. of the dried.
Ingredients: 8 oz. cream cheese
1/4 lb. butter or good margarine
1 Tbsp. caraway seed, crushed in mortar
1 Tbsp. capers, minced
1 Tbsp. chives or green onion tops, minced
1 Tbsp. dry mustard
1 anchovy, minced.
Blend all ingredients and form into ball. Sprinkle with paprika and chill. Serve with party rye or vegetables.
This was another recipe I developed for an ethnic benefit dinner. It is Czech in origin and definitely not a cheese ball for the faint hearted. It has a unique, hearty flavor.
Ingredients: 1 pkg. wieners
1 cup prepared salad mustard
1 cup red currant jelly
Cut wieners into bite size pieces. Put in 1 1/2 qt. oven casserole. Mix mustard and jelly together and pour over cut up wieners. Put in oven at 300° and cook till bubbly hot, - about 20 min. Put in chafing dish and serve with toothpicks. Tastes exotic but it’s so easy.
This recipe came from another Ballet function but this one was an after-performance Buffet for Natalia Makarova the first time she danced in Dallas. I remember thinking she was incredibly tiny and oh, so shy.
Ingredients: 2 cups soft bread crumbs
1/2 cup milk
1 Tbsp. soy sauce
1/2 tsp. garlic salt
1/4 tsp. onion powder
1/2 lb. ground beef 1/2 lb. ground pork
1 - 5 or 6 oz. can water chestnuts, drained and finely chopped.
Combine bread crumbs, milk, soy sauce, garlic salt and onion powder. Add ground beef and pork and water chestnuts. Mix well. Form meat mixture into 1" balls; place on 15 1/2 x 10 1/2 baking pan. Bake at 350 for 18 - 20 min. Makes 5 doz. Serve hot from chafing dish with toothpicks. Personally, I like them plain but you might want to serve them with a teriyaki or sweet/sour sauce.
Ingredients: One 8" pie shell
2 cups chopped green onions
1 Tbsp. butter
1 egg, beaten
1/2 cup milk
1 - 8 oz. pkg. cream cheese
1/4 tsp. Worcestershire Sauce
1/2 tsp. salt Paprika to taste
Sauté onions in butter until soft. In a separate pan, mix egg, milk, cream cheese and seasonings. Heat over med. heat, stirring with a whisk until smooth and creamy. Spread onions over bottom of pie shell; pour over cheese mixture*. Bake at 350° until a knife can be inserted and come out clean, - about 35 min. * Can be covered with foil and refrigerated overnight.
Kaphan’s is our favorite restaurant in Houston and the manager circulates through the restaurant during mealtimes offering these wonderful hors d’oeuvres hot from the pan. My version follows:
Salt and pepper 24 medium to large oysters and dredge in flour. Sauté in a heavy skillet on top of stove until crisp and browned on both sides.
 Do not boil. Blend 2 Tbsp. water and 3 Tbsp. flour. Stir into sauce. Place sautéed oysters on a hot serving plate and pour sauce over. Insert cocktail picks and serve hot. (Sauce can be strained, reheated and used again.)
 Bake in a 450° oven for 15 min. Serve hot.
Ingredients: 1 lb. ground beef
1 lb. ground pork
1 Tbsp. chili powder
1 1/2 cups corn meal
2 tsp. salt
3/4 cup tomato juice
4 med. cloves garlic
Mix beef and pork together. Add all other ingredients. Mix well with hands and form into small balls the size of large marbles. Place in sauce (recipe follows) and simmer about 2 hrs. Keep hot in chafing dish. Serve on tooth picks.
Ingredients: Sauce
2 large cans tomatoes
2 tsp. salt
1 Tbsp. chili powder
Mash tomatoes (or puree coarsely in food processor. Simmer all ingredients 2 hrs.
Ingredients: 2 pkg. (8 oz.) cream cheese at room temp.
3 cans oil packed tuna
4 tsp. lemon juice
4 tsp. grated onion
2 Tbsp. capers, drained
1/2 cup finely chopped walnuts
Salt and pepper to taste
1 1/2 tsp. dry mustard
1/2 tsp. dry thyme
Drain tuna well and mix with softened cream cheese. Stir in remaining ingredients and shape into ball or mold into appropriate shape. Decorate with chopped parsley and serve with Melba toast.


Replaces this text with the description of your game here
Replace this with how to play or other helpful information


Mininet creates a realistic virtual network, running real kernel, switch and application code, on a single machine (VM, cloud or native), in seconds, with a single command 'mn'.
Primary usecase of Mininet is test environment(LAB) for Software Defined Networking (SDN) OpenFlow Protocol. It is used much beyond with many use cases.


2 high school football players go viral after praying at game
SHERMAN, Texas -- This is just one of the key plays that high school senior Gage Smith did at their game against West Mesquite on Friday.
But it's what Smith did after the game that most people remember.
"When you're playing the game, you're playing to win and the other team is the enemy. But, afterward, you still have respect for the other opponent."
Smith said he knows West Mesquite player Ty Jordan from a previous team they both played on.
Jordan's mom is battling cancer and Smith asked to pray with him after the game.
"I just had a moment with him, praying over him, his mom, and his family," Smith said.
Smith says in that moment it was not about the score or being opponents, it was about showing compassion.
Jordan's aunt posted the pictures on Facebook expressing how much the gesture meant to their family.


Your browser doesn't support the features required by impress.js, so you are presented with a simplified version of this presentation.
For the best experience please use the latest Chrome, Safari or Firefox browser.
Grunt and Karma
Automation is King!
by George Maggessy
Grunt - JavaScript Task Runner. - Analogous to ANT. |
- Powered by NodeJS. That is, it's just an npm module.
- Browser and platform agnostic, minify CSS, process SASS, optimize images, run tests...
- Who uses it?! Adobe, Twitter, Google, jQuery, and us!
Grunt Downloads
Getting Started
|
Download NodeJS from http://nodejs.org/ |
|
Installing Grunt... |
Grunt Files
package.json: Used by npm to store metadata for. You will list grunt and the Grunt plugins as devDependencies in this file.
Gruntfile.js: This file is named Gruntfile.js and is used to configure or define tasks and load Grunt plugins.
Grunt Plugins
Grunt Demo
Karma |
- JavaScript Test Runner.
- Powered by NodeJS. That is, it's just an npm module.
- Some JS frameworks do DOM manipulation and to test that you need real browsers.
- It's testing framework agnostic. You can use Mocha, Jasmine, QUnit or anything else.
- During development, you want to run your tests at every save.
Karma Downloads
Getting Started
|
Installing Karma... |
|
|
Karma Files
- karma.conf.js - Karma configuration file.
- Can be created through the command 'karma init'.
... or copied from https://github.com/karma-runner/karma.
Karma Demo
Karma Debug
|
http://localhost:9876/debug.html |
Grunt + Karma
|
|


The
WARP Connector
Component
[Introduction]
[Component Attributes]
[Special Features]
Introduction
Component Attributes
The
WARP Connector
supports the following attributes:
Attribute
Description
Special Features


You wake on what apears to be an remote island in the middle of no where. You can't remember how you go there, or where you came from. Can you survive in this new world?
Notes:
Every action you takes burns stamina
If you don't have any stamnia left, it costs 2 health to perform an action
If you run out of health the game is over
FAQ
Game Over...
As you lay on the beach unable to move, staring up at the sky, everything goes dark around you...


H.B. Woodrose
My boyfriend and I decided to buy some of these at a retailer in England. We had gone in with the intention of buying shrooms, but we saw these and the clerk recommended them.
That evening, we each took six seed pods which we had scraped and soaked to the best of our ability. We still ended up having to do a lot of chewing.
After about an hour, we felt the first mellow, enjoyable effects of the trip. We felt very chill, and cracked up over certain objects in the room that suddenly looked hilarious to us.
Not long after, I began to feel a bit overheated and not-so-good, and my boyfriend was feeling the same. We stood outside a while to get some air, but to no avail-- my boyfriend ended up retching in front of the building, and I ran into the bathroom to do the same.
We were both able to calm our bodies down a little, and sat on the couch. Things started to feel good again, we were feeling very frisky and decided to move the party upstairs.
After being 'intimate' for a while, my boyfriend started to get paranoid...he was definitely moving to the next stage of his trip...he was acting worried and confused, couldn't talk much... I asked him if he wanted to go back downstairs to the couch and he said 'I need to work out where we are first!' Trying to be the best trip-buddy I could be, I did my best to calm him and reassure him of where we were. At this point I started getting tiny flashes of complete sobriety, and figured we were on our way back to normalcy. This was nowhere near the case.
My trip began in full after a short while...it was not bad like my boyfriend's... however it was not good either. Neither he or I had the desire to talk *at all*. We each completely withdrew into ourselves, and verbalizing anything would have been very difficult.
I felt very calm throughout the trip, and found it difficult or too overwhelming to keep my eyes open, so I closed them for most of the time. Even with closed eyes, I got rainbow-tinged racing-through-space visuals, including a revisit to the neighborhood we had walked through earlier in the day. Despite my calm, however, the trip felt physically uncomfortable to me, and I found myself hoping it would be over soon.
I felt nausea coming back... I could literally feel my stomach turn as it absorbed some of the substance, then feel a rush of the poison through my veins to my temples. The headrush was very, very unpleasant. The entire front of my skull felt intensely tingly. Might sound cool, but wasn't. Then the nausea became overwhelming enough that I went to the bathroom, made myself throw up, and repeated for the next six hours.
Eventually I got wise and smoked some pot, which calmed my stomach like a miracle. I was able to go back to bed (though it was morning already). My boyfriend's trip was over by that point-- he'd spent the whole time terrified that something was wrong with me but was unable to get himself together enough to come check on me.
In the end, I can't 'blame' HB Woodrose for my boyfriend's bad trip... bad trips happen with any psychedelic from time to time. However, I would caution against using it because of the terrible physical symptoms it produced for me. The only thing I could remotely compare it to might be the room-spinning-stomach-churning-head-racing-toilet-hugging bad drunk feeling.
Looking back, I should have 1)eaten only a little bland food before the trip, not a full meal or anything hard on the stomach, 2)started out by ingesting less than the suggested dosage of pods, and scraped and ground them better, and 3)smoked pot throughout the trip. Ironically, it was my nausea that made smoking unappealing for me during my trip, but as soon as I actually took a hit, my nausea calmed down drastically.
In conclusion, this substance made me feel 'poisoned' much more so than any other drug I've ever taken, and this kept me from truly enjoying any of the visual aspects of the drug.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


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The SELECT statement of a query can include expressions, not just variables.
This involves is a syntactic extension and is available if the query is
parsed with language Syntax.syntaxARQ
.
Expressions are enclosed in ()
and can be optionally named using
AS
. If no name is given, and internal name is allocated which may
not be a legal SPARQL variable name. In order to make results portable in the
SPARQL Query Results XML
Format, the application must specify the name so using AS
is
strongly encouraged.
Expressions can involve group aggregations.
Expressions that do not correctly evaluate result in an unbound variable in the results. That is, the illegal expression is silently skipped.
Examples:
PREFIX : <http://example/> SELECT (?p+1 AS ?q) { :x :p ?p }
PREFIX rdf: <http://www.w3.org/1999/02/22-rdf-syntax-ns#> PREFIX : <http://example/> SELECT (count(*) AS ?count) { :x rdf:type :Class }


"All speech is basically throat-farting." @thejonanshow keeping it classy at #rubyconf
11/11/2016, 8:31:40 AM
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link--- layout: tweet ---
"All speech is basically throat-farting." @thejonanshow keeping it classy at #rubyconf
11/11/2016, 8:31:40 AM
Favs: 3
Retweets: 0
link


There are several reasons synchronization on this or class expressions may be a bad idea: First, it makes synchronization part of the external interface of the class. This makes a future change to a different locking mechanism difficult. Second, it makes it hard to track just who is locking on a given object. And third , it makes a denial-of-service attack possible, either on purpose or it can happen easily by accident when subclassing.
As an alternative, consider synchronizing on a private final lock object, access to which can be completely controlled.


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Hi! I am an inspired front end developer. I have been taking courses at TeamTreeHouse. I am excited to put all my skills to use.
Portfolio


This class acts as base class for application services thats allows you CRUD operations. More...
Public Member Functions | |
| AppsBaseService (string url, string login, string password) | |
| Constructor. More... | |
| AppsBaseService (string login, string password) | |
| Constructor with default API url. More... | |
| App | Get (string hash) |
| This method retrieves a Voice App. More... | |
| bool | Delete (string hash) |
| This method deletes Voice App. More... | |
| List< CustomerCli > | GetAuthorizedClis (string type) |
| This method lists the authorized CLIs on your account. More... | |
| Public Member Functions inherited from ThecallrApi.Services.Client.ClientBaseService | |
| ClientBaseService (string url, string login, string password) | |
| Constructor. More... | |
| ClientBaseService (string login, string password) | |
| Constructor with default API url. More... | |
Protected Member Functions | |
| App | Create (string type, string name, object obj) |
| This method creates a new Voice App, and optionally configure it at the same time. More... | |
| App | Edit (string hash, string name, object app) |
| This method edits a Voice App. More... | |
Additional Inherited Members | |
| Properties inherited from ThecallrApi.Services.Client.ClientBaseService | |
| JsonRpcClient | client [get] |
| Object that manages JSON RPC requests. More... | |
This class acts as base class for application services thats allows you CRUD operations.
| ThecallrApi.Services.Client.AppsBaseService.AppsBaseService | ( | string | url, |
| string | login, | ||
| string | password | ||
| ) |
Constructor.
| url | API url. |
| login | Login. |
| password | Password. |
| ThecallrApi.Services.Client.AppsBaseService.AppsBaseService | ( | string | login, |
| string | password | ||
| ) |
Constructor with default API url.
| login | Login. |
| password | Password. |
|
protected |
This method creates a new Voice App, and optionally configure it at the same time.
| type | Voice App type (possible values are defined in ThecallrApi.Enums.ApplicationTypes class). |
| name | Voice App name. |
| obj | Optional Voice App parameters (possible objects are ThecallrApi.Objects.CallTracking.CallTracking, ThecallrApi.Objects.ClickToCall.ClickToCall, ThecallrApi.Objects.RealTime.RealTime). |
| bool ThecallrApi.Services.Client.AppsBaseService.Delete | ( | string | hash | ) |
This method deletes Voice App.
| hash | App ID. |
true
, throws an Exception otherwise.
|
protected |
This method edits a Voice App.
| hash | Voice App ID. |
| name | The App name. Send null if you do not want to edit the name. |
| app | An object containing the parameters you want to edit (possible objects are ThecallrApi.Objects.CallTracking.CallTracking, ThecallrApi.Objects.ClickToCall.ClickToCall, ThecallrApi.Objects.RealTime.RealTime). |
| App ThecallrApi.Services.Client.AppsBaseService.Get | ( | string | hash | ) |
This method retrieves a Voice App.
| hash | App ID. |
| List<CustomerCli> ThecallrApi.Services.Client.AppsBaseService.GetAuthorizedClis | ( | string | type | ) |
This method lists the authorized CLIs on your account.
| type | CLI type (possible values are defined in ThecallrApi.Enums.CliAuthTypes class). |


Here is a list of all struct and union fields with links to the structures/unions they belong to:
- a -
- b -
- c -
- f -
- h -
- l -
- m -
- p -
- Page_Load()
: projectsuite._Default
, projectsuite.Calendar
, projectsuite.ChangePassword
, projectsuite.ChangePasswordSuccess
, projectsuite.Files
, projectsuite.LightMaster
, projectsuite.Login
, projectsuite.MainMaster
, projectsuite.Map
, projectsuite.Register
, projectsuite.RegisterSuccess
, projectsuite.RootMaster
- s -
- t -
- x -


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--- layout: default title: Hank Quinlan, Horrible Cop ---
This page was created with the help of this guide.
I'm best known as the horrible cop from A Touch of Evil. Don't trust me. Read more about my life...


BSides CBR 2019-03-15
I'm not talking about an IoT "Smart Alarm"
I won't name the vendor or product
Not really an "SDR" talk, radio is just the transport
No live demo :(
Security systems are interesting
Let's look at an alarm
Fixed-code systems are boring
Let's look at something that's (hopefully) not entirely crap
Black-box approach
Manufactured (or just assembled/packaged?) in North America
Australian importer/distributor
Alarm monitoring providers as resellers (also Amazon retailers, ofc)
Small business/prosumer, not "secure site"
I notice the keypads in retail, small offices
Central unit in a lockable cabinet, siren, phone line, GSM/3G
Arm/disarm, status display, end-user management
Motion, door/window, smoke, glassbreak, siren
2-way comms (remote units are Tx/Rx)
Remote units require enrollment
"RF Jamming Detection" ("TROUBLE!")
ISM/LIPD 433MHz and 868MHz (!)
Sounds reasonable, perhaps I won't get anywhere interesting without RE-ing the firmware.
433.9MHz PWM ASK, 200µs/5kBd sub-symbol, 600µs/1.66kBd symbol
Preamble: 4 on, 13 cycles of off/on, 2 off, 6 on, 2 off
Data: 4 or 8 bytes of data ( 1=on/on/off, 0=on/off/off )
Trailer: 1 final pulse on
Preamble is not valid packet data
Remotes just send if they've got something to say
Console sends ~0.1s of on/off as a wakeup when it wants (possibly battery-powered) remotes to pay attention
No fixed prefix in data payload: no sync word? (but the preamble has a well-defined end)
luaradio bodge to capture on-air data (including signal strength), dump as json, then I can process/mangle with jq:
{ "timestamp":1535333985.1992, "raw_payload":"1111010101010101010101010101010011111100 ...110...100... 1", "signal_strength":0.19165825719635, "payload":"...1...0..." }
Some common prefixes in payload, but too many to make sense as target address
Small changes in payload function result in bit changes throughout payload data: no obvious command/address fields (eg: person A arm vs. disarm, or person A arm vs. person B arm)
Not encrypted, but not enough data to identify command/data structure
I observed 35 distinct data packets across a month of data collection
Perhaps this system isn't as good as I'd hoped. :(
Every ~4 minutes there's a wakeup, then a sequence of 8 packets taking ~2 seconds in total:
{"t":"08:56:25","p3":"_WAKEUP_","a":"console","n":"WAKEUP"} {"t":"08:56:25","p3":"f1d80212","a":"console","n":"keepalive 1 ?"} {"t":"08:56:26","p3":"b5908232","a":"console","n":"keepalive 2 ?"} {"t":"08:56:26","p3":"b19a4236","a":"console","n":"keepalive 3 ?"} {"t":"08:56:26","p3":"f5d2c216","a":"console","n":"keepalive 4 ?"} {"t":"08:56:26","p3":"bdd122ca","a":"console","n":"keepalive 5 ?"} {"t":"08:56:27","p3":"9df0a2c0","a":"console","n":"keepalive 6 ?"} {"t":"08:56:27","p3":"b5f262c2","a":"console","n":"keepalive 7 ?"} {"t":"08:56:27","p3":"95d3e2c8","a":"console","n":"keepalive 8 ?"} {"t":"09:00:25","p3":"_WAKEUP_","a":"console","n":"WAKEUP"} {"t":"09:00:26","p3":"f1d80212","a":"console","n":"keepalive 1 ?"} {"t":"09:00:26","p3":"b5908232","a":"console","n":"keepalive 2 ?"} {"t":"09:00:26","p3":"b19a4236","a":"console","n":"keepalive 3 ?"} {"t":"09:00:27","p3":"f5d2c216","a":"console","n":"keepalive 4 ?"} {"t":"09:00:27","p3":"bdd122ca","a":"console","n":"keepalive 5 ?"} {"t":"09:00:27","p3":"9df0a2c0","a":"console","n":"keepalive 6 ?"} {"t":"09:00:27","p3":"b5f262c2","a":"console","n":"keepalive 7 ?"} {"t":"09:00:28","p3":"95d3e2c8","a":"console","n":"keepalive 8 ?"}
Every ~25 minutes the keypad transmits once and then gets some ACKs from the console:
{"t":"04:40:07","p3":"5d18faef","a":"keypad1","n":"? keypad keepalive ?"} {"t":"04:40:07","p3":"7970ef6b","a":"console","n":"ack to keypad1 ?"} {"t":"04:40:07","p3":"7970ef6b","a":"console","n":"ack to keypad1 ?"} {"t":"05:05:32","p3":"5d18faef","a":"keypad1","n":"? keypad keepalive ?"} {"t":"05:05:32","p3":"7970ef6b","a":"console","n":"ack to keypad1 ?"} {"t":"05:05:32","p3":"7970ef6b","a":"console","n":"ack to keypad1 ?"}
Every ~20-40 minutes the sensor sends a series of constant packets:
{"t":"08:12:17","p3":"cc90fbe0","a":"sensor1","n":"? battery OK ?"} {"t":"08:12:17","p3":"cc90fbe0","a":"sensor1","n":"? battery OK ?"} {"t":"08:12:18","p3":"cc90fbe0","a":"sensor1","n":"? battery OK ?"} {"t":"08:12:18","p3":"cc90fbe0","a":"sensor1","n":"? battery OK ?"} {"t":"08:12:18","p3":"cc90fbe0","a":"sensor1","n":"? battery OK ?"} {"t":"08:12:19","p3":"cc90fbe0","a":"sensor1","n":"? battery OK ?"} {"t":"08:12:19","p3":"cc90fbe0","a":"sensor1","n":"? battery OK ?"} {"t":"08:12:20","p3":"cc90fbe0","a":"sensor1","n":"? battery OK ?"} {"t":"08:31:50","p3":"cc90fbe0","a":"sensor1","n":"? battery OK ?"} {"t":"08:31:51","p3":"cc90fbe0","a":"sensor1","n":"? battery OK ?"} {"t":"08:31:51","p3":"cc90fbe0","a":"sensor1","n":"? battery OK ?"} {"t":"08:31:52","p3":"cc90fbe0","a":"sensor1","n":"? battery OK ?"} {"t":"08:31:52","p3":"cc90fbe0","a":"sensor1","n":"? battery OK ?"} {"t":"08:31:53","p3":"cc90fbe0","a":"sensor1","n":"? battery OK ?"} {"t":"08:31:53","p3":"cc90fbe0","a":"sensor1","n":"? battery OK ?"} {"t":"08:31:53","p3":"cc90fbe0","a":"sensor1","n":"? battery OK ?"}
While there's motion, the motion sensor sends a stream of packets every ~0.5s:
{"t":"04:48:07","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:48:08","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:48:08","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:48:08","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:48:09","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:48:09","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:48:10","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:48:10","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:50:00","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:50:01","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:50:01","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:50:02","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:50:02","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:50:02","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:50:03","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:50:03","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:55:47","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:55:48","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:55:48","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:55:49","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:55:49","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:55:49","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:55:50","p3":"cc907b9a","a":"sensor1","n":"motion"} {"t":"04:55:50","p3":"cc907b9a","a":"sensor1","n":"motion"}
{"t":"22:43:31","p3":"3d788a6f ","a":"keypad1","n":"? start arm/disarm sequence ?"} {"t":"22:43:31","p3":"7970ef6b ","a":"console","n":"ack to keypad1 ?"} {"t":"22:43:31","p3":"7970ef6b ","a":"console","n":"ack to keypad1 ?"} {"t":"22:43:31","p3":"7d70f8bdaf7dfd6f","a":"console","n":"??"} {"t":"22:43:31","p3":"5d3b6ae7 ","a":"keypad1","n":"? ack to console (arm/disarm, poweron) ?"} {"t":"22:43:31","p3":"393058bde5547f6f","a":"keypad1","n":"??? early op, some arm, some disarm, User1 ???"} {"t":"22:43:31","p3":"7d70f8bdaf7dfd6f","a":"console","n":"??"} {"t":"22:43:31","p3":"7970ef6b ","a":"console","n":"ack to keypad1 ?"} {"t":"22:43:32","p3":"753878ddbdfcffed","a":"console","n":"??"} {"t":"22:43:32","p3":"5d3b6ae7 ","a":"keypad1","n":"? ack to console (arm/disarm, poweron) ?"} (repeat x 3) {"t":"22:43:32","p3":"7d1af8fdbffc7def","a":"console","n":null} {"t":"22:43:32","p3":"5d3b6ae7 ","a":"keypad1","n":"? ack to console (arm/disarm, poweron) ?"} (repeat x 1) {"t":"22:43:33","p3":"753878ddbdfcffed","a":"console","n":null} {"t":"22:43:33","p3":"5d3b6ae7 ","a":"keypad1","n":"? ack to console (arm/disarm, poweron) ?"} (repeat x 1) {"t":"22:43:33","p3":"5d3bf8d5bffcfde5","a":"console","n":null} {"t":"22:43:33","p3":"5d3b6ae7 ","a":"keypad1","n":"? ack to console (arm/disarm, poweron) ?"} (repeat x 1) {"t":"22:43:34","p3":"753878ddbdfcffed","a":"console","n":null} {"t":"22:43:34","p3":"5d3b6ae7 ","a":"keypad1","n":"? ack to console (arm/disarm, poweron) ?"} (repeat x 1) {"t":"22:43:40","p3":"3d7a78aeaf7dff6b","a":"console","n":null} {"t":"22:43:40","p3":"5d3b6ae7 ","a":"keypad1","n":"? ack to console (arm/disarm, poweron) ?"} (repeat x 1) {"t":"22:43:43","p3":"753878ddbdfcffed","a":"console","n":null} {"t":"22:43:43","p3":"5d3b6ae7 ","a":"keypad1","n":"? ack to console (arm/disarm, poweron) ?"} (repeat x 1)
Disarms are repeatable enough that I should be able to synthesise one. Simple, yeah?
Collect a disarm
Pretend I'm the keypad
Spit pre-cooked packets at the console
Win!
No win :(
I couldn't make this work. Why not?
Attribution to keypad/console isn't right?
Possible I guess?
I'm missing some other communication channel?
Don't think so: couldn't find anything else in 433/868/902 or .au LIPD 915-928
Interference from the real keypad trying to join the conversation
Gets logged
Alarm monitoring company earns their keep
Someone gets a late-night phone call
Motion alert is a (per site? per sensor?) static packet
Reflexive jamming!
Watch for the distinctive start of one of these, when you see it jam until the end
Needs fast turnaround between detection and jamming
27ms packet, can identify in 12.8ms, need to turnaround in < 14.2ms
I guess I'm writing CC1111 firmware now :(
Assume different PIR sensors send different packets :(
Console heartbeat is every 4 minutes, like clockwork
Trivially detectable (static pattern every time)
What if we just jam everything whenever the watchdog isn't looking?
10 wait for heartbeat to complete 20 jam for 230 seconds, loot the joint 30 stand still 40 goto 10
And you get 3m50s to do whatever you like, stand still for 10 seconds, and off you go again.


The Simon Game
Simon
®
Count
Start
Strict
Fahamida's Portfolio
LinkedIn
Free Code Camp
Fahamida Haque © 2017. All Rights Reserved


Adds Javascript to a script tag somewhere in a web page (depending on the value of the where attribute).
var i = 14;
alert(i);
where [pre]. Possible values are {pre, post, onLoad, here}
priority [5]. High priority javascript is included before javscript code with lower priority. Low number means high priority.
content - the Javascript code
If where=pre, the Javascript is included in the head of the page. If where=post, it is included near the bottom.
If where=onLoad, it is executed after the page has loaded. If where=here, it is included at the place where
the <o2 addJs> tag is written.
If "where" is "onLoad" or "pre", <o2 header> or <o2 incJavascript> must be called on the same page in order for addJs to work. Similarly, if "where" is
"post", <o2 footer> or <o2 postJavascript> must be called on the same page.
See also , , ,
and .


Universal
algebra is a field of mathematics which deals with
general algebraic structures. Much of classical algebra is
about groups (e.g. integers with addition, or rotations of
a plane), rings (e.g. the ring of integers with addition
and multiplication), fields (e.g. real numbers, or complex
numbers, where one multiplicative inverses of non
0 elements exists). Universal algebra deals with more
general structures like that. Every algebra has the
underlying universum - a set of numbers
and
a set of operations. The operations can have different
arity, i.e. number of arguments. Examples include constants
- operations of arity 0, or multiplication, addition of
integers - arity 2, or inverse - arity 1.
Let’s take as an example the algebra of natural numbers using Peano axioms. It has one constant - let’s call it $0$ and one operation of arity 1 - the successor function $s$. In Universal Algebra one can consider all of the algebras which has this set of operations and satisfies the Peano axioms, but let us skip the following two:
the injectivity axiom of $s$:
$$ s(m) = s(n) \Rightarrow m = n $$0
is not a successor of any element:
Otherwise there would be only one algebra to consider - natural numbers – at the end Peano was looking for axiomatic formulation of natural numbers, hence the two requirements.
Let us call algebras which satisfy these axioms Peano algebras. One example is the set of natural numbers $\mathbb{N}$, where the successor is defined as $s(n) = n + 1$. This is a free algebra with one generator. What it really means is that all elements can be generated from $0$ and the operation $s$, and that there is no relation/equations between elements. A non free example would be the set of $\mathbb{N}/2\mathbb{N} \simeq \{0,1\}$, where $s(0) = 1$ and $s(1) = 0$ (this breaks the two original Peano axioms that that we excluded).
It turns out that Peano algebras are often met in Haskell
code. Let’s take Haskell's Maybe
type. It has
two constructors Nothing
and
Just
, where Nothing
has kind $*$ (arity
0) and Just
has kind $*\rightarrow *$ (arity
1); like $0$ and $s$ in the Peano algebra case. And indeed
it forms a
Peano Algebra,
for any type $a$. It’s elements are:
Unit, Maybe Unit, Maybe (Maybe Unit), ...
This algebra is free, there are no relations (or equalities
of types) among all algebras of this type. But relations
are very useful, and it turns out that Haskell provides
them using monads. For example for the Maybe
type we have
(Just (Just x) >>= id) == Just x
for every x :: a
. Note that this equation is
on the level of terms rather than types.
This way when you use Maybe
in a monadic
context you use it as $\mathbb{N}/2\mathbb{N}$ rather than
the free algebra $\mathbb{N}$. Knowing these relations is
the essence of knowing how a given monad works.
There are other examples of a Peano algebras in Haskell.
The Either monad
provides an example with two generators - or two data constructors
Left
and Right
. As a Peano algebra it can be
represented as a binary tree where the successor of
Right x
is Right (Right x)
and
the successor of Left x
is
Left (Left x)
(for some type x
). Then the
Either
monad provides only one relation:
(Right (Right x) >>= id) == Right x
and there is no relation for the Left
constructor:
(Left (x :: Either a) >>= id) == Left x
for every term x :: a
. The corresponding Peano
algebra has the form:


The Fourier series of h(t)
|
| (41) |
can be approximated as
|
| (42) |
Using the relation cn = Hn∕N, the above equation is written as


Delivery Analytics
- Delivery Analytics is the process related to businesses of Logistic Departments. This dashboard gives the general idea of the durations from the date ordered via customers to the date that the customers are received the products. This dashboard will only be filled with real data if the delivery data source is created.
-
There are 3 kind of date can be applied when the delivery data source is created.
-
Delivery Date (Required)
It is the date when the order is arrived to the customers. It is the timestamp when the delivery person is arrived to the delivery location. -
Return Date
It is the date when the delivery person returns back to the first location after the order is delivered. -
Prepare Date
It is the date when the orders is ready to deliver. -
Deliver Duration
It is total duration between order purchased date and order of delivered date to the customer. -
Prepare Duration
It is total duration between order purchased date and ordered prepared date. -
Ride Duration
It is total duration between order purchased date and the date which the delivery person returns to the first location after the order is delivered. -
Return Duration
It is the total duration between the order delivery date and the date on which the delivery person returns to the first location after the order is delivered. -
Delivery Location (Latitude - Longitude)
Each delivery location can be pinned with latitudes - longitudes while the delivery data source is created. Latitudes and Longitudes are not mandatory, but map charts in the dashboard needs locations. -
What kind of Charts does the dashboard includes?
There are 2 types of charts. Both types of charts are related to abnormal durations according to delivery - ride -prepare durations. These charts are abnormal durations per weekday per hour on the heatmap and abnormal durations per location on the map. -
Abnormal Durations per weekday per hour
Usually, the durations are affected by the day of the hour and the week of the day. Hours between 17:00 pm and 20:00 pm on the weekdays won`t be the similar durations Distributions as Hours in the morning during the weekdays. For another comparison instance, delivery durations at the weekend won`t be similar to durations for the weekdays. This type of chart allows us to see the whole picture weekly and detect which hours are highly possible to assign as abnormal. Numbers are scaled between 0 and 1 on each cell at the charts which do not represent the duration values. -
Average Durations per Location
Each location represents delivery locations. It is possible that there are orders more than once for each location. The average duration per location is represented with the map which is centralized with the average of latitude and longitude. -
Delivery KPIs
General metrics in order to follow up on how the delivery system is running at the business. -
Average Delivery Duration (min)
Average delivery duration of all purchased transactions. -
Average Prepare Duration (min)
Average prepare duration of all purchased transactions. -
Average Ride Duration (min)
Average ride duration of all purchased transactions. -
Average Return Duration (min)
Average return duration of all purchased transactions. -
Total Number Location (min)
Total delivered locations of all purchased transactions.


{% extends "prehealth/committee_letter/done.html" %} {% load livewhale_api %} {% block title %} Student Evaluation and Recommendation Form Success— Pre-Health — Carthage College {% endblock %} {% block content_head %}


{% include head.html %}
StubHub is a ticket marketplace for secondary buyers and sellers owned by eBay.
Ticketbis is a ticket marketplace for secondary buyers and sellers.
Sherpa is a personal assistant for mobile devices with more than a million downloads.
If you had any meaningful roles at college, feel free to write about them here.
ForkHub is an Android app for GitHub that started out as a fork of the official app once this one was abandoned, and has now become one of the most popular GitHub apps for Android.
A Color Story is a photo editing app for Android.
Sprinkle art, icing design, eclair management, taste testing, donut/coffee pairing research
Hops inspection, brew testing, distribution management, bottle label design, festival and event management
Bread winning, conflict resolution, couch inspection, TV longevity testing
Awarded for stopping a nuclear meltdown, even though I also started it.
Honored by Duff Beer for being an outstanding customer several years straight. Qualifications included most beer consumed at a bar, most beer purchased, and most beer ralphed.
Specifically this prestigious awarded twice for stopping a robber with my belly.
Organized fund drives and participated in fundraising events for the benefit of families in third world countries without proper access to malt beverages.
Founding member of the local nuclear workers labor union.


Ibrahimovic set for AC Milan return, says MLS chief
(Reuters) - Zlatan Ibrahimovic is set to rejoin Italian side AC Milan after his successful stint at LA Galaxy, Major League Soccer Commissioner Don Garber has said.
The 38-year-old Swedish striker has spent the past 18 months in MLS but his contract with Galaxy expires at the end of the year and he has been linked with a host of European clubs.
Ibrahimovic played for Milan between 2010 and 2012, scoring 42 goals in 61 league appearances, and Garber said he was on his way back to Serie A.
“Zlatan is such an interesting guy,” he told ESPN. “He keeps my hands full and my inbox full, but he’s a thrill-a-minute.
“He is a 38-year-old guy who is being recruited by AC Milan, one of the top clubs in the world.”
Ibrahamovic was named in the MLS Best XI in 2018 and 2019 after netting 53 goals in the competition.
His season with Galaxy ended after they suffered a 5-3 defeat by local rivals Los Angeles Football Club in the MLS Cup Western Conference semi-finals last month.


|
BrawlCrate v0.40a
Wii File Editor
|
Byte provider for a small amount of data. More...
Public Member Functions | |
| DynamicByteProvider (byte[] data) | |
| Initializes a new instance of the DynamicByteProvider class. More... | |
| DynamicByteProvider (List< byte > bytes) | |
| Initializes a new instance of the DynamicByteProvider class. More... | |
| bool | HasChanges () |
| True, when changes are done. More... | |
| void | ApplyChanges () |
| Applies changes. More... | |
| byte | ReadByte (long index) |
| Reads a byte from the byte collection. More... | |
| void | WriteByte (long index, byte value) |
| Write a byte into the byte collection. More... | |
| void | DeleteBytes (long index, long length) |
| Deletes bytes from the byte collection. More... | |
| void | InsertBytes (long index, byte[] bs) |
| Inserts byte into the byte collection. More... | |
| bool | SupportsWriteByte () |
| Returns true More... | |
| bool | SupportsInsertBytes () |
| Returns true More... | |
| bool | SupportsDeleteBytes () |
| Returns true More... | |
| byte | ReadByte (long index) |
| Reads a byte from the provider More... | |
| void | WriteByte (long index, byte value) |
| Writes a byte into the provider More... | |
| void | InsertBytes (long index, byte[] bs) |
| Inserts bytes into the provider More... | |
| void | DeleteBytes (long index, long length) |
| Deletes bytes from the provider More... | |
| bool | HasChanges () |
| True, when changes are done. More... | |
| void | ApplyChanges () |
| Applies changes. More... | |
| bool | SupportsWriteByte () |
| Returns a value if the WriteByte methods is supported by the provider. More... | |
| bool | SupportsInsertBytes () |
| Returns a value if the InsertBytes methods is supported by the provider. More... | |
| bool | SupportsDeleteBytes () |
| Returns a value if the DeleteBytes methods is supported by the provider. More... | |
Public Attributes | |
| bool | _supportsInsDel = true |
Properties | |
| List< byte > | Bytes [get] |
| Gets the byte collection. More... | |
| long | Length [get] |
| Gets the length of the bytes in the byte collection. More... | |
| Properties inherited from BrawlLib.Internal.Windows.Controls.Hex_Editor.IByteProvider | |
| long | Length [get] |
| Returns the total length of bytes the byte provider is providing. More... | |
Events | |
| EventHandler | Changed |
| Occurs, when the write buffer contains new changes. More... | |
| EventHandler | LengthChanged |
| Occurs, when InsertBytes or DeleteBytes method is called. More... | |
| Events inherited from BrawlLib.Internal.Windows.Controls.Hex_Editor.IByteProvider | |
| EventHandler | LengthChanged |
| Occurs, when the Length property changed. More... | |
| EventHandler | Changed |
| Occurs, when bytes are changed. More... | |
Byte provider for a small amount of data.
|
inline |
Initializes a new instance of the DynamicByteProvider class.
| data |
|
inline |
Initializes a new instance of the DynamicByteProvider class.
| bytes |
|
inline |
Applies changes.
Implements BrawlLib.Internal.Windows.Controls.Hex_Editor.IByteProvider.
|
inline |
Deletes bytes from the byte collection.
| index | the start index of the bytes to delete. |
| length | the length of bytes to delete. |
Implements BrawlLib.Internal.Windows.Controls.Hex_Editor.IByteProvider.
|
inline |
True, when changes are done.
Implements BrawlLib.Internal.Windows.Controls.Hex_Editor.IByteProvider.
|
inline |
Inserts byte into the byte collection.
| index | the start index of the bytes in the byte collection |
| bs | the byte array to insert |
Implements BrawlLib.Internal.Windows.Controls.Hex_Editor.IByteProvider.
|
inline |
Reads a byte from the byte collection.
| index | the index of the byte to read |
Implements BrawlLib.Internal.Windows.Controls.Hex_Editor.IByteProvider.
|
inline |
Returns true
Implements BrawlLib.Internal.Windows.Controls.Hex_Editor.IByteProvider.
|
inline |
Returns true
Implements BrawlLib.Internal.Windows.Controls.Hex_Editor.IByteProvider.
|
inline |
Returns true
Implements BrawlLib.Internal.Windows.Controls.Hex_Editor.IByteProvider.
|
inline |
Write a byte into the byte collection.
| index | the index of the byte to write. |
| value | the byte |
Implements BrawlLib.Internal.Windows.Controls.Hex_Editor.IByteProvider.
| bool BrawlLib.Internal.Windows.Controls.Hex_Editor.DynamicByteProvider._supportsInsDel = true |
|
get |
Gets the byte collection.
|
get |
Gets the length of the bytes in the byte collection.
Implements BrawlLib.Internal.Windows.Controls.Hex_Editor.IByteProvider.
| EventHandler BrawlLib.Internal.Windows.Controls.Hex_Editor.DynamicByteProvider.Changed |
Occurs, when the write buffer contains new changes.
| EventHandler BrawlLib.Internal.Windows.Controls.Hex_Editor.DynamicByteProvider.LengthChanged |
Occurs, when InsertBytes or DeleteBytes method is called.


{{> ../layouts/head.html }} Popup Menu (Data Driven) This Popupmenu is controlled by a Datasource Mixin instead of by its markup {{> ../layouts/footer.html }}


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Oscar Mayer Lunchables Pepperoni Pizza, 4.3 oz Tray
$0.79 /each $5.00 /caseProduct Information
A classic for a reason, the Oscar Mayer Pepperoni Pizza is carefully packed in a convenient box. The crust is delicately prepared with whole grain, and the pizza includes only premium quality pork, chicken and beef used to make the succulent pepperoni.
Oscar Mayer Naturally Hardwood Smoked Bacon,
16 oz Vacuum Pack
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Product Information
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California Pizza Kitchen Crispy Thin Crust BBQ Recipe Chicken Pizza, 14.7 oz
$3.99 /eachProduct Information
This bite is bursting with zesty, sweet and tangy flavors. Our BBQ Recipe Chicken pizza has large pieces of succulent, seasoned white-meat chicken, zesty red onion, and smoked Gouda on our Crispy Thin Crust.


---
layout: post
title: Going OK
date: '2014-11-13T21:16:00.004-07:00'
author: Jacob .
tags:
- progress-reports
- front-page
modified_time: '2014-11-13T21:16:46.861-07:00'
blogger_id: tag:blogger.com,1999:blog-6400085873105072120.post-732601741348952297
blogger_orig_url: http://www.svlark.com/2014/11/going-ok.html
---
Everything is going OK.
Nothing about living aboard is as hard as I'd imagined it would be.
The boat needs more maintenance than I'd thought it would.
We need a lot more dinghy than we've got in order to actually go anywhere.
We went outside the inlet last Sunday and it was the most exciting ride I've ever had in a boat. Large standing and breaking waves in all different directions. Looking up at the bow one moment and then ducking from the spray it makes coming back down the next.
Good times!


Michael Palin: Terry Jones is laughing at his own jokes
Terry Jones is still laughing through his dementia, fellow Monty Python star Sir Michael Palin has said – but at his own jokes.
Jones, 77, was diagnosed with a form of dementia which has left him unable to communicate.
Sir Michael, 76, told The Zoe Ball Breakfast Show that he visited Jones recently, taking a book they had written together more than 30 years ago.
The comedian and Life Of Brian director laughed but only at the parts that he had written.
“The other day I took a book that we’d written together in the 1980s called Bert Fegg’s Encyclopaedia Of All World Knowledge, which was sort of an anarchist children’s book,” Sir Michael said.
“I read some of it – the things we’d written together – and amazing because Terry suddenly smiled and began to laugh.
“But the key thing,” Sir Michael added, “was that he only laughed at the bits that he’d written! I thought, that shows that something is ticking over!”
Despite the laughter, Sir Michael said his friend is “not terribly well. The kind of dementia he has is not something that can be cured particularly – it’s just a matter of time.
“I go and see him, but he can’t speak much, which is a terrible thing.
“For someone who was so witty and verbal and articulate and argued and debated and all that, to be deprived of speech is a hard thing,” the presenter and author told the Radio 2 show.
Monty Python have been celebrating 50 years of the comedy troupe.
The six-strong group first appeared on the BBC on October 5 1969 and went on to have global success with their often surreal comedy.


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{% extends "base.html" %} {% block content %}
Your donkey is ready to ride
Using this web interface you can do the following
Features we are working on include:


To view/change your global security preferences, open the
Preferences
dialog by selecting
Tools -> Preferences
(
JFTP -> Preferences
on Mac OS X) menu item from the menu bar. Click on the
Connection Settings -> Security
category in the left frame. This will display the existing security
preferences.
Do Not Use SSL
Select this radio button to use plain TCP/IP connection. All
commands and data will be sent un-encrypted when this option is
selected.
Use SSL If Available
Select this radio button to tell JFTP to use a secured
connection if the server you are connecting to supports SSL. If the
server supports SSL, all commands and/or data will be transferred in
encrypted format.
Use Explicit SSL
Select this radio button to tell JFTP to use an Explicit SSL
connection. This means, after connecting to the FTP server, JFTP will
negotiate for an SSL connection and if it succeeds, the plain TCP/IP
connection will be transformed into an SSL connection. If the SSL
negotiation fails for any reason, the connection will be closed.
Use Implicit SSL
Select this radio button to connect to the FTP server using
an implicit SSL connection.
Do Not Encrypt Data Channel
Select this option to instruct JFTP not to use SSL for
transferring actual data such as file transfers and directory
listings.
When you are done, click on the
Save
button to save all your changes. This would also close the
Preferences
dialog.


Use this document as a way to quickly start any new project. All you get is this text and a mostly barebones HTML document.
Hello {{name}}! - Data: {{datalangd()}}
DATA.QUERY.RESULTS.TABLE
Security: {{post.security}} - Content: {{post.content}}