It’s a hattrick! Milford Care Group scoops three accolades at the Great British Care Awards 2019
The family-run group has six care homes across Derbyshire and Nottinghamshire
by Dylan WigganThe Milford Care Group is celebrating after another night of awards success.
The group, based in Belper, Derbyshire, gathered three more accolades to add to its vast collection, courtesy of the Great British Care Awards.
The family-run group, which boasts six care homes across Derbyshire and Nottinghamshire, prides itself on offering high-quality facilities alongside high-class, personal care.
The ceremony, which was held at East Midlands Conference Centre, was a night to remember, with glittering dresses and tributes to team efforts within the care industry.
The group swept up three awards -
- Tanya Whelan, The Dementia Carer Award – Milford House
- Lemmy Nolan, The Dignity in Care Award – Ashbourne Lodge
- Annie Cleare, The Palliative Care Award – Ashbourne Lodge
The awards, which included nominations for the Hucknall-based care homes, Hazelgrove and Buddleia, were greatly received by the group, and it has been invited to the finals in Birmingham in 2020.
Since opening in 1985, the Milford Care Group has remained in the hands of the same two families and has never lost sight of its aim to deliver excellent care to the local communities it serves.
It remains one of the most prestigious care groups in the country and will continue to provide fantastic service for residents and families alike.
To find out more, contact Milford Care Group on 01773 599340, visit milfordcare.co.uk or pop in to take a look around.


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Content & Community Manager
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Reports methods Reports methods are marked both
final
and
private
. As
private
methods cannot be meaningfully overridden because of their visibility, declaring them
final
is redundant.


Currently we are associated with the Nashik City Police and Nashik Rural Police in Urban Crime & Violence Prevention Program in which School based Crime, Community Based Crime & Violence Prevention plays a major part. School violence prevention efforts are an important part of a comprehensive community safety strategy as there is a strong connection between School violence, Community wellbeing and Social capital. In fact School Violence is a subset of Community Crime and Violence. As a result, increased levels of school violence may result in increased levels of overall crime and violence in the community. Educators can assist the network of institutions working to identify and stop the cycle of violence.
Students are the future citizens of the society they live in. The way we work on our present students today will decide what they become in the future .If we do not guide them when they need our guidance ,they get mislead and become vulnerable to many risks such as bad company, bad habits which lead them towards crime . This is how the crime rate increases and then we wonder why crime is increasing in the city.


The assignment creates PacMen with the click of a button, and moves them across the page. The more clicks, the more PacMen, hence "The PacMen Factory".
This a fun exercise that creates a web page with two on screen eyes that follow the movement of the mouse. These eyes see it all!
This assignment uses the MBTA bus data to determine stops between Harvard and MIT. It utilizes an animated marker on the map to highlight and move through the bus route.


Hello, I'm Trenton AKA Tjthunder, and here's some things about me.
SPORTs bowling, wrestling, baseball, football
EX Programming, Robotics, weather tracking
Things I like in school - math, science, history, art
My personality - chilled, goofy
Screw this, I am a gamer, I think you should subscribe so I can start doing this
daily. I do what my subs tell me to do so I need a bigger sub base so I can post
more of what you want and I am just begin to program so this page may suck sorry
more of what you want and I am just begin to program so this page may suck sorry
I will be making it better along the way.


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This is a Content Slider Header.
August 10, 2011
Danish singer/songwriter Agnes Obel took up the piano at a very young age, honing her craft amidst the strains of Bartók and Chopin emanating from the fingers of her musician mother.
John 1:1-18
Details


Facebook integration in JavaScript apps running in the browser and in Cordova.
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Complete Facebook Logout. After logging out, you'll have to login again and provide your Facebook credentials.
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project package¶
Submodules¶
project.calculation module¶
-
class
project.calculation.
Calculation
(grid, bulk_x_min, bulk_x_max, alpha, convergence, temp, boundary_conditions, initial_guess=None)[source]¶ Bases:
object
-
calculate_debye_length
()[source]¶ Returns: Debye length as derived from Poisson-Boltzmann equation Return type: debye_length( float )
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calculate_resistivity_ratio_new
()[source]¶ Calculates the ratio of the resistivity in the bulk compared to the resistivity over the space charge regions.
Returns: Ratio between resistivity in the bulk and resistivity over the space charge region. Return type: resistivity_ratio( float )
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calculate_space_charge_width
(valence)[source]¶ Calculates the approximate space charge width from the debye length.
Returns: Approximate space charge width. Return type: space_charge_width( float )
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form_subgrids
(site_labels)[source]¶ Creates a Grid class for each species in the system. :param site_labels: List of strings for the different site species. :type site_labels: list
Returns: Separate Grid classes for the different site species (name). Return type: subgrids[name]( cls )
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mole_fraction_correction
(target_mole_fractions)[source]¶ Starting from an initial guess for the appropriate input mole fractions, minimises the error between the target bulk mole fraction and the output mole fraction from the iterative Poisson-Boltzmann solver. :param target_mole_fractions: The value that the mole fractions should be in the bulk. :type target_mole_fractions: list
Returns: The optimum values to be used as the input mole fractions for the iterative Poisson-Boltzmann solver so that the output bulk mole fractions are the target bulk mole fractions. Return type: opt_mole_fractions( list )
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mole_fraction_error
(input_mole_fractions, target_mole_fractions)[source]¶ Calculates the sum of sqaures error between the output mole fractions calculated from the input mole fractions, compared to the target mole fractions. :param input_mole_fractions: Mole fractions for each of the species used in the iterative Poisson-Boltzmann solver. :type input_mole_fractions: list :param target_mole_fractions: The value that the mole fractions should be in the bulk. :type target_mole_fractions: list
Returns: Sum of squares error between output and target mole fractions.
-
mole_fraction_output
(input_mole_fractions)[source]¶ Calculates the output mole fraction for a given input mole fraction when solving the Poisson-Boltzmann equation. :param input_mole_fractions: Mole fractions for each of the species used in the iterative Poisson-Boltzmann solver. :type input_mole_fractions: list
Returns: Mole fractions that are calculated from the iterative Poisson-Boltzmann solver. Return type: output_mole_fractions( list )
-
mole_fractions
()[source]¶ Calculates the mole fractions (probability of defects occupation ) for each site on the subgrid for each species.
Returns: defect species mole fractions for each site on the subgrid for each site species. Return type: mf( np.array )
-
solve
(approximation)[source]¶ Self-consistent solving of the Poisson-Boltzmann equation. Iterates until the convergence is less than the convergence limit. :param approximation: Approximation used for the defect behaviour.
‘mott-schottky’ - Some defects immobile / fixed to bulk mole fractions. ‘gouy-chapman’ - All defects mobile / able to redistribute.Returns: Electrostatic potential on a one-dimensional grid. rho (float): Charge density on a one-dimensional grid. niter (int): Number of iterations performed to reach convergence. Return type: phi (array)
-
solve_MS_approx_for_phi
(valence)[source]¶ Using the calculated resistivity ratio, solves the Mott-Schottky model to calculate the space charge potential (analogous to experimental analysis). If the resistivity ratio calculated is less that 1.36, ValueError raised as solution to the Mott-Schottky model is not on a real branch. :param valence: Charge of species at site. :type valence: float
Returns: Space charge potential calculated from Mott-Schottky model Return type: ms_phi( float )
-
-
project.calculation.
calculate_activation_energies
(ratios, temp)[source]¶ Solves the Arrhenius equation using the calculated resistivity ratio for a series of temperatures to calculate the activation energy for single defect segregation. Uses a central difference approach so endpoints filled in with NaN to create an array with the same length as the args.
Parameters: - ratios (list) – Resistivity ratios calculated for a range of temperatures.
- temp (list) – Temperature (values used to calculate resistivity ratio values).
Returns: The activation energy calculated for different temperatures.
Return type: Ea2( np.array )
project.constants module¶
project.defect_at_site module¶
-
class
project.defect_at_site.
Defect_at_Site
(label, valence, mole_fraction, energy, site, fixed=False)[source]¶ Bases:
object
The Defect_at_Site class contains the information about each defect at each site, its valence, mole fraction and the segregation energy for that defect at that site. This functions in this class combine to give the correct statistics for site occupation in solid electrolytes. It is a ‘Fermi-Dirac’ like approach as described in ‘Origin of Space Charge in Grain boundaries of Protoin-Conductibng BaZrO3’ by Helgee, Lindmann and Wahnstrom in 2012 (published in Fuel Cells). The overall equation takes traditional Boltzmann statistics (def Boltzmann one), and adds normalisation so that each site cannot have a probability of being occupied that is any higher than 1 (at 1 the site is fully occupied) and accounts for any competition of like charged defects. There is also an option to fix any defect at their sites which is appropriate for defects which are not mobile.
-
boltzmann_one
(phi, temp)[source]¶ Boltzmann statistics calculation
(In LaTeX notation) exp^{
rac{ Phi z + Delta E }{ k_BT } }
- Args:
- phi (float): Electrostatic potential. temp (float): Temperature of calculation.
- Returns:
- (float): Boltzmann statistics
-
boltzmann_three
(phi, temp)[source]¶ Boltzmann statistics calculation
( In LaTeX notation ) x (exp^{
rac{ Phi z + Delta E}{ K_BT} } - 1 )
- Args:
- phi (float): Electrostatic potential. temp (float): Temperature of calculation.
- Returns:
- (float): ( Boltzmann statistics - 1 ) * mole fraction.
-
project.defect_species module¶
-
class
project.defect_species.
DefectSpecies
(label, valence, mole_fraction, fixed=False, mobility=0.0)[source]¶ Bases:
object
The DefectSpecies class includes the information about each defect species present in the system. .. attribute:: label
string – refers to what the defect is called i.e. ‘Vo’ for an oxygen vacancy.-
valence
¶ float – The charge of the defect, in atomic units.
-
mole_fraction
¶ float – The mole fraction of the defect present in the system.
-
fixed
¶ bool – set whether this defect species can redistribute to an equilibrium distriution. Default=False.
-
mobility
¶ float – mobility of this defect species. Default = 0.0.
-
project.grid module¶
-
class
project.grid.
Grid
(x_coordinates, b, c, limits, limits_for_laplacian, set_of_sites)[source]¶ Bases:
object
-
average_site_energies
(method='mean')[source]¶ Returns the average segregation energy for all grid points based on a specified method
Parameters: method (str) – The method in which the average segregation energies will be calculated. ‘mean’ - Returns the sum of all values at that site divided by the number of values at that site. ‘min’ - Returns the minimum segregation energy value for that site (appropriate for low temperature calculations). Returns: Average segregation energies on a 1D grid. Return type: average site energies (np.array)
-
charge
(phi, temp)[source]¶ Calculates the overall charge at each point on a grid.
Parameters: - phi (np.array) – Electrostatic potential on a 1D grid.
- temp (float) – Temperature of calculation.
Returns: Overall charge at each point on a 1D grid.
Return type: charge (np.array)
-
defect_valences
()[source]¶ Returns: Valences for each defect from self.defects Return type: (np.array)
-
classmethod
grid_from_set_of_sites
(set_of_sites, limits, limits_for_laplacian, b, c)[source]¶ Creates a grid from a given Set_of_Sites object. :param set_of_sites: Set_of_Sites object containing a set of all Site objects. :type set_of_sites: obj :param limits: distance between the midpoint of the endmost sites and the midpoint of the next site outside of the calculation region for the first and last sites respectively. :type limits: list :param limits_for_laplacian: distance between the endmost sites and the next site outside of the calculation region for the first and last sites respectively. :type limits_for_laplacian: list :param b: b dimension for every grid-point. :type b: float :param c: c dimension for every grid-point. :type c: float
-
interpolated_energies
()[source]¶ Returns: The average site energies linearly interpolated onto a regularly spaced grid Return type: (list)
-
rho
(phi, temp)[source]¶ Calculates charge density at each point on a grid, by dividing the overall charge at that grid point by the grid point volume.
Parameters: - phi (np.array) – Electrostatic potential on a 1D grid.
- temp (float) – Temperature of calculation.
Returns: The charge density at each point on a grid.
Return type: rho (np.array)
-
-
class
project.grid.
Grid_Point
(x, volume)[source]¶ Bases:
object
The Grid_Point class contains the information and calculations for each grid point individually
-
average_site_energy
(method='mean')[source]¶ Returns the average segregation energy for all sites based on a specified method
Parameters: method (str) – The method in which the average segregation energies will be calculated. ‘mean’ - Returns the sum of all values at that site divided by the number of values at that site. ‘min’ - Returns the minimum segregation energy value for that site (appropriate for low temperature calculations). Returns: Average segregation energies on a 1D grid. Return type: average site energies (np.array)
-
-
project.grid.
avg
(energies, method='mean')[source]¶ Returns the average segregation energy for a site based on a specified method
Parameters: - energies (np.array) – Segregation energies on 1D grid.
- method (str) – The method in which the average segregation energies will be calculated. ‘mean’ - Returns the sum of all values at that site divided by the number of values at that site. ‘min’ - Returns the minimum segregation energy value for that site (appropriate for low temperature calculations).
Returns: Average segregation energies on a 1D grid.
Return type: average site energies (np.array)
-
project.grid.
closest_index
(myList, myNumber)[source]¶ Assumes myList is sorted. Returns index of closest value to myNumber. If two numbers are equally close, return the index of the smallest number.
Parameters: - myList (list) – List of numbers to compare against. This should be sorted.
- myNumber (float) – The number to compare against myList.
Returns: Index of position of number in myList which is closest to myNumber.
Return type: pos (int)
-
project.grid.
delta_x_from_grid
(coordinates, limits)[source]¶ Calculates the distance between the midpoints of each consecutive site. Inserts the calculated distance to the next grid point outside of the calculation region to the first and last position as the delta_x value for the endmost sites. :param coordinates: 1D grid of ordered numbers over a region. :type coordinates: np.array :param limits: Distance between the midpoint of the endmost sites and the midpoint of the repective site outside of the calculation region. :type limits: list
Returns: Distance between the midpoints of each consecutive site. Return type: delta_x (np.array)
-
project.grid.
energy_at_x
(energy, coordinates, x)[source]¶ Assigns each site x coordinate a grid point and returns the segregation energy at the grid point clostest to the x coordinate.
Parameters: - energy (np.array) – Segregation energies on 1D grid.
- coordinates (np.array) – 1D grid of ordered numbers over a region.
- x (float) – Site x coordinate.
Returns: The segregation energy at the x coordinate with position [index].
Return type: energy[index] (float)
-
project.grid.
index_of_grid_at_x
(coordinates, x)[source]¶ Assigns each site x coordinate to a position on a regularly or irregularly spaced grid. Returns the index of the grid point clostest to the value x
Parameters: - coordinates (np.array) – 1D grid of ordered numbers over a region.
- x (float) – Site x coordinate
Returns: Index of grid position closest to the site x coordinate.
Return type: closest_index (int)
-
project.grid.
phi_at_x
(phi, coordinates, x)[source]¶ Assigns each site x coordinate a grid point and returns the electrostatic potential at the grid point clostest to the x coordinate.
Parameters: - phi (np.array) – electrostatic potential on 1D grid.
- coordinates (np.array) – 1D grid of ordered numbers over a region.
- x (float) – Site x coordinate.
Returns: The electrostatic potential at the x coordinate with position [index].
Return type: phi[index] (float)
project.matrix_solver module¶
-
class
project.matrix_solver.
MatrixSolver
(grid, dielectric, temp, boundary_conditions='dirichlet')[source]¶ Bases:
object
Contains the functions for the finite difference methods used to solve the Poisson-Boltzmann equation on a one-dimensional grid.
-
laplacian_new_fullmatrix
()[source]¶ Creates the full tridiagonal matrix used to solve the Poisson-Boltzmann equation using a finite element method. deltax is taken as the width of each grid point, from the center point between itself and the next grid point on either side. Using a finite difference approximation the diagonal becomes -2.0 / (deltax_1 * deltax_2 ), the upper diagonal becomes 2.0 / ( ( delta_x1 + delta_x2 ) * delta_x2 ) and the lower diagonal becomes 2.0 / ( ( delta_x1 + delta_x2 ) * delta_x1 ). If boundary_conditions are ‘periodic’, the corner elements of the matrix are filled.
Parameters: None – Returns: Full tridiagonal matrix. Return type: A (matrix)
-
laplacian_sparse
()[source]¶ Creates a sparse matrix from a full matrix by taking only the tridiagonal values. :param None:
Returns: Sparse tridiagonal matrix. Return type: A (matrix)
-
solve
(phi_old)[source]¶ Uses matrix inversion to solve the Poisson-Boltzmann equation through finite difference methods. The charge denisty is calculated from the elctrostatic potential, the elctrostatic potential is then updated using the updated charge density. If boundary_conditions are ‘periodic’, the charge density is minimised before the matrix inversion.
Parameters: phi_old (array) – Electrostatic potential on a one-dimensional grid. Returns: Updated electrostatic potential on a one-dimensional grid. rho (array): Updated charge density on a one-dimensional grid. Return type: predicted_phi (array)
-
project.set_of_sites module¶
-
class
project.set_of_sites.
Set_of_Sites
(sites)[source]¶ Bases:
object
The Set_of_Sites object groups together all of the Site objects into one object and contains functions for the calculations that provide properties of all of the sites together rather than individually.
-
calculate_defect_density
(grid, phi, temp)[source]¶ Calculates the defect density at each site.
Parameters: - grid (object) – Grid object - contains properties of the grid including the x coordinates and the volumes. Used to access the x coordinates.
- phi (array) – electrostatic potential on a one-dimensional grid.
- temp (float) – Absolute temperature.
Returns: defect density for each site using their grid points
Return type: defect_density (array)
-
calculate_energies_on_grid
(grid, phi)[source]¶ Returns an array of energies at their points on a one-dimensional grid.
Parameters: - grid (object) – Grid object - contains properties of the grid including the x coordinates and the volumes. Used to access the x coordinates.
- phi (array) – electrostatic potential on a one-dimensional grid.
Returns: energies at their grid points
Return type: energies_on_grid (array)
-
calculate_probabilities
(grid, phi, temp)[source]¶ Calculates the probability of a site being occupied by its corresponding defect.
Parameters: - grid (object) – Grid object - contains properties of the grid including the x coordinates and the volumes. Used to access the x coordinates.
- phi (array) – electrostatic potential on a one-dimensional grid.
- temp (float) – Absolute temperature.
Returns: probabilities of defects occupying each site using their grid points
Return type: probability (array)
-
get_coords
(label)[source]¶ Returns a list of the x coordinates for all the sites wich contain a particular defect
-
subgrid_calculate_defect_density
(sub_grid, full_grid, phi, temp)[source]¶ Calculates the defect density at each site for a given subset of sites.
Parameters: - subgrid (object) – Grid object - contains properties of the grid including the x coordinates and the volumes. Used to access the x coordinates. For a given subset of sites.
- full_grid (object) – Grid object - contains properties of the grid including the x coordinates and the volumes. Used to access the x coordinates. For all sites.
- phi (array) – electrostatic potential on a one-dimensional grid.
- temp (float) – Absolute temperature.
Returns: defect density for each site using their grid points
Return type: defect_density (array)
-
project.set_up_calculation module¶
-
project.set_up_calculation.
calculate_grid_offsets
(filename, x_min, x_max, system)[source]¶ Reads in the input data calculates the distance to the next site outside of the defined calculation region. Allows calculation of the delta_x and volume values for the endmost grid points. :param filename: Filename for importing the input data. :type filename: string :param x_min: Minimum x coordinate value defining the calculation region. :type x_min: float :param x_max: Maximum x coordinate value defining the calculation region. :type x_max: float :param system: ‘single’ for single grain boundary systems, ‘double’ for systems where the input data has been mirrored to give two grain boundaries. :type system: str
Returns: distance between the midpoint of the endmost sites and the midpoint of the next site outside of the calculation region for the first and last sites respectively. limits_for_laplacian(list): distance between the endmost sites and the next site outside of the calculation region for the first and last sites respectively. Return type: limits(list)
-
project.set_up_calculation.
form_continuum_sites
(all_sites, x_min, x_max, n_points, b, c, defect_species)[source]¶ NEEDS UPDATING TO WORK WITH NEW CODE FORMAT. INCLUDE DOCSTRING
-
project.set_up_calculation.
format_line
(line)[source]¶ Each line in the input file is formatted into separate components to form sites. :param line: A line in the input file. :type line: str
Returns: Formatted line from the input file. Return type: line(list)
-
project.set_up_calculation.
load_site_data
(filename, x_min, x_max)[source]¶ Reads in the input data and formats the input data if the x coordinate values are within the calculation region. :param filename: Filename for importing the input data. :type filename: string :param x_min: Minimum x coordinate value defining the calculation region. :type x_min: float :param x_max: Maximum x coordinate value defining the calculation region. :type x_max: float
Returns: formatted data for calculation. Return type: input_data(list)
-
project.set_up_calculation.
mirror_site_data
(site_data)[source]¶ Formatted site data is offset so the maximum x coordinate is shifted to an x coordinate of 0.0. The site data with an x coordinate less than 0.0 is mirrored and the shifted and mirrored site data is concatenated to create a system with two grain boundaries. :param site_data: Formatted site data. :type site_data: list
Returns: Formatted site data for a mirrored system. Return type: site_data_mirrored(list)
-
project.set_up_calculation.
site_from_input_file
(site, defect_species)[source]¶ Takes the data from the input file and converts it into a site. The input data file is a .txt file where each line in the file corresponds to a site.
Parameters: site (str) – A line in the input file. Returns: Site (object)
project.site module¶
-
class
project.site.
Site
(label, x, defect_species, defect_energies, scaling=None, valence=0)[source]¶ Bases:
object
The site class contains all the information about a given site and the defect occupying that site. This class contains functions for the calculations which correspond to each individual site, rather than the whole system.
-
average_local_energy
(method='mean')[source]¶ Returns the average local segregation energy for each site based on a specified method
Parameters: method (str) – The method in which the average segregation energies will be calculated. ‘mean’ - Returns the sum of all values at that site divided by the number of values at that site. ‘min’ - Returns the minimum segregation energy value for that site (appropriate for low temperature calculations). Returns: Average segregation energies on the site coordinates grid. Return type: average site energies (np.array)
-
charge
(phi, temp)[source]¶ Calculates the charge in Coulombs at each site under Fermi-Dirac like statistics.
Parameters: - phi (float) – Electrostatic potential at this site.
- temp (float) – Temperature of calculation.
Returns: The charge on a 1D grid.
Return type: charge (np.array)
-
charge_boltz
(phi, temp)[source]¶ Calculates the charge in Coulombs at each site under Boltzmann statistics.
Parameters: - phi (float) – Electrostatic potential at this site
- temp (float) – Temperature of calculation.
Returns: The charge on a 1D grid.
Return type: charge (np.array)
-
probabilities
(phi, temp)[source]¶ Calculates the probability of each site being occupied by a given defect using Fermi-Dirac like statistics.
Parameters: - phi (floaty) – Electrostatic potential at this site.
- temp (float) – Temperature of calculation.
Returns: Probabilities of site occupation on a 1D grid.
Return type: probabilities (list)
-
probabilities_boltz
(phi, temp)[source]¶ Calculates the probability of each site being occupied by a given defect using Boltzmann statistics.
Parameters: - phi (float) – Electrostatic potential at this site.
- temp (float) – Temperature of calculation.
Returns: Probabilities of site occupation on a 1D grid.
Return type: boltzmann_probabilities (list)
-
sum_of_boltzmann_three
(phi, temp)[source]¶ Calculates the sum of the calculated boltzmann_three values for each defect at each site.
Parameters: - phi (float) – Electrostatic potential at the site.
- temp (float) – Temperature of calculation in Kelvin.
Returns: The sum of ( mole fraction * exp ^ -( ( phi * z )/kBT ) - 1 ) for each defect at each site.
-


Introduction
[Error] we're working on the documentation of this project, please wait for a formal release (1.0.0) before you want to use this project.
TODO: add citations to all concepts
QEC-Playground is a command line tool and library to explore quantum error correction, primarily surface code. It integrates the whole workflow from simulating surface code to decoding the syndrome and validating the decoding results. Every component in this workflow can be customized independently, so that user can explore different codes or decoders with minimum effort.
On top of this library, we provide a Python binding so that you don't have to learn Rust programming language while enjoying the speed gain of Rust. You can implement your own surface code, noise model or decoder in Python, while letting other components to run at full speed in Rust.
- Simulator
- generates random qubit errors and simulates the measurement outcome (syndrome), given the Clifford gate implementation of a surface code
- Code Builder
- builds the Clifford gate implementation of a supported surface code, given a few parameters like code distances and how many rounds of measurements
- TODO: Python: full customization supported
- Noise Model
- describes the error distribution, supporting single-qubit and two-qubit correlated Pauli errors and erasure errors
- Noise Model Builder
- builds a supported noise model, given customized parameters like initialization error rate, measurement error rate, noise bias, etc.
- TODO: Python: full customization supported
- Decoder
- computes the correction pattern that tries to minimize the logical error rate of the logical qubit encoded in this surface code, given a measurement result
- TODO: Python: full customization supported
- Model Graph
- automatically builds the model graph from the Clifford gate implementation of any surface code for graph-based decoders, e.g. MWPM decoder and UF decoder
- TODO: Python: manually change the model graph
- Complete Mode Graph
- computes the complete model graph out of the model graph either offline (precompute the complete graph, memory-demanding) or online (compute edges on the fly, CPU-demanding)
- TODO: Python: manually change the complete model graph in the offline mode
- Erasure Graph
- automatically builds the erasure graph from the Clifford gate implementation of any surface code for graph-based decoders, e.g. MWPM decoder and UF decoder
Contributing
QEC-Playground is free and open source. You can find the source code on Github, where you can post issues and feature requests using Github issue tracker. Currently the project is maintained by Yue Wu at Yale Efficient Computing Lab. If you'd like to contribute to the project, consider emailing the maintainer or opening a pull request.
License
The QEC-Playground source and documentation are released under the MIT License.
Installation
There are multiple ways to install this library. Choose any one of the methods below that best suit your needs.
Pre-compiled Binaries
TODO: upload the binary and alert the limitation of Blossom V library license issue
Build from Source using Rust
This is the recommended way to install the library for two reasons. First, the pre-compiled binary doesn't include the Blossom V library due to incompatible license, and thus is not capable of running any decoder that based on Minimum-Weight Perfect Matching (MWPM) algorithm. Second, you can access all the examples as well as the simulation scripts and data in our published papers only from the source code repository.
Download the Blossom V Library [Optional]
In order to use the MWPM algorithm (e.g. in the MWPM decoder or the tailored-SC decoder), you need to download the Blossom V [kolmogorov2009blossom] library from https://pub.ist.ac.at/~vnk/software.html into the folder backend/blossomV
.
You're responsible for requesting a proper license for the use of this library, as well as obeying any requirement.
An example of downloading the Blossom V library is below. Note that the latest version number and website address may change over time.
wget -c https://pub.ist.ac.at/~vnk/software/blossom5-v2.05.src.tar.gz -O - | tar -xz
cp -r blossom5-v2.05.src/* backend/blossomV/
rm -r blossom5-v2.05.src
You don't need to compile the Blossom V library manually.
Note that you can still compile the project without the Blossom V library. The build script automatically detects whether the Blossom V library exists and enables the feature accordingly.
Install the Python Dependencies [Optional]
To enable the binding between Rust and Python, install the following packages
sudo apt install python3 python3-pip
pip3 install networkx
Install the Rust Toolchain
We need the Rust toolchain to compile the project written in the Rust programming language. Please see https://rustup.rs/ for the latest instructions. An example on Unix-like operating systems is below.
curl --proto '=https' --tlsv1.2 -sSf https://sh.rustup.rs | sh
source ~/.bashrc # this will add `~/.cargo/bin` to path
After installing the Rust toolchain successfully, you can compile the backend by
cd backend/rust/
cargo build --release
Install Frontend tools [Optional]
TODO: We plan to remove the dependency of Node.js for building the frontend, by rewriting the tutorials and visualization pages as single-page Vue applications.
The code is already running at https://wuyue98.cn/QECPlayground/, but if you're interested in building them on yourself, follow this guide.
We use Vue.js to implement code and use npm package manager to build code. Download and install npm from https://nodejs.org/en/download/ first, then install vue CLI
npm install -g @vue/cli
vue --version # check whether installation is successful
vue ui # this will start a web page
# select the folder of /frontend which contains the Vue project
# then you can use GUI in browser to build the code
Or you can use command line to build the frontend project
cd frontend
npm install
npm run build # build code into dist/ folder
npm run serve # fast debugging, hot re-compile
Install mdbook to build the documentation
In order to build this documentation, you need to install mdbook and several plugins.
cargo install mdbook
cargo install mdbook-bib
cd documentation
mdbook serve # dev mode, automatically refresh the local web page on code change
mdbook build # build deployment in /docs folder, to be recognized by GitHub Pages


(extensions in package cash.z.wallet.sdk.ext)
Exceptions related to the wallet's birthday.
The data access object for blocks, used for determining the last scanned height.
A collection of tiny logs (twigs) consisting of one trunk and maybe some leaves. There can only ever be one trunk.
Trunks are created by planting a twig. Whenever a leaf sprouts, it will appear as a tag on every log message
until clipped.
Data access object for compact blocks in the "Cache DB."
The "Cache DB", serving as a cache of compact blocks, waiting to be processed. This will contain
the entire blockchain, from the birthdate of the wallet, forward. The CompactBlockProcessor
will copy blocks from this database, as they are scanned. In the future, those blocks can be
deleted because they are no longer needed. Currently, this efficiency has not been implemented.
An implementation of CompactBlockStore that persists information to a database in the given
path. This represents the "cache db" or local cache of compact blocks waiting to be scanned.
Serves as a source of compact blocks received from the light wallet server. Once started, it will use the given
lightwallet service to request all the appropriate blocks and compact block store to persist them. By delegating to
these dependencies, the downloader remains agnostic to the particular implementation of how to retrieve and store
data; although, by default the SDK uses gRPC and SQL.
Responsible for processing the compact blocks that are received from the lightwallet server. This class encapsulates
all the business logic required to validate and scan the blockchain and is therefore tightly coupled with
librustzcash.
Potentially user-facing exceptions that occur while processing compact blocks.
Interface for storing compact blocks.
Since there can only ever be one trunk on the bush of twigs, this class lets
you cheat and make that trunk be a bundle of twigs.
A mined, shielded transaction. Since this is a MinedTransaction, it represents data
on the blockchain.
The "Data DB," where all data derived from the compact blocks is stored. Most importantly, this
database contains transaction information and can be queried for the current balance. The
"blocks" table contains a copy of everything that has been scanned. In the future, that table can
be truncated up to the last scanned block, for storage efficiency. Wallets should only read from,
but never write to, this database.
(extensions in package cash.z.wallet.sdk.ext)
(extensions in package cash.z.wallet.sdk.ext.android)
(extensions in package cash.z.wallet.sdk.ext)
Responsible for initialization, which can be considered as setup that must happen before
synchronizing begins. This begins with one of three actions, a call to either new, import or
open, where the last option is the most common case--when a user is opening a wallet they have
used before on this device.
Exceptions thrown by the initializer.
Exceptions thrown while interacting with lightwalletd.
Implementation of LightwalletService using gRPC for requests to lightwalletd.
Service for interacting with lightwalletd. Implementers of this service should make blocking
calls because async concerns are handled at a higher level.
(extensions in package cash.z.wallet.sdk.ext)
Parent type for transactions that have been mined. This is useful for putting all transactions in
one list for things like history. A mined tx should have all properties, except possibly a memo.
Used in conjunction with the kotlin-allopen plugin to make any class with this annotation open for extension.
Typically, we apply this to classes that we want to mock in androidTests because unit tests don't have this problem,
it's only an issue with JUnit4 Instrumentation tests. This annotation is only leveraged in debug builds.
Manage outbound transactions with the main purpose of reporting which ones are still pending,
particularly after failed attempts or dropped connectivity. The intent is to help see outbound
transactions through to completion.
Example of a repository that leverages the Room paging library to return a PagedList of
transactions. Consumers can register as a page listener and receive an interface that allows for
efficiently paging data.
Data access object providing crud for pending transactions.
Database for pending transaction information. Unlike with the "Data DB," the wallet is free to
write to this database. In a way, this almost serves as a local mempool for all transactions
initiated by this wallet. Currently, the data necessary to support expired transactions is there
but it is not being leveraged.
Facilitates persistent attempts to ensure that an outbound transaction is completed.
The data access object for notes, used for determining whether transactions exist.
User-facing exceptions thrown by the transaction repository.
Serves as the JNI boundary between the Kotlin and Rust layers. Functions in this class should
not be called directly by code outside of the SDK. Instead, one of the higher-level components
should be used such as Wallet.kt or CompactBlockProcessor.kt.
Contract defining the exposed capabilities of the Rust backend.
This is what welds the SDK to the Rust layer.
It is not documented because it is not intended to be used, directly.
Instead, use the synchronizer or one of its subcomponents.
Exceptions thrown in the Rust layer of the SDK. We may not always be able to surface details about this
exception so it's important for the SDK to provide helpful messages whenever these errors are encountered.
Marker for all custom exceptions from the SDK. Making it an interface would result in more typing
so its a supertype, instead.
A Synchronizer that attempts to remain operational, despite any number of errors that can occur.
It acts as the glue that ties all the pieces of the SDK together. Each component of the SDK is
designed for the potential of stand-alone usage but coordinating all the interactions is non-
trivial. So the Synchronizer facilitates this, acting as reference that demonstrates how all the
pieces can be tied together. Its goal is to allow a developer to focus on their app rather than
the nuances of how Zcash works.
This is intentionally insecure. Wallet makers have told us storing keys is their specialty so we don't put a lot of
energy here. A true implementation would create a key using user interaction, perhaps with a password they know that
is never stored, along with requiring user authentication for key use (i.e. fingerprint/PIN/pattern/etc). From there,
one of these approaches might be helpful to store the key securely:
The data access object for sent notes, used for determining whether outbound transactions exist.
Interface for anything that's able to provide signed transaction bytes.
A tiny log that does nothing. No one hears this twig fall in the woods.
(extensions in package cash.z.wallet.sdk.ext)
Primary interface for interacting with the SDK. Defines the contract that specific
implementations like MockSynchronizer and SdkSynchronizer fulfill. Given the language-level
support for coroutines, we favor their use in the SDK and incorporate that choice into this
contract.
High-level exceptions thrown by the synchronizer, which do not fall within the umbrealla of a
child component.
Common interface between confirmed transactions on the blockchain and pending transactions being
constructed.
The data access object for transactions, used for querying all transaction information, including
whether transactions are mined.
Potentially user-facing exceptions thrown while encoding transactions.
Interface for transaction errors.
Repository of wallet transactions, providing an agnostic interface to the underlying information.
A tiny log for detecting troubles. Aim at your troubles and pull the twigger.
A tiny log.
Class responsible for encoding a transaction in a consistent way. This bridges the gap by
behaving like a stateless API so that callers can request createTransaction and receive a
result, even though there are intermediate database interactions.
Wrapper for all the constant values in the SDK. It is important that these values stay fixed for
all users of the SDK. Otherwise, if individual wallet makers are using different values, it
becomes easier to reduce privacy by segmenting the anonymity set of users, particularly as it
relates to network requests.
Wrapper for all the constant values in the SDK. It is important that these values stay fixed for
all users of the SDK. Otherwise, if individual wallet makers are using different values, it
becomes easier to reduce privacy by segmenting the anonymity set of users, particularly as it
relates to network requests.


The Sprite Renderer component lets you display images as Sprites for use in both 2D and 3D scenes.
Add it to a GameObject via the Components menu (Component > Rendering > Sprite Renderer or alternatively, you can just create a GameObject directly with a Sprite Renderer already attached (menu: GameObject > 2D Object > Sprite).
| Property: | Function: |
|---|---|
| Sprite | The Sprite object to render. Sprite objects can be generated from textures by using the Sprite setting on the Texture importer. |
| Color | Vertex color of the rendered mesh. |
| Flip | Flip the sprite in the X or Y planes. |
| Material | Material used to render the sprite. |
| Draw Mode | Select an option from the Draw Mode drop-down box to define how the Sprite scales when you change its dimensions. |
| Simple | This is the default Sprite Renderer behavior. The image scales in all directions when its dimensions change. |
| Sliced | Use Sliced if you intend to apply 9-slicing to an image, and you want the sections to stretch. In Sliced mode, the corners stay the same size, the top and bottom of the Sprite stretch horizontally, the sides of the Sprite stretch vertically, and the centre of the Sprite stretches horizontally and vertically to fit the Sprite’s size. See documentation on 9-slicing Sprites for more information. |
| Size | Use this to change the horizontal and vertical size of the Sprite. You must use this to change the size of the Sprite if you want the 9-slicing to work; the default Transform component only applies a default scale. |
| Tiled | Use Tiled if you intend to apply 9-slicing to an image, and you want the sections to repeat. In Tiled mode, the sprite stay the same size, and does not scale. Instead, the top and bottom of the Sprite repeat horizontally, the sides repeat vertically, and the centre of the Sprite repeats in a tile formation to fit the Sprite’s size. See documentation on 9-slicing Sprites for more information. |
| Size | Use this to change the horizontal and vertical size of the Sprite. You must use this to change the size of the Sprite if you want the 9-slicing to work; the default Transform component only applies a default scale. |
| Tile Mode | When the Draw Mode is set to Tiled, use the Tile Mode property to control how the sections repeat when the dimensions of the Sprite change. |
| Continuous | Tile Mode is set to Continuous by default. When the size of the Sprite changes, the repeating sections repeat evenly in the Sprite. |
| Adaptive | When Tile Mode is set to Adaptive, the repeating sections only repeat when the dimensions of the Sprite reach the Stretch Value. |
| Stretch Value | Use the Stretch Value slider to set the value between 0 and 1. Note that 1 represents an image resized to twice its original dimensions, so if the Stretch Value is set at 1, the section repeats when the image is stretched to twice its original size. |
| Sorting Layer | The layer used to define this sprite’s overlay priority during rendering. |
| Order In Layer | The overlay priority of this sprite within its layer. Lower numbers are rendered first and subsequent numbers overlay those below. |
In 3D graphics, an object’s appearance will vary according to lighting and the position from which it is viewed. In 2D, by contrast, an image is simply displayed onscreen with no transformations other than basic position, scale and rotation. A sprite’s position is given by a 2D coordinate, so there is no concept of “depth” or distance from camera when rendering.
However, it is still very important to have some way to determine the overlay priority of different sprites (ie, which sprites will obscure others when they cross paths). For example, in a driving game, a car should be seen to pass over flat objects on the road surface. Unity uses the concept of sorting layers to allow you to divide sprites into groups for overlay priority. Sprites with a sorting layer lower in the order will be overlaid by those in a higher sorting layer.
Sometimes, two or more objects in the same sorting layer can overlap (eg, two player characters in a side scrolling game). The order in layer property can be used to apply consistent priorities to sprites in the same layer. As with sorting layers, the rule is that lower numbers are rendered first and can be obscured by the higher numbers rendered later. See the layer manager page for details of editing sorting layers. If sorting layers are not used, standard depth-based sorting can be used.
A Sprite Renderer uses the texture supplied in the Sprite property but uses the shader and other properties from the Material property (this is actually accomplished using a MaterialPropertyBlock behind the scenes). This means that you can use the same material to render different sprites without worrying about which texture is assigned on the material.
The sprite is rendered on a mesh that uses position, color and UV at each vertex but no normal vector. If your material requires normal vectors then you can calculate them using a vertex shader (see the Surface Shader Examples page for further details).
The default shaders used for sprites are:
Sprites/Default - a simple alpha blended shader that does not interact with lights in the scene.
Sprites/Diffuse - a simple alpha-blended surface shader that does interact with lights. This generates a front-facing normal vector (0,0,–1).
While Sprites can be flipped by setting negative transform.scale
, this has the side effect of also flipping the child GameObjects and also flipping the colliders, which can be performance intensive or otherwise not preferred.
The SpriteRenderer flipping feature provides a lightweight alternative which doesn’t affect any other components or GameObjects. It simply flips the rendered sprite on x or y axis and nothing else.


Enter a name for the team. The name should describe the overall makup of the team members. e.g: 'Volunteers'.
Teams can be used across multiple Plans. They describe the people available in the Plan.
Teams are made up of people (surprise!). Enter a few names now. Don't worry about defining the entire team, you can add people and their details later using the Teams editor, from the side menu.
{{nonNullPeople?.length}} members
Tap next when done


This is the administration panel for all of your collections and NFTs that you manage.
Collections
Add new collection
Multi Batch Transfer
This is the administration panel for all of your collections and NFTs that you manage.
If you intend to use royalties, please add them below in percent. 50% max. royalties allowed, only for purchases on the Market.


% const cards = [ { title: "Knowledge", icon: "camera", texts: [ "Deep understanding of best game strategies and capturing the moment-to-moment excitement.", "Great experience with capturing tools in a different game engines." ] }, { title: "Experience", icon: "games", texts: [ "Working with talented game studios all around the world.", "Excelence with modern video editing and game capture technologies: Adobe Premiere, Final Cut Pro, VEGAS Pro, OBS Studios, XSplit etc.", "Passion and love for gaming, in all of its genres and variety." ] }, { title: "Creativity", icon: "edit-markup", texts: [ "Team of creative professionals that always find a best way to capture your game.", "Great understanding of concepts of composition, cinematography, color and lighting in visual media." ] } ]; %>


An Outing to CUFP 2011
The team signed up to do a tutorial at CUFP on the topic of Building a Functional OS, which meant zooming off to Tokyo! This was the first public show of the project, and resulted in a furious flurry of commits from the whole team to get it ready. The 45-strong crowd at the tutorial were really full of feedback, and particular thanks to Michael for organising the event, and Yaron, Marius, Steve, Wil, Adrian and the rest for shouting out questions regularly!
-
The tutorial is a Mirage application, so you can clone it and view it locally through your web browser. The content is mirrored at tutorial.openmirage.org, although it does require cleanup to make it suitable to an online audience. The SVG integration is awkward and it only works on Chrome/Safari, so I will probably rewrite it using deck.js soon. The tutorial is a good showcase of Mirage, as it compiles to Xen, UNIX (both kernel sockets and direct tuntap) with a RAMdisk or external filesystem, and is a good way to mess around with application synthesis (look at the
Makefile
targets inslides/
). -
Installation: instructions have been simplified, and we now only require OCaml on the host and include everything else in-tree. Thomas has also made Emacs and Vim plugins that are compatible with the ocamlbuild layout.
-
Lwt: a new tutorial which walks you through the cooperative threading library we use, along with exercises (all available in mirage-tutorial). Raphael and Balraj are looking for feedback on this, so get in touch!
-
Javascript: via node.js did not work in time for the tutorial, as integrating I/O is a tangled web that will take some time to sort out. Raphael is working on this in a separate tree for now. As part of this effort though, he integrated a pure OCaml regular expression library that does not require C bindings, and is surprisingly fast.
-
Devices: we can now synthesise binaries that share common code but have very different I/O interfaces. This is due to a new device manager, and David also heroically wrote a complete FAT12/16/32 library that we demonstrated. Yaron Minsky suggested a different approach to the device manager using first-class modules instead of objects, so I am experimentally trying this before writing documentation on it.
-
TCP: the notorious Mirage stack is far more robust due to our resident networking guru Balraj hunting down last-minute bugs. Although it held together with sticky tape during the tutorial, he is now adding retransmission and congestion control to make it actually standards-compliant. Still, if you dont have any packet loss, the unikernel version of this website does actually serve pages.
-
OpenFlow: is a new standard for Software Defined Networking, and Haris and Mort have been hacking away at a complete implementation directly in Mirage! We will be giving a tutorial on this at the OFELIA summer school in November (it is summer somewhere, I guess). The prospect of a high-speed unikernel switching fabric for the cloud, programmed in a functional style, is something I am really looking forward to seeing!
-
Jane Street Core: preceeding us was Yaron’s Core tutorial. Since Mirage provides it own complete standard library, we can adopt portions of Core that do not require OS threads or UNIX-specific features. I really like the idea that Mirage enforces a discipline on writing portable interfaces, as dependencies on OS-specific features do sneak in insiduously and make switching to different platforms very difficult (e.g. Windows support). Incidentally, Yaron’s ACM Queue article is a great introduction to OCaml.
So as you can see, it has been a busy few months! Much of the core of Mirage is settling down now, and we are writing a paper with detailed performance benchmarks of our various backends. Keep an eye on the Github milestone for the preview release, join our new mailing list, or follow the newly sentient openmirage on twitter!
- Irmin 0.12 with portable filesystem watching released
- MirageOS Summer 2016 Hackathon roundup
- MirageOS Summer 2016 Hackathon announcement, and talk roundup
- MirageOS Spring 2016 Hackathon!
- MirageOS security advisory 00: mirage-net-xen
- Introducing Functoria
- Run Mirage Unikernels on KVM/QEMU with Solo5
- MirageOS hackathon
- Introducing Charrua — a DHCP implementation
- Unikernel.org


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Trust
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What is PixieGateway?
PixieGateway is a web application server used for sharing charts and running PixieApps as web applications. It allows PixieDust users to free their apps and charts from the confines of data science notebooks, in order to better share their work. The goal is for developers and data scientists to more easily make the analytics in their notebooks available to line-of-business colleagues and other people less comfortable with Jupyter Notebooks.
PixieGateway is built on top of the Jupyter Kernel Gateway and therefore follows a similar architecture:
While designed to be used with the PixieDust package, PixieGateway is developed in a separate GitHub repository at https://github.com/ibm-watson-data-lab/pixiegateway . You’ll find more details in the sub-topics here.


Jose Mourinho shares what he’s told Spurs squad about Pochettino
by Jordan HarrisJose Mourinho has suggested that he has told the Tottenham Hotspur squad that they are always welcome to invite Mauricio Pochettino back to the club for a visit, in comments reported by the Daily Mirror.
Pochettino’s tenure was brought to an end last week, with Mourinho arriving as his successor within 24 hours of his departure being announced.
The fans were keen to pay tribute to Pochettino at the weekend as Spurs won their first game under the new head coach. And it is clear that the large majority of the squad will only remember their time working under the Argentinian positively.
And ahead of his second game in charge, Mourinho insisted that he has no plans to prevent the players from staying in contact with their former boss.
“I spoke to his son, in our academy, and I will call him,” he said about Pochettino, as reported by the Daily Mirror.
“I told the players here to tell him he’s free to come here whenever, to have a meal with the players, if he wants me here or not that’s fine.”
TBR View – Move shows Mourinho’s confidence
It is arguably a brave move from Mourinho to leave the door open for Pochettino. He will be remembered as one of the club’s most popular managers of all-time. And it would be no surprise if he was linked with a return the moment Mourinho comes under pressure or leaves.
So it is a big statement from Mourinho.  The last thing he would want when the pressure is on is for his players to start inviting Pochettino back to the club.
But if the club are successful, very little can be made of Pochettino remaining in contact with his former players.
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Let us know


WKTPointM Class Reference
| Inherits from | WKTGeometry : NSObject |
|---|---|
| Declared in | WKTPointM.h |
Overview
This class represent Multi Point Geometry on WKT Format.
Its String representation are:
2D Representation: MULTIPOINT ((10 40), (40 30)) or MULTIPOINT (10 40, 40 30)
3D Representation: MULTIPOINTZ ((10 40 10), (40 30 5)) or MULTIPOINT (10 40 10, 40 30 5)
At 3D representation may be MULTIPOINT Z too.
Example of use:
WKTPoint *p1 = [[WKTPoint alloc] initWithDimensionX:5.0 andDimensionY:10.0];
WKTPoint *p2 = [[WKTPoint alloc] initWithDimensionX:10.0 andDimensionY:10.0 andDimensionZ:5.0];
WKTPointM *mPoint = [[WKTPointM alloc] initWithPoints:@[p1, p1]];
Example of MapKit Annotation creation:
NSArray *mapPoints = [mPoint toMapMultiAnnotation];
MKMapView *map = [[MKMapView alloc] init];
for(MKPointAnnotation *i in mapPoints)
{
[map addAnnotation: i];
}
Example of WKT representation:
NSString *wktString = [mPoint toWKT];
NSLog(@"WKT: %@", wktString);
> WKT: MULTIPOINT (5 10, 5 10)
Constructor
– init
Basic Constructor that set default values to new instance.
- (instancetype)init
Return Value
WKTPointM instance
Declared In
WKTPointM.h
– initWithPoints:
Complex Constructor that set default values and points to new instance.
This method is the same that init join setListPoints:
- (instancetype)initWithPoints:(NSArray *)points
Parameters
points |
List of WKTPoint |
|---|
Return Value
WKTPointM instance
Declared In
WKTPointM.h
Internal operations
– setListPoints:
Set and check Points List internal property.
- (void)setListPoints:(NSArray *)points
Parameters
points |
List of WKTPoint |
|---|
Exceptions
WKTPointM |
Parameter is nil, have a class that it is not Point or these classes does not have same dimensions. |
|---|
Declared In
WKTPointM.h
– getListPoints
Return Points List internal property.
- (NSArray *)getListPoints
Return Value
List of WKTPoint that its count always will be equal or greater than zero
Discussion
Points List internal property never is nil.
Declared In
WKTPointM.h
– removeListPoints
Clear Points List internal property
- (void)removeListPoints
Declared In
WKTPointM.h
WKTPointM operations
– isEqual:
Check if two WKTPointM are equal.
- (BOOL)isEqual:(WKTPointM *)otherPointM
Parameters
otherPointM |
WKTPointM to compare with itself |
|---|
Return Value
Boolean
Declared In
WKTPointM.h
– copyTo:
Pass all properties from itself to other WKTPointM reference.
- (void)copyTo:(WKTPointM *)otherPointM
Parameters
otherPointM |
WKTPointM to pass properties |
|---|
Exceptions
WKTPointM |
Parameter is nil. |
|---|
Declared In
WKTPointM.h
– toWKT
Return WKT representation.
- (NSString *)toWKT
Return Value
String like MULTIPOINT ( …. ) or MULTIPOINT EMPTY
Declared In
WKTPointM.h
– toMapMultiAnnotation
Return MKPointAnnotation List representation.
- (NSArray *)toMapMultiAnnotation
Return Value
MapKit Annotation List for add to map or empty array if there are not valid points
Declared In
WKTPointM.h


Our First Robot
I have two young boys the oldest, Stephen is six and the younger, Seth is three years old. My six year old Stephen, is currently obsessed with all things robots. I have resisted the urge to go buy an arduino or rasberry pi robotics kit or even a lego mindstorms because I know he is still a little too young to have the attention span to stick with doing anything worthwhile with one (although I would love to have one I just don't have the time either)
Well a few weeks ago My wife found this book at our local library
The book has a number of simple projects for using various scrap bit's and pieces of various toys to hack together something new and interesting. The project I chose to try with Stephen was a vibrating bot with some kind of writing instrument for legs that would draw paterns on a piece of paper.
And Here is the final Product.
One of the only things I did not have on hand was a battery holder for a 9 volt battery. Since I started the project in the morning with a six year old and three year old eagerly waiting to see their new creation come to life I had to find some place to get one fast. Remembering that Radio-Shack is no longer around a quick google search revealed a place on the berlin turnpike (rt 15 in Connecticut) called Cables & Connectors Inc.
There I found a smorgasboard of electronic components and ammong them this litle gem for less than 5 bucks. It's a 9-Volt Battery holder with an integrated on-off switch... SWEET!
This is the motor from one of many old rc cars I had in a box. To make the bot vibrate the motor needs to rotate something off-balance.
After some solder and zip ties here it is... their reaction from the first time they turn it on


Snow falls across parts of England and Wales as forecasters warn of more rain
The Met Office said further rain is set to fall on already flood-hit areas.
Communities across parts of England and Wales woke up to a blanket of snow as forecasters warned of further rain in flood-hit areas.
Pictures posted on social media showed east Gloucestershire, parts of Wiltshire, Bath and South Wales covered in a few centimetres of snow on Thursday morning.
The Met Office issued several alerts for snow across the South East and South West of England, South Wales and the West Midlands until 10am.
The Met Office warned there could be a danger to life in parts of the East Midlands and Yorkshire as more rain is forecast to fall on the already flooded region on Thursday.
The Environment Agency (EA) said heavy rain is expected on Thursday, Friday and over the weekend, which could lead to further flooding for communities in South Yorkshire around the Lower River Don.
Thirty-six flood warnings, meaning flooding is expected, remain in effect across Britain, along with 124 flood alerts, which means flooding is possible.
“It’s really important that impacted communities remain vigilant and take steps to prepare for flooding by checking their flood risk regularly and making plans to stay safe.”
The EA said 300 staff were working around the clock in various parts of the country, deploying pumps to disperse water through five of the worst-hit locations.
A yellow weather warning for rain is in place for areas around Nottingham, Sheffield and Doncaster from 9am on Thursday to 3am on Friday, as the snow falling across the South West moves north and turns to rain.
The EA said that, since flooding began last Thursday, around 14,400 properties have been protected by flood defences, including 5,000 in South Yorkshire.


{% import "macros/forms.html" as form_macros %}
Signup
{{ form_macros.as_tabular_form(signup_form) }}
Sign up


Erdogan: Muslim Countries Need to Provide Better Living Conditions
Turkish President Recep Tayyip Erdogan called on Muslim countries to provide better living conditions for people by improving economic stability and prosperity. This is possible if everyone follows the Islamic principle of helping the needy, Sabah writes.
Speaking at a meeting of the Organization for Islamic Cooperation (OIC) in Istanbul, Erdogan stressed that Muslim countries are not working hard enough for their citizens.
21% of the population living in the OIC Member States, which equates to around 350 million Muslims, is trying to survive in extreme poverty. Muslim countries should seek more and openly discuss these issues, Erdogan said.
He noted that the difference between the richest Muslim and the poorest country is about 200 times:
"If Muslims give alms as per the fourth pillar of Islam, then there would be no poor people in Muslim countries," he said. "Twenty-one percent of the population living in OIC member states, equating to around 350 million Muslims, try to make ends meet in a state of extreme poverty. Muslim countries need to strive harder and openly discuss issues.”, Daily Sabah reported.


{% extends "base.html" %}
{% set active_page = "about" %}
{% block title %}
{{ _('About') }} - FP Central
{% endblock %}
{% block content %}
{{ _('About') }}
{{ _('Who is behind this project?') }}
Fingerprint Central {{ _('is developed by') }}
Pierre Laperdrix
{{ _('for the Tor project as part of the Google Summer of Code 2016 .
You can find the complete source code and contribute to it on GitHub.') }}


List of all members.
Public Member Functions |
|
| clsTr ($aConfiguration=array()) |
|
| addCell ($mCell, $mConfiguration=null) |
|
| addCells ($aCells, $mConfiguration=null) |
|
| clearEvent_AddCell () |
|
| setEvent_AddCell ($mFunction) |
|
& | _onAddCell ($mCell, $mConfiguration=null) |
Public Attributes |
|
| $eventAddCell |
Detailed Description
Definition at line 490 of file group.inc.php.
The documentation for this class was generated from the following file:


2020 BMW M2 CS revealed - UPDATE
The most aggressive M2 yet will serve to farewell the current 2 Series, as BMW readies its rear-wheel drive successor for a mid-2020 launch in Australia.
by Scott Collie- shares
UPDATE, 12:10pm: BMW has now officially revealed the M2 CS. We've replaced the leaked images with official pictures, and have added details about the car's performance.
19 November, 09:51am: The BMW M2 CS has been unveiled ahead of its launch at the Los Angeles motor show, revealing the most aggressive take on the soon-to-be-replaced 2 Series yet.
The car is be a more aggressive take on the already pumped-up M2 Competition. There's a subtle carbon-fibre lip spoiler on the bootlid, a carbon-fibre diffuser, a carbon splitter, and a more aggressive bonnet complete with a vent on top.
It also rides on a set of spindly 19-inch gold wheels, behind which hide larger M Sport brakes. The roof is made of carbon-fibre, too, to help lower the centre of gravity.
Inside, the cabin has been stripped back in the same way as the M3 and M4 CS.
The transmission tunnel is trimmed in suede and the seats are lightweight body-hugging units, although BMW hasn't fitted the same carbon-weave door trims and cloth handles used in the M2's bigger brothers.
You'll also notice the stick in the middle. BMW will offer the M2 CS with a six-speed manual, continuing the car's run as a favourite for the purists. A dual-clutch transmission will also be available as an option, however.
The S55 inline-six engine under the bonnet outputs 331kW – up 30kW on the M2 Competition – and is good for a 4.0-second run to 100km/h in the dual-clutch transmission, and a time of 4.2 seconds in the manual transmission. Flat out you'll be doing 280km/h.
Internally, the M2 CS is known as the 'Drift Machine', but previous spy photos have confirmed the car will be offered with a set of Michelin Pilot Sport Cup 2 tyres nicked from the M4. A set of Michelin Pilot Super Sport tyres are also available as a no-cost option, if you want to use your CS on wet or slippery roads.
Also borrowed from the M3/4 CS is a set of adaptive dampers capable of scrolling through Comfort, Sport and Sport+ modes.
The M2 CS will be officially revealed at the Los Angeles motor show, which starts on November 23. Stay tuned for more when it launches.
Click the images for the full gallery
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2020 BMW M2 CS revealed - UPDATE


The sites we’ve built to display on a desktop, smartphone, or a tablet today could be on a TV Screen, coffee table display, or mega space yacht projection system tomorrow.  The man who sent this news, the wireless operator, was alone with his instrument on the top of a lofty building. The people remaining in the city—he estimated them at several hundred thousand—had gone mad from fear and drink, and on all sides of him great fires were raging. He was a hero, that man who staid by his post—an obscure newspaperman, most likely.

For twenty-four hours, he said, no transatlantic airships had arrived, and no more messages were coming from England. He did state, though, that a message from Berlin—thatâ€™s in Germany—announced that Hoffmeyer, a bacteriologist of the Metchnikoff School, had discovered the serum for the plague. That was the last word, to this day, that we of America ever received from Europe. If Hoffmeyer discovered the serum, it was too late, or otherwise, long ere this, explorers from Europe would have come looking for us. We can only conclude that what happened

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COPYRIGHT TIM ROURKE 2016

/**
* A css comment
*/
@import 'foo';
body > div.classname {
color: blue;
}
@media screen and (min-width: 1000px) {
body #idname {
-webkit-appearance: none;
width: calc(100% - 20px);
}
}
Adelle Sans for the heading text
Adelle Sans for the heading text
Adelle Sans for the heading text
Adelle Sans for the heading text
Adelle Sans for the heading text
Adelle Sans for the heading text
Adelle Serif for body. The man who sent this news, the wireless operator, was alone with his instrument on the top of a lofty building. The people remaining in the city—he estimated them at several hundred thousand—had gone mad from fear and drink, and on all sides of him great fires were raging. He was a hero, that man who staid by his post—an obscure newspaperman, most likely.
For twenty-four hours, he said, no transatlantic airships had arrived, and no more messages were coming from England. He did state, though, that a message from Berlin—thatâ€™s in Germany—announced that Hoffmeyer, a bacteriologist of the Metchnikoff School, had discovered the serum for the plague. That was the last word, to this day, that we of America ever received from Europe. If Hoffmeyer discovered the serum, it was too late, or otherwise, long ere this, explorers from Europe would have come looking for us. We can only conclude that what happened
- list item
- list item
- list item
- list item
- list item
- list item
Typl8 Drop Cap
For twenty-four hours, he said, no transatlantic airships had arrived, and no more messages were coming from England. He did state, though, that a message from Berlin—thatâ€™s in Germany—announced that Hoffmeyer, a bacteriologist of the Metchnikoff School, had discovered the serum for the plague. That was the last word, to this day, that we of America ever received from Europe. If Hoffmeyer discovered the serum, it was too late, or otherwise, long ere this, explorers from Europe would have come looking for us. We can only conclude that what happened
Definition List
- Word
- This is a definition of a word
- Another Word
- This is a definition of a another word, for good measure


This website was built from scratch using sublime text. It features a basic website of how to design a beach campfire event with friends.
This is a website dedicated to all the cats around the world. The website features a picture grid.
Use the following websites to try and create your own website! W3SCHOOLS CODECADEMY
Short on time? Use Get Bootstrap to grab a quick template for an easier start!


Rococo — is a lovely and elegant responsive one-page template with parallax effect. It can be used for creative agencies and photographers who are engaged in shooting weddings, celebrations and other events. Based on BootStrap framework, using full-page slider, transition effects and nice soft colors makes this template useful for photographers and video operators to present their works and portfolios.
DazeinCreative ®©2013


Born and raised at the Summer Capital of the Philippines and the City of Pines, Baguio City.
I'm pursuing a Bachelor's Degree in Information Technology with majors in Network and Security at University of the Cordilleras, Baguio City.
Contact Me
Biker
I'm a downhill mountain biker and was once named "king of the road" during my primary days because of my dauntless and audacious persona.
adventurer
Exploring the beauties of nature. The sight of wild flowers, streams, trees and bushes is pleasing. A contact is established between me and nature. The sounds of nature, like the murmur of a brook or the song of a bird, acquire a new meaning and significance for me.
Motorhead
Ever since I was little, I’ve liked cars. Fast cars. Expensive cars. Cars that I wouldn’t be able to afford for decades, much less even see in person. Granted, I grew up around cars, but I was never taught to enjoy them. It was something that I had been around so much, that I grew to love it.
Canine Lover
The friendship between Sumo and I is just priceless. It's seems that we understand each other completely. The moment we crossed each others paths, my life went from gloomy to a cheerful and joyous one.
Musician
I started playing the guitar at the age of ten, and as a result, my view of the world has changed completely. With the ability to play different instruments, I embody emotion and inspiration. My personal inspiration comes from daily life experiences, feelings and moods. It creates a gateway, in which, I am able to empower my own world of imagination and sensitivity.


JavaScript is required to run PerfNext, but it is either not supported or disabled on your browser.
Toggle navigation
PerfNext
Change Log
Change Log
PerfNext
2019
Frontend Setup - Initial Template (Bootstrap SB Admin)
Dashboard
Reports
Benchmark
Machine
History
Schedule Build
Raw Data
Select Job
/Runtimes/Jenkins/PerfNext/
Select Job Number....


Vendor Name:
RANDSTAD INTERIM INC.
Reference Number:
4000513
Contract Date:
2014-25-08
Description of Work:
0813 Temporary Help Services
Contract Period:
2014-25-08 to 2015-03-08
Delivery Date:
2015-03-08
Original Contract Value:
$43,871.06
Current Contract Value:
$54,421.89
Comments:
This contract was competitively sourced using a Public Works and Government Services Canada procurement tool. This contract includes one or more amendments.
Additional Comments:
Tempory help services
Former Public Servant in Receipt of a Pension under the Public Service Superannuation Act:
No


|
- place name:us
- trip place:Hawaii
- type of passport:Cruise
|
|
- place name:Eourpe
- trip place:Italy
- type of passport:Train
|
|
- place name:UK
- trip place:London
- type of passport:fly
|
|
- place name:Asia
- trip place:Malaysia
- type of passport:car
|
|
- place name:Eourpe
- trip place:Paris
- type of passport:car
|
|
- place name:Eourpe
- trip place:Slovakia
- type of passport:car
|


Came to the United States as a student and studied Electrical and Computer Engineering at the University of Illinois at Urbana-Champaign
Worked on classified secret projects
Worked on classified secret projects
A Master's student majoring in Computer Science at Duke University
Software Engineering Intern @ Red Hat
In the meantime, you may visit my Instagram page.
Feel free to send me an EMAIL or follow me on one the the following social media


Fitness model, 23, found murdered with gunshot and stab wounds to the head
Fitness model and trainer Alondra Getsemani Villasenor was found by her mum with numerous stab and one bullet wound at her home in the city of Tijuana, North West Mexico
by Jonathan MaciasA fitness model was found dead by her mother having been stabbed numerous times and shot in the head.
Alondra Getsemani Villasenor's body was discovered in her home in the city of Tijuana, North West Mexico.
The 23-year-old's mum had gone to check on her after she tried to contact the model but received no answer.
She found her daughter with several stab wounds in her body and a single bullet wound to the head.
Local police reportedly found two bags of cannabis and the shell of a 9mm calibre bullet at the scene.
Getsemani Villasenor, who worked in a local gym as a trainer, was found on November 17.
Local authorities believe she had been dead for more than 24 hours.
Some witnesses said they had seen a man leave the house and drive away in a red car.
The investigation is ongoing and there are not any suspects or arrests reported.
No motive has been provided for the crime.
The young woman had amassed a fairly large Facebook following on a page featuring videos of her gym routine.
According to the Executive Secretary of the National Public Security System, 155 women have been murdered in the state of Baja California this year.
The state is fourth on the list for most murder cases of women in the country behind Mexico State, Guanajuato, and Jalisco.


After automating my blog, I decided to aim a little higher and use Travis-CI to automate document generation from my resume. I use Pandoc to convert my source resume written in Markdown to Github-flavoured Markdown, an HTML file for my website, and a PDF (via LaTeX) that I've spent a ludicrous amount of time styling. I do have all these packages configured on my home computer, but it was becoming tedious to make changes and commit three separate files instead of just one. I was also finding it difficult to keep the PDF version of my resume up to date with the rest of my changes, and I thought it would be an interesting challenge to get everything set up in a repeatable manner. One good reference is this blog post by Steve Klabnik.
The versions of pandoc
and LaTeX
on Ubuntu 12.04 (which Travis-CI uses for
its workers) are hopelessly out of date, so my first problem was getting the
newest version of pandoc
installed. I used stack
to download and install
this.
I already had a Makefile
, so converting my source to Github-flavoured
Markdown and HTML was as easy as make readme
and make html
:
I decided it would be best if the build process updated my gh-pages
branch
instead of uploading to a different repository:
The next challenge was actually generating my PDF and uploading it to Github
Releases. Travis CI has excellent support for deploying binaries to Releases
but using the travis
gem to configure support makes a completely new Github
token which I thought was a bit redundant. The documentation for travis
encrypt
is pretty comprehensive and I just encrypted my old token and used
that instead. My completed .travis.yml
is as follows:
And if you'd like to see the process I went through to arrive at this solution, have a look at the test repo I used. The commit log is a fairly accurate representation of my thought process. If you're trying something similar and you're getting stuck, feel free to reach out and I'll be more than happy to help.
Comments !


{% load daguerre %}
{{ event.start_date|date:"j" }}
{% include "brambling/event/_when.html" %} {% include "brambling/event/_where.html" %}
{% if event.description %}


How to Transfer Files Between Android and MAC
by Karanpreet SinghWell, if you are using Windows computer and Android smartphone for a while, then you might know that transferring files between both of the devices is really very easy. You just need to connect your Android smartphone to the computer via USB cable and you will be able to transfer files.
Once connected, you will see the entire Android’s internal and external storage on the Windows computer. However, unlike Windows, macOS doesn’t allow users to natively browse the file system of Android smartphone. This is why Mac users often rely on third-party options for file transfer between Android and macOS.
So, if you are having a Mac computer and looking for ways to transfer files between Android and macOS, then you are reading the right article. In this article, we are going to share some of the easy methods that would help you to transfer files between Android and macOS at ease.
Contents show
How to Transfer Files Between Android and MAC
Actually there are plenty of software available on the internet that makes the file transfer process much easier. However, in this article, we have shared the working methods that would let you move your files between Mac and Android devices 2019. So, let’s check out how to transfer files between Android and Mac.
#1 Handshaker
Using this app, one could easily transfer the files between Mac and Android devices via the USB cable. Follow some of the simples steps given below to use Handshaker to transfer files between Mac and Android.
- Install Hanshaker on the Mac and then launch it there. Connect the Android via USB cable to the Mac.
- The Android app would get installed on your Android device, reconnect your Android to the Mac after that and you shall be able to see all your files and folder in the App.
- Transferring of files could be done through easy copy-paste or drag and drop options.
#2 AirDroid
This is another great app that could be used to share the files and mirror the notifications and messages etc all between the Android and Mac. To share the files between Android and Mac using this app, just read on the process.
- Install AirDroid on your Mac and go to Airdroid web client on the Mac using My browser. Tap on the QR option inside the Android app and confirm the QR code of web client on Mac through your phone’s camera.
- Sign in your Android device through the App and then you could be able to share the files among your Mac and Android. Many other tasks could also be performed which you would either love to use.
#3 SHAREit
This is an amazingly popular file-sharing app that’s available for almost every major platform including Mac, Windows, Android, Linux, etc. Check out the steps given below to use ShareiT on the Mac computer.
- Open this app in both Mac and Android. Tap Recieve on your Android SHAREit and tap on Connect to the PC option from there.
- After that tap on Scan and Connect option. Point your phone camera to the QR code on your Mac and then it would be connected to the Mac.
- It’s simple from there now. Just Drag and Drop your file inside the SHAREit app and it will be transferred to the other device.
#4 FTP
File Transfer Protocol is the another best method which could be used to share the files among the Android and Mac. Using the file browsers like ES File Explorer on the Android device the connection of FTP between Android and Mac could be created easily and hence the task could be done.
- First of all, open the Mac Terminal and type up the command: “sudo -s launchctl load -w /System/Library/LaunchDaemo“
- On Android device, open the ES File browser, tap on the three-dot menu from the top left and then under Network option select FTP.
- Create a new FTP connection by tapping on New on the Android device.
- Manage your FTP created by filling in the details IP Address: ifconfig / grep inet / grep 192” Put in the username and password of your choice
- That’s it. Now Tap on OK and then find your Mac files under the server in ES File Explorer.
So, these were some of the best methods to transfer files between Android and Mac. By following the methods given above, you can easily transfer all types of files. I hope this article helped you! Share it with your friends also. If you have any doubts related to this, let us know in the comment box below.


Ford unveils all-electric Mustang Mach E compact SUV
by WABCNEW YORK CITY -- Ford is unveiling a major transformation for an iconic American muscle car.
Meet the fully electric Mustang Mach E.
The automaker says its five-passenger compact SUV comes close to matching the performance specifications of the original Ford Mustang.
"Something that is going to be fast and efficient, fast and sustainable, fast and good for the environment, that's what we wanted," said Jason Castriota, global brand director of battery electric vehicles. "We wanted this idea of guilt free exhilaration."
The base model will have a range of about 230 miles per charge, with a long-range option of more than 300 miles.
"Typically it will tell you to stop for 20 minutes somewhere, and you might ask, is there any food there?" Global Product Development Director Darren Palmer said. "Touch. It will tell you. But are there mini charges there? Are they full? Press, and it will tell you."
It will go from zero to 60 in a little over six seconds, while the performance GT version will do it in about 3.5 seconds.
"Younger families wanted that vehicle," Castriota said. "They wanted something that was big enough to fit them, their family, their gear so they can do and have these road trips and experiences."
The base version is rear-wheel-drive, with all-wheel-drive options. It has the Mustang pony badge on the front and rear, a long hood and a fastback look at the rear. Yet designers preserved rear-seat headroom with a blacked-out glass roof.
"As soon as you come up to the car, it detects you, it loads your profile into the car," Palmer said. "After you have been using it for about an hour, it will adjust to the things you're doing...every car setting is there in one place in a row, so if you are searching for something, you can find it. You just browse."
The Mustang team set up the Mach E's chassis tuning, which determines its handling. Designers also copied the Mustang's triple tail lights.
U.S. orders are being taken now, and the SUV will reach showrooms next fall.
The base model will start just under $44,000, with the GT starting around $65,000. Ford buyers are still eligible for a $7,500 federal tax credit, which is being phased out at Tesla and General Motors.
Ford has a deal with Electrify America and others for a national network that includes over 12,000 charging stations and 35,000 plugs, so EV owners can go on longer trips.
The company also will have 2,100 of its U.S. dealerships certified to service electric vehicles.
The Associated Press contributed to this story.


A mutable identifier is a defining parameter that the user can change: ie email address or username
Using OAuth 2.0 or OpenID Connect for federated login is common practice, and many web apps allow you to “Sign in with X”.
Here is what a vulnerable “Sign in with GitHub” looks like:- User visit a web application that implements “Sign in with GitHub”.
- User hits “Sign in with GitHub”.
- After performing the OAuth2 / OpenID Connect flow, the user lands back at the web application, with proof of authorization (in case of OAuth2) / authentication (in case of OpenID Connect).
- The web application is using an endpoint, for example /userinfo, to access user information (emails, user id, username, …).
- The site chooses to use the GitHub username as the basis to match the GitHub user to the internal user. Internally, the app might keep information on payments, invoices, and other data.


1. Shalom Andrews and Trilochan Choreography on 'We Don't Talk Anymore- Charlie Puth'
2. Tricia Miranda's Choreography on the song 'All The Way Up'
3. Kyle Hanagami Choreography on the song 'Shape of You- Ed Sheeran'
4. Sushant Khatri Choreography on the song 'Dance The Way You Dance'
5. Lia Kim Choreography on the song 'Closer'
1. Kate Jablonski and Beyond Words Dance Company Choreography on 'In This Shirt'
2. Terence Lewis Contemporary Dance Co - Solo @ Bailamos 2016
3. @PhillipChbeeb & Renee Kester | @ElliotMossMusic 'SLIP'
4. Jonathan Lutwyche Choreography on the song 'Human'
5. Stance Dance Choreography on the song 'A Thousand Years'
1. Manju Warrier's Bharatnatyam Dance
2. Svetlana Tulasi Kathak Dance on the song 'Mohe Rang Do Laal'
3. Garba Dance Choreography by Gujrati Folk Dancers
4. Odissi Dance by Sujata Mohapatra - Pallavi
5. Bhangra Empire dance performance
1. Susanna Reid & Kevin dance the Paso Doble on the song 'Los Toreadors'
2. Hayley and Leonardo - Argentine tango
3. Salsa Dance Choreography
4. Tap Choreography on the song 'Rodrigo y Gabriela'
5. Samba Dance Choreography on the song 'Sergio Mendes'


Granddaddy Harrison Ford Will Star In A Show Based On True Crime Doco ‘The Staircase’
by By Steffanie TanHarrison Ford is headed to the small screen in an adaptation of true crime docuseries The Staircase, once again confirming that the true crime wave is far from falling still.
If you’ve yet to watch the docuseries, it’s about crime novelist Michael Peterson who was accused of killing his wife Kathleen after she was found dead at the bottom of a staircase in their home, and the 16-year judicial battle that followed.
Peterson claimed Kathleen died after falling down the stairs, but police believe he beat his wife to death and made it look like an accident.
There have been many theories yelled into the void about what happened to Kathleen, one of which is the very real Owl Theory. If you’re interested, you can watch an explainer on Netflix right here. It’s a unique one, to say the least.
According to Variety sources, Ford is keen to executive produce the series as well as star in it. The show itself is currently being shopped to a bunch of networks and streaming services.
The Staircase, all 13 episodes of it, is available for your bingeing pleasure on Netflix now.
As for Netflix, the streaming giant recently released the trailer for its latest true crime docuseries The Confession Killer.
This docuseries will focus on serial killer Henry Lee Lucas, who claimed to have murdered as many as 600 people around the United States. However, he was only ever convicted of killing three people, including his mother. Lucas said he confessed to the murders after police fed him tranquillisers, steaks, hamburgers, and milkshakes.
Per Netflix, the five-part docuseries will explore how the man “once called America’s most prolific serial killer was really a complex figure entangled in a flawed justice system.”
The Confession Killers is slated for release December 6.
You can read more about it below.
Image: AP / Richard Shotwell


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