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--- layout: post title: On executing your startup idea date: 2012-01-21 21:44:09.000000000 -08:00 type: post published: true status: publish categories: tags: - linkedin meta: _edit_last: '1' author: login: admin email<EMAIL_ADDRESS>display_name: admin first_name: Carina C. last_name: Zon ---
"Talk about your idea. Many entrepreneurs I meet are worried others will steal their idea if they tell too many people. In reality, most people are way too busy with their own job or idea to bother stealing yours. Plus, ideas aren't worth much (unless it's super easy to implement, in which case you should stop talking and just do it). Execution is what distinguishes winners from losers.
Talking about your idea will give you valuable feedback that can help you improve your execution. Talking about stuff you're passionate about will help you attract people who can help you with your idea or introduce you to others who can help."
Annie Chang, lolapps founder, answers "What's the most important piece of advice you give entrepreneurs?"


| Project: | C:\RNNNNNNNNNNNNNN\target\222.lpu |
| Date: | 08.08.2018 10:16 |
| Comment: |
| Title\Language | Source |
|---|---|
| customers-de | File: C:\Users\rnicz\Downloads\customers-de.json File time: 08.08.2018 09:37:17 Size: 329 strings Last update: 08.08.2018 09:37:49 Last change: 08.08.2018 09:37:49 |
| Title\Language | Polish |
|---|---|
| customers-de | File: C:\Users\rnicz\Downloads\pl\customers-de.json File time: 07.08.2018 15:14:03 Size: 329 strings Translated: 0 % Last update: 08.08.2018 09:37:49 Last change: 08.08.2018 09:37:49 Last generation: - |
| Resource Type | Total | To Translate | For Review |
|---|---|---|---|
| Json.Root | 43 | 42 | 0 |
| Description | Strings | Words | Letters | Characters |
|---|---|---|---|---|
| Total | 329 | 1 074 | 7 588 | 8 498 |
| To be translated | 329 | 1 074 | 7 588 | 8 498 |
| Untranslated | 282 (85%) | 993 (92%) | 6 977 (91%) | 7 847 (92%) |
| Untranslated repetitions | 47 (14%) | 81 (7%) | 611 (8%) | 651 (7%) |
| Pre-translated (100 %) | 0 (0%) | 0 (0%) | 0 (0%) | 0 (0%) |
| For review | 0 (0%) | 0 (0%) | 0 (0%) | 0 (0%) |
| Translated and validated | 0 (0%) | 0 (0%) | 0 (0%) | 0 (0%) |
| Change of text length | 0 (0%) | 0 (0%) | 0 (0%) | 0 (0%) |
No errors found


func runtime.traceGoSched
6 uses
runtime (current package)
debugcall.go#L210: traceGoSched()
proc.go#L3295: traceGoSched()
proc.go#L3308: traceGoSched()
proc.go#L4854: traceGoSched()
trace.go#L301: traceGoSched()
trace.go#L1081: func traceGoSched() {
The pages are generated with Golds v0.2.7-preview. (GOOS=darwin GOARCH=amd64)


Candidate as privileged article in the International Conference in New Research of Electrical
Engineering and Computer Science entitled: “Gaussian Three-Dimensional kernel SVM for
Edge Detection Applications ", September 2015.
One of the top 3% students in the nationwide university entrance exam among more than
participants, June 2011.


ShellCheck directives are only valid in front of complete commands like 'case' statements, not individual case branches.
case $? in
0) echo "Success" ;;
# shellcheck disable=2154
*) echo "$cmd $flag returned failure" ;;
esac
# Applies to everything in the `case` statement
# shellcheck disable=2154
case $? in
0) echo "Success" ;;
*) echo "$cmd $flag returned failure" ;;
esac
or
case $? in
0) echo "Success" ;;
*)
# Applies to a single command within the `case`
# shellcheck disable=2154
echo "$cmd $flag returned failure"
;;
esac
You appear to have put a directive before a branch in a case statement.
ShellCheck directives can not be scoped to individual branches of case
statements, only to the entire case
, or to individual commands within it. Please move the directive as appropriate.
(It is possible to apply directives to all commands within a { ..: }
command group, if you truly wish to apply a directive to multiple commands but not the full case
statement.)
None.


1 $$ -*- mode: c++; -*- 2 $$ This is a Pump source file. Please use Pump to convert 3 $$ it to gmock-generated-nice-strict.h. 4 $$ 5 $var n = 10 $$ The maximum arity we support. 6 // Copyright 2008, Google Inc. 7 // All rights reserved. 8 // 9 // Redistribution and use in source and binary forms, with or without 10 // modification, are permitted provided that the following conditions are 11 // met: 12 // 13 // * Redistributions of source code must retain the above copyright 14 // notice, this list of conditions and the following disclaimer. 15 // * Redistributions in binary form must reproduce the above 16 // copyright notice, this list of conditions and the following disclaimer 17 // in the documentation and/or other materials provided with the 18 // distribution. 19 // * Neither the name of Google Inc. nor the names of its 20 // contributors may be used to endorse or promote products derived from 21 // this software without specific prior written permission. 22 // 23 // THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS 24 // "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT 25 // LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR 26 // A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT 27 // OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, 28 // SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT 29 // LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, 30 // DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY 31 // THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT 32 // (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE 33 // OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. 34 35 36 // Implements class templates NiceMock, NaggyMock, and StrictMock. 37 // 38 // Given a mock class MockFoo that is created using Google Mock, 39 // NiceMock<MockFoo> is a subclass of MockFoo that allows 40 // uninteresting calls (i.e. calls to mock methods that have no 41 // EXPECT_CALL specs), NaggyMock<MockFoo> is a subclass of MockFoo 42 // that prints a warning when an uninteresting call occurs, and 43 // StrictMock<MockFoo> is a subclass of MockFoo that treats all 44 // uninteresting calls as errors. 45 // 46 // Currently a mock is naggy by default, so MockFoo and 47 // NaggyMock<MockFoo> behave like the same. However, we will soon 48 // switch the default behavior of mocks to be nice, as that in general 49 // leads to more maintainable tests. When that happens, MockFoo will 50 // stop behaving like NaggyMock<MockFoo> and start behaving like 51 // NiceMock<MockFoo>. 52 // 53 // NiceMock, NaggyMock, and StrictMock "inherit" the constructors of 54 // their respective base class. Therefore you can write 55 // NiceMock<MockFoo>(5, "a") to construct a nice mock where MockFoo 56 // has a constructor that accepts (int, const char*), for example. 57 // 58 // A known limitation is that NiceMock<MockFoo>, NaggyMock<MockFoo>, 59 // and StrictMock<MockFoo> only works for mock methods defined using 60 // the MOCK_METHOD* family of macros DIRECTLY in the MockFoo class. 61 // If a mock method is defined in a base class of MockFoo, the "nice" 62 // or "strict" modifier may not affect it, depending on the compiler. 63 // In particular, nesting NiceMock, NaggyMock, and StrictMock is NOT 64 // supported. 65 66 // GOOGLETEST_CM0002 DO NOT DELETE 67 68 #ifndef GMOCK_INCLUDE_GMOCK_GMOCK_GENERATED_NICE_STRICT_H_ 69 #define GMOCK_INCLUDE_GMOCK_GMOCK_GENERATED_NICE_STRICT_H_ 70 71 #include "gmock/gmock-spec-builders.h" 72 #include "gmock/internal/gmock-port.h" 73 74 namespace testing { 75 76 $range kind 0..2 77 $for kind [[ 78 79 $var clazz=[[$if kind==0 [[NiceMock]] 80 $elif kind==1 [[NaggyMock]] 81 $else [[StrictMock]]]] 82 83 $var method=[[$if kind==0 [[AllowUninterestingCalls]] 84 $elif kind==1 [[WarnUninterestingCalls]] 85 $else [[FailUninterestingCalls]]]] 86 87 template <class MockClass> 88 class $clazz : public MockClass { 89 public: 90 $clazz() : MockClass() { 91 ::testing::Mock::$method( 92 internal::ImplicitCast_<MockClass*>(this)); 93 } 94 95 #if GTEST_LANG_CXX11 96 // Ideally, we would inherit base class's constructors through a using 97 // declaration, which would preserve their visibility. However, many existing 98 // tests rely on the fact that current implementation reexports protected 99 // constructors as public. These tests would need to be cleaned up first. 100 101 // Single argument constructor is special-cased so that it can be 102 // made explicit. 103 template <typename A> 104 explicit $clazz(A&& arg) : MockClass(std::forward<A>(arg)) { 105 ::testing::Mock::$method( 106 internal::ImplicitCast_<MockClass*>(this)); 107 } 108 109 template <typename A1, typename A2, typename... An> 110 $clazz(A1&& arg1, A2&& arg2, An&&... args) 111 : MockClass(std::forward<A1>(arg1), std::forward<A2>(arg2), 112 std::forward<An>(args)...) { 113 ::testing::Mock::$method( 114 internal::ImplicitCast_<MockClass*>(this)); 115 } 116 #else 117 // C++98 doesn't have variadic templates, so we have to define one 118 // for each arity. 119 template <typename A1> 120 explicit $clazz(const A1& a1) : MockClass(a1) { 121 ::testing::Mock::$method( 122 internal::ImplicitCast_<MockClass*>(this)); 123 } 124 125 $range i 2..n 126 $for i [[ 127 $range j 1..i 128 template <$for j, [[typename A$j]]> 129 $clazz($for j, [[const A$j& a$j]]) : MockClass($for j, [[a$j]]) { 130 ::testing::Mock::$method( 131 internal::ImplicitCast_<MockClass*>(this)); 132 } 133 134 135 ]] 136 #endif // GTEST_LANG_CXX11 137 138 ~$clazz() { 139 ::testing::Mock::UnregisterCallReaction( 140 internal::ImplicitCast_<MockClass*>(this)); 141 } 142 143 private: 144 GTEST_DISALLOW_COPY_AND_ASSIGN_($clazz); 145 }; 146 147 ]] 148 149 // The following specializations catch some (relatively more common) 150 // user errors of nesting nice and strict mocks. They do NOT catch 151 // all possible errors. 152 153 // These specializations are declared but not defined, as NiceMock, 154 // NaggyMock, and StrictMock cannot be nested. 155 156 template <typename MockClass> 157 class NiceMock<NiceMock<MockClass> >; 158 template <typename MockClass> 159 class NiceMock<NaggyMock<MockClass> >; 160 template <typename MockClass> 161 class NiceMock<StrictMock<MockClass> >; 162 163 template <typename MockClass> 164 class NaggyMock<NiceMock<MockClass> >; 165 template <typename MockClass> 166 class NaggyMock<NaggyMock<MockClass> >; 167 template <typename MockClass> 168 class NaggyMock<StrictMock<MockClass> >; 169 170 template <typename MockClass> 171 class StrictMock<NiceMock<MockClass> >; 172 template <typename MockClass> 173 class StrictMock<NaggyMock<MockClass> >; 174 template <typename MockClass> 175 class StrictMock<StrictMock<MockClass> >; 176 177 } // namespace testing 178 179 #endif // GMOCK_INCLUDE_GMOCK_GMOCK_GENERATED_NICE_STRICT_H_


--- layout: default title: Quick Tournament #33 - DDraceNetwork menu: |
This tournament was played on 2015-05-31 at 20:00 CEST.
by Spyker
Difficulty: ★★★★★, Points: 154 tees finished (average time: 79:26)2 teams finished (biggest team: 2)


Ogun gov: Withdraw your case at Supreme Court, Olu of Ilaro tells Akinlade
by Daud OlatunjiDaud Olatunji, Abeokuta
The Olu of Ilaro and Paramount ruler of Yewaland, Oba Kehinde Olugbenle, has urged the governorship candidate of the Allied People’s Movement in Ogun State, Adekunle Akinlade, to withdraw his case at the Supreme Court.
The monarch also asked Akinlade to settle with the state governor, Dapo Abiodun, and join hands with him for the progress of the state.
The monarch stated this on Saturday at the grand finale of the 2019 Oronna Ilaro Festival Day held at the Asade Agunloye Pavilion, empire field, Ilaro, Ogun State.
The monarch said, ”To my brother hon. Akinlade who contested in the last election with His Excellency, Prince Dapo Abiodun, I want to say with all sense of responsibility that you are a pride of this land.
“And I want to beg and implore you on behalf of the good people of Yewaland, whom you represent that we don’t need any appeal at the Supreme Court. Go and withdraw your case at the Supreme court.”
He, therefore, advised him to join hands with Dapo Abiodun so as to move the state forward.
He, however, warned politicians to steer clear of the festival.


Here is the best availabilities for Eagles Team this week:
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Awesome Boyz! I'm going for saturday at 3pm... Sorry Charles :/
Marc has selected
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simulation package¶
Submodules¶
simulation.alterations module¶
-
simulation.alterations.
added_noise
(dataframe, noisescale)¶ Returns a dataframe with noise
-
simulation.alterations.
noise_to_dataframe
(dataframe, noisescale=0.4)¶
simulation.circuits module¶
-
simulation.circuits.
cir_RC_parallel
(angular_freq, resistance='none', capacitance='none', peak_frequency='none')¶ Function that simulates the impedance response of a resistor and a capacitor in a parallel configuration. String representation for this circuit: -(RC)-
- Parameters
angular_freq (array-like) – Angular frequency [1/s]
resistance (single value (int or float)) – Solution resistance [ohm]
capacitance (single value (int or float)) – Electrode capacitance [F]
peak_frequency (single value (int or float)) – Peak frequency of RC circuit [Hz]
- Returns
Z_complex – impedance response of the circuit under investigation [ohm]
- Return type
array-like
-
simulation.circuits.
cir_RC_series
(angular_freq, resistance='none', capacitance='none', peak_frequency='none')¶ Function that simulates the impedance response of a resistor and a capacitor in a series configuration. This circuit configuration is used to simulate the response of an ideally polarizable electrode, also known as a blocking electrode. String representation for this circuit: -R-C-
- Parameters
angular_freq (array-like) – Angular frequency [1/s]
resistance (single value (int or float)) – Solution resistance [ohm]
capacitance (single value (int or float)) – Capacitance of an electrode surface [F]
peak_frequency (single value (int or float)) – Peak frequency of RC circuit [Hz]
- Returns
Z_complex – impedance response of the circuit under investigation [ohm]
- Return type
array-like
-
simulation.circuits.
cir_RQ_parallel
(angular_freq, resistance='none', constant_phase_element='none', alpha='none', peak_frequency='none')¶ Function that simulates the impedance response of a resistor and a constant phase element in a parallel configuration. String representation for this circuit: -(RQ)-
- Parameters
angular_freq (array-like) – Angular frequency [1/s]
resistance (single value (int or float)) – Solution resistance [Ohm]
constant_phase_element (single value (int or float)) – Constant phase angle [s^(alpha-1)/ohm]
alpha (single value -float) – Exponent of the constant phase element. Should be a value between 0 and 1 [-]
peak_frequency (single value (int or float)) – Peak frequency of RC circuit [Hz]
- Returns
Z_complex – impedance response of the circuit under investigation [Ohm]
- Return type
array-like
-
simulation.circuits.
cir_RQ_series
(angular_freq, resistance='none', constant_phase_element='none', alpha='none', peak_frequency='none')¶ Function that simulates the impedance response of a resistor and a constant phase element in a series configuration. This circuit configuration is used to simulate the response of a blocking electrode with distribution of reactivity. String representation for this circuit: -R-Q-
- Parameters
angular_freq (array-like) – Angular frequency [1/s]
resistance (single value (int or float)) – Solution resistance [ohm]
constant_phase_element (single value (int or float)) – Constant phase angle [s^(alpha-1)/ohm]
alpha (single value -float) – Exponent of the constant phase element. Should be a value between 0 and 1 [-]
peak_frequency (single value (int or float)) – Peak frequency of RC circuit [Hz]
- Returns
Z_complex – impedance response of the circuit under investigation [Oom]
- Return type
array-like
-
simulation.circuits.
cir_Randles_simplified
(angular_freq, solution_resistance, parallel_resistance, alpha='none', sigma='none', constant_phase_element='none', fs='none')¶ Return the impedance of a Randles circuit with a simplified Warburg element This form of the Randles circuit is only meant for to simulate semi-infinate linear diffusion String representation for this circuit: -Rs-(Q-(RW)-)-
- Parameters
angular_freq (array-like) – Angular frequency [1/s]
solution_resistance (single value (int or float)) – Solution resistance [ohm]
parallel_resistance (single value (int or float)) – resistance of the element in parallel with the capacitor [ohm]
capacitance (single value (int or float)) – Capacitance of an electrode surface [F]
to add new parameters!!!!]] ([[Need) –
- Returns
Z_complex – impedance response of the circuit under investigation [Ohm]
- Return type
array-like
-
simulation.circuits.
cir_RsRC
(angular_freq, solution_resistance, parallel_resistance='none', capacitance='none', peak_frequency='none')¶ ‘ Function that simulates the impedance response of a solution resistor in series with a resistor in parallel with a capacitor. This circuit configuration is used to simulate the response of an ideally polarizable electrode, also known as a blocking electrode. String representation for this circuit: -Rs-(RC)-
- Parameters
angular_freq (array-like) – Angular frequency [1/s]
solution_resistance (single value (int or float)) – Solution resistance [ohm]
parallel_resistance (single value (int or float)) – resistance of the element in parallel with the capacitor [ohm]
capacitance (single value (int or float)) – Capacitance of an electrode surface [F]
peak_frequency (single value (int or float)) – Peak frequency of the parallel RC circuit [Hz]
- Returns
Z_complex – impedance response of the circuit under investigation [Ohm]
- Return type
array-like
-
simulation.circuits.
cir_RsRCRC
(angular_freq, solution_resistance, parallel_resistance_1='none', capacitance_1='none', parallel_resistance_2='none', capacitance_2='none', peak_frequency_1='none', peak_frequency_2='none')¶ Function that simulates the impedance response of a solution resistor in series with two sets of a resistor in parallel with a capacitor. String representation for this circuit: -Rs-(RC)-(RC)-
- Parameters
angular_freq (array-like) – Angular frequency [1/s]
solution_resistance (single value (int or float)) – Solution resistance [ohm]
parallel_resistance_1 (single value (int or float)) – first combination of resistor in parallel with capacitor [ohm]
capacitance_1 (single value (int or float)) – Capacitance of an electrode surface whichi is part of the first combination of RC in parallel [F]
parallel_resistance_2 (single value (int or float)) – second combination of resistor in parallel with capacitor [ohm]
capacitance_2 (single value (int or float)) – Capacitance of an electrode surface whichi is part of the second combination of RC in parallel [F]
peak_frequency_1 (single value (int or float)) – Peak frequency of the first parallel RC circuit [Hz]
peak_frequency_2 (single value (int or float)) – Peak frequency of the second parallel RC circuit [Hz]
- Returns
Z_complex – impedance response of the circuit under investigation [Ohm]
- Return type
array-like
-
simulation.circuits.
cir_RsRQRQ
(angular_freq, solution_resistance='none', parallel_resistance_1='none', constant_phase_element_1='none', alpha_1='none', parallel_resistance_2='none', constant_phase_element_2='none', alpha_2='none', peak_frequency_1='none', peak_frequency_2='none')¶ Function that simulates the impedance response of a solution resistor in series with two sets of a resistor in parallel with a constant phase elements. String representation for this circuit: -Rs-(RQ)-(RQ)-
- Parameters
angular_freq (array-like) – Angular frequency [1/s]
solution_resistance (single value (int or float)) – Solution resistance [ohm]
parallel_resistance_1 (single value (int or float)) – first combination of resistor in parallel with constant phase element [ohm]
constant_phase_element_1 (single value (int or float)) – First constant phas angle [s^(alpha-1)/ohm]
alpha_1 (single value -float) – Exponent of the first constant phase element. Should be a value between 0 and 1 [-]
parallel_resistance_2 (single value (int or float)) – Second combination of resistor in parallel with constant phase element [ohm]
constant_phase_element_2 (single value (int or float)) – Second Constant phas angle [s^(alpha-1)/ohm]
alpha_2 (single value -float) – Exponent of the second constant phase element. Should be a value between 0 and 1 [-]
peak_frequency_1 (single value (int or float)) – Peak frequency of the first parallel RQ circuit [Hz]
peak_frequency_2 (single value (int or float)) – Peak frequency of the second parallel RQ circuit [Hz]
- Returns
Z_complex – impedance response of the circuit under investigation [Ohm]
- Return type
array-like
-
simulation.circuits.
freq_gen
(high_freq, low_freq, decades=7)¶ Function that generates the frequency range used to investigate the impedance response of an electrical circuit Frequency Generator with logspaced freqencies
- Parameters
high_freq (single value (int or float)) – initial frequency value (high frequency domain) [Hz]
high_freq – final frequency value (low frequency domain) [Hz]
decades (integer) – number of frequency decades to be used as range. Default value is set to be 7 [-]
- Returns
[0] = frequency range [Hz]
[1] = Angular frequency range [1/s]
simulation.data_simulation module¶
-
simulation.data_simulation.
RC_file_writer
(high_freq, low_freq, decades, resistance, capacitance, circuit_configuration, alteration=None, save_image=None, save_location='simulation_data/')¶ Function that returns a .csv file with metadata and simulated data
Function that returns a .csv file containing metadata and simulated data of a resistor and a capacitor in two possible configuration: series or parallel. The filename contains a serial number composed by the date the funciton was run and the number of simuation for that day. If a file containing the Output plot of the simulation is created, it will have the same filename to allow for fast matching of the visual and table representation of the same dataset.
- Parameters
high_freq (single value (int or float)) – initial frequency value (high frequency domain) [Hz]
high_freq – final frequency value (low frequency domain) [Hz]
decades (integer) – number of frequency decades to be used as range. Default value is set to be 7 [-]
resistance (single value (int or float)) – Solution resistance [ohm]
capacitance (single value (int or float)) – Electrode capacitance [F]
circuit_configuration (str) – string containing the circuit configuration to be simulated. Allowed configurations are ‘series’or ‘parallel’. [-]
alteration (str) – string indicating if the data simulated has been modified to add noise or other instrument artifacts. If present, this string will also be added to the file name to help keeping the data correctly labeled.
save_image (True/False) – Option to save the output of the simuation as a plot in a .png file format. The filename used for the file will be the same as the raw data file created in this function.
save_location (str) – String containing the path of the forlder to use when saving the data and the image. Default option is a folder called ‘simulation_data’ which will be created in the current working directory.
- Returns
*.csv (a .csv file containing metadata and raw data of the RC simulation.)
*.png (a .png file containing the plot of the simuated data. Default) – plot is a nyquist plot.
-
simulation.data_simulation.
RC_simulation
(high_freq, low_freq, decades, resistance, capacitance, circuit_configuration)¶ Function that returns a df containing simualated impedance data
Function that takes imputs parameters to simulated the impedance response of a circuit composed by a resistor and a capacitor in series over the indicated frequency range.
- Parameters
high_freq (single value (int or float)) – initial frequency value (high frequency domain) [Hz]
high_freq – final frequency value (low frequency domain) [Hz]
decades (integer) – number of frequency decades to be used as range. Default value is set to be 7 [-]
resistance (single value (int or float)) – Resistance [Ohm]
capacitance (single value (int or float)) – Capacitance [F]
circuit_configuration (str) – string indicating the configuration of the RC circuit to be simulated
- Returns
impedance_data_df – pandas dataframe containing frequency and imepedance data.
- Return type
pandas.DataFrame
-
simulation.data_simulation.
RQ_file_writer
(high_freq, low_freq, decades, resistance, constant_phase_element, alpha, circuit_configuration, alteration=None, save_image=None, save_location='simulation_data/')¶ Function that returns a .csv file with metadata and simulated data
Function that returns a .csv file containing metadata and simulated data of a resistor and a constant phase element in two possible configuration: series or parallel. The filename contains a serial number composed by the date the funciton was run and the number of simuation for that day. If a file containing the output plot of the simulation is created, it will have the same filename to allow for fast matching of the visual and table representation of the same dataset.
- Parameters
high_freq (single value (int or float)) – initial frequency value (high frequency domain) [Hz]
high_freq – final frequency value (low frequency domain) [Hz]
decades (integer) – number of frequency decades to be used as range. Default value is set to be 7 [-]
resistance (single value (int or float)) – Solution resistance [Ohm]
constant_phase_element (single value (int or float)) – Constant phase angle [s^(alpha-1)/ohm]
alpha (single value -float) – Exponent of the constant phase element. Should be a value between 0 and 1 [-]
alteration (str) – string indicating if the data simulated has been modified to add noise or other instrument artifacts. If present, this string will also be added to the file name to help keeping the data correctly labeled.
save_image (True/False) – Option to save the output of the simuation as a plot in a .png file format. The filename used for the file will be the same as the raw data file created in this function.
save_location (str) – String containing the path of the forlder to use when saving the data and the image. Default option is a folder called ‘simulation_data’ which will be created in the current working directory.
- Returns
*.csv (a .csv file containing metadata and raw data of the RC simulation.)
*.png (a .png file containing the plot of the simuated data. Default) – plot is a nyquist plot.
-
simulation.data_simulation.
RQ_simulation
(high_freq, low_freq, decades, resistance, constant_phase_element, alpha, circuit_configuration)¶ Function that returns a df containing simualated impedance data
Function that takes imputs parameters to simulated the impedance response of a circuit composed by a resistor and a capacitor in series over the indicated frequency range.
- Parameters
high_freq (single value (int or float)) – initial frequency value (high frequency domain) [Hz]
high_freq – final frequency value (low frequency domain) [Hz]
decades (integer) – number of frequency decades to be used as range. Default value is set to be 7 [-]
resistance (single value (int or float)) – Resistance [Ohm]
constant_phase_element (single value (int or float)) – Constant phase angle [s^(alpha-1)/ohm]
alpha (single value -float) – Exponent of the constant phase element. Should be a value between 0 and 1 [-]
circuit_configuration (str) – string indicating the configuration of the RC circuit to be simulated
- Returns
impedance_data_df – pandas dataframe containing frequency and imepedance data.
- Return type
pandas.DataFrame
-
simulation.data_simulation.
RsRCRC_file_writer
(high_freq, low_freq, decades, sol_resistance, parallel_resistance_1, capacitance_1, parallel_resistance_2, capacitance_2, alteration=None, save_image=None, save_location='simulation_data/')¶ Function that returns a .csv file with metadata and simulated data
Function that returns a .csv file containing metadata and simulated data of a resistor in series wihta two parallel circuits. Each circuit is composed by a resistor and a capacitor. The impedance response of the overall circuit is investigated over the indicated frequency range. The filename contains a serial number composed by the date the funciton was run and the number of simuation for that day. If a file containing the output plot of the simulation is created, it will have the same filename to allow for fast matching of the visual and table representation of the same dataset.
- Parameters
high_freq (single value (int or float)) – initial frequency value (high frequency domain) [Hz]
high_freq – final frequency value (low frequency domain) [Hz]
decades (integer) – number of frequency decades to be used as range. Default value is set to be 7 [-]
solution_resistance (single value (int or float)) – Solution resistance [ohm]
parallel_resistance_1 (single value (int or float)) – first combination of resistor in parallel with capacitor [ohm]
capacitance_1 (single value (int or float)) – Capacitance of an electrode surface whichi is part of the first combination of RC in parallel [F]
parallel_resistance_2 (single value (int or float)) – second combination of resistor in parallel with capacitor [ohm]
capacitance_2 (single value (int or float)) – Capacitance of an electrode surface whichi is part of the second combination of RC in parallel [F]
alteration (str) – string indicating if the data simulated has been modified to add noise or other instrument artifacts. If present, this string will also be added to the file name to help keeping the data correctly labeled.
save_image (True/False) – Option to save the output of the simuation as a plot in a .png file format. The filename used for the file will be the same as the raw data file created in this function.
save_location (str) – String containing the path of the forlder to use when saving the data and the image. Default option is a folder called ‘simulation_data’ which will be created in the current working directory.
- Returns
*.csv (a .csv file containing metadata and raw data of the RC simulation.)
*.png (a .png file containing the plot of the simuated data. Default) – plot is a nyquist plot.
-
simulation.data_simulation.
RsRCRC_simulation
(high_freq, low_freq, decades, sol_resistance, parallel_resistance_1, capacitance_1, parallel_resistance_2, capacitance_2)¶ Function that returns a df containing simualated impedance data
Function that takes imputs parameters to simulated the impedance response of a circuit composed by a resistor in series wihta two parallel circuits. Each circuit is composed by a resistor and a capacitor. The impedance response of the overall circuit is investigated over the indicated frequency range.
- Parameters
high_freq (single value (int or float)) – initial frequency value (high frequency domain) [Hz]
high_freq – final frequency value (low frequency domain) [Hz]
decades (integer) – number of frequency decades to be used as range. Default value is set to be 7 [-]
solution_resistance (single value (int or float)) – Solution resistance [ohm]
parallel_resistance_1 (single value (int or float)) – first combination of resistor in parallel with capacitor [ohm]
capacitance_1 (single value (int or float)) – Capacitance of an electrode surface whichi is part of the first combination of RC in parallel [F]
parallel_resistance_2 (single value (int or float)) – second combination of resistor in parallel with capacitor [ohm]
capacitance_2 (single value (int or float)) – Capacitance of an electrode surface whichi is part of the second combination of RC in parallel [F]
- Returns
impedance_data_df – pandas dataframe containing frequency and imepedance data.
- Return type
pandas.DataFrame
-
simulation.data_simulation.
RsRQRQ_file_writer
(high_freq, low_freq, decades, solution_resistance, parallel_resistance_1, constant_phase_element_1, alpha_1, parallel_resistance_2, constant_phase_element_2, alpha_2, alteration=None, save_image=None, save_location='simulation_data/')¶ Function that returns a .csv file with metadata and simulated data
Function that returns a .csv file containing metadata and simulated data of a resistor in series wihta two parallel circuits. Each parallel circuit is composed by a resistor and a constant phase element. The impedance response of the overall circuit is investigated over the indicated frequency range.
The filename contains a serial number composed by the date the funciton was run and the number of simuation for that day. If a file containing the output plot of the simulation is created, it will have the same filename to allow for fast matching of the visual and table representation of the same dataset.
- Parameters
high_freq (single value (int or float)) – initial frequency value (high frequency domain) [Hz]
high_freq – final frequency value (low frequency domain) [Hz]
decades (integer) – number of frequency decades to be used as range. Default value is set to be 7 [-]
solution_resistance (single value (int or float)) – Solution resistance [ohm]
parallel_resistance_1 (single value (int or float)) – first combination of resistor in parallel with constant phase element [ohm]
constant_phase_element_1 (single value (int or float)) – First constant phas angle [s^(alpha-1)/ohm]
alpha_1 (single value -float) – Exponent of the first constant phase element. Should be a value between 0 and 1 [-]
parallel_resistance_2 (single value (int or float)) – Second combination of resistor in parallel with constant phase element [ohm]
constant_phase_element_2 (single value (int or float)) – Second Constant phas angle [s^(alpha-1)/ohm]
alpha_2 (single value -float) – Exponent of the second constant phase element. Should be a value between 0 and 1 [-]
alteration (str) – string indicating if the data simulated has been modified to add noise or other instrument artifacts. If present, this string will also be added to the file name to help keeping the data correctly labeled.
save_image (True/False) – Option to save the output of the simuation as a plot in a .png file format. The filename used for the file will be the same as the raw data file created in this function.
save_location (str) – String containing the path of the forlder to use when saving the data and the image. Default option is a folder called ‘simulation_data’ which will be created in the current working directory.
- Returns
*.csv (a .csv file containing metadata and raw data of the RC simulation.)
*.png (a .png file containing the plot of the simuated data. Default) – plot is a nyquist plot.
-
simulation.data_simulation.
RsRQRQ_simulation
(high_freq, low_freq, decades, solution_resistance, parallel_resistance_1, constant_phase_element_1, alpha_1, parallel_resistance_2, constant_phase_element_2, alpha_2)¶ Function that returns a df containing simualated impedance data
Function that takes imputs parameters to simulated the impedance response of a circuit composed by a resistor and a capacitor in series over the indicated frequency range.
- Parameters
high_freq (single value (int or float)) – initial frequency value (high frequency domain) [Hz]
high_freq – final frequency value (low frequency domain) [Hz]
decades (integer) – number of frequency decades to be used as range. Default value is set to be 7 [-]
solution_resistance (single value (int or float)) – Solution resistance [ohm]
parallel_resistance_1 (single value (int or float)) – first combination of resistor in parallel with constant phase element [ohm]
constant_phase_element_1 (single value (int or float)) – First constant phas angle [s^(alpha-1)/ohm]
alpha_1 (single value -float) – Exponent of the first constant phase element. Should be a value between 0 and 1 [-]
parallel_resistance_2 (single value (int or float)) – Second combination of resistor in parallel with constant phase element [ohm]
constant_phase_element_2 (single value (int or float)) – Second Constant phas angle [s^(alpha-1)/ohm]
alpha_2 (single value -float) – Exponent of the second constant phase element. Should be a value between 0 and 1 [-]
- Returns
impedance_data_df – pandas dataframe containing frequency and imepedance data.
- Return type
pandas.DataFrame
-
simulation.data_simulation.
impedance_array
(complex_impedance)¶ Function that breaks the impedance in its real and imaginary parts
Function that breaks the complex impedance in its real and imaginary components. It also calculates the magnitude of the impedance, as well as its phase angle.
- Parameters
complez_impedance (array-like) – the impedance in its complex form [ohm]
- Returns
impedance[0] (The complex form of the impedance (input)[ohm])
impedance[1] (Real part of the impedance [ohm])
impedance[2] (Imaginary part of the impedance [ohm])
impedance[3] (Magnitude of the impedance [ohm])
impedance[4] (Phase angle [rad])
-
simulation.data_simulation.
randles_file_writer
(high_freq, low_freq, decades, solution_resistance, parallel_resistance, alpha=1, sigma='none', constant_phase_element='none', alteration=None, save_image=None, save_location='simulation_data/')¶ Function that returns a .csv file with metadata and simulated data
Function that returns a .csv file containing metadata and simulated data of a resistor in series with a two parallel circuits. Each parallel circuit is composed by a resistor and a constant phase element. The impedance response of the overall circuit is investigated over the indicated frequency range.
The filename contains a serial number composed by the date the funciton was run and the number of simuation for that day. If a file containing the output plot of the simulation is created, it will have the same filename to allow for fast matching of the visual and table representation of the same dataset.
- Parameters
high_freq (single value (int or float)) – initial frequency value (high frequency domain) [Hz]
high_freq – final frequency value (low frequency domain) [Hz]
decades (integer) – number of frequency decades to be used as range. Default value is set to be 7 [-]
solution_resistance (single value (int or float)) – Solution resistance [ohm]
parallel_resistance (single value (int or float)) – first combination of resistor in parallel with constant phase element [ohm]
constant_phase_element (single value (int or float)) – First constant phas angle [s^(alpha-1)/ohm]
alpha (single value -float) – Exponent of the first constant phase element. Should be a value between 0 and 1 [-]
alteration (str) – string indicating if the data simulated has been modified to add noise or other instrument artifacts. If present, this string will also be added to the file name to help keeping the data correctly labeled.
save_image (True/False) – Option to save the output of the simuation as a plot in a .png file format. The filename used for the file will be the same as the raw data file created in this function.
save_location (str) – String containing the path of the forlder to use when saving the data and the image. Default option is a folder called ‘simulation_data’ which will be created in the current working directory.
---------- –
*.csv (a .csv file containing metadata and raw data of the RC simulation.) –
*.png (a .png file containing the plot of the simuated data. Default) – plot is a nyquist plot.
-
simulation.data_simulation.
randles_simulation
(high_freq, low_freq, decades, solution_resistance, parallel_resistace, alpha='none', sigma='none', constant_phase_element='none')¶ Add a paragraph with a description of the function.
-
simulation.data_simulation.
to_dataframe
(freq_range, impedance_array)¶ Function returning a df with impedance and frequency data
Function that creates a dataframe containing impedance data and the frequency range used to determine the impedance respose.
- Parameters
freq_range (array-like) – an array containing the frequency and angular frequency values used to determine the corresponding impedance response. freq_range[0]- the frequency response [Hz] freq_range[1]- the angualr frequncy [1/s]
impedance_array (array-like) – an array containng the different parts of the impedance response just investigated. The expected content of the array should be: complex impedance, Re and Im parts, magnitude and phase angle of the complex impedance.
- Returns
impedance_response_df – pandas dataframe containing frequency and imepedance data. Columns are labeled based on the dictionary’s keys.
- Return type
pandas.DataFrame
simulation.plotting module¶
-
simulation.plotting.
nyquist_plot
(response, filename=None, save_location=None, alteration=None, save_image=None, **kwargs)¶ Funciton that returns the nyquist plot of an impedance response.
- Parameters
response (pandas.DataFrame) – a dataframe containing the impedance response to be plotted.
filename (st) – The filename contains a serial number composed by the date the funciton was run and the number of simuation for that day. The filename will be the same as the .csv file created from the impedance response used to create this plot.
save_location (str) – String containing the path of the forlder to use when saving the data and the image. Default option is a folder called ‘simulation_data’ which will be created in the current working directory.
save_image (True/False) – Option to save the output of the simuation as a plot in a .png file format. The filename used for the file will be the same as the raw data file created in this function.
**kwargs (optional arguments supported by matplotlib.pyplot) –
Output –
---------- –
nyquist plot of the impedance response to be investigated. (The) –


New Analysis Job
Analysis jobs can be used to analyze subsets of audio data. Use this page to select the data to analyze, choose the analysis to run, configure the settings for the analysis, and submit it for execution.
Analysis jobs take time to complete. After you create an analysis job you can monitor its progress from its details page.


Me and my friend, we'll call him Scooby, hatched a crazy idea to mix old fashioned space cakes with a quarter of ground up stems, and Morning Glory seeds. We did this on the North Carolina beach, in a cottage his mom and he were renting. We bought a box of run of the mill brownie mix, just over 8 grams of pot stems, and 27 packets of morning glory seeds. This is what was born on the North Carolina coast:
Cosmic Brownies/Space Cake
1 box of your favorite brownie mix
1/2 stick butter
8.5 grams cannabis stems
~1350 Morning Glory seeds
1 can of your favorite icing
Grind up Pot stems. Mix with 1/2 stick of butter. Back brownies according to packeged directions. When brownies finish baking, spread the 'Cannibutter' in an even layer across brownies. Grind up Morning Glory seeds. Mix can of icing and seeds powder/husks. When brownies cool, and butter is fully soaked through the brownies, spread the Morning Glory icing across brownies in an even layer. Enjoy.
Between my friend's mom, myself, and my friend, ate about 1/2 of the batch, and tripped for about 8 hours each.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Contact us for any general enquire you have. You may have a look at our FAQ maybe you will find an answer.
Contattaci per qualsiasi domanda. Dai un' occhiata alle FAQ potresti trovare una risposta
Contact us for any general enquire you have. You may have a look at our FAQ maybe you will find an answer.
Write in English or Italian


{% from 'macros/helpers.html' import sprite %} {% extends 'layouts/block.html' %} {% set pattern_name = "Warning Alert" %} {% set pattern_advice = "Something might be of significance to the user which could be a potential problem. This is the pattern you will show to the user." %} {% block content %}
Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod.


We would LOVE to meet you at the DMA show in San Diego. Please stop by booth 1426 in the NeXtGen Arena and say hello! Please use this form to reserve a time to meet with us!
If we can't get together at the DMA, we're extending a personal invitation to get together nearby at our new creative workspace. We are literally just a few trolley stops away from the DMA show! Being a social business, our doors are always open to you, but reserve a time to meet with us and we'll be sure to have coffee or your beverage of choice ready and waiting.
Whether we meet at the show or at our creative workspace, we’ll take the time to get to know more about your business and share a bit about our own. We help brands like yours with a valuable opportunity to reach your audience with a more human-to-human approach. Put simply, people desire the chance to personally engage with brands. We can help!


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Katie Gengler
jQuery Conference 2013: Portland
@katiegengler
Freelance software developer from the New York area.
<CODE ALL DAY/>
<EMAIL_ADDRESS>ENOUGH WHAT??
Abstraction
What is Ember?
"A framework for creating ambitious web applications."
Keep team members on the same page.
DRY
Develop your application, not a framework.
Better Maintainability
EMBER'S STANDOUT FEATURES
All the benefits of a framework, plus:
Keeps data in sync across the UI
Handles event delegation and View Hierarchy
Cares about performance.
Cleans up after you.
Creating the application:
Pg = Ember.Application.create();
That's it!
The Router
Pg.Router.map(function() {
this.route('index', {path: '/'});
this.resource('galleries', function(){
this.route('new');
this.route('show', {path: '/:gallery_id'})
});
this.resource('photo', {path: '/photos/:photo_id'});
});
Route Definition
Pg.GalleriesIndexRoute = Ember.Route.extend({
model: function(){
return Pg.Gallery.find();
}
});
linkTo Helper
{{#linkTo "galleries.index"}}Galleries{{/linkTo}}
Templates
{{#each photos}}
<li>{{#linkTo "photo" this}}<img class="th" {{bindAttr src="thumbnailSrc"}}>{{/linkTo}}
{{/each}}
Controllers
Pg.PhotoController = Ember.ObjectController.extend({
edit: function(){
this.set('isEditing', true);
},
doneEditing: function(){
this.get('model').save();
this.set('isEditing', false);
}
});


Loading content...
Hello!
HI!
With UpSlide.js you can create a unique website with a few lines of code!
UpSlide.js works as a beautiful photo slider. But, I started this project having a more unique idea in mind.
Instead of having it scroll through pictures, why not have it scroll through pages of the site? You could obviously have it automatically scroll the pages but that isn't very practical (but it is definitely an option).
An Example of it being used as a website (other than this one) can be found here.


--- layout: post title: Pushing to handsets date: 2004-01-24 00:00:00 ---
From "Unfinished Revolution", on Mobitopia:
"Frank
Check out WDP (also known as WDPSMS) and Nokia Narrowband Sockets (from which I think WDP evolved).
It's a means of applications exposing "ports" on which they can be contacted by SMS. I believe their is scope in the spec (not sure if its implemented anywhere tho) to allow applications to be woken up by such incoming connections.
The Nokia 9210 supported WDP-SMS in its PersonaJava implementation; I'm not sure which other handsets do/did this..."
and
"Frank
What you're asking for implies a massive overhaul of the mobile internet - giving every device an IP address and ensuring this IP address is permanently accessible from anywhere. That's not, realistically, going to happen for a good few years yet - no matter how much we might want it.
WDP-SMS is an evolution of the Nokia Narrowband Sockets standard. NBS was proprietary, but WDP isn't (it's part of the WAP Forum specifications iirc): so it meets your requirement of being an open standard.
When you receive an MMS, you're actually getting a WAP Push message (itself delivered using SMS) which notifies your handset that there is an MMS waiting for it to pick up. Your handset then makes a GPRS connection (using HTTP from what I remember) to pick up the message from your MMSC.
So I guess it's a straight choice: if you want to do this stuff today, look at WDP and the MIDP 2 push registry (which uses JSR 120, which uses WDP). If you want to wait until every phone has an IP address and you can directly connect to ports on a handset - settle in with a good book for a few years ;)"


Post 3: Abstract, Random, Growth
The Gregoric Mind Styles test is a great tool to help us understand how we learn and think. I certainly agree with the results of the test, and look forward to applying my individual style at DBC. As an Abstract Random thinker, I can harness my ability to listen to others and listen well while pairing. I am also a focused thinker, which can be useful when solving challenges with open-ended instructions. Thus far in Phase 0, the lack of a personalized learning environment and interaction with others has slowed the learning process a bit. The curriculum confuses me as much as it teaches me, and I find myself frustrated more than I'd like with relatively simple coding exercises. Going forward, I am trying to pair more with others on challenges since that seems to help my productivity. I also am trying to add more structure to my workflow so as to be more efficient while coding. If almost a third of the general population is just like me, as the internet suggests, then surely there are many abstract random coders out there. And I just can't wait to be one of them! Strengthening my growth mindset, I will work to be better with experimenting to find answers and solve problems independently. My perceptual qualities are a mix between concrete and abstract, and I will work to emphasize both at DBC. Ultimately I think I can grow to use each learning style when appropriate. Anyhow, 'tis time to return to the code and get back to learning! Until next time, world...


--- layout: post title: Advertising concept date: '2014-08-17T07:30:42+02:00' categories: - Concept Art picture_url: https://film-Storyboards.tumblr.com/post/94995381790/advertising-concept ---
Advertising concept


Tuple Level
Written Syntax: σ <conditions>(Relation)
Arcade Syntax: Select[cond1 logical-operator cond2](Relation)
Operation Definition
This unary operator returns a subset of the tuples of a relation based on a Boolean condition expression C, which evaluates using the component values of each tuple. This operation requires:
- 1) C, an expression that evaluates very similarly to an if statement in C-like languages. It can consist of typical comparison operators such as >, <, != as well as conjunctions such as AND, OR, and NOT. Note that these select statements are typically evaluated at the intra-tuple level. For example, let there be a relation Foo(A, B, C) and we wish to SELECT[A > 4 AND B =’on’](Foo). These comparisons are done row by row, checking each row if the component value of A is greater than 4 and the B is equal to ‘on’.
- 2) R – a relation to select from.
Usefulness:
This is often used to select the rows we are interested in. Imagine having a table of orders and you are searching for a specific customers order within a certain date range. A simple well-formed select operation gets you all the information you want, and you can change the values to target different customers and date ranges.


Nicole and Michael met in the summer of 2015 on the green in Hanover New Hampshire. After seeing what one green had to offer, they decided to walk to another green across the river in Norwich Vermont. Two days later they decided to walk to Boston Lot Lake, where Nicole broke her toe and then promptly left on a trip to Iceland (to walk around there a bit).
Upon her return, Nicole and Michael decided to continue walking together, galavanting around places in New Hampshire, Massachusetts, Maine, and Virginia. In fact, it was on one of their longer walks that they decided to "hit the trails" together for good.
When they are not walking, Nicole and Michael enjoy a wide variety of sitting activities which center around laughing at each other. They are overjoyed to be walking and sitting together for eternity.


Travel Guide!
This is just a test
We like to travel. This is a page that shares what places in the world are the best
my first change


To apply filters, follow these steps:
After the first fetch, the list of columns will be populated with all the fetched columns and headers..
You can filter by key, payload field, and message header.
The filter supports various matching operations, including "equals", "contains", "startWith", "like" and "not empty". There are also a few specific operations, such as "include", "only" and "exclude" which are used exclusively for tombstones.
All chosen filters are combined using the AND operator.
If the chosen column is of JSON or Map format,
including nested arrays, you can use dotted notation to reference the nested parts.
For example, "a.b: 123" choose records with {a: {b: 123, c: "example"}},
or {a: [{b: 123, c: "example"},{b:100, c: "example2"}]} values.
The supported matching operations for these formats are "equals", "contains", "startWith" and "like".
The filter operates only on a set of records within a given timeout. The offsets of these records are indicated in the offset range table. If the set of records does not contain the desired data and the end offset has not been reached yet, simply press the button to search in records with higher offsets.
There has ability to filter records based on header values.
To apply filter across headers choose "header: headerKey" in a column list and use "headerValue" or "headerKey.subHeaderKey: subHeaderValue" notation.
E.g. to choose a record with header "headerKey" equals "headerValue", you should choose "header: headerKey" in a column list and set "headerValue" in a value input item. If it is necessary to choose records with header {headerKey: {subHeaderKey: headerValue}} you should choose column "header: headerKey" in a column list. As the value you should use "subHeaderKey: subHeaderValue" expression.The supported matching operations for header filters are "Equals", "contains", "startWith", "like" and "not empty".
Operations "exclude" and "only" operations are used exclusively for tombstone messages:
"exclude" operation excludes tombstones from fetched records
"only" operation shows only tombstone messages


Germany: Man posing with replica rifle triggers police raid
by The Associated PressBerlin police say they deployed a tactical response unit to a refugee shelter after spotting a man with an automatic rifle — only to find it was a replica.
Police spokeswoman Patricia Braemer said Thursday that an off-duty officer walking past the building saw the man through a window posing for photos with the “dangerous looking” weapon and alerted colleagues.
About 30 officers, including a specialist firearms team, stormed the man’s room Wednesday and discovered two men with an airsoft rifle and appropriate ammunition.
Braemer said the rifle was “almost impossible to discern” from a real firearm and lacked a marking required by law. The men, 27 and 29, are being investigated on suspicion of breaking firearms laws.
It is illegal in Germany to display replica firearms in public view.
The Associated Press


My Thoughts on Pairing
Pairing is writing source code of a program with a team consisting of two individuals. I found it to be fun working with another person and I find it very beneficial when solving challenges. It definately makes coding feel more social. Furthermore, pairing feels more rewarding. I believe this was due to the sense of "hyperdrive" while writing the code because of the ability to bounce ideas off one another to achieve desired results in a timely fashion. I did not find my experiences to be frustrating at all but I know it could if your partner appears to be stubborn or reserved.
Feeling the Feedback
As of this moment, I have not received any feedback. However, I have written feedback to numerous individuals. Writing feedback was enjoyable. It helped me really analyze my classmates on a personal and intellectual scale. The hardest part about writing feedback is the wording. You want to make sure you write clear, kind, and actionable so your partner can improve their skillset. Feedback is important because it helps expose faults and guide an individuals development. Giving strong feedback is important for leadership (my favorite value) because it helps others achieve their own success.


Interested in Tech?
We're hiring, and we want you!
We’re looking for talented, creative and passionate students to join
our club.
Thank you for all your applications!
Registrations are closed for now.
Registrations are closed for now.


Preparation time
less than 30 mins
Cooking time
less than 10 mins
Serves
Serves 4
The addition of English sparkling wine and fennel gives this classic mussel dish a contemporary twist.
Clean the mussels thoroughly, removing the beards, and discard any that are cracked, or remain open after you tap them sharply against the edge of the sink. Transfer to a large, heavy-bottomed pan with lid.
Add the shallots, fennel, wine and half the parsley. Cover with a lid and cook over a fierce heat for 6-7 minutes, or until all of the mussels have opened.
Lift the mussels out into a colander set over a bowl. Carefully strain the cooking liquor through a clean tea-towel into a separate clean bowl and allow to stand for five minutes so that any sand sinks to the bottom. Discard the vegetables.
Pour the liquor into a clean pan, taking care not to disturb any sand at the bottom. Add any liquor from the bowl below the mussels. Add the cream and lemon juice, and boil to reduce by half. Add the butter and remaining parsley, and adjust the seasoning.
Meanwhile, discard any mussels that remain closed. Divide them between four soup plates, pour the sauce over, sprinkle with fennel leaves (or dill) and serve immediately.


Plug v1.4.3 Plug.RequestId View Source
A plug for generating a unique request id for each request. A generated request id will in the format “uq8hs30oafhj5vve8ji5pmp7mtopc08f”.
If a request id already exists as the “x-request-id” HTTP request header, then that value will be used assuming it is between 20 and 200 characters. If it is not, a new request id will be generated.
The request id is added to the Logger metadata as :request_id
and the response as
the “x-request-id” HTTP header. To see the request id in your log output,
configure your logger backends to include the :request_id
metadata:
config :logger, :console, metadata: [:request_id]
It is recommended to include this metadata configuration in your production configuration file.
To use it, just plug it into the desired module:
plug Plug.RequestId
Options
:http_header
- The name of the HTTP request header to check for existing request ids. This is also the HTTP response header that will be set with the request id. Default value is “x-request-id”plug Plug.RequestId, http_header: “custom-request-id”
Link to this section Summary
Link to this section Functions
Callback implementation for Plug.call/2
.
Callback implementation for Plug.init/1
.


JAG, Carlton M. Caves, Rank deficiency and the Euclidean geometry of quantum states, APS March Meeting A52.00002 (2017).
Pointedness is important
Gives valuable information about
Estimator bias
Silva et al., Investigating bias in maximum-likelihood quantum-state tomography, Phys. Rev. A 95, 022107 (2016).
Optimization success probability
Amelunxen et al., Living on the edge: Phase transitions in convex programs with random data, arXiv:1303.6672.
Fisher information dictates geometry
Fisher information dictates geometry
Quantify difference with condition number
Have proved , but how much bigger?
Li et al., Fisher-symmetric informationally complete measurements for pure states, Phys. Rev. Lett. 116, 180402 (2016).
Case study: Qutrit
Measure a SIC POVM.
Case study: Qutrit
Evaluate Fisher information at uniformly sampled pure states.
Condition numbers are large!
Condition numbers are large!
Ellipses at 25th and 75th percentiles
Ignoring stretching causes errors
Efficient method for computing the maximum-likelihood quantum state from measurements with additive Gaussian noise, Smolin et al., Phys Rev. Lett. 108, 070502 (2017).


| all_vars {dplyr} | R Documentation |
all_vars()
and any_vars()
were only needed for the scoped verbs, which
have been superseded by the use of across()
in an existing verb. See
vignette("colwise")
for details.
These quoting functions signal to scoped filtering verbs
(e.g. filter_if()
or filter_all()
) that a predicate expression
should be applied to all relevant variables. The all_vars()
variant takes the intersection of the predicate expressions with
&
while the any_vars()
variant takes the union with |
.
all_vars(expr) any_vars(expr)
expr |
< |
vars()
for other quoting functions that you
can use with scoped verbs.


Maisie Adam's panel show appearances
Maisie Adam (born 1994-01-24[ref]) has appeared in 6 episodes between 2019-2019. Maisie Adam on IMDB. Maisie Adam on Wikipedia. Maisie Adam on Chortle.
- 2019-12-31 / Mock The Week
- 2019-12-06 / Breaking The News
- 2019-11-15 / Mock The Week
- 2019-11-15 / Have I Got News For You
- 2019-06-21 / Mock The Week
- 2019-03-31 / 8 Out of 10 Cats


WHAT-PATCH(1) WHAT-PATCH(1) NAME what-patch - detect which patch system a Debian package uses SYNOPSIS what-patch [options] DESCRIPTION what-patch examines the debian/rules file to determine which patch system the Debian package is using. what-patch should be run from the root directory of the Debian source package. OPTIONS Listed below are the command line options for what-patch: -h, --help Display a help message and exit. -v Enable verbose mode. This will include the listing of any files modified outside or the debian/ directory and report any addi‐ tional details about the patch system if available. AUTHORS what-patch was written by Kees Cook<EMAIL_ADDRESS>Siegfried-A. Gevatter<EMAIL_ADDRESS>and Daniel Hahler<EMAIL_ADDRESS>among others. This manual page was written by Jonathan Patrick Davies<EMAIL_ADDRESS>Both are released under the GNU General Public License, version 3 or later. SEE ALSO The Ubuntu MOTU team has some documentation about patch systems at the Ubuntu wiki: https://wiki.ubuntu.com/PackagingGuide/PatchSystems cdbs-edit-patch(1), dbs-edit-patch(1), dpatch-edit-patch(1) DEBIAN Debian Utilities WHAT-PATCH(1)


Provides core visualisations and summaries for the CRAN package database. The package provides comprehensive methods for cleaning up and organising the information in the CRAN package database, for building package directives networks (depends, imports, suggests, enhances, linking to) and collaboration networks, producing package dependence trees, and for computing useful summaries and producing interactive visualisations from the resulting networks. The package also provides functions to coerce the networks to 'igraph' <https://CRAN.R-project.org/package=igraph> objects for further analyses and modelling.
| Version: | 0.2 |
| Depends: | R (≥ 3.4.0) |
| Imports: | visNetwork, colorspace, igraph, magrittr, stringr, ggplot2, countrycode |
| Suggests: | testthat, knitr, rmarkdown, covr |
| Published: | 2018-05-22 |
| Author: | Ioannis Kosmidis [aut, cre] |
| Maintainer: | Ioannis Kosmidis <ioannis.kosmidis at warwick.ac.uk> |
| BugReports: | https://github.com/ikosmidis/cranly/issues |
| License: | GPL-3 |
| URL: | https://github.com/ikosmidis/cranly |
| NeedsCompilation: | no |
| Materials: | NEWS |
| CRAN checks: | cranly results |
| Reference manual: | cranly.pdf |
| Vignettes: |
CRAN top 20s and interactive package and collaboration networks R package dependence trees CRAN "glm" packages |
| Package source: | cranly_0.2.tar.gz |
| Windows binaries: | r-devel: cranly_0.2.zip, r-release: cranly_0.2.zip, r-oldrel: cranly_0.2.zip |
| OS X binaries: | r-release: cranly_0.2.tgz, r-oldrel: cranly_0.2.tgz |
| Old sources: | cranly archive |
Please use the canonical form https://CRAN.R-project.org/package=cranly to link to this page.


Temp/RH Sensor
Connect
Disconnect
Data
Setup
Temperature
...
Relative Humidity
...
Graph
Graph Settings
Samples
Int[ms]
Units
Celsius
Fahrenheit
Submit


What does it do?
CSS Smart Grid builds on the popular 960 grid concept, mixing in responsive grids that are “mobile first”. It is built on four concepts:
-
Performance Driven
CSS Smart Grid was engineered to be lightweight. Minified and gzipped, it weighs in at only 0.65K.
It does not require the use of polyfills to work in IE 7-8. Instead, CSS Smart Grid can use a class of "oldie" or "lt-ie9" set via Paul Irish's conditional

syntax (as seen in HTML5 Boilerplate) to give IE 8 the default 960 pixel version of the grid.IE 7 and lower are not officially supported. In version 3+, IE support is not included by default. If you wish to use it, uncomment the final section of
smart-grid.scss
and recompile. -
Built to Scale
CSS Smart Grid version 3 was completely rebuilt from the ground up to use percentage-based flexible columns and gutters. When the browser is at least 960 pixels wide, columns will be 60 pixels wide with 20 pixel gutters. Browsers from 481-959 pixels wide will scale to fit while smaller screens get full width columns. If you want to support larger layouts, its as simple as changing one variable.
This page uses CSS Smart Grid; resize your browser to see it in action.
-
Not Just Mobile Friendly, But Mobile First
On mobile devices every kilobyte of bandwidth and every CPU cycle used to render a page counts. With that in mind, CSS Smart Grid uses mobile as its default layout. Mobile browsers that don't understand
@media
queries aren't left in the dust, they are first-class citizens. And because there's no need for polyfills on older browsers, even feature phone handsets will receive a single column view. -
SASS Support
Version 4 drops support for LESS in favor of SASS. This gives you ultimate flexibility in how you choose to use the system. You can simply include the minified CSS file in your project or use the core components as mixins for your custom styles.
How to Use It
-
As a Grid System
There's only one CSS file to include:
smart-grid.css
. Place that in
before your own stylesheet.Wrap your page inside a

. Note that you can use more than one container if your need calls for it:

My Page Title

This is where my content goes.

Column Markup
Grid columns are achieved by adding a
column
class to any element. By default, anything with thecolumn
class is one column wide. For wider columns, add a class matching the number of columns you want the element to be:two
,four
, etc. Additionally, there are several shorthand classes for common use cases:one-fourth
,three-fourths
,one-third
,two-thirds
, andone-half
. Group rows of columns together under a parent element with the classrow
to make sure all of the floats are cleared.

The beginning of the best article in the history of humanity.

Here is some additional information.

If you only have one row of columns in a container, you can ommit the row:

The beginning of the best article in the history of humanity.

Here is some additional information.

Column Offsets
Sometimes you need a blank column between content. Rather than add superfluous markup, you can add one of the
offset-xxxxx
classes to the element you want to push left. There are classes defined to offset anywhere from 1 (offset-one
) to 11 (offset-eleven
) columns. Note that the offsets work by padding the element they're placed on; if you change the padding in your own CSS, the offsets will not work. Just like their column counterparts, offsets only take effect in browsers that are at least 768 pixels wide.

There are two blank columns to the left of this one.

This column leaves one column empty between it and it's predecessor then takes up the rest of the row.

You can mix and match columns and offsets however you want as long as the offset and column numbers add up to 12. To see it all working together, view the demo.
-
As SASS mixins
We all know that semantic markup is best; using the Smart Grid as SASS mixins allows you to forgo adding additional classes to your markup. The Smart Grid provides three core mixins:
.column()
which handles the default rules like floating and margins,.columns(number)
which sets the width based on the number you pass in, and.offset(number)
which adds a margin-based offset to the element.SASS Example
@import "smart-grid-columns"; article { @include column; @include columns(8); } aside { @include column; @include columns(3); @include offset(1); }
Note that you'll still need to clear floats on the parent element. You can either
@import "smart-grid-containers";
into your file and use the.container
and.row
classes in your markup or use any float-clearing method of your choice.


Updating an activity-based model to study congestion pricing in San Francisco.
Assessing the utility and costs of statewide travel demand models.
Launching a non-profit foundation for improving travel analysis methods.
Evaluating transit smart card data with privacy restrictions and limited penetration rates.
Assessing the feasibility of retrofitting high-pressure sodium lighting with LEDs on Kentucky’s roadways.


Comparison of the free energies for various morphologies of AB diblock copolymer melt at
a Fddd and P6/mm (HEX) morphologies require more than one lattice constant. Therefore, we included the optimized box dimensions in full for them. b g indicates the genus, which implies the number of independent holes on the dividing surface. It needs to be mentioned that double gyroids with the same Ia3d symmetry possess g = 5. c The target function for the incompressibility constraint (


We're millennials, techies, and activists on a mission to make college more accessible for all.
Students and families confront countless barriers when applying to college and we intend to knock each of them down but first we need to clean up an inefficient process in need of a little tech love, applying to scholarships.
We fundamentally believe that if higher education is to become more accessible on a large scale, it will be due to the work carried out by educators and non-profits coupled with tech driven solutions.
If you support our mission then join us, spread the word, and help us to help make college more accessible.
Our Team
Brian Rucker
Founder
Education: Haverford
Kyle Schiller
Data Engineer
Education: Carleton College
Adam Middleton
Scholarship Pipeline Developer
Education: George Washington University
Nnamdi Nwaezeapu
Scholarship Pipeline Developer
Education: Columbia University
Kevin Iraheta
Scholarship Pipeline Developer
Education: Lafayette College
Karina Carmona
Front End Developer
Education: Cal Poly SLO
Our Investors
Pique is a 500 Startups portfolio company.
500 Startups is a leading global venture capital seed fund and startup accelerator.
Based in Silicon Valley, 500 Startups manages $200M in assets.
And has invested in over 1,300 tech startups.
Sign up for our emailing list to receive updates on when we're going live!


{% extends "layouts/base.html" %} {% block content %}
Also Known As: {{ style.alternates }}
{{ style.description }}


This area uses Markdown and Handlebars. HTML/CSS are supported, but not JS. See the "Help" tab for more information.
A JSON object to be made available to your above template, via Handlebars, as "{{userData}}."


---
title: SampleApa
layout: protoc-gen-docs
number_of_entries: 2
---
OutputTemplate
| Field |
Type |
Description |
int64Primitive |
int64 |
|
boolPrimitive |
bool |
|
doublePrimitive |
double |
|
stringPrimitive |
string |
|
stringMap |
map<string, string> |
|
Template
| Field |
Type |
Description |
int64Primitive |
int64 |
|
boolPrimitive |
bool |
|
doublePrimitive |
double |
|
stringPrimitive |
string |
|


Keller Ferments
E-commerce site for artisanal fermented goods.
- E-Commerce
- HTML, CSS & PHP
- Figma Web Design
This site is currently a work in progress. I'm designing and developing this as a concept for what
will become a CMS template. My goal is to build a template that any commerce business could
use to advertise their products and encourage site visitors to engage in a variety of ways,
including visiting in-store locations, referencing the business's blog, or purchasing products for
home delivery.
I reviewed a large variety of e-commerce sites that I personally enjoy, plus other CMS templates for
e-commerce, to
see what is commonly done and to figure out how this hypothetical business could differentiate. I've
recently fallen in love with Bootstrap and plan on revamping the site with it. Stay tuned for more!
Desktop View:
Products on Desktop:
Mobile View:
Like what you see?
Start the conversation now by clicking through that pretty lil' red button below.


The Top 5 Plays of Tuesday for the BCL Gameday 6
It’s time for the best plays of the day in the Basketball Champions League
By Eurohoops team/<EMAIL_ADDRESS>Check out the Top 5 plays from Gameday 6 of the Basketball Champions League 2019-20, featuring Marcus Foster of UNET Holon, Steve Vasturia of RASTA Vechta, Amar Sylla of Filou Oostende, Tony Wroten of Anwil and Gabriel Lundberg of Iberostar Tenerife.


Cirsim is a circuit simulator designed to simulate simple combinatorial and sequential circuits. Cirsim was originally developed for use in CSE320 Computer Organization and Architecture at Michigan State University.
This page will include help for the Cirsim system. Help continues to be under construction in Cirsim.
Cirsim has been developed by Dr. Charles B. Owen.


HEAD
How Many Days Left Until Christmas
12/25/2021
Find Difference
======= alert(diffDays&&diffTime); } >>>>>>> 7de21b62b4448260cd56c7c9a08a5bec150ffc80


public class GameProgressObject
extends java.lang.Object
| Constructor and Description |
|---|
GameProgressObject(int currentLevel,
int unlockedLevels,
long currentTime,
int playerMaxHealth,
int playerLifes,
int playerMaximumLifes,
float playerJumpImpulseVelocity,
float playerWalkImpulseVelocity,
float playerClimbImpulseVelocity,
float playerMaxWalkVelocity,
float playerMaxClimbVelocity,
int currentlyEquippedWeapon,
java.util.ArrayList<WeaponObject> playerWeaponList) |
public GameProgressObject(int currentLevel, int unlockedLevels, long currentTime, int playerMaxHealth, int playerLifes, int playerMaximumLifes, float playerJumpImpulseVelocity, float playerWalkImpulseVelocity, float playerClimbImpulseVelocity, float playerMaxWalkVelocity, float playerMaxClimbVelocity, int currentlyEquippedWeapon, java.util.ArrayList<WeaponObject> playerWeaponList)
currentLevel
- the current level which the player is inunlockedLevels
- the number of unlocked levelscurrentTime
- the current time in seconds, will remain when the player dies and respawnsplayerMaxHealth
- the maximum health that the player can haveplayerLifes
- the current amount of player's lifes leftplayerMaximumLifes
- the maximum amount of player's lifesplayerJumpImpulseVelocity
- the jumping impulse velocity used in Box2DplayerWalkImpulseVelocity
- the walking impulse velocity used in Box2DplayerClimbImpulseVelocity
- the climbing impulse velocity used in Box2DplayerMaxWalkVelocity
- the maximal walking velocity of the playerplayerMaxClimbVelocity
- the maximal climbing velocity of the playercurrentlyEquippedWeapon
- the index of the currently equipped weapon in the weapon list of the playerplayerWeaponList
- the equipped weapons of the playerpublic int getCurrentLevel()
public void setCurrentLevel(int currentLevel)
public int getUnlockedLevels()
public void setUnlockedLevels(int unlockedLevels)
public long getCurrentTime()
public void setCurrentTime(long currentTime)
public int getPlayerMaxHealth()
public void setPlayerMaxHealth(int playerMaxHealth)
public int getPlayerLifes()
public void setPlayerLifes(int playerLifes)
public int getPlayerMaximumLifes()
public void setPlayerMaximumLifes(int playerMaximumLifes)
public float getPlayerJumpImpulseVelocity()
public void setPlayerJumpImpulseVelocity(float playerJumpImpulseVelocity)
public float getPlayerWalkImpulseVelocity()
public void setPlayerWalkImpulseVelocity(float playerWalkImpulseVelocity)
public float getPlayerClimbImpulseVelocity()
public void setPlayerClimbImpulseVelocity(float playerClimbImpulseVelocity)
public float getPlayerMaxWalkVelocity()
public void setPlayerMaxWalkVelocity(float playerMaxWalkVelocity)
public float getPlayerMaxClimbVelocity()
public void setPlayerMaxClimbVelocity(float playerMaxClimbVelocity)
public int getCurrentlyEquippedWeapon()
public void setCurrentlyEquippedWeapon(int currentlyEquippedWeapon)
public java.util.ArrayList<WeaponObject> getPlayerWeaponList()
public void setPlayerWeaponList(java.util.ArrayList<WeaponObject> playerWeaponList)


Use the ACCELERATE button to stay in the air
How long can you stay alive?
MAX SCORE: max score
This endpoint uses Redis as a key-value data store system to persist
and keep safe the maximun score of all the players.
Each player behind a public @IP has a different game instance.
Enjoy :)


Previous
Next
Calculator
×
Error:
{{e}}
Name
Arrival Proportion
Service Rate (Cust/hr)
remove
add
Parameters
input
Arrival Rate
Number of stores visited per client
Restrictions
data_usage
Maximum Usage
timer
Maximum Time Spent Waiting
directions_car
Maximum Number Of Cars Waiting In Line
refresh
Result
local_parking
Required Servers


We extend bitcoin!
- engage web-enabled architectures
- drive viral e-commerce
- seize dot-com channels
- integrate open-source methodologies
- syndicate viral e-business
- transition sticky e-tailers
- transform magnetic partnerships
- brand plug-and-play deliverables
- reintermediate bricks-and-clicks solutions
- mesh transparent e-business


The Covid-19 map visualizes a deep and meticulous dataset that is freely accessible to anyone involved in coronavirus research; something that represents a completely new approach to how we collect data and make it readily available during an outbreak. The data changes the game in terms of how we respond to new global threats such as these.
Data
All data used to produce this map are exclusively collected from publicly available sources including government reports and news media.
Datasets and resources can be found in GitHub.
Participating Institutions
Collaborators
- Isha Berry<EMAIL_ADDRESS>- Thomas Brewer<EMAIL_ADDRESS>- John Brownstein<EMAIL_ADDRESS>- Emily Cohn<EMAIL_ADDRESS>- Lauren Goodwin<EMAIL_ADDRESS>- Bernardo Gutierrez<EMAIL_ADDRESS>- Sarah Hill<EMAIL_ADDRESS>- Erin Hulland<EMAIL_ADDRESS>- Moritz Kraemer<EMAIL_ADDRESS>- Anastasia Lambrou<EMAIL_ADDRESS>- Sabrina Li<EMAIL_ADDRESS>- Alyssa Loskill<EMAIL_ADDRESS>- Sumiko Mekaru<EMAIL_ADDRESS>- Julia Morgan<EMAIL_ADDRESS>- Katelynn O'Brien<EMAIL_ADDRESS>- David Pigott<EMAIL_ADDRESS>- Oliver Pybus<EMAIL_ADDRESS>- Sam Scarpino<EMAIL_ADDRESS>- Kara Sewalk<EMAIL_ADDRESS>- Lin Wang<EMAIL_ADDRESS>- Jessie Wu<EMAIL_ADDRESS>- Bo Xu<EMAIL_ADDRESS>- Alex Zarebski<EMAIL_ADDRESS>News and Publications


"Toy Story 2" Review by Fontaine Lien Warning: Contains plot information
I remember three years ago, after seeing "Toy Story," I came out of the theater mystified, a believer. The film had managed to disarm my natural defense against "animated movies" and capture my heart and imagination. Those of you who know me know I often cite Owen Gleiberman's comment on "Toy Story" when describing a wonderful film: "[It was] the art of dreaming when you're wild awake," or something like that. When I heard that a sequel was being planned, I was doubtful. After all, how many *good* Hollywood sequels can you name? "Speed II," "The Lost World," "Lethal Weapon IV" certainly do not make the list.
I am overjoyed to report after three years, a high school diploma, and numerous changes in life, I enjoyed "Toy Story 2" tremendously, if not more than the first one, and I trust that adults everywhere will enjoy it too. An old recipe never fails; this time a good result has come out of recycling old formats. "Toy Story 2" features the same characters, the same hilarity, the same bright picturesque scenery, even a similar story. Tim Allen and Tom Hanks again bring their considerable voice talents to the characters; Joan Cusack and Wayne Knight (why am I not surprised :) also join the superb voice cast. This time it is Buzz Lightyear who rushes to the rescue of Woody, the toys are in more danger and they face bigger obstacles, such as a flyaway airplane instead of a runaway moving truck. But basically, the idea remained the same. Toys should look out for toys, and there is nothing more precious than the bond toys share with their owners. Most of my favorite characters, including the T-rex, Mr. Potato Head, Slinky, and the cute little aliens, returned; ingenious new creations also surfaced, such as Andy's pet puppy (which we only heard bark in the original). The film is eye candy itself, needless to say, and it's like putting on 3-D lenses and looking at the world. Everything takes on another dimension, bright dazzling colors and textures, and an ethereal quality.
I will not bore you with inane details, because anyone who has seen "Toy Story" will understand how glad I am that the folks at Pixar stuck to what they excelled at instead of trying to introduce new gimmicks. Yes, I could have done without the Star Wars references or the stock character of Stinky Pete, but in general the film delighted and entertained. There is nothing more joyous than being transported to another realm of complete make-believe, non-stop action adventure, laughs, and artistic wizardry. Children love storytelling time, and apparently so do grown-ups like me. "Toy Story 3" or "The New Adventures of Buzz and Woody"? I sure hope so.
Rating: A- (First viewing, 11/25/99)
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


I blog about data science, particularly using R, and with an applied interest to social sciences.
As a non-virtual person, I work as a professor at Ansbach University of applied sciences.
Posts reflect mostly my current thinking; and posts are not immune to thought updates. With luck things get less wrong in the course of time. All opions are my own. Faults are my own. Posts are organized as note books, as the crow flies, which is, as my thinking went.
The posts are cool are certainly correct and precise may be in parts correct and mostly creative are ok are not completeley wrong may include ideas that have not yet proven wrong.
See also my Google Scholar profile and my ORCID.
Follow the blog
To receive updates for this blog, follow me on Twitter, or subscribe to the RSS feed.
Blogroll
Some nice blogs:
Licence
MIT. That’s a permissive licence. Please cite this blog, and enjoy.


Usage
After installing spacebot there are several commands spacebot understands. Check back as more commands will be added, or run /spacebot help
within slack.
/spacebot help
Display the help and usage information
APOD
The Astronomy Picture of the Day is one of NASA's most popular websites. Each day a different image highlighting our universe with a brief description will be featured.
/spacebot apod
Display today's APOD image
/spacebot apod random
Display a random APOD image from anytime
/spacebot apod date
Display the APOD image for the given date. The format for date
is YYYY-MM-DD
Mars Rovers Photos
The rovers sub-command returns data and images from the three recent Mars Exploration Rovers (MER). Spirit and Opportunity were launched in mid 2003 as a pair to explore opposite sides of Mars. Curiosity is a more recent rover launched in 2011.
/spacebot rovers help
Display the rovers sub-command help
/spacebot rovers info
Display information about the three rovers with links for even more information.
/spacebot rovers cameras list
Display the list of onboard cameras. Theses can be used to filter the images. You can also use a value of 'all' to get images from all cameras.
/spacebot rovers photos
This will display the most recent images from the 'Curiosity' Mars rover. It will include a mix of photos from all available cameras.
/spacebot rovers photos name camera date
Display a list of images from the given rover/camera/date combination. One or more parameters can be omitted and appropriate defaults will be used. Please note that images may not be available for a given rover/camera/date combination.


Add an order's information to the book
Changes the size of an existing order to newSize. If the order doesn't exist, returns false. If newSize is negative, an error is thrown. Even if newSize is zero, the order is kept. It is possible for an order to switch sides, in which case the newSide parameter determines the new side.
Return an array of (aggregated) orders whose sum is equal to or greater than value
.
The side parameter is from the perspective of the purchaser, so 'buy' returns asks and 'sell' bids.
If useQuote is true, value is assumed to represent price * size, otherwise just size is used
startPrice sets the first price to start counting from (inclusive). The default is undefined, which starts at the best bid/by
Remove the order from the orderbook If numOrders drops to zero, remove the level
Remove a complete level and links to orders in the order pool. If the price level doesn't exist, it returns false
Shortcut method for replacing a level. First removeLevel is called, and then addLevel
Returns a book object that has all the bids and asks at this current moment. For performance reasons, this method returns a shallow copy of the underlying orders, so modifying the state object may break the orderbook generally. For deep copies, call #stateCopy instead
Returns a deep copy of the orderbook state.
Generated using TypeDoc
BookBuilder is a convenience class for maintaining an in-memory Level 3 order book. Each side of the book is represented internally by a binary tree and a global order hash map
The individual orders can be tracked globally via the orderPool set, or per level. The orderpool and the aggregated levels point to the same order objects, and not copies.
Call #state to get a hierarchical object representation of the orderbook


Standard controls
Carrots
Peas
Beans
Pneumonoultramicroscopicsilicovolcanoconiosis
Custom controls
Carrots
Peas
Beans
Pneumonoultramicroscopicsilicovolcanoconiosis


You can add cover image to your contents with the cover
paramameter in the content’s front-matter.
You can directly provide the image url:
---
cover: /images/eden-farm-children-s-village.jpg
---
cover
[String
]: path/url of the cover imageOr you can provide additional information:
---
cover:
image: /images/eden-farm-children-s-village.jpg
caption: Eden Farm Children's Village by Gareth Harper on Unsplash
style: full
---
cover
[Map
]:
image
[String
]: path/url of the cover imagecaption
[String
]: caption for the cover imagestyle
[String
]: full
/ wide
/ normal


WDV221 Intro to Javascript
UNIT-8 Testing and Validation
Testing the validateName( )
First Name:
Validation Message:


silverKey Demo Page: press any key!
| silverKey returned: |
|
| Event Type |
|
| event.key |
|
| event.keyCode |
|
| Shifted? |
|
| CapsLock? |
|
| Repeating? |
|
| Control Key? |
|
| Alt Key? |
|
| Meta Key? (Windows/Command/etc.) |
|
| Key History
|
|
| Key Combo
|
|
| Active Key Binds
|
|
| Active Shortcuts
|
|
| Active Sequences
|
|
To test key bindings, hit F12 in a modern browser
(or IE11 😏) and use the console.
For example, try the following:
silverKey.bindKey('a', function(){console.log('ayyyyyy');});
silverKey.bindShortcut('ctrl,z', function(){console.log('Undo!');});
silverKey.bindSequence(
'up,down,left,right,b,a,enter', function(){console.log('baby konami');});
Notes:
- IE Does not detect event.metaKey (i.e. the Windows Key) nor does FireFox
(it considers it the 'OS' key). Also IE always reports event.repeat as false.
Edge apparently does both properly.
- event.charCode only gets set for keypress events, but they're both
deprecated (event.keyCode is also deprecated, fyi). Employing both
of these may have a better story for international support but I
believe event.key should work regardless (though I have yet to test this).
- event.code is tied to physical keyboard keys and not layouts
(e.g. AZERTY, Dvorak) or locales so we don't test for it here; check
out keycode.info for event.code info.
- Numpad keys and left/right verions of alt/ctrl/shift/etc. can be
sussed out with event.location (in lieu of event.code support) but
since they don't have unique event.key identifiers that is also out
of the scope of this library.
- Key history, commands, sequences, and combos save all keys to lower-case as
keyboard shortcuts tend to work that way in general.
- Key combos tend not to recognize more than 3 or 4 letter keys/
6-7 letter key and key modifier combos. Hitting too many keys at
once messes with input detection so 3 or 4 keys max is suggested.
ALSO! PrintScreen doesn't show on keydown events so it will not
work with key combos; I am not sure how to work around this
without using keypress events.
- Speaking of, key sequences and combos:
- reset after 1000ms unless a new time is entered via
silverKey.setKeyTimeout(),
- don't save repeat keys for combos if held down (though
holding down a key does delay the sequence/combo timeout).
- You look good today. Did you do something with your hair?


---
title: "18+ Luxembourg Flag Logo Pics"
description: "India flag logo, sarnath lion capital of ashoka pillars of ashoka varanasi state emblem of india, indian flag, mammal, text png."
date: "2017-06-13"
categories:
- "template"
images:
- "https://i.pinimg.com/originals/8f/80/e3/8f80e3ffab059890fa9b474a17a74e19.jpg"
featuredImage: "https://cdn2.iconfinder.com/data/icons/world-flag-2/30/6-512.png"
featured_image: "https://comps.canstockphoto.com/luxembourg-flag-stock-illustration_csp25553561.jpg"
image: "https://thumbs.dreamstime.com/b/luxembourg-country-flag-concept-grunge-design-icon-logo-suitable-127993023.jpg"
---
18+ Luxembourg Flag Logo Pics. This is a list of flags used in the grand duchy of luxembourg, a country in western europe. ✓ free for commercial use ✓ high quality images.
Pms 032 c hex (html): This is a list of flags used in the grand duchy of luxembourg, a country in western europe. The luxembourg flag features primary colors of red, blue, and white.
For more information about the national flag, visit the article flag of luxembourg.
It was first used between 1845 and 1848 and officially adopted in 1993. Flag of luxembourg logo by unknown author license: India flag logo, sarnath lion capital of ashoka pillars of ashoka varanasi state emblem of india, indian flag, mammal, text png. Free ultra hd quality all countries flags.


How To Get OnePlus 7 Pro’s ZenMode On Any Android Smartphone
by Amarnath ChakrabortySo, in this article, we are going to share an easy method that would help you to get the OnePlus 7 Pro’s Zen Mode on any Android smartphone. To get the Zen Mode on any Android, users need to download the app ‘Lock my phone for study’. So, let’s check out how to get the OnePlus 7 Pro’s Zen Mode on any Android smartphone.
A few months ago, we have seen OnePlus 7 and OnePlus 7 Pro. Both of these smartphones come with powerful specifications and some unique features. One such unique feature is the ‘Zen Mode’ which was only available on OnePlus smartphone. Initially, the ‘Zen Mode’ was only meant for OnePlus 7 and OnePlus 7 Pro, but after receiving lots of positive reviews, the company had launched a standalone app for other OnePlus devices.
For those who don’t know, Zen Mode, when enabled, helps users to keep track of how much they use their smartphone. What’s interesting is that OnePlus’s Zen Mode allows users to set certain usage limit and if any users cross the limit, it locks the smartphone. During the locked period, users can’t do anything except making calls and taking photos.
How To Get OnePlus 7 Pro’s ZenMode On Any Android Smartphone
The Zen Mode is actually meant to curb the phone addiction and to boost the concentration. The ZenMode locks out users for about 20 minutes whenever a certain limit is crossed, and even restarting the smartphone doesn’t help. So, its indeed a strict feature that every smartphone user needs to have. The Zen Mode is only available for OnePlus smartphones, but the good thing is that we have found a way to get the Zen Mode on any Android.
Step 1. First of all, download and install Lock My Phone for Study on your Android smartphone from the Google Play Store.
Step 2. Open the app and you need to accept the terms and conditions.
Step 3. On the next page, you will be asked to grant two permissions – Device Administrator and Location.
Step 4. Now on the main interface, you need to tap on the (+) button and select ‘One-time’
Step 5. Now you will see a timer, there you need to enter the time. Here we have entered ‘1’ for one minute, and then press on the ‘Ok’
Step 6. In the next popup window, you need to enable the newly created Zen Mode. You will get a warning dialog, read it carefully and then press on the ‘Yes’ button.
Step 7. Now you will be locked out from the device. The lock screen of the device displays the remaining time to unlock your device.
Similarly, you can also create recurring lock periods as well. That’s it, you are done! This is how you can get the OnePlus 7 Pro’s Zen mode on any Android device.
So, this is all about how to get the OnePlus 7 Pro’s Zen Mode on any Android device. Hope this article helped you! Share it with others as well. If you have any doubt related to this, discuss with us in the comment box below.


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