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[Blu-Ray Review] DC's Legends Of Tomorrow: The Complete Fourth Season: Now Available On Blu-ray & DVD From DC & Warner Bros
September 30, 2019 · by Kevin Lovell	· in Reviews, TV, TV Reviews.	·
DC's Legends Of Tomorrow: The Complete Fourth Season [Blu-Ray]
Cast: Brandon Routh, Caity Lotz, Dominic Purcell
A Review By: Kevin Lovell
Disc Rating: 7.5/10
After defeating the demon Mallus by cuddling him to death last season, DC's Legends of Tomorrow join John Constantine and Ava Sharpe's Time Bureau to save their world – and their legacy – from magical creatures from myths, fairytales and legends who have escaped and infected history. As the Legends time-travel across historical events and encounter famous figures, they now have to contend with an added shot of magical craziness!
Please Note: Warner Bros. Home Entertainment provided me with a free copy of the Blu-ray I reviewed in this Post. The opinions I share are my own.
The fourth season of 'DC's Legends of Tomorrow' rejoins our legends following their defeat of Mallus. But even while they may have defeated one terrifying threat, the actions they took to do so resulted in some unexpected consequences; namely the unintentional release of numerous deadly and unfamiliar creatures that managed to sneak out of their eternal prisons. Now, the legends must enlist the help of the magic wielding John Constantine in order to assist in locating the monsters and sending them to hell. But as they face off against one creature after another across time and space, the team starts to discover that they might not all be as easily classified as deadly and unflinching monsters. But as the team of the wave rider tries to help make things right in their own unique way, other threats both from afar and uncomfortably close to home begin arising.
Season four of 'DC's Legends of Tomorrow' flies in full force with another massively entertaining collection of episodes spanning across time and space and loaded with gorgeous time periods, electrifying action and plenty of laughs. As per usual, it also switches up the team members to a degree, adding some noteworthy newcomers to the roster such as John Constantine (and with fan favorite Matt Ryan of the short-lived NBC series reprising his role no less) and of course no shortage of clever new monsters and villains for our heroes to tear through time and space after. With everything from deadly unicorns and fairy godmothers to foes much closer than they might imagine providing threats to our legends this season, all of it makes for another wildly entertaining and full throttle season of timeless fun that fans of the show should thoroughly appreciate. The 'DC's Legends of Tomorrow: The Complete Fourth Season' 2-disc Blu-ray release itself collects all sixteen episodes with solid overall high definition video and audio presentations for each, combined with some fun extras including 'Deleted Scene(s)' for numerous episodes in the season along with more (please see the special features section in the technical specification coverage of the review below for more detailed information) which should altogether do the trick and make it well worth grabbing a copy for dedicated fans of this consistently fun series that already own the previous three season sets on Blu-ray.
Overall, the fourth season of 'DC's Legends of Tomorrow' is another wildly entertaining and out of this world batch of adventures loaded with time-traveling fun and action-packed excitement, not to mention plenty of humor and dramatic tension that all makes for another wonderful season of this consistently pleasing show. Any fans who happen to be a bit behind will definitely want to make a point of catching up sooner than later if possible. Warner's 2-disc Blu-ray collection of 'DC's Legends of Tomorrow: The Complete Fourth Season' is definitely recommended for the series fans that have been collecting the season sets over the years who should be quite satisfied with the more than capable high definition video and audio presentations on every episode along with a few fun extras and packaging that'll line up perfectly with the other sets in your collection.
The Blu-ray release of 'DC's Legends of Tomorrow: The Complete Fourth Season' features a full 1080p High Definition presentation utilizing the show's original 1.78:1 Aspect Ratio on all of the fourth season's episodes. The video presentations look fantastic altogether and deliver sharp, detailed and colorful presentations on each episode, with no significant faults or issues to be found throughout. They hold up admirably even during the numerous darkly lit, fast moving and heavily populated moments throughout, never causing anything onscreen to become negatively affected, let alone rendered indiscernible. Overall, these are pretty great high definition video presentations that deliver quite capably and should please the fans, especially those who've been satisfied with the previous three Blu-ray releases of the series.
The Blu-ray release features a 5.1 channel DTS-HD Master Audio soundtrack on all 16 Season Four episodes. These multichannel soundtracks are another batch of crisp, clean and continually hard hitting audio presentations. They frequently take full advantage of all five available channels in order to send flying characters, spacecraft, guns, flames and a great deal more consistently whipping throughout the various speakers whenever appropriate, and never resulting in any dialogue or other audio elements that might be occurring simultaneously becoming distorted or rendered inaudible. Overall, these are magnificent 5.1 DTS-HD MA soundtracks that continually impress and should have no trouble slapping a smile on your face.
The Blu-ray release of 'DC's Legends of Tomorrow: The Complete Fourth Season' includes a few fun extras that fans of the series should enjoy. Included on the release are 'Deleted Scene(s)' from 11 of the season's episodes (running approximately 20 minutes in length altogether), along with a 'Gag Reel' (running approximately 9 minutes) and a couple of new Featurettes for the season including: 'DC's Legends of Tomorrow: Season 4 Post Production Theater' (approximately 5 minutes) and 'DC's Legends of Tomorrow: Legendary Storytelling' (approximately 3 minutes).
*Please note that the above images are taken from the Blu-Ray and resized. They will additionally suffer quality loss as a result of .jpg compression. Larger versions of each image can be viewed by clicking on the image. All images and content included on this Blu-Ray release are the property of their respective owners.
'DC's Legends Of Tomorrow: The Complete Fourth Season' is Now Available to Own on Blu-ray & DVD from DC Entertainment & Warner Bros Home Entertainment
You can purchase your copy of 'Legends Of Tomorrow: Season 4' by clicking on the Amazon Cart icon below!
Tags: Amy Louise Pemberton, Arrowverse, Blu-Ray, Blu-ray reviews, Brandon Routh, Caity Lotz, DC Comics, DC Entertainment, DC TV, DC's Legends of Tomorrow, DC's Legends of Tomorrow Season 4, DC's Legends of Tomorrow Season 4 Blu ray review, DC's Legends of Tomorrow Season 4 Blu ray reviews, DC's Legends of Tomorrow Season 4 Review, Dominic Purcell, Jes Macallan, Legends of Tomorrow, Legends of Tomorrow Season 4, Legends of Tomorrow Season 4 Blu-ray, Legends of Tomorrow Season 4 Blu-ray review, Legends of Tomorrow Season 4 Blu-ray reviews, Legends of Tomorrow Season 4 Review, Legends of Tomorrow Season 4 Reviews, Maisie Richardson-Sellers, Matt Ryan, Nick Zano, Reviews, September 24 Blu-ray new release reviews, September 24 Blu-ray new releases, September 24 Blu-ray releases, September 24 Blu-ray reviews, September BD Releases, September BD Reviews, September Blu ray New Releases, September Blu ray Releases, September Blu ray Reviews, September Blu-ray TV Releases, September Blu-ray TV Reviews, TV Blu-ray reviews, TV On BD, TV On Blu-ray, TV Reviews, TV Season Reviews, Warner Bros, Warner Bros. Home Entertainment
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text:
Aim and Mission
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© 2023 Lives Not Knives
Home > Impact > Social Value Papers
The 'Institute for Public Policy Research' claims that over 50% of students expelled from school have been diagnosed with some form of mental illness.
A report from SedEC states that at least 50% of the United Kingdom's prison population were expelled from school.
The knife crime epidemic reached an all-time high in 2018, with homicides committed by knife being the highest in 50 years
LNK Aspire:
LNK Aspire is a scheme where we guide young people who are a part of or at risk of joining the criminal cycle on to the right path. We targeted Year 11s in two Croydon Pupil Referral Units, 'Phil Edwards' and 'Moving On', both part of the Saffron Valley Collegiate, from June 2018 to March 2019. There are also some other criteria that some of the people we work with meet.
In order to be eligible to be referred to the Aspire programme, the pupils must meet the following criteria:
Be aged 15 or 16 and in year 11 when recruited into the service
Considered 'at risk' of not being in employment, education, or in training in the future
Considered 'at risk' of being excluded from their school, or have already been excluded
They are already attending a pupil referral unit, or an alternative education school
Have very low attainment levels and are making little educational progress
School attendance level of less than 90%
At risk of being involved in gang crime
Misuse of substances such as cannabis
Have been identified as suffering from a mental health issue
Having special educational needs, e.g. ADHD, Dyslexia, and OCD
Societal Benefit:
The average cost of sending a male aged 15-17 to a young offenders' institute is £85,975 per year. By 24 of the 31 members being in employment, education, or training, this significantly reduces the chance of them offending and getting sent to prison in the future It is also estimated that the cost to society of a person not being in employment, education, or training is £120,000 for their lifetime, through costs such as benefits and lost income tax. This means that our 2018/19 programme will potentially save the government £2 million per year through less young offenders, as well as an additional £2.9 million overall by keeping them in employment, education, or training.
Teacher Resource Pack:
When Lives not Knives was created it was done with the goal of positively impacting and changing the lives of young people at risk of youth violence. But we are working against the backdrop of an increasingly fragmented set up. The education system is complex with a mix of free schools, maintained schools, academies and PRU's. Agencies and government bodies want to do more to protect children but, due to conflicting or competing priorities, are not always able to do so. What we are seeing is that children need everyone in society to work together to put them first and protect them. What we are hearing is that this is not always the case. Our resources are finite and our funding limited, which impacts the number of children that we are able to reach, so to address this, last year we introduced the Teachers Resource Pack.
The Teachers Resource Pack is essentially a toolkit we have created to support and assist education staff in their work with children, young people and families. It provides information, advice and links to resources specific to knife crime, including lesson plans for KS2. While the material addresses matters like the consequences of carrying a knife – it also aims to offer inspiration to children to pursue positive alternatives, using real life stories of young people's experiences as a basis.
Our pack includes 5 films featuring clips from the following people:
Dunia Shafik – Her son stabbed and killed someone in a revenge attack
Sophie Sterling – Her brother was stabbed to death
Junior Barrister
Trauma Surgeon
Dunia and Sophie have 2 hard-hitting stories, where they explain how their lives have been impacted so negatively by knife crime. After each of these 2 videos are watched, the teacher will host a class discussion asking for opinions on the stories, asking questions such as what they would have done if they were in the position of the offenders.
The other 3 films are mainly to do with improving knowledge levels of the pupils. The junior barrister and the police officer go over information such as the legal consequences of carrying a knife and how your future is affected, for example going to prison and not being able to apply for certain jobs in the future due to your criminal record. The trauma surgeon goes over the severity of stabbing someone and how it can have severe long-term psychological effects for the victim as well as the obvious physical effects.
So far, we have delivered this pack to 83 teachers and youth workers, who have been able to deliver lessons and reach out to approximately 5000 young people. These lessons have been met with great success, with teachers and youth workers giving us very positive feedback about how the materials have helped challenge inaccurate perceptions about knife crime, helped young people develop the confidence to resist pressure to carry knives, and helped them to inspire young people to recognise positive role models. In the coming year we are looking forward to working with more schools going forward to deliver these materials. In the long-term we would like this to become safely and effectively integrated into the school curriculum - possibly within the PSHE education provision where we think it could make sense.
If you would like to read more of our most recent Social Value Paper please click on the link below.
Social Value Paper 2018-2019 >
Registered charity number 1153634

redpajama_set_name: RedPajamaCommonCrawl


Brand poster frame mockup free help you to present your graphics work in a realistic style. Very simple edit with smart layers. Free for personal and commercial use. Many thanks to Graphicgoogle for sharing this gorgeous mockup. Enjoy!


text:
import os
import logging

import theano
from theano import Apply
from theano import gof
from theano.tensor import as_tensor_variable, TensorType
from theano.tensor.blas_headers import blas_header_text
from theano.tensor.blas import ldflags

_logger = logging.getLogger(__name__)

class BaseCorrMM(gof.Op):
    """
    Base class for `CorrMM`, `CorrMM_gradWeights` and
    `CorrMM_gradInputs`. Cannot be used directly.
    Parameters
    ----------
    border_mode : {'valid', 'full', 'half'}
        Additionally, the padding size could be directly specified by an integer
        or a pair of integers
    subsample
        Perform subsampling of the output (default: (1, 1)).

    """
    check_broadcast = False
    __props__ = ('border_mode', 'subsample')

    def __init__(self, border_mode="valid", subsample=(1, 1)):
        if isinstance(border_mode, int):
            if border_mode < 0:
                raise ValueError(
                    'invalid border_mode {}, which must be a '
                    'non-negative integer'.format(border_mode))
            border_mode = (border_mode, border_mode)
        if isinstance(border_mode, tuple):
            if len(border_mode) != 2 or border_mode[0] < 0 or border_mode[1] < 0:
                raise ValueError(
                    'invalid border_mode {}, which must be a '
                    'pair of non-negative integers'.format(border_mode))
            pad_h, pad_w = map(int, border_mode)
            border_mode = (pad_h, pad_w)
        if not ((isinstance(border_mode, tuple) and min(border_mode) >= 0) or
                border_mode in ('valid', 'full', 'half')):
            raise ValueError(
                'invalid border_mode {}, which must be either '
                '"valid", "full", "half", an integer or a pair of'
                ' integers'.format(border_mode))
        self.border_mode = border_mode
        if len(subsample) != 2:
            raise ValueError("subsample must have two elements")
        self.subsample = subsample

    @property
    def pad(self):
        if self.border_mode != 'valid':
            return self.border_mode
        return (0, 0)

    def __str__(self):
        return '%s{%s, %s}' % (
            self.__class__.__name__,
            self.border_mode,
            str(self.subsample))

    def c_support_code(self):
        return blas_header_text()

    def c_libraries(self):
        return ldflags()

    def c_compile_args(self):
        return ldflags(libs=False, flags=True)

    def c_lib_dirs(self):
        return ldflags(libs=False, libs_dir=True)

    def c_header_dirs(self):
        return ldflags(libs=False, include_dir=True)

    def c_headers(self):
        return ['<stdio.h>']

    def c_code_cache_version(self):
        # raise this whenever modifying any of the support_code_files
        return (1, 0)

    def c_support_code_apply(self, node, nodename):
        # REMEMBER TO RAISE c_code_cache_version when changing any of
        # these files
        sub = {}
        dtype = str(node.__dict__['inputs'][0].dtype)
        assert dtype in ('float32', 'float64')
        if dtype == 'float32':
            sub['gemm'] = 'sgemm_'
            sub['float_type'] = 'npy_float'
            sub['float_typenum'] = 'NPY_FLOAT'
            sub['n_bytes'] = 4
            sub['c_float_type'] = 'float'
        else:
            sub['gemm'] = 'dgemm_'
            sub['float_type'] = 'npy_double'
            sub['float_typenum'] = 'NPY_DOUBLE'
            sub['n_bytes'] = 8
            sub['c_float_type'] = 'double'
        files = ['corr_gemm.c']
        codes = [open(os.path.join(os.path.split(__file__)[0], f)).read()
                 for f in files]
        final_code = ''
        for code in codes:
            final_code += code
        return final_code % sub

    def c_code_helper(self, bottom, weights, top, direction, sub, height=None, width=None):
        """
        This generates the C code for CorrMM (direction="forward"),
        CorrMM_gradWeights (direction="backprop weights"), and
        CorrMM_gradInputs (direction="backprop inputs").
        Depending on the direction, one of bottom, weights, top will
        receive the output, while the other two serve as inputs.

        :param bottom: Variable name of the input images in the forward pass,
            or the gradient of the input images in backprop wrt. inputs
        :param weights: Variable name of the filters in the forward pass,
            or the gradient of the filters in backprop wrt. weights
        :param top: Variable name of the output images / feature maps in the
            forward pass, or the gradient of the outputs in the backprop passes
        :param direction: "forward" to correlate bottom with weights and store
            results in top,
            "backprop weights" to do a valid convolution of bottom with top
            (swapping the first two dimensions) and store results in weights,
            and "backprop inputs" to do a full convolution of top with weights
            (swapping the first two dimensions) and store results in bottom.
        :param sub: Dictionary of substitutions useable to help generating the
            C code.
        :param height: If self.subsample[0] != 1, a variable giving the height
            of the filters for direction="backprop weights" or the height of
            the input images for direction="backprop inputs".

            If self.border_mode == 'half', a variable giving the height of the
            filters for direction="backprop weights".  Ignored otherwise.
        :param width: If self.subsample[1] != 1, a variable giving the width
            of the filters for direction="backprop weights" or the width of the
            input images for direction="backprop inputs".

            If self.border_mode == 'half', a variable giving the width of the
            filters for direction="backprop weights".  Ignored otherwise.
        """
        dH, dW = self.subsample
        if self.border_mode == "half":
            padH = padW = -1
        elif self.border_mode == "full":
            padH = padW = -2
        elif isinstance(self.border_mode, tuple):
            padH, padW = self.border_mode
        else:
            assert self.border_mode == "valid"
            padH = padW = 0
        if direction == "forward":
            direction = 0
            out = top
        elif direction == "backprop weights":
            direction = 1
            out = weights
        elif direction == "backprop inputs":
            direction = 2
            out = bottom
        else:
            raise ValueError("direction must be one of 'forward', "
                             "'backprop weights', 'backprop inputs'")
        # When subsampling, we cannot unambiguously infer the height and width
        # of bottom and weights from top, so we require them to be given.
        # Similarly, when border_mode="half", we cannot infer the weight size.
        if ((direction != 0) and (dH != 1)) or ((direction == 1) and (padH == -1)):
            if not height:
                raise ValueError("height must be given for backprop with vertical sampling or border_mode='half'")
            height = '(*(npy_int*)(PyArray_DATA(%s)))' % height
        else:
            height = 'NULL'
        if ((direction != 0) and (dW != 1)) or ((direction == 1) and (padW == -1)):
            if not width:
                raise ValueError("width must be given for backprop with horizontal sampling or border_mode='half'")
            width = '(*(npy_int*)(PyArray_DATA(%s)))' % width
        else:
            width = 'NULL'
        sub = sub.copy()
        sub.update(locals())

        return """
    // Mandatory args
    int direction = %(direction)s;  // forward, bprop weights, bprop inputs

    // Optional args
    int dH = %(dH)s;
    int dW = %(dW)s;
    int padH = %(padH)s;
    int padW = %(padW)s;

    PyArrayObject * bottom = %(bottom)s;
    PyArrayObject * weights = %(weights)s;
    PyArrayObject * top = %(top)s;
    PyArrayObject * out2 = NULL;

    // Obtain or infer kernel width and height
    // (we need to know it early to be able to handle auto-padding)
    int kH, kW;
    if (direction != 1) {
        // weight is an input variable, we can just read its shape
        kH = PyArray_DIMS(weights)[2];
        kW = PyArray_DIMS(weights)[3];
    }
    else {
        if ((dH != 1) || (padH == -1)) {
            // vertical subsampling or half padding, kernel height is specified
            kH = %(height)s;
        }
        else if (padH == -2) {
            // vertical full padding, we can infer the kernel height
            kH = 2 - PyArray_DIMS(bottom)[2] + (PyArray_DIMS(top)[2] - 1) * dH;
        }
        else {
            // explicit padding, we can infer the kernel height
            kH = PyArray_DIMS(bottom)[2] + 2*padH - (PyArray_DIMS(top)[2] - 1) * dH;
        }
        if ((dW != 1) || (padW == -1)) {
            kW = %(width)s;
        }
        else if (padW == -2) {
            kW = 2 - PyArray_DIMS(bottom)[3] + (PyArray_DIMS(top)[3] - 1) * dW;
        }
        else {
            kW = PyArray_DIMS(bottom)[3] + 2*padW - (PyArray_DIMS(top)[3] - 1) * dW;
        }
    }

    // Auto-padding if requested
    if (padH == -1) {  // vertical half padding
        padH = kH / 2;
    }
    else if (padH == -2) {  // vertical full padding
        padH = kH - 1;
    }
    else if (padH < 0) {
        PyErr_SetString(PyExc_ValueError, "BaseCorrMM: padH must be >= -2");
        %(fail)s
    }
    if (padW == -1) {  // horizontal half padding
        padW = kW / 2;
    }
    else if (padW == -2) {  // horizontal full padding
        padW = kW - 1;
    }
    else if (padW < 0) {
        PyErr_SetString(PyExc_ValueError, "BaseCorrMM: padW must be >= -2");
        %(fail)s
    }

    // Infer output shape
    npy_intp out_dim[4];
    switch(direction) {
    case 0:  // forward pass
        // output is top: (batchsize, num_filters, height, width)
        // height and width: top = (bottom + 2*pad - weight) / sample + 1
        out_dim[0] = (npy_intp)PyArray_DIMS(bottom)[0];
        out_dim[1] = (npy_intp)PyArray_DIMS(weights)[0];
        out_dim[2] = (npy_intp)((PyArray_DIMS(bottom)[2] + 2*padH - PyArray_DIMS(weights)[2]) / dH + 1);
        out_dim[3] = (npy_intp)((PyArray_DIMS(bottom)[3] + 2*padW - PyArray_DIMS(weights)[3]) / dW + 1);
        break;
    case 1:  // backprop wrt. weights
        // output is weights: (num_filters, num_channels, height, width)
        // height and width: weights = bottom + 2*pad - (top - 1) * sample
        out_dim[0] = (npy_intp)PyArray_DIMS(top)[1];
        out_dim[1] = (npy_intp)PyArray_DIMS(bottom)[1];
        out_dim[2] = (npy_intp)kH;  // already inferred further above
        out_dim[3] = (npy_intp)kW;  // how convenient
        break;
    case 2:  // backprop wrt. inputs
        // output is bottom: (batchsize, num_channels, height, width)
        // height and width: bottom = (top - 1) * sample + weights - 2*pad
        out_dim[0] = (npy_intp)PyArray_DIMS(top)[0];
        out_dim[1] = (npy_intp)PyArray_DIMS(weights)[1];
        out_dim[2] = (npy_intp)((dH != 1) ? %(height)s : (PyArray_DIMS(top)[2] - 1) * dH + PyArray_DIMS(weights)[2] - 2*padH);
        out_dim[3] = (npy_intp)((dW != 1) ? %(width)s : (PyArray_DIMS(top)[3] - 1) * dW + PyArray_DIMS(weights)[3] - 2*padW);
        break;
    default:
        PyErr_SetString(PyExc_ValueError, "BaseCorrMM: direction must be 0, 1, or 2\\n");
        %(fail)s
    }

    // Prepare output array
    int typenum;
    if ( !(%(out)s
           && PyArray_NDIM(%(out)s)==4
           && PyArray_IS_C_CONTIGUOUS(%(out)s)
           && PyArray_DIMS(%(out)s)[0]==out_dim[0]
           && PyArray_DIMS(%(out)s)[1]==out_dim[1]
           && PyArray_DIMS(%(out)s)[2]==out_dim[2]
           && PyArray_DIMS(%(out)s)[3]==out_dim[3]))
    {
        Py_XDECREF(%(out)s);
        if (direction != 1) {
          typenum = PyArray_TYPE(weights);
        }
        else {
          typenum = PyArray_TYPE(bottom);
        }
        %(out)s = (PyArrayObject*)PyArray_EMPTY(4,
                                          out_dim,
                                          typenum,
                                          0);
        if (NULL == %(out)s)
        {
            PyErr_Format(PyExc_RuntimeError,
                    "BaseCorrMM: Failed to allocate output of %%d x %%d x %%d x %%d",
                    out_dim[0], out_dim[1], out_dim[2], out_dim[3]);
            %(fail)s
        }
    }

    // Call corrMM code
    out2 = corrMM(%(bottom)s, %(weights)s, %(top)s, direction, dH, dW, padH, padW);
    if (out2==NULL){
       %(fail)s
    }
    assert (out2 == %(out)s);

""" % sub

class CorrMM(BaseCorrMM):
    """
    CPU correlation implementation using Matrix Multiplication.

    Parameters
    ----------
    border_mode
        The width of a border of implicit zeros to pad the
        input with. Must be a tuple with 2 elements giving the numbers of rows
        and columns to pad on each side, or a single integer to pad the same
        on all sides, or a string shortcut setting the padding at runtime:
        ``'valid'`` for ``(0, 0)`` (valid convolution, no padding), ``'full'``
        for ``(kernel_rows - 1, kernel_columns - 1)`` (full convolution),
        ``'half'`` for ``(kernel_rows // 2, kernel_columns // 2)`` (same
        convolution for odd-sized kernels). Note that the two widths are each
        applied twice, once per side (left and right, top and bottom).
    subsample
        The subsample operation applied to each output image.
        Should be a tuple with 2 elements.
        `(sv, sh)` is equivalent to `CorrMM(...)(...)[:,:,::sv, ::sh]`,
        but faster.
        Set to `(1, 1)` to disable subsampling.

    """
    def __init__(self, border_mode="valid", subsample=(1, 1)):
        super(CorrMM, self).__init__(border_mode, subsample)

    def make_node(self, img, kern):
        img = as_tensor_variable(img)
        kern = as_tensor_variable(kern)
        if img.type.ndim != 4:
            raise TypeError('img must be 4D tensor')
        if kern.type.ndim != 4:
            raise TypeError('kern must be 4D tensor')

        broadcastable = [img.type.broadcastable[0], kern.type.broadcastable[0],
                         False, False]
        dtype = img.type.dtype
        return Apply(self, [img, kern], [TensorType(dtype, broadcastable)()])

    def infer_shape(self, node, input_shape):
        if self.border_mode == "half":
            padH = padW = -1
        elif self.border_mode == "full":
            padH = padW = -2
        elif isinstance(self.border_mode, tuple):
            padH, padW = self.border_mode
        else:
            assert self.border_mode == "valid"
            padH = padW = 0
        dH, dW = self.subsample
        imshp = input_shape[0]
        kshp = input_shape[1]
        bsize, imshp = imshp[0], list(imshp[2:])
        nkern, kshp = kshp[0], list(kshp[2:])
        kH, kW = kshp
        if padH == -1:
            padH = kH // 2
        elif padH == -2:
            padH = kH - 1
        elif padH < 0:
            raise ValueError("CorrMM: border_mode must be >= 0")
        if padW == -1:
            padW = kW // 2
        elif padW == -2:
            padW = kW - 1
        elif padW < 0:
            raise ValueError("CorrMM: border_mode must be >= 0")
        out_shp0 = (imshp[0] + 2 * padH - kshp[0]) // dH + 1
        out_shp1 = (imshp[1] + 2 * padW - kshp[1]) // dW + 1
        out_shp = (out_shp0, out_shp1)
        return [(bsize, nkern) + out_shp]

    def c_code(self, node, nodename, inp, out_, sub):
        bottom, weights = inp
        top, = out_
        direction = "forward"
        return super(CorrMM, self).c_code_helper(bottom, weights, top, direction, sub)

    def grad(self, inp, grads):
        bottom, weights = inp
        top, = grads
        d_bottom = CorrMM_gradInputs(self.border_mode,
                                     self.subsample)(weights, top,
                                                     bottom.shape[-2:])
        d_weights = CorrMM_gradWeights(self.border_mode,
                                       self.subsample)(bottom, top,
                                                       weights.shape[-2:])
        return d_bottom, d_weights

class CorrMM_gradWeights(BaseCorrMM):
    """
    Gradient wrt. filters for `CorrMM`.

    Notes
    -----
    You will not want to use this directly, but rely on
    Theano's automatic differentiation or graph optimization to
    use it as needed.

    """

    def __init__(self, border_mode="valid", subsample=(1, 1)):
        super(CorrMM_gradWeights, self).__init__(border_mode, subsample)

    def make_node(self, img, topgrad, shape=None):
        img = as_tensor_variable(img)
        topgrad = as_tensor_variable(topgrad)
        if img.type.ndim != 4:
            raise TypeError('img must be 4D tensor')
        if topgrad.type.ndim != 4:
            raise TypeError('topgrad must be 4D tensor')
        if self.subsample != (1, 1) or self.border_mode == "half":
            if shape is None:
                raise ValueError('shape must be given if subsample != (1, 1)'
                                 ' or border_mode == "half"')
            height_width = [shape[0], shape[1]]
        else:
            height_width = []

        broadcastable = [topgrad.type.broadcastable[1], img.type.broadcastable[1],
                         False, False]
        dtype = img.type.dtype
        return Apply(self, [img, topgrad] + height_width,
                     [TensorType(dtype, broadcastable)()])

    def infer_shape(self, node, input_shape):
        if self.border_mode == "half":
            padH = padW = -1
        elif self.border_mode == "full":
            padH = padW = -2
        elif isinstance(self.border_mode, tuple):
            padH, padW = self.border_mode
        else:
            assert self.border_mode == "valid"
            padH = padW = 0
        dH, dW = self.subsample
        imshp = input_shape[0]
        topshp = input_shape[1]
        ssize, imshp = imshp[1], list(imshp[2:])
        nkern, topshp = topshp[1], list(topshp[2:])
        height_width = node.inputs[-2:]
        if ((dH != 1) or (padH == -1)):
            # vertical subsampling or half padding, kernel height is specified
            kH = height_width[0]
        elif padH == -2:
            # vertical full padding, we can infer the kernel height
            kH = 2 - imshp[0] + (topshp[0] - 1) * dH
        else:
            # explicit padding, we can infer the kernel height
            kH = imshp[0] + 2 * padH - (topshp[0] - 1) * dH
        if ((dW != 1) or (padW == -1)):
            kW = height_width[1]
        elif (padW == -2):
            kW = 2 - imshp[1] + (topshp[1] - 1) * dW
        else:
            kW = imshp[1] + 2 * padW - (topshp[1] - 1) * dW
        return [(nkern, ssize, kH, kW)]

    def c_code(self, node, nodename, inp, out_, sub):
        bottom, top = inp[:2]
        height, width = inp[2:] or (None, None)
        weights, = out_
        direction = "backprop weights"
        return super(CorrMM_gradWeights,
                     self).c_code_helper(bottom, weights, top, direction,
                                         sub, height, width)

    def grad(self, inp, grads):
        bottom, top = inp[:2]
        weights, = grads
        d_bottom = CorrMM_gradInputs(self.border_mode,
                                     self.subsample)(weights, top,
                                                     bottom.shape[-2:])
        d_top = CorrMM(self.border_mode,
                       self.subsample)(bottom, weights)
        d_height_width = ((theano.gradient.DisconnectedType()(),) * 2
                          if len(inp) == 4 else ())
        return (d_bottom, d_top) + d_height_width

    def connection_pattern(self, node):
        if node.nin == 2:
            return [[1], [1]]
        else:
            return [[1], [1], [0], [0]]  # no connection to height, width

class CorrMM_gradInputs(BaseCorrMM):
    """
    Gradient wrt. inputs for `CorrMM`.

    Notes
    -----
    You will not want to use this directly, but rely on
    Theano's automatic differentiation or graph optimization to
    use it as needed.

    """

    def __init__(self, border_mode="valid", subsample=(1, 1)):
        super(CorrMM_gradInputs, self).__init__(border_mode, subsample)

    def make_node(self, kern, topgrad, shape=None):
        kern = as_tensor_variable(kern)
        topgrad = as_tensor_variable(topgrad)
        if kern.type.ndim != 4:
            raise TypeError('kern must be 4D tensor')
        if topgrad.type.ndim != 4:
            raise TypeError('topgrad must be 4D tensor')
        if self.subsample != (1, 1) and shape is None:
            raise ValueError('shape must be given if subsample != (1, 1)')
        height_width = [shape[0], shape[1]] if self.subsample != (1, 1) else []

        broadcastable = [topgrad.type.broadcastable[0], kern.type.broadcastable[1],
                         False, False]
        dtype = kern.type.dtype
        return Apply(self, [kern, topgrad] + height_width,
                     [TensorType(dtype, broadcastable)()])

    def infer_shape(self, node, input_shape):
        if self.border_mode == "half":
            padH = padW = -1
        elif self.border_mode == "full":
            padH = padW = -2
        elif isinstance(self.border_mode, tuple):
            padH, padW = self.border_mode
        else:
            assert self.border_mode == "valid"
            padH = padW = 0
        dH, dW = self.subsample
        kshp = input_shape[0]
        topshp = input_shape[1]
        ssize, kshp = kshp[1], list(kshp[2:])
        bsize, topshp = topshp[0], list(topshp[2:])
        height_width = node.inputs[-2:]
        if padH == -1:
            padH = kshp[0] // 2
        elif padH == -2:
            padH = kshp[0] - 1
        elif padH < -2:
            raise ValueError('CorrMM_gradInputs: border_mode must be >= 0.')
        if padW == -1:
            padW = kshp[1] // 2
        elif padW == -2:
            padW = kshp[1] - 1
        elif padW < -2:
            raise ValueError('CorrMM_gradInputs: border_mode must be >= 0.')

        if dH != 1:
            out_shp0 = height_width[0]
        else:
            out_shp0 = (topshp[0] - 1) * dH + kshp[0] - 2 * padH
        if dW != 1:
            out_shp1 = height_width[1]
        else:
            out_shp1 = (topshp[1] - 1) * dW + kshp[1] - 2 * padW
        out_shp = (out_shp0, out_shp1)
        return [(bsize, ssize) + out_shp]

    def c_code(self, node, nodename, inp, out_, sub):
        weights, top = inp[:2]
        height, width = inp[2:] or (None, None)
        bottom, = out_
        direction = "backprop inputs"
        return super(CorrMM_gradInputs,
                     self).c_code_helper(bottom, weights, top, direction, sub,
                                         height,
                                         width)

    def grad(self, inp, grads):
        weights, top = inp[:2]
        bottom, = grads
        d_weights = CorrMM_gradWeights(self.border_mode,
                                       self.subsample)(bottom,
                                                       top,
                                                       weights.shape[-2:])
        d_top = CorrMM(self.border_mode,
                       self.subsample)(bottom, weights)
        d_height_width = ((theano.gradient.DisconnectedType()(),) *
                          2 if len(inp) == 4 else ())
        return (d_weights, d_top) + d_height_width

    def connection_pattern(self, node):
        if node.nin == 2:
            return [[1], [1]]
        else:
            return [[1], [1], [0], [0]]  # no connection to height, width

redpajama_set_name: RedPajamaGithub


So I was at the Open Mobile Summit last week, courtesy of WOMWorldNokia and Nokia. Now I'm under no illusions, people don't regularly read my blog, eager for the latest mobile news etc. So writing too much on this is a waste of my time – people come here because they want to know how to solve problems and do cool things. But thought I'd jot down a few thoughts from the notes I took, things that stood out for me.
Nokia N8 – there were a couple of protos about – looks like a nice device. Everything the N97 should've been maybe? Will it be too little too late, with a new iPhone round the corner? Well, I expect it to be a lot cheaper, and from what I saw, it's also looking a lot better than I think everyone expects. As good as the promo videos if not better. Can't wait to try out the camera on one tho, this should be the selling point but it's not being shouted about?
Femto cells – networks are sweating over where all the data bandwidth will come from to feed all these smartphones. The short term bet? Move base stations closer to users – think your router will also be a base station. Thing is, how happy to share will the networks be? I don't want two femto cells in my home cos me and the GF are on different networks.
4G – it's fast. great. Also expensive – not so great. Also selling it at "4G" not LTE. Right, so how are you going to sell the "unlucky network" in Asia?
People speak on phones? not anymore apparently, voice only mentioned once, in passing, by Andrew Gilbert of Quallcomm.
iPads – I think every single speaker mentioned them. But no one knew quite what they're for?
Money – big issues, who's paying for all this bandwidth, who's supporting the 1000's of app devs? Is the bubble going to burst? Is ad supported the way forward?
Nokia – going for the (massive) mass market in developing countries it seems. Big business.
Kindle screen costs more than the iPads – interesting. As soon as decent screens get cheaper (i.e. some eInk competition) expect cheaper e-readers. I like reading, this can only be a good thing. And apparently the iPad won't kill e-readers.
Finally, apparently I'm taller than expected. Heard that from three different people who'd all seen the #N900copter video.
Once again, thanks to WOMWorld for the chance to attend OMS. It was a lot more interesting than I expected, and I had a lot of great discussions with all sorts of people.
Ok, so after reading around on the net, it would seem like linux on the Nokia Booklet 3G is a no go, or a complete hassle at best. Mostly due to the GMA500 GPU. Which is a shame, as it's possibly the best built laptop I've used (nicer than my macs).
Fuse plugin won't work on Snow Leopard?
.. and you're getting the dreaded "Device not configured".
My issue was compiling unionfs-fuse for macFUSE.
Trying to get gnu readline to work on leopard so you can compile stuff that needs it?
Download it, ./configure;make;sudo make install as normal.
So your new version is picked up. This isn't an issue on Snow Leopard, for some reason.
"bus error" on snow leopard?
Anything with a configure script should test this, you can use that fact to get the correct values for your system (they might be different on a 64bit kernel, I've not checked).
P.S. Incase it affects anyone else, my issue was compiling CUDD with NuSMV.


text:
Q: ZendFramework 2 - Error in loading layout for different modules In ./config/application.config.php
return array(
    'modules' => array(
        'Application',
        'Admin',
    )
    ...

I have 2 separate set of layouts, ./module/Application/view/layout/layout.phtml and ./module/Admin/view/layout/layout.phtml
In ./module/Admin/config/module.config.php
...
'template_map' => array(
    'layout/layout' => __DIR__ . '/../view/layout/layout.phtml',
    'header'        => __DIR__ . '/../view/layout/header.phtml',
    'footer'        => __DIR__ . '/../view/layout/footer.phtml',
    'paginator'     => __DIR__ . '/../view/layout/paginator.phtml',
    'error/404'     => __DIR__ . '/../view/error/404.phtml',
    'error/index'   => __DIR__ . '/../view/error/index.phtml',
)
...

In ./module/Application/config/module.config.php
...
'template_map' => array(
    'layout/layout' => __DIR__ . '/../view/layout/layout.phtml',
    'header'        => __DIR__ . '/../view/layout/header.phtml',
    'footer'        => __DIR__ . '/../view/layout/footer.phtml',
    'paginator'     => __DIR__ . '/../view/layout/paginator.phtml',
    'error/404'     => __DIR__ . '/../view/error/404.phtml',
    'error/index'   => __DIR__ . '/../view/error/index.phtml',
)
...

Basically they are different set and some of the content are different. Unfortunately, both module only load the layout located in In ./module/Admin/config/module.config.php
I googled but didn't fount any solution that I want. Anyone has any idea on this?

A: You may be interested to know, what your configuration actually does. My Blog Post about this Topic, may interest you. Ultimately all Configuration files will be merged to one. The global configuration keys are not on a per-module basis ;)
To achieve your goal you should read Evan Courys Blog Post "Module-specific layouts in ZF2"
Evan provides a Module "EdpModuleLayouts" that makes things pretty easy. If however you only need one alternative Layout for your AdminModule, then i suggest you simply go with the example code of his Blog Post to set an alternate Layout for your AdminModule directy via your AdminModule/Module::onBootstrap
class Module
{
    public function onBootstrap($e)
    {
        $e->getApplication()->getEventManager()->getSharedManager()->attach('Zend\Mvc\Controller\AbstractActionController', 'dispatch', function($e) {
            $controller      = $e->getTarget();
            $controllerClass = get_class($controller);
            $moduleNamespace = substr($controllerClass, 0, strpos($controllerClass, '\\'));
            if ('AdminModule' === $moduleNamespace ) {
                $controller->layout('layout/admin');
            }
        }, 100);
    }
}

Not that this will set the layout to layout/admin. You would need to provide this key via your configuration:
'template_map' => array(
    'layout/admin' => 'path/to/admin/module/view/layout/admin.phtml',
)

redpajama_set_name: RedPajamaStackExchange


text:
Darbhanga () je město v Biháru, jednom z indických svazových států. K roku 2011 měl bezmála tři sta tisíc obyvatel. Je správním centrem stejnojmenného regionu a bývala hlavním  městem království zvaného Mithila, které zasahovalo i do přilehlého pohraničí Nepálu (Džanakpur).
Ačkoli oficiálním jazykem státu Bihár je hindština, místním jazykem mithilského regionu včetně Darbhangy je maithilí (mithilština).

Poloha
Darbhanga leží v Indoganžské nížině přibližně sedmdesát kilometrů severně od toku Gangy a přibližně padesát kilometrů od indicko-nepálské hranice. Od Patny, bihárského hlavního města, je vzdálena přibližně sto kilometrů severovýchodně.

Odkazy

Reference

Externí odkazy

Města v Biháru

redpajama_set_name: RedPajamaWikipedia


#ncga: Ken Goodman, RADICAL LEFTIST ???
Let's look back at a fellow named William Brisson. He was a rather moderate Democrat from Bladen County who increasingly voted with the Republicans. Finally, he pulled the trigger, switched parties, and helped pad the GOP majority.
Instead of cultivating Mr. Goodman, and possibly getting him to pull a full-Brisson, the political operation has opted for name-calling.
Let's look at some data to see what the GOP House caucus thinks is RADICAL. For 2017, Goodman received a ranking of 50 from Civitas, which made him the most conservative member of the Democrat caucus. By comparison, Nelson Dollar ended the year with a 60 rating. Ol' Nelson chairs a powerful committee and is arguably one of the most influential members of the House GOP caucus and the House as a whole.
Grades of 50 and 60 are both failing marks in school. Why is 50 "radical" but 60 NOT?
In 2016, Goodman (D) scored a rating of 57.1. That tied him with Speaker Tim Moore and leadership favorites Jason Saine (R) and John Szoka (R). Goodman actually came out more conservative than Leo Daughtry (R) AND Chuck McGrady(R).
In 2015, Goodmon scored 51.9, which made him more conservative than William Brisson (then-D but now R) and a whisker to the left of Leo Daughtry (R).
In 2014, Goodman scored 28.6 which tied him with then-Rep. Nathan Ramsey (R). William Brisson (then-D and now R) scored 21.4.
← Effort afoot to return controversial edu-crat to Lee County?


text:
Captain Louis St. Ange Bellerive (born 1698) was influential in the founding and early years of St. Louis, Missouri.

Early life
Born in 1698, Bellerive spent the first few years of his life in Montreal with his family.  However, he spent more of his childhood and teenage years growing up on the frontier.  His father, Robert Groston St. Ange, assisted a French Jesuit named Father Charlevoix while traveling up and down the Mississippi River.  In addition, Bellerive's elder brother Pierre enlisted as a soldier in the Illinois Country.  Though this ended badly for Pierre, being burned to death by the local Indians, he inspired Bellerive to join the forces as well.  Bellerive accompanied Etienne de Bourgmont as part of the French army on his expedition to establish Fort Orleans.  This was in response to the potential threat of the Spanish continuing to grow and overpower the French in their location.  It was during this time that Bellerive met various Indians and formed many friendships that proved to be helpful later in his life.

in 1736, Bellerive was put in charge of the Post Vincennes on the Wabash River.  Staying for 28 years, Bellerive helped to keep the peace between the different groups in the area, such as British, French, and Indians.  Luckily from his past experiences, Bellerive was able to artfully wind his way through the intricacies of the diplomatic nature of the position.

Involvement in St. Louis
Upon moving to St. Louis later in his life, Bellerive ran a provincial capital.  Many people were moving to St. Louis for the religious freedom aspects of the new community.  Bellerive used his past experiences of diplomatic relations to help converse with members from the different governments.

Personal life
Bellerive never married, and instead had a life-time mistress, Angelique, his Indian slave.  While working in St. Louis, he lived in Marie-Thérèse Bourgeois Chouteau's house, and oftentimes, told stories from earlier in his life of adventures.

References

1698 births
People from St. Louis
Year of death unknown


text:
Vicky Sequeira
Gwyneth Paltrow started selling a vagina scented candle in her online Goop store. Here the 47 years old actress has found another way to shock the world. It will certainly demand your attention.
Gwyneth named the candle as This Smells Like My Vagina. It started selling last week. The fragrance of the candle is packed with geranium, citrus bergamot and cedar. Customers are buying it at a cost of $75. Now the candle is sold on both Goop's and Heretic's websites.
It is already sold out in a hurry. Further customers can sign up for a waitlist for when it comes back in stock.
It was all started as a joke!!
Originally the idea for the candle was started out as a joke made by Heretic. It was mentioned in the product description that the product started as a joke. The joke was between perfumer Douglas Little and GP. They both were working on a fragrance, and Gwyneth blurted out,…this smells like a vagina. That evolved into a gorgeous, funny, sexy, and beautifully unexpected scent.
Goop's last year's gift guide
Last year Goop made a headline over a holiday gift guide. The guide included $43,000 earrings and a BDSM kit. Goop named it as the ridiculous by an awesome gift guide. The BDSM kit was the best thing in the bunch. There were some other items also like handmade, animal cruelty-free moisture bar shaped like an egg for $65.
Related Topics:Goop storeGwyneth Paltrowvagina scented candle
Based out of Dacula, Georgia, Vicky has joined the team for writing Entertainment news bulletins. She is one of the senior members of the team with 5+ years of experience in online journalism and content creation. She has been a workaholic person ever since she started working. Her willingness and passion towards the work are helping News Brig reach to heights. Along with writing Entertainment news, she is the one who leads the team and implements new ideas to grow the website quickly. Basically, she is the backbone of our team.
The nomination for the ninety-second Academy Awards was finally announced on Monday. Making history, Saoirse Ronan has been nominated for her performance in Little Woman. This is Saoirse's fourth Academy Awards nomination.
Saoirse is the second-youngest performer to have been nominated for the Oscars after Jennifer Lawrence. Jennifer is the youngest to make history by making it to four Oscar nominations and is just a few months younger than Saoirse.
Jennifer made it to her fourth Oscar nomination in the year 2015 for the film Joy. Jennifer was four months younger back than Saoirse's current age.
Moreover, Saoirse will be facing stiff competition in the category of the Best Actress in the Academy Awards this year. Amongst the other nominees in the category are Renee Zellweger for Judy, Cynthia Erivo for Harriet, Scarlett Johansson for Marriage Story, and Charlize Theron for Bombshell.
The Irish Actress made it to her first nomination for the Oscars at the age of thirteen in the category supporting Actress for Atonement in 2008.
Saoirse was nominated for the second time in 2016 in the category for Best Actress for Brooklyn. Her third nomination for the prestigious awards was in 2018 for Best Actress category for Lady Bird.
Furthermore, Saoirse has been nominated for a Bafta early in this month.
Little Women saw several nominations for the Academy Awards this year dominating the list of nominees. The movie made it to the nomination for the Best Costume Design, Best Original Score, Best Adapted Screenplay, Best Supporting Actress, and for Best Picture along with Best Actress.
Besides, the movie has been critically acclaimed with IMBD rating of 8.3 ratings.
The announcement for the nominations was held by live streaming that was presented by Issa Rae and John Cho.
The ninety-second Academy Awards will be held on the 9th of February in Los Angeles at the Dolby Theatres.
The seventy-seventh Golden Globes Awards was held in The Beverly Hilton situated in LA, California on Sunday. Rocky Gervais, British comedian presented the awards to celebrate the talented actors for movies and television.
The awards show saw the presentation of the Golden Globes for various categories in both movies and television.
Moreover, the stars shone on the red carpet with their elegance and their attires. With unique designs and intricate details, the dresses stunned people attending the Golden Globes.
Amongst the most well-dressed celebrities were Jennifer Lopez, Phoebe Waller-Bridge, Kate McKinnon and many others.
Although everyone shone brightly on the awards night, we have listed top ten best-dressed celebrities which stood out from the rest:
Image Source: Twitter
Jennifer Lopez was dressed in Valentino Haute Couture. The gown had a festive vibe associated with it. Moreover, the attire looked like an ideal dress for a princess. The gold bow in the dress added all the more color to the dress.
Joey was dressed elegantly in Iris van Herpen couture. Blooming as an actor, the child actress turned to a lady and was very much capable of turning heads in the awards show.
Famous for experimentation and risks, Cate once again stole hearts with her dress from Mary Katrantzou. The lemon yellow dress conquered hearts along with rhinestone-studded in it.
Scarlett Johansson wore her dress by Vera Wang in the event that made it difficult for people to not look at the stunning lady.
Contrasting to the red carpet the yellow dress by Fendi led to people talking about your dress. Along with the dress, her jewellery added to her charm.
Priyanka Chopra, the glamorous star succeeded to make people stare at her dress by Christina Ottaviano. Moreover, the diamonds enhanced her style statement and elegance multifold.
Dressed in Saint Laurent, the actress made it to the topmost gorgeous women with deep lipstick and earrings.
Charlize Theron was dressed in Dior. The green-colored attire made Charlize look immensely attractive.
Phoebe was dressed in Ralph and Russo and pulled off the attire as well as she pulled off her character in the Fleabag.
Beanie's attire was from Oscar De La Renta that added to the charms of her. Furthermore, the dress was talked about in the awards show for its intricacy.
These were the ten best-dressed celebrities in the Golden Globes who ruled on the red carpet and will hopefully rule in further years as well.
Image Source: instagram.com/kathygriffin
Congratulations to Kathy Griffin and Randy Bick!!!
Kathy and Randy started a new decade in an unforgettable way. The couple tied the knot just after the clock struck midnight and 2020 began. The couple was dating each other since 2011.
Kathy Griffin took to Twitter on Tuesday evening to share a brief video. She revealed surprising news of getting engaged with the longtime boyfriend Randy Bick.
After that, Griffin shared a short clip of the moment when the couple was tying the knot with each other. Here the whole surprise ends.
Griffin confirmed on Twitter that she would upload a video of the wedding ceremony. But just under 14 minutes, Griffin uploaded a video on Youtube. She also confirmed that the couple wanted the occasion to be private and adorable. They kept it like that.
The ceremony was only enjoyed by the Grace and Frankie star and fellow comedian Lily Tomlin. Even Griffin told fans on social media Tomlin and her wife was their officiant. In the video, you will found Jane Wagner chatting in the background.
Griffin's wedding dress is her first date dress with Randy back in 2011
On the wedding day, Griffin wore a short-sleeved, sequined ivory gown. She revealed that the dress was chosen by Randy. She asked Randy to pick out any dress which he loves the most. And Randy picked out the dress which she actually wore for her first date with him.


When giving estimation to the new Bill on free advertising, Nino Jangirashvili, Director General of the TV Company "Kavkasia" tells, such Bill is a robbery for TV companies.
"The government tried and succeed in putting GDS and Rustavi 2 in one level and other TV companies, such as Kavkasia, Maestro and so one to another. Finally the legislation was passed that all agree, this Bill a terrible one is... In fact such legislation is a robbery of TV companies.
"I am not afraid to tell this; unfortunately I see a very nasty practice was established. The politicians are putting its hands on our savings in such a manner that even are not asking us do we agree or not. They even did not call us to discuss this question. This legislation considerably harms the TV companies' budget. We will face a huge financial loss, " - Nino Jangirashvili tells.
For information, the President's advisors are meeting with the representatives of TV companies. The questions of the pre-elections campaign, was discussed.


How wartime planning brought fascism to America.
John T. Flynn's classic work from 1944 on how wartime planning brought fascism to America. In some ways, this is the finest and most mature of all his works. It was written in wartime and his points were profoundly cutting. After all, the U.S. was supposedly fighting the total state abroad, but meanwhile at home was drafting people, controlling all prices and wages, rationing all goods, and enforcing a wicked central plan through massive government coercion.
Were we becoming what we were supposedly fighting? Flynn said yes. The war on dictatorship abroad was bringing about dictatorship at home.
Flynn was a prominent journalist and rare case of an American public intellectual who resisted the onslaught of both the warfare and welfare states during the period in which FDR ruled America. This study links the domestic policy of the New Deal with the drive for war and wartime central planning. He draws attention to the bitter irony that America was becoming precisely what we were fighting.
His analysis of fascism is incisive and devastating. Though American conservatives (and liberals) have ignored this book and its lessons, it speaks of truths for the ages. His comparisons of the Hitler, Mussolini, and Stalin regimes with what was taking place in the United States are truly unforgettable.
Flynn was not just a journalist but a real scholar and a moral critic of the police state. There is a reason why this great book is a classic of libertarian literature.
As We Go Marching from Mises Media on Vimeo.


The brand name of Hotpoint-Ariston is one of many brands that belong to Indesit Company. The machine building company from Italy is called equally. The headquarters of the firm are located in this country. It is one of the biggest producers of household appliances among European countries. It was founded in the 1930.
Just in the 2007 the makes of the Ariston and Hotpoint fused, which led to creation of the joint Hotpoint-Ariston brand.
Many kinds of household appliances received special prominence under this Hotpoint-Ariston brand. The company attracts consumers with its washers, washing-dried machines, drying machines and dishwashers.
Even such reliable appliances as Hotpoint break down. In any case of Hotpoint dishwasher not draining, please, address for technical help to Hotpoint dishwasher repair shop. There are different reasons for Hotpoint dishwasher won`t drain.
The table of Hotpoint dishwasher error codes, which must be used in case of a breakdown, is presented below.
Hotpoint Ultima is a diverse series including both models that are in the current lineup and those that are not produced any more. Many of the newer models boast such convenient features as Extra Silent, Baby Cycle, Half Load button, and Zone Wash Two or Three Baskets. They typically have energy efficiency class on a scale from A+++ (low consumption) to A+ (a bit higher consumption).
Due to their comparatively small size, compact dishwashers from the Hotpoint Slimline range are often purchased for kitchens where there is not too much free space. The number of place settings is typically reduced to 10, which makes such models also convenient for smaller families. The Slimline range includes models from the Ultima, Aquarius, and Smart series.
Microtronic is the name of an older range of dishwashers manufactured by the American and European make of household appliances Hotpoint (Hotpoint Electric Heating Company). Although the series used to be rather popular, it went out of production several years ago.
The heater has not reached the required level in a certain amount of time.
Most of the dishwashers that belong to the FDL series were produced by Indesit for the Hotpoint brand. They share an almost identical system of error codes, which were written by Indesit Group. Although generally this table assumes a certain level of competence in troubleshooting routines, it doesn't mean that you need to be a professional repairman to understand what's wrong and fix a dishwasher.


Yih Sheng Enterprise.Co., Ltd. specializes in the field of gumming machines. In order to fulfill customer's demand and escalate the Company's competitive advantage, we have successfully developed the "Full-automatic Gumming Machine". This device not only has unique software features, it is one-third the price of foreign brands, and can help improve customer's yield rate as well as profit margins. The device can be used for various gluing purposes such as, gumming, dispensing, brushing, pouring, and spraying. It can be applied precisely on the workpiece to dispense a stable gluing path and will not produce an uneven glue width even on turning or tortuous surfaces. It is also designed with several gumming modules to handle different circular objects, and the object's image and path can be saved for easy record keeping. Conventional gumming equipment requires a long time planning the gluing path and setting up the [Program Commands]. In order to smooth out the production process, only a limited number of paths can be saved, and therefore unable to enhance quality. The device developed by our Company combines production processes so that it can perform the moves and generate the data that the customer needs. This in turn allows customers to have better control of the product status and reduce the defective rate.
Automotive - coated adhesive dispensing systems, sealants, lubricants, marking ink and other fluids.
Adhesive dispensing - grease, thermal silicon grease lubricants, adhesives, epoxy, copper solder paste, solder paste, silicone sealants.
Aerospace - lubricants, solvent sealants, adhesives, epoxies, anaerobic, copper solder paste, solder paste.
Electronic technology - solder, epoxy, silicone, RTV adhesive, instant glue.
Food packaging and processing - beverages, cosmetics and perfume, food coatings, butter oil, adhesive, instant glue, sealant.
The company will expand from Taiwan to other countries based on its core competencies of development, designing, assembly, testing, and marketing, and by this layout will be gradually developed from domestic to foreign countries, and gain a foothold in the global markets.


text:
Q: What does "measurable" mean intuitively? So if we have an outer measure $\mu$ on a set $\Omega$, we defined:
A subset A $\subseteq$ $\Omega$ is called $\mu$-measurable, if for all B $\subseteq$ $\Omega$:
$\mu$(B) = $\mu$(B $\cap$ A) + $\mu$(B \ A).
And i understand the definition, but i always thought we can only measure measurable sets, i.e. $\mu$ is only defined for measurable sets, but it's defined for all subsets of $\Omega$. So why do we define it this way or what's the intuition behind it?
If we measure a non-measurable set, does that mean the value will be "wrong" in a way? Or do I take the word "measurable" too literally?

A: If $\mu^*$ denotes an outer measure on a set $\Omega$ then $A\subseteq\Omega$ is by definition $\mu^*$-measurable if:$$\mu^*(B)=\mu^*(B\cap A)+\mu^*(B\cap A^{\complement})\text{ for all }B\subseteq\Omega$$
Be aware that an outer measure is defined on the powerset of $\Omega$ so that $\mu^*(B)$ is defined for every $B\subseteq\Omega$. In general an outer measure is not the same thing as a measure.
The sets that are indeed $\mu^*$-measurable constitute a $\sigma$-algebra and the restriction of $\mu^*$ on this $\sigma$-algebra appears to be a (complete) measure.

A: What you're taking about is not a measure, but an outer measure. They are used to construct actual measures, and are defined on the entire power set of the underlying set.
The first step in constructing a measure on $\Omega$ is asking what the measure should actually tell us about the sets it measures, and then constructing such a measure for every subset of $\Omega$. For instance, we could technically define the volume of an arbitrary subset of $\mathbb R^n$ as $\operatorname{vol}(A)=\inf\{\sum_{B\in\mathcal B} \operatorname{vol}B~|~\mathcal B\textrm{ is a collection of boxes covering }A\}$, where the volume $\operatorname{vol}B$ of a box is the product of its side lengths. This works for any subset of $\mathbb R^n$, since the infimum is well-defined. But now we have to make sure that this outer measure (in this case it's the outer Lebesgue measure) is well-behaved, not just well-defined. In particular, we would like the volume of a disjoint union of sets to be the sum of their volumes. So we throw out any set which would break this feature. That is, those sets $A$ which can cut another set $B$ into two pieces $B\cap A$ and $B\backslash A$, such that the volume of their union is not the sum of their volumes. We call those "not measurable", and the rest "measurable". Now the measurable ones form a $\sigma$-algebra, which in retrospect justifies calling them measurable. If we now restrict the outer measure to the measurable sets, we get an actual measure which captures the idea we used to define the outer measure, and behaves nicely as well.


text:
2019 Holiday Mall Hours Guide
By CBS3 Staff November 18, 2019 at 2:30 pm
Filed Under:Holiday Shopping, Local
PHILADELPHIA (CBS) — It would not be a true holiday season unless the malls are bustling with crowds! Here's a guide to holiday hours for some of the area's top shopping centers:
Exton Square Mall
Dec. 26: 8 a.m. – 9 p.m.
Dec. 27 — Dec. 28: 10 a.m. – 9 p.m.
Dec. 29: 11 a.m. – 6 p.m.
Dec. 31– Jan. 1: 10 a.m. – 6 p.m.
Jan. 2: 10 a.m. – 9 p.m.
Full list of hours here. Click here for directions.
King of Prussia Mall
Dec. 26: 9 a.m. – 9:30 p.m.
Dec. 27 — Dec. 28: 10 a.m. – 9:30 p.m.
Lancaster Tanger Outlets
Dec. 26 — Dec. 28: 9 a.m. – 9 p.m.
Jan. 1– Jan. 2: 9 a.m. – 9 p.m.
Lehigh Valley Mall
Dec. 26: 9 a.m.- 9 p.m.
Dec. 27 — Dec. 28: 10 a.m.- 9 p.m.
Dec. 29: 11 a.m.- 6 p.m.
Dec. 31– Jan. 1: 10 a.m.- 6 p.m.
Jan. 2: 10 a.m.- 9 p.m.
Montgomery Mall
Neshaminy Mall
Jan. 2: 10am-9pm
Full list hours here. Click here for directions.
Oxford Valley Mall
Dec. 26: 9 a.m.- 9:30 p.m.
Dec. 27 — Dec. 28: 10 a.m.- 9:30 p.m.
Philadelphia Mills Mall
Jan. 1–J Jan. 2: 10 a.m.- 9 p.m.
Philadelphia Premium Outlets
Jan. 2: 10 a.m.-9 p.m.
Full list of hours here. Full list Click here for directions.
Plymouth Meeting Mall
Dec. 27 — Dec. 28th: 10 a.m.- 9 p.m.
The Crossings Premium Outlets
New Year's Eve: 9 a.m. — 6 p.m.
New Year's Day: 10 a.m. — 7 p.m.
The Promenade Shops at Saucon Valley
New Year's Eve: 10 a.m. — 6 p.m.
New Year's Day: 12 p.m. — 6 p.m.
Willow Grove Park
Atlantic City Tanger Outlets
Cherry Hill Mall
Deptford Mall
Gloucester Premium Outlets
Hamilton Mall
Mall at Voorhees Town Center
Moorestown Mall
Christiana Mall
New Year's Day: 10 a.m. — 6 p.m
Concord Mall
Dover Mall
Rehobeth Beach Tanger Outlets
New Year's Day: 9 a.m. — 7 p.m.
CBS3 Staff
More from CBS3 Staff


I have received the HDMI cables and they work great. They were delivered in time for my son's birthday which I am very grateful for. The assistance and advice I got from your staff was brilliant. I have since recommended Cable Chick to all my friends and I know you will look after them as well as you looked after me. I look forward to my next purchase from cable chick.
Duplicate your TOSLINK Digital Audio signal to send to different devices!
Avencore's ultra-compact Digital Optical Audio (TOSLINK) Splitter duplicates a single source out to three identical streams for simultaneous connection to multiple sound systems or headphones. One input and up to three outputs can be connected at once, and each is boosted to full strength via USB power.
TOSLINK optical audio is a great way to route audio around your home theatre or personal computer, but often it's a one-to-one affair, forcing you to swap cables around when you want to connect up your wireless headphones or send audio to your surround sound system. With a three-way splitter, you can send optical audio to several TOSLINK-ready devices at once.
Great for sending audio from your TV to the receiver and a pair of headphones at the same time, and also very handy for games consoles to ensure audio is always ready to go for speakers, headphones and recording all at once.
Offers full support for Digital Audio up to and including Dolby 5.1 Surround, 2-channel LPCM, Dolby DTS and Dolby-AC3, and is plug-and-play compatible. Easy to tuck away behind bulkier equipment for always-on operation. All you need is a spare USB socket or USB wall charger socket for power (not included).
Not Compatible with Dolby Digital Plus - Devises that use Dolby Digital Plus are only supported if they have another output format to choose from.
So if i use this device for my tv ill have to plug it from tv out to this device in ,then from this device out il plug it into hifi in and from this device il want to plug it into a DAC optical in and from DAC out into my hifi. does the sound be heard from hifi and headphones simultaneously or only one at a time?
Answer: "All three outputs run at once, so sound will be heard simultaneously if all receiving devices are turned on. If you only want one device to have sound at a time, a switch will be required http://www.cablechick.com.au/cables/powered-3-port-toslink-switch-with-remote-3x1-optical-switch.html"
Answer: "In this case, you have multiple inputs and only a single output, so instead of a splitter, you'll need a switch - search for "Powered 3-Port TOSLINK Switch". It comes with a remote control so you can easily choose which device you're listening to. It allows both the Playstation and Foxtel box to be active, but only one audio stream will reach the soundbar at a time."
Answer: "An Optical Splitter such as our Avencore USB Powered 3-way Optical Splitter (product code: AVC-SP503) will allow you to have both your LG SoundBar and your headphones connected at the same time with both devices receiving signal simultaneously.
Alternatively, our Powered 3 Port Toslink Switch w/remote will allow you to switch between whether your SoundBar or your headphones are receiving signal (product code: SW1003)."
Answer: "No. Because this merely duplicates the signal, there is no perceptible delay in transmission."
Conveniently powered by any USB source or a USB power adapter, this TOSLINK Splitter duplicates your TOSLINK Optical Audio source, sending it to three TOSLINK-enabled devices simultaneously! The integrated chipset processes the digital audio signal, ensuring maximum signal strength and crystal clear audio tramsmission.


Sun Tao, male, Han nationality, January 1957, Health, Henan Gongxian, CPC member, on behalf of the CPC National Congress. MA, Professor, Chief Physician, Professor. Affiliated Hospital of Ningxia Medical University, a former deputy party secretary, secretary, vice president and chief Affiliated Hospital of Ningxia Medical Director. The current president of Ningxia Medical University, deputy party secretary, director of the Association of Chinese Medicine, China Medical Branch member of Neurosurgery, Vice Chairman of Ningxia Association for Science, Ningxia Medical Association, vice president, director of Ningxia branch of neurosurgery. Chinese Medicine, Neurosurgery and other magazine Editor. In neurosurgery, especially in functional neurosurgery, epilepsy surgery has a higher attainments. As a regional key laboratory - brain disease laboratory director, in temporal lobe epilepsy in the insular cortex function in basic and clinical research work carried out on the distinctive, take the national "973" sub-project, the National Natural Science Foundation of Ningxia natural Science Foundation of Ningxia, research projects, participation in partner countries "15" science and technology research and the "Eleventh Five-Year" to support the project sub-topics. Has published hundreds of academic articles, editor of the academic book, "neurosurgery and epilepsy," "old neurosurgery" and 5, the senate works 5. All levels of scientific research achievement awards were 19, 14 of which as provincial achievement awards. Enjoy special government allowances, has won the National Advanced Worker, National Labor Medal, the Central Organization Department, "National Anti-SARS work outstanding party members", the Ministry of Health, "middle-aged experts with outstanding contributions," the second session of the China Association for Science Award for outstanding contributions to western development, "Wang Zhongcheng Chinese neurosurgeon Achievement Award", 2008 Ningxia "outstanding contributions to the outstanding talent Award" award.
Copyrights (C) 2005. Genesis Career Counsellors Pvt. Ltd., All rights reserved.


The login for FirstMerchants.com has been found and verified. A holding company with subsidiaries in banking and credit card services.
The First Merchants Bank login page is listed online. Please confirm you are using the correct First Merchants Bank login.
The FirstMerchants.com login page meta data has been listed online for your convenience. You can compare this data to the real login page when you arrive in order to verify you are using the correct login for the First Merchants Bank website.
We are the largest financial holding company based in Central Indiana with other bank locations in Indiana and and Ohio. We also offer loans and online banking solutions for both personal and business.
We do not archive the keywords for First Merchants Bank or any other listing in our archives at this time due to the lack of modern websites using them anymore.
Note: Both entries are case sensitive.
First Merchants Corporation. Select Role: Participant, Sponsor, Advisor. Note: Both entries are case sensitive. If you fail to login three consecutive times your account could be disabled.
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Tech Organization: First Merchants Corp.


text:
99 Posse és un grup italià de música rap i reggae de Nàpols que utilitza tant l'italià com el napolità. La majoria de les cançons de 99 Posse tracten qüestions polítiques i socials, i els membres del grup es consideren d'extrema esquerra. Com a mostra del seu activisme, tots els àlbums del grup s'han publicat amb un prezzo politico («preu polític»): cada CD mostra un adhesiu amb la llegenda «No pagueu més de...». El grup ha guanyat popularitat a Itàlia a través de les seves cançons i el seu suport a causes polítiques progressistes.

Trajectòria
El seu primer disc, Curre Curre Guagliò (1993), va estar influenciat principalment pel reggae i la world music. Els àlbums posteriors, Cerco Tiempo (1996) i Corto Circuito (1998), van incloure nous estils com el drum and bass i el trip hop. El grup també compta amb el seu propi segell discogràfic, Novenove, que treballa per a promocionar artistes underground.

El 18 de juliol de 2009 van fer un concert a Nàpols organitzat pels moviments socials en denúncia per la repressió patida per 21 activistes contra el G8 a la Universitat de Torí. El 2010 es van unir a la campanya de Greenpeace contra el rellançament de l'energia nuclear a Itàlia amb la cançó No al nucleare. Amb motiu de les eleccions municipals de 2011, 99 Posse va difondre una crida a votar l'exmagistrat i candidat de centreesquerra Luigi de Magistris.

Discografia
Àlbums d'estudi

 1993 – Curre curre guaglió
 1995 – Guai a chi ci tocca (amb Bisca)
 1996 – Cerco tiempo
 1998 – Corto circuito
 2000 – La vida que vendrà
 2011 – Cattivi guagliuni
 2014 – Curre curre guaglió 2.0
 2016 – Il tempo. Le parole. Il suono

Referències

Bibliografia
 Behan, Tom. (2007) Putting spanners in the works: the politics of the 99 Posse. Popular Music 26.03, 497-504.
 Cavallo, Vincenzo; Chambers, Iain. (n.d.). "Neapolitan Nights: from Vesuvian Blues to Planetary Vibes"
 Dello Iacovo, Rosario. (2014) Curre curre guagliò: Storie dei 99 Posse. Milan: Baldini&Castoldi.
 Dines, Nick. (1999) "Centri sociali: occupazioni autogestite a Napoli negli anni novanta", Quaderni di sociologia, 43(21), 90-111.
 Messina, Marcello. (2016) "Cattivi guagliuni: the identity politics of 99 Posse". In P. Guerra, & T. Moreira (Eds.), Keep it Simple, Make it Fast! An approach to underground music scenes, Vol. 2, (pp. 131-136). Porto: University of Porto. Faculty of Arts and Humanities.

Comunistes italians
Grups de música italians
Napolitans
Grups de música rap
Grups de reggae
Fusió musical


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text:
Q: MS Excel: I need to consolidate multiple orders placed by the same company I have thousands of orders with columns A-AC with necessary data pertaining to their orders. (Did they have a discount? What was the total amount they paid? What's the billing name and address, what's the shipping name and address, what was the date they ordered, etc)
I want to eventually create a list from all of these orders in order of highest sales to lowest sales. The issue is that several companies may have ordered 30 different times and either spelled their company names the same when filling out the online order form or used "&" instead of 'and', the list goes on and on.
Is there a way to have excel combine like company names and add the values associated to each order. For example if we had:
McDonalds  $200,000.00
Mc Donalds $    300.00
MCD        $ 20,000.00
Could I ever get it to read: McDonalds $220,300.00?
Any information would be appreciated as the current score is Taylor: 0, Excel: 238.
Thanks,
Taylor

A: I think just about any software you use would require normalizing the names, you would probably add another table which would have "name provided" and "standard name" and then use a lookup to return the "standard name" for each row.
Once the data has standard names you could use a pivot table to sum and average to your hearts content.
From the sounds of it your data would be much better stored in a database instead of excel.


I have a confession to make: I couldn't figure out how to get this project up and running with a potentiometer in time for class on Wednesday. Keep in mind that the process was littered with tiny successes and failures and here's just a bit of what I learned.
The assignment this week was to review the labs we did in class and figure out a creative way to get the Arduino to communicate with p5.js using serial communication. For instance, we could push a button and display text, twist a potentiometer and create an animation, touch a pressure sensor and play music, etc.
I've been talking a lot lately with friends at ITP about generative text and computational poetry. I loved the idea of creating some kind of random haiku generator based on the transcripts of Donald Trump's speeches.
I figured out pretty quickly that I would need to learn a lot more about Python in order to write a program that would analyze large bodies of text. I did learn, though, that Python has a function that allows you to count the number of syllables in each word, which will come in handy when I actually decide to build that version of the project.
So I decided to hack the project anyway. I searched online and realized that a few other people have been paying attention to Donald Trump's campaign speeches and written down examples of unintentional haikus he'd said in public.
I pulled 15 haikus from a Washington Post article and loaded them into a spreadsheet. I divided each line of the haiku into a different column in the spreadsheet and called each column individually as an array, p. That way, whenever you clicked your mouse it would randomly cycle through the haikus. I was able to display a haiku by asking for line1[p], line2[p], and line3[p] whenever the mouse was clicked.
Success! I created a version of the haiku generator in p5 before adding the physical input we'd learned about in the labs. Check out the Donald Trump haiku generator here.
Next, I added in some code to enable the serial communication between the Arduino (already loaded with some simple commands) and the computer's serial port.
I mapped the pot values from 0-1023 to 0-15, since there were only 15 haikus to cycle through.
Then I added in the lines of code we had reviewed in our labs. There was a lot of stuff going on to enable serial communication and map the correct values but I felt like I understood what each line of code was doing. I used the function print(newData) and was able to see the values change from 0-15 as I twisted the pot!
Except there was one problem: I couldn't figure out how to write a command that told the computer that the newData values being received from the serial port should be equal to the variable p I mentioned above.
I tried writing a new function getHaiku(newData) that would display each haiku based on the pot number but it didn't work. I felt like I tried everything, from creating new variables to setting p = newData, but I could not figure out how to get the pot value to control the animation.
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Casa Vacanze Le Tortore is situated in Rome. Guests staying at this holiday home have access to free WiFi, a fully equipped kitchen, and a balcony. The holiday home includes a living room and 1 bathroom with free toiletries. A flat-screen TV is provided. Porta Maggiore is 8 km from the holiday home, while Sapienza University of Rome is 10 km from the property. The nearest airport is Rome Ciampino Airport, 11 km from Casa Vacanze Le Tortore.
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This week I thought I'd share with you a great (and short!) video on the fine-tuning of the universe. Please click here: I think you will enjoy it.
The video shows how many important constants of physics (the video doesn't say how many, but perhaps 31) are just about perfect for life, and that a small change in any of these constants would result in a universe without life. One example in the video (and in my book) is gravity. If the gravitational constant were a little bit stronger the universe would have collapsed in on itself. If it were a little bit weaker the universe would have expanded too rapidly and stars and planets would not have formed. How narrow is the range where life can exist? The video notes (I explain this on pages 76 and 77 of my book) that a change in the gravitational constant of one part in 1060 would make life impossible. That's mind-bogglingly precise. It's like shooting a rocket from Earth so precisely that it hangs in Earth's gravitational field for billions of years, on the edge between falling back to Earth and escaping to space. To get 1060 marbles, you need a ball of marbles stretching 50 light years in each direction, past the Sun, past the Solar System, past dozens of nearby stars; a huge ball 600,000,000,000,000 miles in diameter. I'm told that Stephen Hawking developed the formula on which this calculation is based. What are the chances of blindly reaching into a pile of marbles 600,000,000,000,000 miles in diameter and picking out a specified, "marked" marble? Not likely, that's for sure! Even Hawking admits this is "a remarkable fact"!
Design or accident? Next week we'll look at the "God Theorem"; which proves you can't try to explain this away with an infinite number of universes.