Download full source (2kb)
Download IDataObject viewer (12kb)
This tutorial will concentrate on implementing a COM object which exposes the IEnumFORMATETC interface. There are two code downloads this time. The first includes a complete implementation of a generic IEnumFORMATETC which you can use in your applications.
The second code download is the full source code to an application called "IDataObject Viewer". This is an replacement for the PlatformSDK program of the same name. It is basically a demonstration of how to use the IEnumFORMATETC interface rather than write it. More important though, it is a very useful tool for debugging OLE drag and drop code because you can drag any form of IDataObject onto it, and it will display the available formats of data contained within it. Give it a go!
The IEnumFORMATETC interface is quite often overlooked when beginning drag and drop. In some cases it is not necessary, but to be 100% sure that your IDataObject will work under all conditions it is wise to provide a full implementation of this interface.
| IEnumFORMATETC Methods | Description |
|---|---|
Next |
Return the next FORMATETC structure in the enumeration. |
Skip |
Skip the specified number of FORMATETC structures (i.e. don't return them). |
Reset |
Return the enumeration to the beginning. |
Clone |
Return an identical IEnumFORMATETC interface to the current one, with the exact same underlying state. |
The diagram below should help to illustrate the concept of the IEnumFORMATETC interface.
The enumeration contains three items, with the "enumeration index" initially starting at the first item (index zero).
The IEnumFORMATETC is actually very simple as there are only four methods to implement:
class CEnumFormatEtc : public IEnumFORMATETC { public: // // IUnknown members // HRESULT __stdcall QueryInterface (REFIID iid, void ** ppvObject); ULONG __stdcall AddRef (void); ULONG __stdcall Release (void); // // IEnumFormatEtc members // HRESULT __stdcall Next (ULONG celt, FORMATETC * rgelt, ULONG * pceltFetched); HRESULT __stdcall Skip (ULONG celt); HRESULT __stdcall Reset (void); HRESULT __stdcall Clone (IEnumFORMATETC ** ppEnumFormatEtc); // // Construction / Destruction // CEnumFormatEtc(FORMATETC *pFormatEtc, int nNumFormats); ~CEnumFormatEtc(); private: LONG m_lRefCount; // Reference count for this COM interface ULONG m_nIndex; // current enumerator index ULONG m_nNumFormats; // number of FORMATETC members FORMATETC * m_pFormatEtc; // array of FORMATETC objects };
The most complex aspect of the IEnumFORMATETC is creating the object, and implementing the COM methods is really very simple after this. Well, creating one is very easy, because all we need to do is use the C++ operator new to do this:
IEnumFORMATETC *pEnumFormatEtc = new CEnumFormatEtc( fmtetc, numfmts );
CEnumFormatEtc::CFormatEtc(FORMATETC *pFormatEtc, int nNumFormats)
{
m_lRefCount = 1;
m_nIndex = 0;
m_nNumFormats = nNumFormats;
m_pFormatEtc = new FORMATETC[nNumFormats];
// make a new copy of each FORMATETC structure
for(int i = 0; i < nNumFormats; i++)
{
DeepCopyFormatEtc(&m_pFormatEtc[i], &pFormatEtc[i]);
}
}
Let's break down what this C++ constructor does. It takes two arguments - a pointer to an array of FORMATETC structures, and an integer specifying how many items there are in the array.
The first line initializes the object's reference count - this is standard across all COM objects and we should be pretty familiar with this, so I won't cover this any further.
The next set of tasks involves initializing the enumeration's state. The member variable m_nIndex represents the current position within the enumeration, so it is natural for this to start at zero. Likewise, the m_nNumFormats variable is used to represent the end of the enumeration. With just these two variables we can keep track of the enumeration's current position and ending position.
The most important step is to allocate a new copy of the FORMATETC array that was passed in as an argument. An array is allocated (m_pFormatEtc) which will hold all the structures that will be enumerated. Each enumeration needs to have it's own private "cache" of FORMATETC structures. The key detail is the way that the FORMATETC structures are copied - here, a new function has been introduced called DeepCopyFormatEtc.
void DeepCopyFormatEtc(FORMATETC *dest, FORMATETC *source) { // copy the source FORMATETC into dest *dest = *source; if(source->ptd) { // allocate memory for the DVTARGETDEVICE if necessary dest->ptd = (DVTARGETDEVICE*)CoTaskMemAlloc(sizeof(DVTARGETDEVICE)); // copy the contents of the source DVTARGETDEVICE into dest->ptd *(dest->ptd) = *(source->ptd); } }
The first line of this function is deceptively simple:
*dest = *source;
This is just shorthand "C" notation for a standard memcpy. In fact, this is almost all that is required because it correctly performs a binary copy of the contents of one FORMATETC structure to another. The problem arises when the source FORMATETC::ptd member has been initialized to point to a DVTARGETDEVICE structure.
Just performing a memcpy of the FORMATETC's is not enough, because both FORMATETC structure point to the original DVTARGETDEVICE. It is therefore necessary to make our own private copy of this structure.
The documentation for IEnumFORMATETC::Next states that the caller must use CoTaskMemFree API to free the DVTARGETDEVICE structure. This logically implies that the structure must have first been allocated using CoTaskMemAlloc, so this is what the DeepCopy function does - allocates a new DVTARGETDEVICE structure using CoTaskMemAlloc and sets dest->ptd to point to it instead of the original one. Then the source->DVTARGETDEVICE structure is copied across to the new one.
The C++ destructor for the CEnumFormatEtc class must cleanup any memory allocation that was performed in the constructor.
CEnumFormatEtc::~CEnumFormatEtc() { // first free any DVTARGETDEVICE structures for(ULONG i = 0; i < m_nNumFormats; i++) { if(m_pFormatEtc[i].ptd) CoTaskMemFree(m_pFormatEtc[i].ptd); } // now free the main array delete[] m_pFormatEtc; }
This is basically a simple task of calling CoTaskMemFree to deallocate any of the DVTARGETDEVICE structures that were allocated in the constructor. Once these have been freed, the main m_pFormatEtc array is deallocated.
You may be wondering why we are bothering with this tutorial at all, because the SHCreateStdEnumFmtEtc API call can be used to create a full instantiation of the IEnumFORMATETC interface:
HRESULT SHCreateStdEnumFmtEtc(UINT cfmt, const FORMATETC afmt[], IEnumFORMATETC **ppenumFormatEtc);
Unfortunately this API call only exists on Windows 2000 and above, so unless you are prepared to drop support for any older version of Windows, we still have to implement IEnumFORMATETC. What we will do though, is write a drop-in replacement version of SHCreateStdEnumFmtEtc which we can easily switch from once we decide to support only Windows 2000. Our version will look like this:
HRESULT CreateEnumFormatEtc(UINT cfmt, FORMATETC *afmt, IEnumFORMATETC **ppEnumFormatEtc) { if(cfmt == 0 || afmt == 0 || ppEnumFormatEtc == 0) return E_INVALIDARG; *ppEnumFormatEtc = new CEnumFormatEtc(afmt, cfmt); return (*ppEnumFormatEtc) ? S_OK : E_OUTOFMEMORY;
}
The function is very simple because all the hard work has been done in the CEnumFormatEtc constructor. All we need to do is create a new instance of the class (using the new operator) and return it in the pointer specified as the last parameter. The rest of the code is simply error checking.
Using this API is really simple:
FORMATETC fmtetc = { CF_TEXT, NULL, DVASPECT_CONTENT, -1, TYMED_HGLOBAL }; IEnumFORMATETC *pEnumFormatEtc; CreateEnumFormatEtc(1, &fmtetc, &pEnumFormatEtc);
This may seem to be alot of work just to enumerate some simple FORMATETC structures, but it is worth it because our COM enumerator will now be truly stand-alone, and the rest of the interface is now very simple to implement.
The purpose of this member is really simple - start the enumeration again from the beginning.
HRESULT CEnumFormatEtc::Reset(void)
{ m_nIndex = 0; return S_OK;
}
The implementation above should be self-explanatory.
Again the implementation is so straight-forward practically no explanation is required.
HRESULT CEnumFormatEtc::Skip(ULONG celt)
{ m_nIndex += celt; return (m_nIndex <= m_nNumFormats) ? S_OK : S_FALSE;
}
The function merely advances the enumeration by the specified number of units. Note that although no attempt is made to keep the index within the range of the enumeration, the error value returned does indicate whether or not the enumeration has been advanced too far.
The clone function may seem a little mysterious at first. Although I have very rarely seen this function called it is quite simple to implement so it doesn't hurt to do it anyway.
HRESULT CEnumFormatEtc::Clone(IEnumFORMATETC **ppEnumFormatEtc) { HRESULT hResult; // make a duplicate enumerator hResult = CreateEnumFormatEtc(m_nNumFormats, m_pFormatEtc, ppEnumFormatEtc); if(hResult == S_OK) { // manually set the index state ((CEnumFormatEtc *)*ppEnumFormatEtc)->m_nIndex = m_nIndex; } return hResult; }
The code above simply creates a new instance of the IEnumFORMATETC interface, using the CreateEnumFormatEtc function we wrote earlier. The current enumeration's internal state is used, so the effect is a duplicate interface with the same internal state.
The complicated looking cast inside the "if-clause" is used to preserve the index position of the enumeration. The cast is necessary because the IEnumFORMATETC interface has no accessible internal variables. However, we know that the ppEnumFormatEtc is really a CEnumFormatEtc, so this is a safe cast to perform. The cast operation looks more complicated than it is because we also have to dereference the ppEnumFormatEtc parameter, in order to access the pointer-to-IEnumFORMATETC that was stored there.
The Next member function is a little more involved than the others.
HRESULT CEnumFormatEtc::Next(ULONG celt, FORMATETC *pFormatEtc, ULONG *pceltFetched) { ULONG copied = 0; // copy the FORMATETC structures into the caller's buffer while(m_nIndex < m_nNumFormats && copied < celt) { DeepCopyFormatEtc(&pFormatEtc[copied], &m_pFormatEtc[m_nIndex]); copied++; m_nIndex++; } // store result if(pceltFetched != 0) *pceltFetched = copied; // did we copy all that was requested? return (copied == celt) ? S_OK : S_FALSE; }
The function looks quite complicated but can be broken down into three major operations. The major portion of the code is the while-loop which is responsible for copying FORMATETC structures (using the deep-copy routine). The loop is structured in such a way that only "in-range" elements are copied into the supplied buffer.
The second part of the code returns the actual number of items copied, and returns an error value indicating whether or not all the requested items were copied.
The final section merely returns an error value indicating success or failure to copy the requested number of items.
Well that's it for the IEnumFORMATETC interface. What we have now is a complete, stand-alone implementation, and a very handy CreateEnumFormatEtc API to easily create enumerator interfaces.
The next part of this tutorial series will be the IDropSource interface. It's been a long time coming but hopefully it will be worth the wait!
Don't forget to check out the IDataObject Viewer utility also!
Click here for OLE Drag and Drop - Part 5
Please send any comments or suggestions to<EMAIL_ADDRESS>Last modified: 16 February 2005 20:02:26


Writing a Packer for Linux
Standard attacks:
- ltrace: library calls tracing
- strace: syscalls tracing
- strings (lol)
- fenris ==> never heard of that one, execution path tracing
- gdb: application debugging
- /proc: memory dumping
Defense:
- encrypting the binary will scramble the strings
- ltrace, strace, fenris and gdb are all based on the ptrace API ==> disabling that API would be a huge step
- /proc:
- only portions of the binary are decrypted at any given time
- can’t dump fully decrypted image via /proc filesystem
- apart from static analysis, the vast majority of attacks against the binary can be detected and prevented
layers: like an onion, each layer of encryption makes it harder for the attacker because he has to defeat one layer after the other
having a different behavior at each run = more difficult to write a generic unwrapper
anti-debug/disas:
-
dual ptrace
- exit if ptrace is active
- clone itself and the two processes ptrace each other
-
check eflags
-
/proc
- check /proc/self/stat
- only portions of the binary are decrypted at any given time
- can’t dump fully decrypted image via /proc filesystem
-
timing
-
simple SIGTRAP catch –> catch single-stepping
-
“checkme” data check
-
INT3
- some instructions are replaced with INT3
- packer will emulate the instruction
- even if you capture a decrypted code block, some instructions might be missing
-
strings:
- strip and sstrip
-
against static disass:
- jump in the middle of function
- polymorphic code generation
existing ELF encryptors:
- shiva
- burneye
- multi-layer encryption
- strong password encryption
- entire exec decrypted to memory
- elfcrypt
- executable wrapper and obfuscator
http://phrack.org/issues/58/5.html#article
Armouring the ELF: Binary encryption on the UNIX platform
https://www.blackhat.com/presentations/bh-federal-03/bh-federal-03-eagle/bh-fed-03-eagle.pdf Strike/Counter-Strike:Reverse Engineering Shiva - Chris Eagle
http://asm.sourceforge.net/articles/smc.html Using self modifying code under Linux
https://grugq.github.io/docs/subversiveld.pdf
https://www.x86sec.com/2018-03-05/anti-reverse-engineering.html


Whiteley out of Super Rugby 2020, playing career in balance
Cape Town - Lions and Springbok No 8 Warren Whiteley's playing career is seemingly hanging in the balance.
This comes after Netwerk24 reported on Thursday that Whiteley won't feature for the Lions in their 2020 Super Rugby campaign.
Whiteley, 32, is still struggling with a knee injury which sidelined him for much of 2019.
"Warren admitted to me he's still experiencing a lot of pain (in his knee). It's a case of him recovering nicely, only to suffer setbacks and he won't be able to play any time soon. The decision was made that he won't be involved as a player for us in Super Rugby next year," Lions chairperson Altmann Allers told the Afrikaans publication.
Whiteley has been laid low by several injuries over the past two seasons, but it's specifically knee ligament injuries that could mean the end of his playing career.
It's looking increasingly likely that Whiteley's future lies in coaching, with a role as Lions forwards coach rumoured to be on the cards.
Whiteley has had a significant impact as Lions skipper over the last few years and the team reached three consecutive Super Rugby finals (2016, 2017 and 2018) under his leadership.
He has also played in 23 Tests for the Springboks between 2014 and 2018.
The Lions begin their 2020 Super Rugby campaign away to the Jaguares on Saturday, February 1.
- Compiled by Herman Mostert


--- title: Spin Tensors as Ininitesimal Changes of Rotations sidebar: documentation_sidebar permalink: RotationSpinTensor.html folder: documentation toc: false ---
Spin tensors are skew symmetric tensors that can be used to describe small rotational changes. Lets consider an arbitrary reference rotation
{% highlight matlab %} rot_ref = rotation.byEuler(10*degree,20*degree,30*degree); {% endhighlight %}and pertube it by a rotation about the axis (123) and angle delta. Since multiplication of rotations is not communatativ we have to distinguish between left and right pertubations
{% highlight matlab %} delta = 0.01*degree; rot_123 = rotation.byAxisAngle(vector3d(1,2,3),delta); rot_right = rot_123 * rot_ref; rot_left = rot_ref * rot_123; {% endhighlight %}We may now ask for the first order Taylor coefficients of the pertubation as delta goes to zero which we find by the formula
\[ T = \lim_{\delta \to 0} \frac{\tilde R - R}{\delta} \]
{% highlight matlab %} T_right = (rot_right.matrix - rot_ref.matrix)./delta T_left = (rot_left.matrix - rot_ref.matrix)./delta {% endhighlight %} {% highlight plaintext %} T_right = -0.4002 -0.4146 0.7724 0.5727 -0.5873 -0.2035 -0.2484 0.5297 -0.1218 T_left = -0.5399 -0.6025 0.5816 0.7530 -0.5816 0.1368 -0.2648 0.1140 0.0122 {% endhighlight %}Both matrices T_right
and T_left
are elements of the tangential space attached to the reference rotation rot_ref. Those matrices are characterized by the fact that they becomes scew symmetric matrices when multiplied from the left or from the right with the inverse of the reference rotation
A scew symmetric 3x3 matrix S
is essentially determined by its entries \(S_{21}\), \(S_{31}\) and \(S_{32}\). Writing these values as a vector \((S_32,-S_{31},S_{21})\) we obtain for the matrices S_right_R
and S_left_L
exactly the rotational axis of our pertubation
For the other two matrices those vectors are related to the rotational axis by the reference rotation rot_ref
The above definition of the spin tensor works only well if the pertupation rotation has small rotational angle. For large pertubations the matrix logarithm provides the correct way to translate rotational changes into skew symmetric matrices
{% highlight matlab %} S = logm(rot_ref * rot_123,rot_ref) S = logm(rot_123 * rot_ref,rot_ref,'left') {% endhighlight %} {% highlight plaintext %} S = spinTensor (xyz) rank: 2 (3 x 3) *10^-5 0 -13.994 9.329 13.994 0 -4.665 -9.329 4.665 0 S = spinTensor (xyz) rank: 2 (3 x 3) *10^-5 0 -13.994 9.329 13.994 0 -4.665 -9.329 4.665 0 {% endhighlight %}Again the entries \(S_{21}\), \(S_{31}\) and \(S_{32}\) exactly coincide with the rotional axis multiplied with the rotational angle
{% highlight matlab %} vector3d(S) * sqrt(14) {% endhighlight %} {% highlight plaintext %} ans = vector3d {% endhighlight %}More directly this disorientation vector may be computed from two rotations by the command log
{% highlight matlab %} rot_123 = rotation.byAxisAngle(vector3d(1,2,3),1) log(rot_ref * rot_123,rot_ref) * sqrt(14) log(rot_123 * rot_ref,rot_ref,'left') * sqrt(14) {% endhighlight %} {% highlight plaintext %} rot_123 = rotation Bunge Euler angles in degree phi1 Phi phi2 87.0892 33.2984 320.219 ans = vector3d ans = vector3d {% endhighlight %}Given a skew symmetric matrix S or a disorientation vector v we may use the command exp to apply this rotational pertubation to a reference rotation rot_ref
{% highlight matlab %} S = logm(rot_ref * rot_123,rot_ref); rot_ref * rot_123 exp(S,rot_ref) v = log(rot_ref * rot_123,rot_ref); exp(v,rot_ref) {% endhighlight %} {% highlight plaintext %} ans = rotation Bunge Euler angles in degree phi1 Phi phi2 94.0497 29.4341 358.508 ans = rotation Bunge Euler angles in degree phi1 Phi phi2 94.0497 29.4341 358.508 ans = rotation Bunge Euler angles in degree phi1 Phi phi2 94.0497 29.4341 358.508 {% endhighlight %} {% highlight matlab %} S = logm(rot_123 * rot_ref,rot_ref,'left'); rot_123 * rot_ref exp(S,rot_ref,'left') v = log(rot_123 * rot_ref,rot_ref,'left'); exp(v,rot_ref,'left') {% endhighlight %} {% highlight plaintext %} ans = rotation Bunge Euler angles in degree phi1 Phi phi2 74.5535 51.5051 9.61062 ans = rotation Bunge Euler angles in degree phi1 Phi phi2 74.5535 51.5051 9.61062 ans = rotation Bunge Euler angles in degree phi1 Phi phi2 74.5535 51.5051 9.61062 {% endhighlight %}Under the presence of crystal symmetry the order whether a rotational pertupation is applied from the left or from the right. Lets perform the above calculations step by step in the presence of trigonal crystal symmetry
{% highlight matlab %} cs = crystalSymmetry('321'); % consider an arbitrary rotation ori_ref = orientation.byEuler(10*degree,20*degree,30*degree,cs); % next we disturb rot_ref by a rotation about the axis (123) mori_123 = orientation.byAxisAngle(Miller(1,2,-3,3,cs),1) % first we multiply from the right ori = ori_ref * mori_123 {% endhighlight %} {% highlight plaintext %} mori_123 = misorientation (321 → 321) Bunge Euler angles in degree phi1 Phi phi2 61.8386 40.0064 340.052 ori = orientation (321 → xyz) Bunge Euler angles in degree phi1 Phi phi2 79.3156 43.3785 9.9013 {% endhighlight %}and compute the scew symmetric pertubation matrices
{% highlight matlab %} S_right_L = matrix(inv(rot_ref)) * T_right S_right_R = T_right * matrix(inv(rot_ref)) S_left_L = matrix(inv(rot_ref)) * T_left S_left_R = T_left * matrix(inv(rot_ref)) {% endhighlight %} {% highlight plaintext %} S_right_L = -0.0000 -0.5892 0.4501 0.5893 -0.0001 -0.6709 -0.4501 0.6710 -0.0001 S_right_R = -0.0001 -0.8018 0.5345 0.8018 -0.0001 -0.2672 -0.5345 0.2673 -0.0000 S_left_L = -0.0001 -0.8018 0.5345 0.8018 -0.0001 -0.2672 -0.5345 0.2673 -0.0000 S_left_R = -0.0001 -0.9575 0.2758 0.9575 -0.0001 0.0850 -0.2758 -0.0850 -0.0000 {% endhighlight %}


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/autolinks.20in.20docs.html ---
Would it be hard to (a) automatically create link targets for all definitions/lemmas (e.g., using their full names) to allow something like [monoid homomorphism](monoid_hom)
; (b) automatically turn monoid_hom
in a docstring into a link to the definition of monoid_hom
?
Any full identifier that appears in backticks should (in principle) be linkified already in the HTML docs. See e.g. euclidean_space
at https://leanprover-community.github.io/mathlib_docs/geometry/manifold/real_instances.html . A few catches:
nat.succ
instead of just succ
.Last updated: Apr 24 2020 at 19:02 UTC


[1]
good price!; little functionality
[2]
SMALL CHEAP GOOD LOOKING QUALITY; audio, small screen, no rewind on it


This is ... turn                         The result is ...                         Time left:...sec
- 1

- 2

- 3

- 4

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>>>>>>> origin/master
<<<<<<< HEAD


{% extends "base.html" %} {% block content %} Products Explore the whole collection of digital products in Micro eCommerce. {% for object in object_list %} {% include 'products/list-card.html' with object=object %} {% endfor %} {% endblock content %}
Explore the whole collection of digital products in Micro eCommerce.


Title


#include <math_ops.h>
Selects elements from x
or y
, depending on condition
.
The x
, and y
tensors must all have the same shape, and the output will also have that shape.
The condition
tensor must be a scalar if x
and y
are scalars. If x
and y
are vectors or higher rank, then condition
must be either a scalar, a vector with size matching the first dimension of x
, or must have the same shape as x
.
The condition
tensor acts as a mask that chooses, based on the value at each element, whether the corresponding element / row in the output should be taken from x
(if true) or y
(if false).
If condition
is a vector and x
and y
are higher rank matrices, then it chooses which row (outer dimension) to copy from x
and y
. If condition
has the same shape as x
and y
, then it chooses which element to copy from x
and y
.
For example:
# 'condition' tensor is [[True, False] # [False, True]] # 't' is [[1, 2], # [3, 4]] # 'e' is [[5, 6], # [7, 8]] select(condition, t, e) # => [[1, 6], [7, 4]]
# 'condition' tensor is [True, False] # 't' is [[1, 2], # [3, 4]] # 'e' is [[5, 6], # [7, 8]] select(condition, t, e) ==> [[1, 2], [7, 8]]
Arguments:
Tensor
which may have the same shape as condition
. If condition
is rank 1, x
may have higher rank, but its first dimension must match the size of condition
.Tensor
with the same type and shape as x
.Returns:
Constructors and Destructors |
|
|---|---|
Where3(const ::tensorflow::Scope & scope, ::tensorflow::Input condition, ::tensorflow::Input x, ::tensorflow::Input y)
|
Public attributes |
|
|---|---|
operation
|
|
output
|
Public functions |
|
|---|---|
node() const
|
::tensorflow::Node *
|
operator::tensorflow::Input() const
|
|
operator::tensorflow::Output() const
|
|
Operation operation
::tensorflow::Output output
Where3( const ::tensorflow::Scope & scope, ::tensorflow::Input condition, ::tensorflow::Input x, ::tensorflow::Input y )
::tensorflow::Node * node() const
operator::tensorflow::Input() const
operator::tensorflow::Output() const


.jic
FormatIf you haven't heard about JS-in-CSS or JIC stylesheets before, the idea is very simple: treat a CSS stylesheet like a JavaScript template string. If you've never written a JIC stylesheet before, they can be a lot of fun!
This document is intended for developers who might need to work with .jic
files, or build tools to read/write them. For a more author-friendly explanation of what you can do with JIC stylesheets, click here
Here's what a .jic
file is all about:
${}
.jic
extensionhtml:before {
content: '${innerWidth} x ${innerHeight}';
}
Start with an empty file, use CSS syntax highlighting and write global styles anywhere. Leverage JavaScript interpolation anywhere using ${}
. Everything inside the brackets is JavaScript, so you're able to use JavaScript logic to:
Mixins for .jic
stylesheets can be written in pure JavaScript. The most basic mixin, which simply returns a bit of CSS, could be written like this:
function border(selector) {
return `${selector} { border: 1px solid red; }`
}
If you were writing a JIC stylesheet and that function was available to you at the time of interpolation, you could make use of it anywhere inside your JIC stylesheet with ${border()}
, here in this example we'll add a red border to every element using the *
universal selector:
${border('*')}
Which when interpolated, should turn into:
* { border: 1px solid red; }
$this
in mixinsThe $this
keyword has no special meaning in a JIC file, but many JIC-compatible mixins make use of a $this
keyword in their own internal stylesheets as a placeholder for each individual element in case of style scoping. Not every mixin will involve style scoping, but if you are creating a mixin that handles a stylesheet that will apply to individual elements matching a selector or test, choosing to use $this
as a placeholder for each element in your internal stylesheet can be a helpful shorthand.
ew
, eh
, emin
, emax
)In order for a JIC stylesheet to be read by JavaScript it must first exist as a regular JavaScript string. (This allows you to include JavaScript interpolation in your string, but control the exact moment at which it is evaluated by Javascript).
To turn a regular string into a JS template string, you can return
the original string as a JS template string from a function.
new Function('return `' + jic + '`')
When this function is evaluated, the JIC stylesheet will be be interpolated, all of the JavaScript parts will be evaluated and the result will be a pure CSS stylesheet that can be attached to the DOM, added directly to the CSSOM by JavaScript, or output as a regular CSS file.
There are a number of CSS reprocessors that can all make use of JIC-formatted stylesheets. Now that there's a common file format for them, compatibility between these plugins and their mixins should increase in the future, as well as the number of JIC-aware plugins increasing too.
The JS-in-CSS pattern relies on JIC-formatted stylesheets being present inline in JavaScript. It's compatible with all JIC mixins, and the simplest way to get started with JIC-formatted stylesheets.
You can use jic.js to load JIC-formatted stylesheets from inside <style>
tags, and from external files using <link>
tags. Compatible with all JIC mixins.
reproCSS offers a fallback implementation of JS template strings that's weaker and simpler than the full range of what you can nest inside real JS template strings, but with broader browser support than JS template strings going back to IE10. Compatible with all JIC mixins.
Qompile uses JIC stylesheets. With minor modifications, can be made to work with any JIC mixin.


[jqxhr=] loadcmd(command [,target] [,filter] [,timeout])
The loadcmd()
function executes a shell command or evaluates javascript
code with asynchronous streaming of the output into a target element or onto a function.
As this is the underlying function for command buttons, basic usage is very similar, but fully scriptable:
As with command buttons, you can append the output by prefixing the target
selector with "+". You can omit the output by passing null as the target. If target
is a DOM element, loadcmd automatically sets the loading
class on the
target while the command is processed.
The target element's min-height is automatically fixed to the current height of the target before the output is set. This avoids page layout jumps when reusing a target for commands.
If the target is scrollable and the content exceeds the visible area, the element is automatically scrolled to show the new content, unless the user has done a manual scrolling on the element.
If the command output stops for timeout
seconds, the request is
aborted and a timeout error is shown. Default timeout is 20 seconds for standard
commands, 300 seconds for known long running commands.
To execute Javascript, either pass an object instead of the command
string,
containing the command as property "command" and a second property "type" with
value "js", or simply use the wrapper call loadjs()
. Example:
Javascript evaluation is not limited to a single command or line. Hint: to avoid
encoding complex JS code in the onclick attribute, store the code in some hidden
DOM element and read it via $(…).text()
.
To allow binary data to be sent by a command and to enable processing of the result by Javascript on the browser without character encoding issues, the command API supports output "binary" mode.
Primary application for this is exchanging CBOR encoded objects between the module and the web frontend. To fully support this, the OVMS web frontent includes the CBOR library by Patrick Gansterer. Example use:
loadjs({ command: "auxbatmon.dump('CBOR')", output: "binary" }).done((data) => { history = CBOR.decode(data); });
See the AuxBatMon and PwrMon OVMS plugins for full examples.
output
modes supported by the command API are:
text
→ Content-Type: text/plain; charset=utf-8json
→ Content-Type: application/json; charset=utf-8binary
→ Content-Type: application/octet-stream; charset=x-user-definedloadcmd()
returns the jqXHR (XMLHttpRequest) object in charge for
the asynchronous execution of the request. This can be used to track the results
of the execution, check for errors or to abort the command.
The jQuery XHR object is also a "thenable", so actions to be performed after the command execution can simply be chained to the object. Example:
See jQuery documentation for full details and options.
Supply a filter function to hook into the asynchronous output stream. Use filters to filter (ahem…) / preprocess / reformat the command output, scan the stream for some info you'd like to know as soon as possible, or completely take over the output processing.
The filter function is called when a new chunk of output has arrived or when
a stream error has occurred. The function gets a message object containing
the request
object and either a text
for normal outputs
or an error
, which is a preformatted error output you can use or
ignore.
If the filter function returns a string, that will be added to the output target.
If it returns null
, the target will remain untouched.
Hint: if you just want to scan the text for some info, you can pass on the message
after your scan to the default standardTextFilter()
.
Example: let's reformat a can status
dump into a nice Bootstrap table:
| Key | Value |
|---|


Condition will trigger the warranted result if the amount of warnings that did not exist until the current analysis is exceeded by more than the designated percentage.
Maximum percentage increase - if the percentage of warnings exceed this amount it will mark build with the desired result [default 5.0]
Mark build as - the desired result if the condition is triggered.


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get cert fingerprint (Android)


Indian Institute of Technology, Kanpur
A Matlab Toolbox for Biclustering Analysis
Developers: Jayesh Kumar Gupta, Sumanik Singh & Nishchal K. Verma
Biclustering is a popular approach to analyze patterns in a dataset, especially those of biological origin such as gene expression data. Biclustering performs better than classical clustering techniques under certain data sets, since it can simultaneously cluster both rows and columns of the matrix unlike the latter. As a result, submatrices exhibiting unique patterns can be revealed helping us to better understand the relationship between row and column variables.
We introduce a new Matlab toolbox designed to perform a variety of biclustering algorithms under a common user interface. Although some implementations are available for the proposed biclustering algorithms, each program is accompanied by a different user interface and use different input-output formats. MTBA tries to fill this gap by providing multiple functionalities for data handling, preprocessing, biclustering and visualization.
Please cite the following paper:
The bibtex format is:


{% extends "tgrsite/email.html" %} {% load static %} {% block title %}Membership Verification{% endblock %} {% block body %}
Confirm
This link will expire in 2 hours.


This page deals with the Score Page related to the Spellings Puzzle and the Quiz App-Template.
More...
|
| override void | OnNavigatedTo (NavigationEventArgs e) |
| | The methods provided in this section are simply used to allow NavigationHelper to respond to the page's navigation methods. More...
|
| |
| override void | OnNavigatedFrom (NavigationEventArgs e) |
| | The methods provided in this section are simply used to allow NavigationHelper to respond to the page's navigation methods. More...
|
| |
This page deals with the Score Page related to the Spellings Puzzle and the Quiz App-Template.
| AppStore.Templates.ScorePage.ScorePage |
( |
| ) |
|
Public Construtor to the ScorePage.
Populates the views pertaining to this page.
| void AppStore.Templates.ScorePage.Connect |
( |
int |
connectionId, |
|
|
object |
target |
|
) |
| |
| void AppStore.Templates.ScorePage.Connect |
( |
int |
connectionId, |
|
|
object |
target |
|
) |
| |
| void AppStore.Templates.ScorePage.InitializeComponent |
( |
| ) |
|
| void AppStore.Templates.ScorePage.InitializeComponent |
( |
| ) |
|
| void AppStore.Templates.ScorePage.NavigationHelper_LoadState |
( |
object |
sender, |
|
|
LoadStateEventArgs |
e |
|
) |
| |
|
private |
Populates the page with content passed during navigation.
Any saved state is also provided when recreating a page from a prior session.
- Parameters
-
| sender | The source of the event; typically NavigationHelper |
| e | Event data that provides both the navigation parameter passed to Frame.Navigate(Type, Object) when this page was initially requested and a dictionary of state preserved by this page during an earlier session. The state will be null the first time a page is visited. |
| void AppStore.Templates.ScorePage.NavigationHelper_SaveState |
( |
object |
sender, |
|
|
SaveStateEventArgs |
e |
|
) |
| |
|
private |
Preserves state associated with this page in case the application is suspended or the page is discarded from the navigation cache.
Values must conform to the serialization requirements of SuspensionManager.SessionState.
- Parameters
-
| sender | The source of the event; typically NavigationHelper |
| e | Event data that provides an empty dictionary to be populated with serializable state. |
| override void AppStore.Templates.ScorePage.OnNavigatedFrom |
( |
NavigationEventArgs |
e | ) |
|
|
protected |
The methods provided in this section are simply used to allow NavigationHelper to respond to the page's navigation methods.
Page specific logic should be placed in event handlers for the NavigationHelper.LoadState and NavigationHelper.SaveState. The navigation parameter is available in the LoadState method in addition to page state preserved during an earlier session.
- Parameters
-
| e | Provides data for navigation methods and event handlers that cannot cancel the navigation request. |
| override void AppStore.Templates.ScorePage.OnNavigatedTo |
( |
NavigationEventArgs |
e | ) |
|
|
protected |
The methods provided in this section are simply used to allow NavigationHelper to respond to the page's navigation methods.
Page specific logic should be placed in event handlers for the NavigationHelper.LoadState and NavigationHelper.SaveState. The navigation parameter is available in the LoadState method in addition to page state preserved during an earlier session.
- Parameters
-
| e | Provides data for navigation methods and event handlers that cannot cancel the navigation request. |
| void AppStore.Templates.ScorePage.Quit_Click |
( |
object |
sender, |
|
|
RoutedEventArgs |
e |
|
) |
| |
|
private |
It quits the current app and navigates back to its details page.
- Parameters
-
| sender | Object Sender is a parameter called Sender that contains a reference to the control/object that raised the event. |
| e | RoutedEventArgs e is a parameter called e that contains the event data, see the RoutedEventArgs MSDN page for more information. |
| void AppStore.Templates.ScorePage.Restart_Click |
( |
object |
sender, |
|
|
RoutedEventArgs |
e |
|
) |
| |
|
private |
It restarts the current quiz or spellings puzzle app.
- Parameters
-
| sender | Object Sender is a parameter called Sender that contains a reference to the control/object that raised the event. |
| e | RoutedEventArgs e is a parameter called e that contains the event data, see the RoutedEventArgs MSDN page for more information. |
| bool AppStore.Templates.ScorePage._contentLoaded |
|
private |
| Windows UI Xaml Controls global.Grid AppStore.Templates.ScorePage.ContentRoot |
|
private |
| Windows UI Xaml Controls global.Grid AppStore.Templates.ScorePage.LayoutRoot |
|
private |
| Windows UI Xaml Controls global.TextBlock AppStore.Templates.ScorePage.pageTitle |
|
private |
| Windows UI Xaml Controls global.Button AppStore.Templates.ScorePage.Quit |
|
private |
| Windows UI Xaml Controls global.Button AppStore.Templates.ScorePage.Restart |
|
private |
| Windows UI Xaml Controls global.TextBlock AppStore.Templates.ScorePage.ScoreText |
|
private |
| Windows UI Xaml Controls global.TextBlock AppStore.Templates.ScorePage.TotalCorrect |
|
private |
| Windows UI Xaml Controls global.TextBlock AppStore.Templates.ScorePage.TotalUnanswered |
|
private |
| Windows UI Xaml Controls global.TextBlock AppStore.Templates.ScorePage.TotalWrong |
|
private |
Gets the view model for this Page.
This can be changed to a strongly typed view model.
The documentation for this class was generated from the following files:
- C:/Users/Srujan/Documents/Visual Studio 2015/Projects/BuildmLearnStore/AppStore/AppStore/obj/Debug/Templates/ScorePage.g.cs
- C:/Users/Srujan/Documents/Visual Studio 2015/Projects/BuildmLearnStore/AppStore/AppStore/obj/Debug/Templates/ScorePage.g.i.cs
- C:/Users/Srujan/Documents/Visual Studio 2015/Projects/BuildmLearnStore/AppStore/AppStore/Templates/ScorePage.xaml.cs


key
action
w or up arrow
thrust forward
s or down arrow
thrust backward
a or left arrow
rotate ship counter clockwise
d or right arrow
rotate ship clockwise
space or main mouse down
fire bullet
ctrl
toggle bounding boxes
restart
use plane model
use geometric model
scale .5
scale 1
scale 2
scale 4


Into Global Food Security @StirUni mathematician (@csmstir), mother of four from Stirling. Tweeting about food security, gender issues and public engagement.
Founder and owner of @Baystastic Bays Consulting the #SBS and #SmartSocial winners. Mathematician and Bayes Theorem advocate #QueenOf Statistics winner


Volkswagen donation to expand US forest by 1,500 acres
CHATTANOOGA, Tenn. (AP) - Volkswagen plans to donate $1.25 million to help expand Cherokee National Forest near the company’s Chattanooga plant and offer community grants.
On Thursday, The Conservation Fund announced a collaboration with Volkswagen to open three tracts near the plant for outdoor public recreation and to protect the habitat for the black bear and the Indiana bat.
Volkswagen is using $200,000 of the $1.25 million on community grants up to $50,000 each to help nonprofits, schools and public agencies improve water quality, increase outdoor recreation access and advance environmental education.
TOP STORIES
Bill Clinton offers Trump advice on impeachment
Skeptics chuckle as climate activist Greta Thunberg sets sail for Europe on 'plastic yacht'
DHS confirms no new border wall yet
Volkswagen broke ground Wednesday on an $800 million (727 million euro) expansion to make electric cars in Chattanooga.
The company has sought to transform itself after the 2015 diesel scandal, in which Volkswagen was caught using software to cheat on emissions testing.
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Netradar India is a crowdsourced user study to measure the cellular infrastructures in developing countries
especially India.Telecom operators (e.g Airtel, Idea and Reliance) are advertising and selling 4G/LTE SIM
cards to support higher data speeds in major cities but is the network infrastructure in these cities ready
to provide such services to the users?
Well… That is what we want to find out through the Netradar India project.
‘India will have 9 crore 4G subscribers by 2018’, says the experts and it is evident from the sales of the major telecom operators. But we feel that the infrastructure such as cellular base stations and mobile backhauls of our cities have not been upgraded to support 4G/LTE services yet. This will result in lower Quality of Experience (QoE) while using 4G SIM card.
Imagine this situation (which could be very close to reality)....
You are a Bangalorean and you have bought a 4G sim card for faster cellular data connection. But you see slow Internet connection in more than half of the places in Bangalore !! So even if you have 4G SIM and expensive data plans, you literally are not using the 4G services that are promised by your telecom operators. That is bad, isn’t it?
So, we are conducting this crowdsourced user study to measure the infrastructure capabilities in Bangalore. More the number of people participate in this study, more is the number of infrastructure that we can measure and analyze. Using the crowdsourcing technology we want to cover multiple locations in Bangalore.
We are approaching you, the people of Bengaluru to help us collect some data by using the Netradar application on your mobile phone.The users registered for the study are requested to follow a set of instructions and measure the infrastructure at various locations in Bangalore for a week. The effort required by the user is as simple as installing a Mobile App and doing some initial setting. The app takes care of the measurement without any user intervention.
Once the data is collected we run some tests on the data to report the
Quality of Infrastructure.
The Internet is now an all powerful medium, especially the emerging mobile technologies has contributed largely
to the massive usage of Internet throughout the world. On one end, we have the developed world where access is
getting faster and services being developed to utilize faster access. On the other end, there are people who do
not have access to the quality Internet. Even if they have such access, they are trapped by the promises made by
candid advertisements which merely contributes to the revenue of Internet Service Providers (ISP)/mobile operators.
These shortcomings are probably due to lack of infrastructure support (which accounts to the notion of the digital
divide problem faced by most people in developed countries).
Through this study we want to address the problem of digital exclusion through cellular networking technology.
We believe that the outcome of our research analysis will help to improve problems related to feasibility, scalability,
security, privacy challenges, robustness, resource allocation, sustainability, performance etc.
Furthermore we want to create awareness on the infrastructural limitations to adapt new technologies and hence answer
the question - 'How ethical it is for the cellular service providers to sell their products to the common people when
they do not have enough infrastructure to support?'.
In a nutshell we collect and measure quality of your mobile internet connection. More specifically, we collect the following information:
Location from GPS, network or WLAN, Download and upload speeds, Latency, Manufacturer, model, operating system and version, Network and subscriber operator, Signal strength, Base station, Mobile technology, such as UMTS, HSPA, IP address and transport ports, both public and private, Timestamp.
Using these we build coverage maps for mobile operators, compare devices and measure the services provided by the mobile operators.
We use a mobile application called Netradar- developed by the researchers at Department of Communications and Networking, Aalto University Finland. For further information about the Netradar app, please visit http://www.netradar.org/en/about.
No. All the data that we collect is anonymous. The system is designed so that no personal information such as name or addresses are gathered - our system is only gathering and presenting technical data. No personal information is stored.
We are two hardcore Bengalureans - Siddharth and Kiran, currently doing our research in Aalto University, Finland. We believe that our beloved silicon city needs better digital facilities and that is why we are interested in conducting pilot of this project in Namma Bengaluru.
You contribute to a research that tries to improve the digital infrastructure and services around the globe. Along with us, you will help us to improve the mobile networks.
Contact Details:


---
layout: default
title: Beoning
permalink: /
thumb_force_logo: true
---
{%- include amsf/core -%}
{{ site.name }}
{{ site.description }}
China Beijing・ Web developer・view my projects on GitHub
Recent Posts
{% for post in site.posts %}
{%- include themes/{{ site.amsf_theme }}/includes/page-item.html -%}
{% endfor %}


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Sorry! I cannot find whatever the heck you're looking for. You must've typed something wrong. That's right, I'm blaming you.


10.39 The Gauge Profiling Tool—library(gauge)
The Gauge library package is a graphical interface to the SICStus
built-in predicates profile_data/4
and
profile_reset/1
. See Execution Profiling, for more information about
execution profiling. The interface is based on Tcl/Tk
(see lib-tcltk).
view(
:Spec)
-
Creates a graphical user interface for viewing the profile data for the
predicates covered by the generalized predicate spec
Spec. For example, the call
view([user:_,m2:_])
, will
bring up the graphical user interface on the predicates contained
in the modules user
and m2
. When the display first
comes up it is blank except for the control panel. A screen shot is
shown below.
Gauge graphical user interface
The menus and buttons on the control panel are used as follows:
- Specification
- Selects what statistics to display. One of:
- Calls
- The number of times a predicate was called.
- Instructions
- The number of abstract instructions executed, plus two times the number of choice point accesses.
- Choicepoints
- Number of choicepoints accessed (saved or restored).
- Resolution
- Selects the level of resolution. One of:
- Predicate
- Compute results on a per predicate basis.
Predicates are denoted Module:Name/Arity.
- Clause
- Compute results on a per clause basis.
Clauses are denoted Module:Name/Arity/ClauseNo.
- Sort Order
- Selects the sort order of the histogram. One of:
- Alphabetic
- Sort the bars in alphabetic order.
- Descending values
- Sort the bars by descending values.
- Ascending values
- Sort the bars by ascending values.
- Top 40
- Show just the 40 highest values in descending order.
- Scale
- Controls the scaling of the bars. One of:
- Linear
- Display values with a linear scale.
- Logarithmic
- Display values with a logarithmic scale.
- Show
- Controls whether to show bars with zero counts. One of:
- All
- Show all values in the histogram.
- No zero values
- Show only non-zero values.
- Font
- The font used in the histogram chart.
- Calculate
- Calculates the values according to the current settings. The values are
displayed in a histogram.
- Reset
- The execution counters of the selected predicates and
clauses are reset.
- Print
- A choice of printing the histogram on a Postscript printer, or to a file.
- Help
- Shows a help text.
- Quit
- Quits Gauge and closes its windows.
By clicking on the bars of the histogram, the figures are displayed in
the Value Info window.
Send feedback on this subject.


Next: count, Previous: map-into, Up: Sequences Dictionary
reduce
function sequence &key key from-end start end initial-value ⇒ result
function—a designator for a function that might be called with either zero or two arguments.
sequence—a proper sequence.
key—a designator for a function of one argument, or nil.
from-end—a generalized boolean. The default is false.
start, end—bounding index designators of sequence. The defaults for start and end are 0 and nil, respectively.
initial-value—an object.
result—an object.
reduce uses a binary operation, function, to combine the elements of sequence bounded by start and end.
The function must accept as arguments two elements of sequence or the results from combining those elements. The function must also be able to accept no arguments.
If key is supplied, it is used is used to extract the values to reduce. The key function is applied exactly once to each element of sequence in the order implied by the reduction order but not to the value of initial-value, if supplied.
The key function typically returns part of the element of sequence. If key is not supplied or is nil, the sequence element itself is used.
The reduction is left-associative, unless from-end is true in which case it is right-associative.
If initial-value is supplied, it is logically placed before the subsequence (or after it if from-end is true) and included in the reduction operation.
In the normal case, the result of reduce is the combined result of function’s being applied to successive pairs of elements of sequence. If the subsequence contains exactly one element and no initial-value is given, then that element is returned and function is not called. If the subsequence is empty and an initial-value is given, then the initial-value is returned and function is not called. If the subsequence is empty and no initial-value is given, then the function is called with zero arguments, and reduce returns whatever function does. This is the only case where the function is called with other than two arguments.
(reduce #'* '(1 2 3 4 5)) ⇒ 120 (reduce #'append '((1) (2)) :initial-value '(i n i t)) ⇒ (I N I T 1 2) (reduce #'append '((1) (2)) :from-end t :initial-value '(i n i t)) ⇒ (1 2 I N I T) (reduce #'- '(1 2 3 4)) ≡ (- (- (- 1 2) 3) 4) ⇒ -8 (reduce #'- '(1 2 3 4) :from-end t) ;Alternating sum. ≡ (- 1 (- 2 (- 3 4))) ⇒ -2 (reduce #'+ '()) ⇒ 0 (reduce #'+ '(3)) ⇒ 3 (reduce #'+ '(foo)) ⇒ FOO (reduce #'list '(1 2 3 4)) ⇒ (((1 2) 3) 4) (reduce #'list '(1 2 3 4) :from-end t) ⇒ (1 (2 (3 4))) (reduce #'list '(1 2 3 4) :initial-value 'foo) ⇒ ((((foo 1) 2) 3) 4) (reduce #'list '(1 2 3 4) :from-end t :initial-value 'foo) ⇒ (1 (2 (3 (4 foo))))
Should be prepared to signal an error of type type-error if sequence is not a proper sequence.
Traversal Rules and Side Effects
Next: count, Previous: map-into, Up: Sequences Dictionary


DEATH RITE (Magiciens, Les) (director/writer: Claude Chabrol; screenwriter: Paul Gégauff; cinematographer: Jean Rabier; editor: Monique Fardoulis; cast: Franco Nero (Sadry), Stefania Sandrelli (Sylvia), Jean Rochefort (Edouard), Gert Fröbe (Professor Vestar), Gila von Weitershausen (Martine), Moheddine Mrad (doctor), Jalla Baccar (Sadry's Sister), Madame Ben Chadly (Sadry's Mother), Habib Chaari (Balloon Seller), Cecile Labussiere (Caterina); Runtime: 94; 1976-France/West Germany/Italy)
Reviewed by Dennis Schwartz
One of Chabrol's weaker films. There wasn't much magic in the magic show he put on. The video version I saw was badly dubbed in English and showed Tunisian subtitles. It's a B-mystery story that engages the occult for its plot, as it asks you to believe that there are clairvoyants who could see what is pre-destined. Death Rite is set in a ritzy tourist hotel on an island in Tunis, that has open skies, a beach, a desert, and palm trees.
As a plane lands in Tunis, a performing magician, Professor Vestar (Fröbe), gets a ride from another passenger, Edouard (Rochefort), to their hotel. After Edouard explains himself as a wealthy idler, who came here to rest and watch the tourists, the magician makes him stop at a spot in the desert where he says he had a vision a woman would be strangled with a noose. In his vision he saw red spots in the sky at the time of the murder.
Also on the plane were a young couple, the beautiful but spoiled European, Sylvia (Sandrelli), who already has a headache, and her Tunisian-born husband who rose from poverty to work in Paris as an architect, Sadry (Nero). They seem to have nothing in common, but he's attracted to her beauty. She has never met his mother and doesn't want to meet her, but he came home to visit his dying mother. The couple is also staying at the ritzy hotel.
Martine (Weitershausen) is an attractive brunette who is staying at the ritzy hotel, and she's Sadry's mistress.
Out riding again in the desert, on the day after the magician performed at the hotel, they witness a woman fall off her horse. She's Sylvia and the magician has a vision that someone willed her to die.
Edouard is absorbed by these visions, not claiming to believe or not believe them. But he says he has nothing else in life to do but think, so he gleefully meddles in this affair. When the magician says he must leave tomorrow and work in another country, Edouard offers to double his wages if he works for him, instead.
Another troubling vision about the expected murder is told to Edouard, this time it involves a figurine bought at the place where Sadry's father worked as a potter. It is prophesized that Martine will buy it and give it to Sadry as a gift, who in turn will give it to his wife. Edouard upsets the couple by separately telling them about the magician's doomed prophesy, as Sadry loses his temper with the magician and berates him in public. The magician is certain that Sylvia is doomed.
The climax builds to when Sylvia catches her husband embracing Martine and the visions of the prophesy begin to unfold. Edouard seems to want to help things along by buying a bunch of red balloons on the beach and giving it to a little girl to hold. When he returns she moved to a different spot, but they still release the balloons. This changes how the vision unfolds.
Chabrol is having some fun spoofing the conventions of magic and the rationality of science, and how the idle rich have nothing to do in this world but make trouble. The story was slight, the suspense was not earth shattering, and it resulted in film that hardly mattered.
REVIEWED ON 8/2/2001 GRADE: C -
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
<EMAIL_ADDRESS>© ALL RIGHTS RESERVED DENNIS SCHWARTZ
========== X-RAMR-ID: 29032 X-Language: en X-RT-SourceID: 873 X-RT-AuthorID: 1315 X-RT-RatingText: C-
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Item 5.
Automatic Reading Mode
Start automatic display movement space + dots23456
Slow reading rate previous thumb-key
Increase reading rate next thumb-key
Stop automatic reading previous + next
Automatic Reading Mode
Start automatic display movement space + dots23456
Slow reading rate previous thumb-key
Increase reading rate next thumb-key
Stop automatic reading previous + next


1. judge orientation. 2. Team Presentation. 3. Judge Evaluation and Scoring. 4. Judge Voting. 5. Official Tabulation. 6. Winning Team Chosen.


At its simplest level, geocaching requires these 8 steps:
- Register for a free Basic Membership.
- Visit the Find Em All! page.
- You can either enter your postal code and click "search", or enter the coordinates of the geocache
- Then your GPS device to assist you in finding the hidden geocache.
- Sign the Logbook and return the geocache to its original location.
- Repeat process and become a geocache master! Geocache Em' All!


--- layout: project title: Gaze Behaviors in Human-Robot Handovers shorttitle: Gaze Behaviors in Human-Robot Handovers location: Cornell University, USA type: robotics image: handover_gaze_sketch.png category: projects published: true year: 2019 duration: June 2019 - January 2022 collaborators: Alap Kshirsagar (Cornell), Melanie Lim (Cornell), Shemar Christian (Cornell), Guy Hoffman (Cornell), Tair Faibish (BGU), Yael Edan (BGU) --- {% include JB/setup %}
This project investigates gaze behaviors of a robot receiving an object from a human. Robot gaze is an important nonverbal behavior during human-robot handovers, yet prior work has only studied robots as givers. We analyze videos and human participant studies to make design recommendations for how to program a receiver robot’s social gaze.
Publications:


lib
/
com.kirkbushman.araw.fetcher
/
CommentsFetcher
/
getSubmission
getSubmission
fun
getSubmission
(
)
:
Submission
?


| write.river.append2Inflow | R Documentation |
New river inflow data of the the Fortran format 'F8.6' (width=8; 6 digits in front of the '.') is appended to an existing file. One file per day is modified.
write.river.append2Inflow(riverNames, riverInfos, riverData, grids, dIn, dOt, year, month = 0, day = 0, overwrite = TRUE, warn = TRUE)
riverNames |
character array with river names |
riverInfos |
list() of grid-information-lists(); to each element in riverNames one list element with the same name needs to exist in riverInfos |
riverData |
list() of river-inflow-data-lists(); to each element in riverData one list element with the same name needs to exist in riverInfos |
grids |
character array with grid names |
dIn |
character; directory containing the input file (to which data should be appended) |
dOt |
character; directory into which the final file should be written |
year |
integer; year to write out |
month |
integer; month to write out; if month==0 => write all months |
day |
integer; day to write out; if day==0 => write all days |
overwrite |
logical; overwrite 'dOt/filename' it already exists |
warn |
logical; allow/suppress warnings |
file written
Daniel Neumann<EMAIL_ADDRESS>write.river.newInflow, write.river.append2NML
# read a file: test.mom.monthly <- list() test.mom.monthly$Warnow <- read.river.mom('files/GER_Dan_Str_Warnow.dat') test.mom.monthly$Trave <- read.river.mom('files/GER_Dan_Str_Trave.dat') # calculate annual means from monthly data test.mom.daily <- list() test.mom.daily$Warnow <- interpolate.river.mom(test.mom.monthly$Warnow, to = 'daily', method = 'step') test.mom.daily$Trave <- interpolate.river.mom(test.mom.monthly$Trave, to = 'daily', method = 'step') # get grid info grid_info <- get.infos.grids.hbm.basic() # get river infos file <- 'files/river_list.dat' riverInfos <- read.infos.rivers(file, grid_info) # (you will get some warnings here) # write new namelist write.river.append2Inflow(c('Warnow', 'Trave'), riverInfos, test.mom.daily, grid_info, 'files', 'out_dir', 2012, month = 1, day = 1:5, overwrite=FALSE)


pfapp v2.2.1 : : by belcurv
Source code released under the MIT license. Website and documentation licensed under CC BY 4.0.


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--- title: "TensorFlow variables" output: rmarkdown::html_vignette vignette: > %\VignetteIndexEntry{TensorFlow variables} %\VignetteEngine{knitr::rmarkdown} %\VignetteEncoding{UTF-8} type: "docs" menu: main: name: "Variables" identifier: "custom-basic-variables" parent: "custom-basic-top" weight: 20 aliases: - /tensorflow/articles/howto_variables.html ---
A TensorFlow variable is the best way to represent shared, persistent state manipulated by your program.
Variables are manipulated via the tf$Variable
class. A tf$Variable
represents a tensor whose value can be changed by running ops on it. Specific
ops allow you to read and modify the values of this tensor. Higher level
libraries like Keras use tf$Variable
to store model parameters. This
guide covers how to create, update, and manage tf$Variable
s in TensorFlow.
To create a variable, simply provide the initial value
This creates a variable which is a three-dimensional tensor with shape [1, 2, 3]
filled with zeros. This variable will, by default, have the dtype
tf$float32
. The dtype is, if not specified, inferred from the initial
value.
If there’s a tf$device
scope active, the variable will be placed on that
device; otherwise the variable will be placed on the “fastest” device compatible
with its dtype (this means most variables are automatically placed on a GPU if
one is available). For example, the following snippet creates a variable named
v
and places it on the second GPU device:
Ideally though you should use the tf$distribute
API, as that allows you to
write your code once and have it work under many different distributed setups.
To use the value of a tf$Variable
in a TensorFlow graph, simply treat it like
a normal tf$Tensor
:
v <- tf$Variable(0)
w <- v + 1 # w is a tf.Tensor which is computed based on the value of v.
# Any time a variable is used in an expression it gets automatically
# converted to a tf$Tensor representing its value.
To assign a value to a variable, use the methods assign
, assign_add
, and
friends in the tf$Variable
class. For example, here is how you can call these
methods:
## <tf.Variable 'UnreadVariable' shape=() dtype=float32, numpy=1.0>
Most TensorFlow optimizers have specialized ops that efficiently update the
values of variables according to some gradient descent-like algorithm. See
tf$keras$optimizers$Optimizer
for an explanation of how to use optimizers.
You can also explicitly read the current value of a variable, using
read_value
:
## <tf.Variable 'UnreadVariable' shape=() dtype=float32, numpy=1.0>
## tf.Tensor(1.0, shape=(), dtype=float32)
When the last reference to a tf$Variable
goes out of scope its memory is
freed.


Hi there, {{.User.Email}}!


Hi! My name is Andrew Chough and I'm currently a software engineer at Adobe, currently residing in New York City.
Biography
Full-time developer. Aspiring life-liver. Professional layup misser. Beach lover.
From a young age, I always found a fascination with computers - starting as young as four years old when I spent time each day to play Reader Rabbit on the PC. Since then, I've been lucky enough to have the chance to study more and more about computers and specially computer science and coding. Moving forward, I'd like to gain experience learning whatever I can. The world of computer science is limitless so I'm ready to go out there head on.
On a more personal side, I was born and raised in the Bay Area located in northern California throughout my entire life. Over the years, I've become infatuated with music - ranging from hip-hop to jazz. I've been playing the saxophone for more than 11 years, participating in bands such as the Wind Ensemble in high school to the Marching Band here at BC.
In my off time away from school and side projects, you can find me around campus at the gym hanging off the pull-up bar convincing myself that I'm not done growing or in one of many classrooms thinking of ways to improve organizations that I'm a part of. As an Asian-American, I've found a lot of joy in immersing myself in advocacy clubs such as the Boston College Asian Caucus or the Boston College Koreans Student Association.
Experience
• Bachelor of Science, Computer Science
• Modified internal infrastructure administrative and consumer pages to facilitate a quicker and simplified deployment process.
• Consumed and supported API construction to deliver company-wide standards.
• Formalized designs through Adobe XD and helped bring them to production on a full-stack scale using React, CSS, and Ruby on Rails.
• Bachelor of Science, Computer Science
• Relevant Coursework: Computer Science I/II, Computer Organization, Logic and Computation, Computer Systems, Randomness and Computation, Artificial Intelligence, Algorithms,
Data Mining, Distributed Systems, Principles of Programming Languages, Linear Algebra
• Streamlined deployment processes by redesigning administration pages to make them more digestible.
• Utilized softwares such as Adobe XD and Sketch to design prototypes and transitioned the designs to a large-scale project with HTML, CSS, JavaScript, and JQuery.
• Improved Boston College’s course, major/minor and faculty websites.
• Upgraded existing websites under Boston College domain by implementing previously designed modules through various Adobe applications.


Bolivia's legislative assembly to meet on Tuesday to discuss Morales resignation
(Reuters) - Bolivia’s legislative assembly plans to hold an extraordinary session at 4 p.m. (2000 GMT) on Tuesday to formally discuss the resignation of President Evo Morales, according to a statement on Monday, after the leftist leader said he would stand down.


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8
1 Does not Wisdom call out?
Does not Understanding raise her voice?
2 On the hilltops beside the road,
at the crossroads, Wisdom takes her stand.
3 Beside the entrance to the city,
near the city gates, she calls out.
4 "People, I call to you
and I raise my voice to the children of mankind.
5 You who have not been taught, you must understand prudence
and you who hate knowledge, you must have an understanding heart.
6 Listen and I will speak of noble things
and when my lips open I will say what is right—
7 for my mouth speaks what is trustworthy,
and my lips hate wickedness.
8 All the words of my mouth are just;
there is nothing twisted or misleading in them.
9 All my words are straight for the one who understands;
my words are right for those who find knowledge.
10 Choose my instruction over silver
and knowledge rather than pure gold.
11 For I, Wisdom, am better than jewels;
nothing that you desire can compare with me.
12 I, Wisdom, live with Prudence,
and I possess knowledge and discretion.
13 The fear of Yahweh is to hate evil—
I hate pride and arrogance, the evil way,
and perverted speech—I hate them.
14 I have good advice and sound wisdom;
I have insight, and strength belongs to me.
15 By me kings reign—
also noblemen, and all who govern justly.
16 By me princes rule
and nobles and all who govern with justice.
17 I love those who love me,
and those who diligently seek me, find me.
18 With me are riches and honor,
enduring wealth and righteousness.
19 My fruit is better than gold, better even than fine gold;
what I produce is better than pure silver.
20 I walk in the way that is right,
in the paths that lead to justice,
21 so I may give an inheritance to those who love me
and fill up their treasuries.
22 Yahweh created me from the beginning—
the first of his deeds in ancient times.
23 From ages long ago I was put in place—from the first,
from the beginnings of the earth.
24 Before there were oceans, I was given birth—
before there were springs abounding with water,
25 before the mountains were settled,
and before the hills, I was born.
26 I was born before Yahweh had made the earth or the fields,
or even the first dust in the world.
27 I was there when he established the heavens,
when he drew the horizon on the surface of the deep.
28 I was there when he established the skies above and
when he made the fountains of the deep.
29 I was there when he made limits for the sea,
so the waters should not spread beyond where he commanded them,
and when he ordered where the foundations of the earth should be placed.
30 I was beside him, as a master craftsman,
and I was his delight day after day,
always rejoicing before him.
31 I was rejoicing in his whole world,
and my delight was in mankind.
32 And now, my sons, listen to me,
for those who keep my ways will be happy.
33 Listen to my instruction and be wise;
do not neglect it.
34 The one who listens to me will be happy—
watching every day at my gates,
waiting for me beside the doors of my home.
35 For whoever finds me, finds life,
and he will find the favor of Yahweh.
36 But he who fails to find me, harms himself;
all who hate me love death."


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import MapServerParser from 'leaflet.control.nestedlayers/src/Leaflet.LayerHierarchy.MapServerParser.js'
MapServerParser
Parses the layer data served by an ArcGIS MapServer
Static Member Summary
| Static Public Members | ||
| public static |
APIEndpoints: {"layers": string, "legend": string} |
|
| public static |
|
|
| public static |
QueryParameters: {"f": string} |
Constructor Summary
| Public Constructor | ||
| public |
constructor(url: string, map: L.Map, options: object) Initializes the parser with the given parameters |
Member Summary
| Public Members | ||
| public get |
Default configuration options |
|
| public get |
map: L.Map Leaflet Map object |
|
| public get |
Configuration options |
|
| public get |
MapServer URL |
Method Summary
| Public Methods | ||
| public |
parse(): * |
Static Public Members
Public Constructors
public constructor(url: string, map: L.Map, options: object) source
Initializes the parser with the given parameters
Params:
| Name | Type | Attribute | Description |
| url | string | A valid and reachable ArcGIS MapServer URL |
|
| map | L.Map | A Leaflet Map object, which will be passed to all the layers in the resulting LayerHierarchy |
|
| options | object |
|
An optional configuration object |
| options.data | object |
|
The configuration options related to what data should be parsed from the MapServer to be included on NestedLayer objects |
| options.data.scale | boolean |
|
Include minZoom and maxZoom parameters on the NestedLayer |
| options.data.defaultVisibility | boolean |
|
Include the initial selected state of the NestedLayer |
| options.hierarchyOptions | object |
|
The configuration options the NestedHierarchy takes on instantiation |


|
MeterLogger
|
#include <mqtt/include/mqtt.h>
Data Fields | |
| struct espconn * | pCon |
| uint8_t | security |
| uint8_t * | host |
| uint32_t | port |
| ip_addr_t | ip |
| mqtt_state_t | mqtt_state |
| mqtt_connect_info_t | connect_info |
| MqttCallback | connectedCb |
| MqttCallback | disconnectedCb |
| MqttCallback | publishedCb |
| MqttCallback | pingrespCb |
| MqttCallback | timeoutCb |
| MqttDataCallback | dataCb |
| ETSTimer | mqttTimer |
| uint32_t | keepAliveTick |
| uint32_t | reconnectTick |
| uint32_t | connectTick |
| uint32_t | sendTimeout |
| tConnState | connState |
| QUEUE | msgQueue |
| void * | user_data |
| mqtt_connect_info_t MQTT_Client::connect_info |
Definition at line 100 of file mqtt.h.
Referenced by mqtt_client_delete(), MQTT_InitClient(), and MQTT_InitLWT().
| MqttCallback MQTT_Client::connectedCb |
Definition at line 101 of file mqtt.h.
Referenced by mqtt_client_delete(), MQTT_OnConnected(), and mqtt_tcpclient_recv().
| uint32_t MQTT_Client::connectTick |
Definition at line 110 of file mqtt.h.
Referenced by MQTT_Connect(), and mqtt_timer().
| tConnState MQTT_Client::connState |
Definition at line 112 of file mqtt.h.
Referenced by mqtt_client_delete(), MQTT_Connect(), MQTT_DeleteClient(), MQTT_Disconnect(), mqtt_dns_found(), mqtt_send_keepalive(), MQTT_Task(), mqtt_tcpclient_connect_cb(), mqtt_tcpclient_discon_cb(), mqtt_tcpclient_recon_cb(), mqtt_tcpclient_recv(), mqtt_tcpclient_sent_cb(), and mqtt_timer().
| MqttDataCallback MQTT_Client::dataCb |
Definition at line 106 of file mqtt.h.
Referenced by deliver_publish(), mqtt_client_delete(), and MQTT_OnData().
| MqttCallback MQTT_Client::disconnectedCb |
Definition at line 102 of file mqtt.h.
Referenced by mqtt_client_delete(), MQTT_OnDisconnected(), and mqtt_tcpclient_discon_cb().
| uint8_t* MQTT_Client::host |
Definition at line 96 of file mqtt.h.
Referenced by mqtt_client_delete(), MQTT_Connect(), MQTT_InitConnection(), mqtt_send_keepalive(), MQTT_Task(), mqtt_tcpclient_connect_cb(), mqtt_tcpclient_recon_cb(), and mqtt_tcpclient_recv().
| ip_addr_t MQTT_Client::ip |
Definition at line 98 of file mqtt.h.
Referenced by MQTT_Connect().
| uint32_t MQTT_Client::keepAliveTick |
Definition at line 108 of file mqtt.h.
Referenced by MQTT_Connect(), mqtt_send_keepalive(), MQTT_Task(), mqtt_tcpclient_sent_cb(), and mqtt_timer().
| mqtt_state_t MQTT_Client::mqtt_state |
Definition at line 99 of file mqtt.h.
Referenced by mqtt_client_delete(), MQTT_InitClient(), MQTT_Ping(), MQTT_Publish(), mqtt_send_keepalive(), MQTT_Subscribe(), MQTT_Task(), mqtt_tcpclient_connect_cb(), mqtt_tcpclient_recv(), mqtt_tcpclient_sent_cb(), mqtt_timer(), and MQTT_UnSubscribe().
| ETSTimer MQTT_Client::mqttTimer |
Definition at line 107 of file mqtt.h.
Referenced by MQTT_Connect().
| QUEUE MQTT_Client::msgQueue |
Definition at line 113 of file mqtt.h.
Referenced by mqtt_client_delete(), MQTT_InitClient(), MQTT_OnTimeout(), MQTT_Ping(), MQTT_Publish(), MQTT_Subscribe(), MQTT_Task(), mqtt_tcpclient_recv(), and MQTT_UnSubscribe().
| struct espconn* MQTT_Client::pCon |
Definition at line 94 of file mqtt.h.
Referenced by minute_timer_func(), mqtt_client_delete(), MQTT_Connect(), mqtt_dns_found(), mqtt_send_keepalive(), MQTT_Task(), mqtt_tcpclient_connect_cb(), mqtt_tcpclient_delete(), and mqtt_tcpclient_recv().
| MqttCallback MQTT_Client::pingrespCb |
Definition at line 104 of file mqtt.h.
Referenced by deliver_pingresp(), mqtt_client_delete(), and MQTT_OnPingResp().
| uint32_t MQTT_Client::port |
Definition at line 97 of file mqtt.h.
Referenced by MQTT_Connect(), MQTT_InitConnection(), mqtt_send_keepalive(), MQTT_Task(), mqtt_tcpclient_connect_cb(), mqtt_tcpclient_recon_cb(), and mqtt_tcpclient_recv().
| MqttCallback MQTT_Client::publishedCb |
Definition at line 103 of file mqtt.h.
Referenced by mqtt_client_delete(), MQTT_OnPublished(), and mqtt_tcpclient_sent_cb().
| uint32_t MQTT_Client::reconnectTick |
Definition at line 109 of file mqtt.h.
Referenced by MQTT_Connect(), and mqtt_timer().
| uint8_t MQTT_Client::security |
Definition at line 95 of file mqtt.h.
Referenced by MQTT_Connect(), mqtt_dns_found(), MQTT_InitConnection(), mqtt_send_keepalive(), MQTT_Task(), mqtt_tcpclient_connect_cb(), and mqtt_tcpclient_recv().
| uint32_t MQTT_Client::sendTimeout |
Definition at line 111 of file mqtt.h.
Referenced by mqtt_send_keepalive(), MQTT_Task(), mqtt_tcpclient_connect_cb(), mqtt_tcpclient_sent_cb(), and mqtt_timer().
| MqttCallback MQTT_Client::timeoutCb |
Definition at line 105 of file mqtt.h.
Referenced by mqtt_client_delete(), and MQTT_OnTimeout().
| void* MQTT_Client::user_data |
Definition at line 114 of file mqtt.h.
Referenced by mqtt_client_delete().


View New Posts on Battlelog Forum - Better Battlelog Forums #128899
Sitemap
19. October 2014 10:38
Topicstarter
B2ZGoucho
Any chance of a view new posts feature for the battlelog forum ;)
19. October 2014 11:20
BrainFooLong
Administrator
Thats what many people want but unfortunetely we cannot integrate this.
This must be done by DICE directly on the server side.


basic webpage by Celeb Thomson
This text is
bold
this text is
italic
this is both and this text isin't any of them.
this is an online image


[gecode-users] minimodel question
Christian Schulte
cschulte at kth.se
Wed Mar 25 21:47:51 CET 2009
Hi Gustavo,
We fixed the bug but a new release might take one or two more days.
We went through all changes in 3.0.0 again and checked whether they are covered by our tests (which they were not, of course. But that's fixed now). Retesting everything will take a day or two.
So far, Gecode 3.0.* has been a total disaster and hence we decided to carefully go through everything again. The problem was really in our testing methodology: we did not check carefully enough that the new optimizations and in particular their bordercases are covered. All bugs discovered had in common that they were uncovered optimizations.
Cheers and thanks
Christian
--
Christian Schulte, www.it.kth.se/~cschulte/
-----Original Message-----
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf Of Gustavo Gutierrez
Sent: Tuesday, March 24, 2009 6:45 PM
To: gecode list
Subject: [gecode-users] minimodel question
Hello,
After migrating my code to gecode 3.0, I am having a problem when posting a constraint on a boolean relation. The file attached compiles with gecode 3.0 but when executing it I got a bus error (a segmentation fault, I think). The file contains mostly a simplification of my code but it is good enough to exhibit the behavior.
The only constraint I am posting is:
post(*this, tt(imp(~(x == 1), ~(y != 1))));
which seems to be valid according with the specification presented in modeling.pdf at page 54.
Thanks in advance,
Gustavo
More information about the gecode-users
mailing list


--- layout: post title: Web Everywhere date: 2006-07-14 00:00:00 categories: business digital-media mobile personal software-development ---
A couple of folks have picked up on the talk I gave at d.Construct 2005. It was called "Web Everywhere" and was a 40-odd minute ramble about the web, Web 2.0, and mobile. There's a big picture of a pie in it too.
Slides and an MP3 are online. A prize for the first person to mash me up with Missy Elliot or something.


TATTOOED STRANGER, THE (director: Edward Montagne; screenwriter: Philip H. Reisman Jr.; cinematographer: William Steiner; cast: John Miles (Detective Frank Tobin), Patricia Barry (Mary Mahan), Walter Kinsella (Lieutenant Corrigan ), Frank Tweddell (Captain Lundquist), Arthur Jarrett (Johnny Marseille), William Gibberson (Aberfoyle), Rod McLennan (Captain Gavin), Jim Boles (Fisher), Henry Lasko (Joe Canko), 1950)
Reviewed by Dennis Schwartz
A second-rate, watchable noir film, distinguished by its gritty authentic NYC location shots and the lack of acting ability exhibited by this largely unknown cast and the low-level crime committed, where the detective jokes that this crime didn't even make it into "The Daily News." The plot centers around a murder investigation of a woman who is killed with a shotgun and found in a stolen car in Central Park. The police don't know who she is, who did the crime, or where she was murdered- apparently her body was dumped here from another location.
Lt. Corrigan (Walter Kinsella), the veteran detective, and Detective Tobin (John Miles), rookie homicide detective, are the lead investigators, in a case which will take them across NYC- from the beautiful Botanical Gardens in the Bronx, to the dinghy tattoo parlors in the Bowery and by the Brooklyn Navy Yard, and finally to a gravestone cutting site in the Bronx, where the climactic shoot-out takes place.
The hero of this tale is the awkwardly nice, college boy, war hero cop, Tobin. He doesn't seem like he is an actor or a cop, but he does appear as if he is a genuinely nice person, which in the long run might prove better for humanity, but it doesn't help this film, a film that could have used something more from him to spark this ordinary TV-like crime drama. This trite subplot, tried so often, of the crusty veteran Corrigan, who is suspicious of the rookie Tobin, questioning his previous experience in the forensic lab, afraid he will be useless to him since he hasn't been tested in the field. The rookie must therefore prove himself before he is to be accepted.
Finding an exotic type of grass in the car, the bachelor rookie is sent to the Museum of Natural History, where the expert on that kind of flora is the attractive Mary Mahan (Patricia Barry), a perfect love match for our hero, as they will stay on that clue for the remainder of the film. Corrigan in the meantime has figured out that the dead lady is a waitress, and when they visit her in the morgue, a drunk tries to carve out the tattoo on her wrist. When he panics and takes off as the cops approach him, he is killed by Tobin who saves Corrigan from being killed by him.
This takes them hunting down tattoo parlors, where they find an amiable tattoo artist who goes by the monicker, "The Electric Rembrandt" (Jarrett). He recognizes the woman from the picture of the double-tattoo the cops show him of a U.S. Marine Corps emblem and one of a navy anchor. They soon discover that the victim has many names, that she has been married four times, and collects insurance benefits from her dead husbands.
 Why he goes on this rampage is never made clear, except it is surmised that he might be the jealous type. Since we never hear him speak or clearly see his face, we can only assume that the cops are right.
The story winds up in the Bronx granite yard, as the killer goes there to execute the owner of the site.When spotted by our hero, he shoots it out with him unsuccessfully among the many gravestones, which makes for a colorful scene, the best and most memorable one of the film. When its all over, Corrigan arrives and tells the wounded kid, as he is with his now girlfriend, Mary-- "It looks like you need someone steady to take care of you."
REVIEWED ON 8/30/99 GRADE: C-
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
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When cardholder data is shared with service providers, the service providers have to take responsibility for keeping that data secure. To ensure that this is taking place, relationships with service providers should be managed in compliance with PCI DSS.
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Federer stays alive at ATP Finals with Berrettini win
LONDON, Nov 12 — Roger Federer kept alive his hopes of a seventh ATP Finals crown on today, beating Italian debutant Matteo Berrettini 7-6 (7/2), 6-3 at London’s O2 Arena.
The Swiss third seed put himself under enormous pressure by losing his first match on Sunday in straight sets in Group Bjorn Borg to Dominic Thiem.
The six-time champion was not at his fluent best today but ultimately had too much for Berrettini, who won just three games against Novak Djokovic in his opener.
Both players were solid on serve in the first set, with Federer struggling to make inroads against the eighth seed.
The Swiss eventually earned himself the sniff of a chance in the 12th game, winning the first break point of the match but Berrettini snuffed out the danger and held to take it into a tie-break.
Federer upped the level of his game in the shootout, helped by some wayward shots from his opponent plus a Berrettini double-fault and won it comfortably 7-2.
The Swiss, clad in black, broke immediately at the start of the second to leave the Italian with a mountain to climb.
Berrettini earned a clutch of break points in the eighth game but Federer eventually served himself out of trouble, sealing the game with an ace.
Djokovic and Thiem hope to take a major step towards qualifying for the semi-finals when they meet in the evening match at the O2 Arena.
Djokovic is hunting a sixth ATP Finals title to pull level with Federer’s record and is also seeking to pip Rafael Nadal to the year-end number one ranking.
Yesterday top seed Nadal lost his opener in Group Andre Agassi to defending champion Alexander Zverev while Stefanos Tsitsipas beat Daniil Medvedev.
The top two players from each group qualify for the semi-finals. — AFP


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| April 2013 |
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Vitter: BP to Pay $340 Million of $1 Billion in Early Restoration Fines |
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Vitter Amendment Would End Obamacare Exemption for Obama Appointees |
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Vitter, Brown Unveil Legislation That Would End “Too Big To Fail” Policies |
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Vitter Questions Dept. of Army on Review of Fort Polk at Senate Committee Hearing |
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Vitter: Cordray’s Testimony Increases “Cloud of Uncertainty” |
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Vitter Calls for Release of Year-old Stanford Ponzi Scheme Receiver Report |
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Vitter Introduces North American Wetlands Conservation Act |
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Vitter Receives "Spirit of Enterprise" Award |
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Vitter Furious that Obama's Budget Has Zero Money for West Shore Levee Protection Program |
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Vitter: FHA Bailout Proposal in President’s Budget is a Lowlight of an Irresponsible Budget |
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Vitter Bill Will Extend State’s Offshore Jurisdiction, Including Fisheries Management |
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Vitter Applauds Decision to Protect Shreveport Control Tower |
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Vitter Says Over the Counter “Morning After” Pill is an Attack on Parents’ Role |
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Vitter Discusses Efforts to Protect Shreveport Control Tower With Local Officials |
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Fischer, Vitter: EPA Giving out Personal Information of Private Citizens to Environmental Groups |
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Vitter Calls Obama’s Latest Home Lending Plan Subprime Déjà vu |
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Vitter, Sessions Question EPA “Sue-and-Settle” Deal with Sierra Club |
| March 2013 |
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Vitter Says Tier 3 Regulation is Bad News for Drivers |
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Senate Approves Vitter, Brown Amendment to End Too-Big-To-Fail Hand Out for Mega-banks |
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Lesson from Vote-A-Rama: Senate Supports Energy Production, Opposes Carbon Tax |


Baylor Haen
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Zach Hanson
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Economics
Loves to golf and sleep
Jimmy Huynh
Freshman
Actuarial Science
Loves to be a bright kid


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Technical Collaboration
In order to further the objectives of the CGI various technical collaboration activities are being supported. Some of these are being carried out by formal Working Groups of the CGI whereas others are less formal activities for which the CGI is providing a forum on this website. Current technical collaboration activities are listed below, along with a link to the activity's web pages. In most cases the web pages of the technical groups are publicly available as it is an objective of the CGI to encourage the widest possible level of involvement in its activities.


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In an effort to predict return-on-ad-spend, the industry has defaulted to clicks and views—holdover metrics from a desktop-only world. Clicks certainly count, but they only tell a fraction of the buyer’s story, obscuring the reality of true intent.
If you want the truth on customer preferences and campaign efficacy, you need the metrics that will help you understand. The seductive click-baits and relentless pop-ups are bred from the way it is: current incentives and short-term profits.
Without proper measurement, we are blind to the vital intelligence that lives before the click: the considering, examining, and comparing. By tracking a full suite of metrics—the swipes, lingers, hovers, scrolls, views, plays, etc.—we now have a picture of behavioral interaction we just haven’t seen before.
46% of brand marketers and 43% of agencies report that "the current metrics (clicks, viewability, etc.) used to measure performance on mobile aren’t effective."


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