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Ivillis Leanes Temple
Ivillis Leanes Temple
History Whispering in his ear, Shade talks to him. She tells him to avenge her. �Punish the interlopers of the Hill of Shade�. Smiling he looks down upon them. Insignificant humans, relishing in the fruits of this sacred land. Dancing and laughing in ecstasy of the harvest. They had been warned not to settle here. The natives tried to tell them of the curse. What shall he do to please his master? Suddenly it comes to him, pumpkins; he shall turn them all into pumpkins. And they shall guard the hill from others. Bubble, seeing all of this, whispers in his other ear; �You, how dare you hurt mankind. I shall mark you and all shall know you for your treachery�. He looks down into the river that passes by the town and he sees that he no longer sports the bright costume of his peers. He now bears the colors of the accused. Striped in black and white he flees. But where to go? He runs south, away from humans and stumbles upon a fitting site. Before him a skull marking the entrance to a dungeon. He hastens his pace, down, down into the bowels of Saint Mornings. Infecting all in his path with his evilness. Deep, deep below the surface he finds a refuge. In a small chamber he finds himself and Shade tells him all is well. Here no one will bother him. And upon his door she places a lock. She takes the keystone, brakes it in three and spreads the pieces throughout the dungeon.
Present The dark and sinister halls of Ivillis Dungeon are overrun with masquerpets tainted with the evilness of Leanes. The winding passages, littered with bones, will test your sense of direction. The monsters within will hinder your progress through the dungeon, but if you find the pieces of the keystone you will discover the entombed enemy. His prison guard Darz will let you in if you meet all the requirements. Come avenge the souls of Shadia.
| Ivillis Leanes Temple is accessible from the Saint Morning continent. |
Dungeon Particularities
| Some Masquerpets are aggravated. This is an Instance Dungeon so only Party and or Guild members will be present. |
| Entrance Fee |
Talk to
Darz
, he will teleport you and your party to Leanes chamber. To enter Party Leader must have in
pack:
|
|
Unique Items Present
Ivillis Leanes Temple does not contain item uniquely found here. |
|
Available
None |
| Quest Items Found Here |
| None |
| Certain rules apply: |
|
Monsters Present
|
This dungeon is for level 70 Masquerpets. This is a party dungeon so masquerpets hit hard and have a lot of hp. There are no special rewards for this dungeon. |
|


- Galatians 6:10
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PageSpeed Filters
PageSpeed improves web page latency by changing the resources on that web page to implement web performance best practices. Each sort of change that PageSpeed makes is embodied in a filter. The filters are run in a pre-defined order, but can be enabled and disabled in the server configuration file.
Some filters simply alter HTML content, such as removing excess whitespace, attributes, or attribute values that will be ignored.
Other filters change references to CSS, JavaScript, or images to point to more optimized versions, because they:
- are smaller,
- combine multiple files into one, and
- extend the cache lifetime
Categories of filters
Filters are of many categories that fit under performance best practices. The current set of filters fits in these categories as follows:
Optimize Caching
- Canonicalize JavaScript Libraries
- Extend Cache
- Extend Cache PDFs
- Local Storage Cache
- Outline CSS
- Outline JavaScript
Minimize Round Trip Times
- Combine CSS
- Flatten CSS @imports
- Inline CSS
- Inline Google Fonts API CSS
- Combine JavaScript
- Inline JavaScript
- Move CSS Above Scripts
- Configuration file directive to shard domains
- Sprite Images
- Pre-Resolve DNS
Minimize Request Overhead
Minimize Payload Size
- Collapse Whitespace
- Combine Heads
- Elide Attributes
- Minify JavaScript
- Optimize Images
- Prioritize Critical CSS
- Deduplicate Inlined Images
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- Rewrite CSS
- Rewrite Style Attributes
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Optimize Browser Rendering
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- Add Head
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- Pedantic
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In some cases, a filter such as 'Optimize Images' helps both minimize request overhead and optimize browser rendering.


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Puppet Class: jboss::instance_5_uninstall
- Defined in:
- manifests/instance_5_uninstall.pp
Overview
Uninstalls JBoss-5.1.0 instance TODO To be completed and verified
3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 |
# File 'manifests/instance_5_uninstall.pp', line 3
class jboss::instance_5_uninstall (
$instance_name = $::instance_to_remove_name,
$ip = $::instance_to_remove_ip,
$environment = $::environment,) {
$ip_alias = "${instance_name}-${environment}"
# Servizio
service { "jboss-${instance_name}":
ensure => stopped,
enable => false,
hasstatus => false,
pattern => "-c ${instance_name}",
stop => "/usr/local/bin/manage-jboss-instance ${instance_name} stop",
path => '/etc/init.d',
} ->
# Profilo
file { "/opt/jboss/server/${instance_name}":
ensure => absent,
force => true,
} ->
# Script di avvio
file { "/opt/jboss/bin/run-${instance_name}.sh":
ensure => absent,
} ->
# Directory log del server
file { "/var/log/jboss/server/${instance_name}":
ensure => absent,
force => true,
} ->
# Nome logico istanza in /etc/hosts
host { $ip_alias:
ensure => absent,
ip => $ip,
}
}
|


Small Time Crooks (2000) Woody Allen, Tracey Ullman, Tony Darrow, Hugh Grant, George Grizzard, Jon Lovitz, Elaine May, Michael Rapaport, Elaine Stritch. Written and directed by Woody Allen. 94 minutes. Rated PG, 3 stars
Review by Ed Johnson-Ott, NUVO Newsweekly www.nuvo.com Archive reviews at http://us.imdb.com/ReviewsBy?Edward+Johnson-Ott To receive reviews by e-mail at no charge, send subscription requests to<EMAIL_ADDRESS>or e-mail<EMAIL_ADDRESS>with the word "subscribe" in the subject line.
"Small Time Crooks" is a funny little movie, which, considering the key people involved in the project, comes as a bit of a surprise. It's been a long time since I've associated writer/director/star Woody Allen's name with anything other than a vague sense of creepiness. As for co-star Tracey Ullman, while fans trumpet her versatility, I've long found her brash, loosey-goosey affect rather cringeworthy as well. Yet here they are; bickering like "The Honeymooners" in a comedy which delivers a steady stream of chuckles.
Allen plays Ray Winkler, a schlubby middle-aged ex-con with a "great new plan." Seems there's a recently vacated pizzeria a few doors down from a bank. Ray will set up a cover business in the storefront, with wife Frenchy (Ullman) selling her homemade cookies. Meanwhile, he and his buddies (Michael Rapaport, Tony Darrow and Jon Lovitz, all sorely underused here), will work in the basement, digging a tunnel to the bank vault. Badda bing, badda boom, instant riches!
The scheme, of course, is a complete disaster, but Frenchy's cookies become incredibly popular with New Yorkers. In a relatively short period of time, the couple find themselves running a wildly successful national franchise and the Winklers move on up to the Eastside, to a deluxe apartment in the sky. While Ray is content living his usual life; watching TV in his underwear and eating his wife's spaghetti and turkey meatballs, Frenchy has lofty goals. She wants to become a refined member of the social elite, even if means hiring smarmy art dealer David (Hugh Grant) as her cultural tutor.
It's a simple concept – Ralph and Alice Kramden as the "Beverly Hillbillies" – but it works. Woody Allen is the weakest part of the equation, bitching and moaning in his usual fashion, but Tracey Ullman picks up the story and strolls away with it, creating a solid, sympathetic persona and building outward from there. Frenchy has a tart tongue and tough mannerisms, but is remarkably susceptible to a few kind words. Ullman imbues the character with a sense of cracked strength that makes her vulnerability all the more engaging.
But, as good as Ullman is, Elaine May steals the movie handily as May, Frenchy's cousin brought in to help with the cookie store scam. Blissfully unaware that the business is just a front, May chatters incessantly, always saying the perfect wrong thing at the perfect wrong time. The veteran comic carries ditziness to a new plateau; May walks among us, but lives in a completely different universe, a dreamy pastel place filled with lounge music and stuffed animals. Elaine May takes the simplest gesture and makes it hilarious – even if you detest Woody Allen and Tracey Ullman, "Small Time Crooks" would be worth a visit for her work alone.
© 2000 Ed Johnson-Ott
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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review and has no editorial control. Unless stated otherwise, the copyright
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Related links: index of all rec.arts.movies.reviews reviews


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Technical-Details¶
Libraries and Machine Details¶
openmpi_dir ="/apps/openmpi-3.0.0_install/"
orca_dir ="/home/project_g4mp2_2019/ORCA_4_2/orca_4_2_0_linux_x86-64_openmpi314/"
install_dir ="/apps/orca_g4mp2/"
maxcore_mb = 32000
nproc = 1
This segment contains information regarding the absolute path to different libraries necessary for running the script. The openmpi_dir
contains the path to the directory containing Open MPI (Message Passing Interface) library for parallel computation. The variable orca_dir
defines the absolute path to the directory containing ORCA libraries. The install_dir
specifies the directory containing binary files of the script as well as the custom Basis-sets used in the calculation.
The option maxcore_mb
defines the assigned memory for the ORCA calculations and nproc
determines the number of cores assigned to each of the calculation.
Geometry Optimization¶
method_opt_freq = "B3LYP/G "
basis_opt_freq = "GTBAS3"
custombasis_opt_freq = .true.
scalfac = 0.9854
String_Opt = "TightOpt"
MGGA = .false.
FROZEN_GEOM = .false.
The details involving geometry optimization of the required molecule as well as subsequent frequency calculation of the optimized structure are defined here. The method_opt_freq
option specifies the method of choice for geometry optimization and B3LYP/G (Gaussian implementaion of B3LYP) DFT functional is the recommended method for G4(MP2) study.
The basis_opt_freq
option selects the custom basis from the library directory (install_dir
) to use along with B3LYP/G functional for geometry optimization, i.e., GTBAS3 [modified form of 6-31G(2df,p)], while custombasis_opt_freq =
.true. uses the selected custom basis-set in geometry optimization and frequency calculation. The parameter scalfac
decides the scaling factor to determine the Zero Point Vibrational Energy (ZPVE) from the calculated vibarational frequency, which is specific for each Method/Basis-set combination. For B3LYP/6-31G(2df,p) the recommended scaling factor for ZPVE is 0.9854.
The user has the libery to run the geometry optimization with Method/Basis-set of his choice as well as other additional specifications by changing the predefined options. One such example with wB97X-D3 functional and def2-TZVP basis set is presented below.
method_opt_freq = "wB97X-D3 def2-TZVP Grid7 Printbasis "
basis_opt_freq = ""
custombasis_opt_freq = .false.
scalfac = 0.9791
"The script by default runs frequency calculation after geometry optimization"
The String_Opt
selects the convergence criteria for the geometry optmization, i.e., LooseOpt, NormalOpt, TightOpt, or VeryTightOpt. The MGGA
option is utilized for methods having no atalytical hessian like meta-GGA functionals, M06, M062X, TPSS0, correlated methods like MP2. For those methods, the user can decide to find Hessian and frequency numerically by keeping MGGA =
.true.. Switching the option to true will add NumHess and NumFreq options to the geometry optimization step to carry out the ORCA implemented numerical hessian and frequency calculation.
If the user decides to skip the geometry optimization and frequency calculation and use a pre-determined geomtry to estimate the G4(MP2) energy, they have to keep the option FROZEN_GEOM
to .true.. Along with this they have to provide the read_geom_freq.dat
file containing the details about geometry and vibrational frequencies, please see Input Files
The devised G4(MP2)XP protocol utilizes RIJCOSX approximation to fasten the optimization calculation with GTBAS3 as orbital basis and def2/J as auxiliary basis-set and is presented below.
method_opt_freq = "B3LYP/G Grid7 RIJCOSX def2/J GridX9 Printbasis "
basis_opt_freq = "GTBAS3"
custombasis_opt_freq = .true.
String_Opt = "TightOpt"
CCSD(T) Energy Determination¶
method_ccsdt = "CCSD(T) "
basis_ccsdt = "GTBAS1"
custombasis_ccsdt = .true.
DLPNO_CCSDT = .false.
switch_read_RIMP2_small = .false.
switch_RIMP2_small=.false.
method_mp2_s = " "
basis_mp2_s = ""
custombasis_mp2_s = .true.
The CCSD(T) calculation determines the reference energy in G4(MP2) theory, to which the different energy corrections are added. The method of choice for reference energy along with other additional informations are provided in method_ccsdt
. The basis_ccsdt
option selects the custom basis for CCSD(T) step, i.e., GTBAS1 [modified form of 6-31G(d)]. To create the ORCA input file for CCSD(T) calcuation with the GTBAS1 custom basis, the user has to keep custombasis_ccsdt
to .true..
The user can choose other basis-sets along with additional specifications, by making changes in the above options. For an instance, the example below uses def2-TZVP basis set to carry out the CCSD(T) calculation.
method_ccsdt = "CCSD(T) def2-TZVP "
basis_ccsdt = ""
custombasis_ccsdt = .false.
The devised highly in-expensive G4(MP2)-XP protocol utilizes DLPNO approximation in the CCSD(T) and the same with TightPNO threshold settings can be invoked as follows:
method_ccsdt = "DLPNO-CCSD(T) def2-SVP/C TightPNO Printbasis "
basis_ccsdt = "GTBAS1"
custombasis_ccsdt = .true.
DLPNO_CCSDT = .true.
where GTBAS1 is used as orbital basis and def2-SVP/C as the auxiliary basis.
The next set of options is used to manipulate the MP2 energy at the GTBAS1 basis-set level.
The \(\Delta E(MP2)\) correction energy in G4(MP2) theory utilized MP2 energy from two basis-sets levels, GTMP2LargeXP (Large, see MP2 Energy Determination) and GTBAS1 (small). The latter is determined from the inherent MP2 energy determined in the CCSD(T) calculation itself. However, the MP2 energy obtained in the DLPNO-CCSD(T) calculation considers local approimation and can provide slightly deviating energy from that of Normal MP2 or RI-MP2. However, we made sure irrespective of the approximation, for MP2 energy calculation step (see MP2 Energy Determination) , the level of theory remains intact for MP2 energy at either basis set level.
The user can decide to do so through two ways.
- The user can choose to implement an additional MP2 calculation in the CCSD(T) step along with the inherent MP2 and then would need to select the
switch_read_RIMP2_small
option to true. For and instance, both G4(MP2)-x3.16 and G4(MP2)XP uses DLPNO approximation for CCSD(T) with GTBAS1 basis-set, while MP2 energy calculation at GTMP2LargeXP basis-set uses different approximations. Thus, for G4(MP2)-x3.16 which calculates Normal MP2 energy with GTMP2LargeXP basis-set, the MP2 energy with GTBAS1 basis-set should also be Normal MP2 energy, rather than the local MP2 energy inherent in DLPNO-CCSD(T) calculation. So to achieve the same, the following can be done:
method_ccsdt = "DLPNO-CCSD(T) MP2 def2-SVP/C RIJK def2/JK TightPNO Printbasis "
basis_ccsdt = "GTBAS1"
custombasis_ccsdt = .true.
DLPNO_CCSDT = .true.
switch_read_RIMP2_small = .true.
switch_RIMP2_small=.false.
method_mp2_s = " "
basis_mp2_s = ""
custombasis_mp2_s = .true.
RIJK implement the RI approximation in the SCF step as well while using def2/JK as auxiliary basis-set. Similarly, in case of G4(MP2)XP, that uses RI-MP2 approximation for determining MP2 energy with GTMP2LargeXP basis-set, an additional RI-MP2 calculation is done in the CCSD(T) step as follows:
method_ccsdt = "DLPNO-CCSD(T) RI-MP2 def2-SVP/C RIJK def2/JK TightPNO Printbasis "
basis_ccsdt = "GTBAS1"
custombasis_ccsdt = .true.
DLPNO_CCSDT = .true.
switch_read_RIMP2_small = .true.
switch_RIMP2_small=.false.
method_mp2_s = " "
basis_mp2_s = ""
custombasis_mp2_s = .true.
- The user can also decide to run an independent MP2 calculation with GTBAS1 basis-set and would need to invoke the
switch_RIMP2_small
option to true. For G4(MP2)-x3.16, it is done as:
method_ccsdt = "DLPNO-CCSD(T) def2-SVP/C RIJK def2/JK TightPNO Printbasis "
basis_ccsdt = "GTBAS1"
custombasis_ccsdt = .true.
DLPNO_CCSDT = .true.
switch_read_RIMP2_small = .false.
switch_RIMP2_small=.true.
method_mp2_s = "MP2 RIJK def2/JK Printbasis"
basis_mp2_s = "GTBAS1"
custombasis_mp2_s = .true.
The same for G4(MP2)XP is done as follows:
method_ccsdt = "DLPNO-CCSD(T) def2-SVP/C RIJK def2/JK TightPNO Printbasis "
basis_ccsdt = "GTBAS1"
custombasis_ccsdt = .true.
DLPNO_CCSDT = .true.
switch_read_RIMP2_small = .false.
switch_RIMP2_small=.true.
method_mp2_s = "RI-MP2 def2-SVP/C RIJK def2/JK Printbasis"
basis_mp2_s = "GTBAS1"
custombasis_mp2_s = .true.
Although both method-1 and 2 will provide the same accuracy, with method-2 an additional HF/SCF calculation is added, which although uses negligible computation time for small molecules, but for big molecular systems, it can add to the total time to a large extent. Thus, we perferred to rely on method-1 to manipulate the MP2 energy determined with GTBAS1 basis-set.
MP2 Energy Determination¶
method_mp2 = "MP2 "
basis_mp2 = "GTMP2largeXP"
custombasis_mp2 = .true.
flag_RIMP2 = .false.
flag_DLPNOMP2 = .false.
The above block of variables modulate the MP2 energy determined with the large basis-set, GTMP2largeXP [modified form of 6-311G(3df,2p) basis-set]. Similar to the earlier steps, the user can decide to rely on other basis set than the custom basis GTMP2LargeXP and need to change the variables method_mp2
, basis_mp2
, and custombasis_mp2
. Similar example with def2-QZVP basis set is given below:
method_mp2 = "MP2 def2-QZVP "
basis_mp2 = ""
custombasis_mp2 = .false.
The variables flag_RIMP2
and flag_DLPNOMP2
are used to activate the RI and DLPNO approximation in the MP2 calculation step. Subsequent changes are also needed to be done in the method_mp2
variable as well. The examples below show how RI-MP2 and DLPNO-MP2 calculations are triggered in the script.
RI-MP2 with def2-QZVP orbital basis and def2-QZVPPD/C auxiliary basis.
method_mp2 = "RI-MP2 def2-QZVP def2-QZVPPD/C "
basis_mp2 = ""
custombasis_mp2 = .false.
flag_RIMP2 = .true.
flag_DLPNOMP2 = .false.
DLPNO-MP2 with def2-QZVP orbital basis and def2-QZVPPD/C auxiliary basis.
method_mp2 = "DLPNO-MP2 def2-QZVP def2-QZVPPD/C "
basis_mp2 = ""
custombasis_mp2 = .false.
flag_RIMP2 = .false.
flag_DLPNOMP2 = .true.
The devised G4(MP2)XP protocol utilizes RI approximations in this step at both SCF iteration and MP2 correlation calculation while using the custom basis GTMP2LargeXP as orbital basis-set. RIJK invokes the approximation in the SCF step and uses def2/JK as auxiliary basis-set, while def2-TZVP/C is used as auxillary basis set for correlation calculation.
method_mp2 = "RI-MP2 def2-TZVP/C RIJK def2/JK Printbasis "
basis_mp2 = "GTMP2largeXP"
custombasis_mp2 = .true.
flag_RIMP2 = .true.
flag_DLPNOMP2 = .false.
HF Energies Determination¶
method_hf3 = "HF "
basis_hf3 = "GFHFB3"
custombasis_hf3 = .true.
method_hf4 = "HF "
basis_hf4 = "GFHFB4"
custombasis_hf4 = .true.
HF_CBS_default = .true.
HF_CBS_orca_23_def2 = .false.
HF_CBS_orca_34_def2 = .false.
HF_CBS_orca_23_cc = .false.
HF_CBS_orca_34_cc = .false.
The modulation of HF calculations to determine HF energy at basis set limit (\(HF_{limit}\)) is done here. The G4(MP2) theory uses a two-point extrapolation scheme to evaluate (\(HF_{limit}\)) and uses HF energies at two levels of basis-set size. method_hf3
and method_hf4
define the two levels of HF calculations; Triple \(\zeta\) and Quadruple \(\zeta\) level.
basis_hf3
and basis-hf4
selects the custom basis-sets for the corresponding HF calculations, which are GFHFB3 (modified form of aug-cc-pV(T+d)Z) and GFHFB4 (modified form of aug-cc-pV(Q+d)Z) basis-sets. keeping custombasis_hf3
and custombasis_hf4
varibales to .true., selects those custom basis sets from the library directory (install_dir
) to run the HF calculations.
The keyword HF_CBS_default
is kept .true. to use the extrapolation formula (given below) to calculate \(HF_{limit}\) from the individual energies.
HF_CBS_default:
In case of using different basis-sets, the corresponding changes has to be done in both the methods section and the choice of extrapolation equation. The HF_CBS_orca_23_def2
and HF_CBS_orca_34_def2
variables select the following extrapolation equations to determine \(HF_{limit}\) when Karlsruhe basis sets of size Double \(\zeta\)::Triple \(\zeta\) or Triple \(\zeta\)::Quadruple \(\zeta\) levels are used.
HF_CBS_orca_23_def2
HF_CBS_orca_34_def2
Similarly, the user can select to run the HF calculation using correlation-consistent basis sets of size Double \(\zeta\)::Triple \(\zeta\) or Triple \(\zeta\)::Quadruple \(\zeta\) levels, which uses the extrapolation equations respectively as given below.
HF_CBS_orca_23_cc
HF_CBS_orca_34_cc
An example presenting HF equations using def2-SVPD (Double \(\zeta\)) and def2-TZVPPD (Triple \(\zeta\)) basis sets is given below.
method_hf3 = "HF def2-SVPD "
basis_hf3 = ""
custombasis_hf3 = .false.
method_hf4 = "HF def2-TZVPPD "
basis_hf4 = ""
custombasis_hf4 = .false.
HF_CBS_default = .false.
HF_CBS_orca_23_def2 = .true.
HF_CBS_orca_34_def2 = .false.
HF_CBS_orca_23_cc = .false.
HF_CBS_orca_34_cc = .false.
The G4(MP2)XP protocol uses RIJK approximation to faciliate the HF calculations while using the custom basis-sets, as shown below
method_hf3 = "HF RIJK def2/JK Printbasis "
basis_hf3 = "GFHFB3"
custombasis_hf3 = .true.
method_hf4 = "HF RIJK def2/JK Printbasis "
basis_hf4 = "GFHFB4"
custombasis_hf4 = .true.
HF_CBS_default = .true.
HF_CBS_orca_23_def2 = .false.
HF_CBS_orca_34_def2 = .false.
HF_CBS_orca_23_cc = .false.
HF_CBS_orca_34_cc = .false.
Thermochemical Property Determination¶
calc_HF = .true.
calc_AE = .false.
calc_IP = .false.
verticalIP = .false.
calc_EA = .false.
verticalEA = .false.
calc_PA = .false.
calc_BE = .false.
The user can decide to estimate one of the given thermochemical property using G4(MP2) energies, i.e., Enthalpy of Formation (calc_HF
), Atomization Energy (calc_AE
), Ionization Potential (calc_IP
), Electron Affinity (calc_EA
), Proton Affinity (calc_PA
), and Binding Energy (calc_BE
) and need to make only that variable to .true., while keeping the rest as .false..
Although, the Ionization Energy and Electron Affinity of various systems estimated in the G3/05 dataset are adiabatic, the script allows the user to predict the respective vertical property if interested.
In case of none of the above thermochemical properties are selected, the output file (Thermochemistry.out ) will only have information regarding the G4(MP2) energies of the corresponding systems.
Additional Details¶
HLCeqZERO = .false.
SO_3rdrow_mols = .true.
conv_scf = "VeryTight"
SCFDIIS = .false.
SOSCF = .false.
LSHIFT = .false.
optdiis = .false.
restart_cc = .false.
restart_mp2 = .false.
restart_hf3 = .false.
restart_hf4 = .false.
The G4(MP2) protocol uses additional semi-empirical parameters—Higher Level Correction (HLC) to estimate the energy of the system. However, the user can choose to compute the energy as well as the desirable thermochemical property without the inclusion of the empirical correction. For that, they need to keep the variabe HLCeqZERO
to .true..
SO_3rdrow_mols
is used for specific 3rd-row atomic molecules in doublet state and include the assigned spin-orbit correction term to the total G4(MP2) energy. The molecules are BrO, SeH, KBr+, AsH+, HBr+, BrF+, NaBr+, and Br2+.
The rest of the variables are used to manipulate the SCF calculations in the various steps involved in the composite procedure. The variable conv_scf
is used to assign the convergence tolerance for the SCF determination and in-case of failure of SCF converegence, the tolerance can be reduced.
ORCA depends upon the robust Direct Inversion in Iterative Subspace (DIIS) technique for finding convergence for SCF equation which in turn considers a set no. (usually 5-7) of Fock matrices. In case convergence is not achieved, the user can decide to increase the no. of Fock matrices (to 15) by keeping SCFDISS
to .true.. The Second Order SCF (SOSCF) leads to faster SCF convergence and is useful when DIIS is stuck. Switching SOSCF
to .true. will set the maximum iteration in SOSCF to 12. LSHIFT
is used to modify the levelshift for faster convergence.
The Coupled-Perturbed SCF (CPSCF) equations are solved during second derivative calculations (required for vibrational frequencies) and the default solver is Pople. However, in case of troubled convergence, the user can swith the option optdiis
to .true., for using DIIS solver for sloving CPSCF equations.
Question: are these options only for optimization or all the single points?
The rest set of variables, i.e., restart_cc
, restart_mp2
, restart_hf3
, and restart_hf4
are used when CCSD(T), MP2, HF/Triple \(\zeta\) and(or) HF/Quadruple \(\zeta\) calculation(s) end up with error. Switching the respective variables to .true. will launch an additional HF calculation with the respective basis-set using the di-positive molecular species prior to the original single point calculation(s). The optimized SCF(s) is then used for relaunching the previously failed single point calculation(s).


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{{ coach_car.get_car_type_display }}
{{ coach_car.training_place }}


Uses of Interface
net.sf.jasperreports.engine.design.events.JRChangeEventsSupport
-
Packages that use JRChangeEventsSupport Package Description net.sf.jasperreports.charts.base Contains base implementations for chart related interfaces.net.sf.jasperreports.charts.design Contains design time implementations for chart related interfaces.net.sf.jasperreports.components.barbecue Contains classes for the built-in Barbecue component.net.sf.jasperreports.components.barcode4j Contains classes for the built-in Barcode4J component.net.sf.jasperreports.components.iconlabel Contains classes for the built-in Icon Label component.net.sf.jasperreports.components.items Contains classes and interfaces for the item based components.net.sf.jasperreports.components.list Contains classes for the built-in List component.net.sf.jasperreports.components.map Contains classes for the built-in Google Map component.net.sf.jasperreports.components.sort Contains classes for the built-in Sort component.net.sf.jasperreports.components.spiderchart Contains classes for the built-in Spider Chart component.net.sf.jasperreports.components.table Contains classes for the built-in Table component.net.sf.jasperreports.components.table.fill Contains fill time implementations for Table component related interfaces.net.sf.jasperreports.crosstabs.base Contains base classes for the Crosstab report element.net.sf.jasperreports.crosstabs.design Contains design classes for the Crosstab report element.net.sf.jasperreports.engine Provides access to the library's main functionality through facade classes for compiling, filling and exporting reports and also publishes the library's main interfaces and classes.net.sf.jasperreports.engine.analytics.dataset net.sf.jasperreports.engine.base Contains base implementations for the library's main interfaces.net.sf.jasperreports.engine.design Contains design time implementations for the library's main interfaces as well as report compiling tools.net.sf.jasperreports.export Provides exporter input, exporter output and exporter configurationsnet.sf.jasperreports.parts.subreport -
-
Uses of JRChangeEventsSupport in net.sf.jasperreports.charts.base
Classes in net.sf.jasperreports.charts.base that implement JRChangeEventsSupport Modifier and Type Class Description class
JRBaseAreaPlot
class
JRBaseBar3DPlot
class
JRBaseBarPlot
class
JRBaseBubblePlot
class
JRBaseCandlestickPlot
class
JRBaseHighLowPlot
class
JRBaseLinePlot
class
JRBaseMeterPlot
An immutable representation of the layout of a Meter chart.class
JRBaseMultiAxisPlot
An immutable representation of the layout options of a multiple axis chart.class
JRBasePie3DPlot
class
JRBasePieDataset
class
JRBasePiePlot
class
JRBaseScatterPlot
class
JRBaseThermometerPlot
An immutable representation of the layout of a thermometer plot.class
JRBaseTimeSeriesDataset
class
JRBaseTimeSeriesPlot
-
Uses of JRChangeEventsSupport in net.sf.jasperreports.charts.design
Classes in net.sf.jasperreports.charts.design that implement JRChangeEventsSupport Modifier and Type Class Description class
JRDesignAreaPlot
class
JRDesignBar3DPlot
class
JRDesignBarPlot
class
JRDesignBubblePlot
class
JRDesignCandlestickPlot
class
JRDesignCategoryDataset
class
JRDesignCategorySeries
class
JRDesignChartAxis
JRChartAxis
implementation to be used for report design.class
JRDesignDataRange
Contains a range of values.class
JRDesignGanttDataset
class
JRDesignGanttSeries
class
JRDesignHighLowDataset
class
JRDesignHighLowPlot
class
JRDesignItemLabel
An object that specifies how an item label should be displayed.class
JRDesignLinePlot
class
JRDesignMeterPlot
A meter plot that displays a single value against a range of values.class
JRDesignMultiAxisPlot
Contains information on how a multiple axis chart should be displayed.class
JRDesignPie3DPlot
class
JRDesignPieDataset
class
JRDesignPiePlot
class
JRDesignPieSeries
class
JRDesignScatterPlot
class
JRDesignThermometerPlot
The layout options of a thermometer chart.class
JRDesignTimePeriodDataset
class
JRDesignTimePeriodSeries
class
JRDesignTimeSeries
class
JRDesignTimeSeriesDataset
class
JRDesignTimeSeriesPlot
class
JRDesignValueDataset
A data set that contains a single value.class
JRDesignValueDisplay
An object that specifies how a single value should be displayed.class
JRDesignXyDataset
class
JRDesignXySeries
class
JRDesignXyzDataset
class
JRDesignXyzSeries
-
Uses of JRChangeEventsSupport in net.sf.jasperreports.components.barbecue
Classes in net.sf.jasperreports.components.barbecue that implement JRChangeEventsSupport Modifier and Type Class Description class
StandardBarbecueComponent
-
Uses of JRChangeEventsSupport in net.sf.jasperreports.components.barcode4j
Classes in net.sf.jasperreports.components.barcode4j that implement JRChangeEventsSupport Modifier and Type Class Description class
Barcode4jComponent
class
BarcodeComponent
class
CodabarComponent
class
Code128Component
class
Code39Component
class
DataMatrixComponent
class
EAN128Component
class
EAN13Component
class
EAN8Component
class
FourStateBarcodeComponent
class
Interleaved2Of5Component
class
PDF417Component
class
POSTNETComponent
class
QRCodeComponent
Contains the main settings for the QRCode componentclass
RoyalMailCustomerComponent
class
UPCAComponent
class
UPCEComponent
class
USPSIntelligentMailComponent
-
Uses of JRChangeEventsSupport in net.sf.jasperreports.components.iconlabel
Classes in net.sf.jasperreports.components.iconlabel that implement JRChangeEventsSupport Modifier and Type Class Description class
IconLabelComponent
-
Uses of JRChangeEventsSupport in net.sf.jasperreports.components.items
Classes in net.sf.jasperreports.components.items that implement JRChangeEventsSupport Modifier and Type Class Description class
StandardItem
class
StandardItemData
class
StandardItemProperty
-
Uses of JRChangeEventsSupport in net.sf.jasperreports.components.list
Classes in net.sf.jasperreports.components.list that implement JRChangeEventsSupport Modifier and Type Class Description class
DesignListContents
ListContents
implementation used at report design time.class
StandardListComponent
StandardListComponent
implementation. -
Uses of JRChangeEventsSupport in net.sf.jasperreports.components.map
Classes in net.sf.jasperreports.components.map that implement JRChangeEventsSupport Modifier and Type Class Description class
StandardItem
Deprecated.Replaced byStandardItem
.class
StandardItemData
Deprecated.Replaced byStandardItemData
.class
StandardItemProperty
Deprecated.Replaced byStandardItemProperty
.class
StandardMapComponent
class
StandardMarker
Deprecated.Replaced byStandardItem
.class
StandardMarkerDataset
Deprecated.Replaced byStandardItemData
.class
StandardMarkerProperty
Deprecated.Replaced byStandardItemProperty
. -
Uses of JRChangeEventsSupport in net.sf.jasperreports.components.sort
Classes in net.sf.jasperreports.components.sort that implement JRChangeEventsSupport Modifier and Type Class Description class
SortComponent
-
Uses of JRChangeEventsSupport in net.sf.jasperreports.components.spiderchart
Classes in net.sf.jasperreports.components.spiderchart that implement JRChangeEventsSupport Modifier and Type Class Description class
SpiderChartComponent
class
StandardChartSettings
class
StandardSpiderDataset
class
StandardSpiderPlot
-
Uses of JRChangeEventsSupport in net.sf.jasperreports.components.table
Classes in net.sf.jasperreports.components.table that implement JRChangeEventsSupport Modifier and Type Class Description class
DesignBaseCell
class
DesignCell
class
StandardBaseColumn
class
StandardColumn
class
StandardColumnGroup
class
StandardGroupCell
class
StandardGroupRow
class
StandardRow
class
StandardTable
-
Uses of JRChangeEventsSupport in net.sf.jasperreports.components.table.fill
Classes in net.sf.jasperreports.components.table.fill that implement JRChangeEventsSupport Modifier and Type Class Description class
TableJasperReport
-
Uses of JRChangeEventsSupport in net.sf.jasperreports.crosstabs.base
Classes in net.sf.jasperreports.crosstabs.base that implement JRChangeEventsSupport Modifier and Type Class Description class
JRBaseCrosstab
Base read-onlycrosstab
implementation.class
JRBaseCrosstabParameter
Base read-only implementation of crosstab parameters. -
Uses of JRChangeEventsSupport in net.sf.jasperreports.crosstabs.design
Classes in net.sf.jasperreports.crosstabs.design that implement JRChangeEventsSupport Modifier and Type Class Description class
DesignCrosstabColumnCell
class
JRDesignCellContents
Implementation ofJRCellContents
used for report design.class
JRDesignCrosstab
Design-timecrosstab
implementation.class
JRDesignCrosstabBucket
Implementation ofcrosstab group bucket
to be used for report designing.class
JRDesignCrosstabCell
Implementation ofJRCrosstabCell
to be used for report design.class
JRDesignCrosstabColumnGroup
Crosstab column group implementation to be used for report designing.class
JRDesignCrosstabDataset
Input crosstab dataset implementation to be used at design time.class
JRDesignCrosstabGroup
Base crosstab row/column group implementation to be used at design time.class
JRDesignCrosstabMeasure
Crosstab measure implementation to be used for report designing.class
JRDesignCrosstabParameter
Implementation of crosstab parameters to be used for report designing.class
JRDesignCrosstabRowGroup
Crosstab row group implementation to be used for report designing. -
Uses of JRChangeEventsSupport in net.sf.jasperreports.engine
Classes in net.sf.jasperreports.engine that implement JRChangeEventsSupport Modifier and Type Class Description class
JasperPrint
An instance of this class represents a page-oriented document that can be viewed, printed or exported to other formats.class
JasperReport
Instances of this class represent compiled report template objects.class
JRSimpleTemplate
DefaultJRTemplate
implementation. -
Uses of JRChangeEventsSupport in net.sf.jasperreports.engine.analytics.dataset
Classes in net.sf.jasperreports.engine.analytics.dataset that implement JRChangeEventsSupport Modifier and Type Class Description class
DesignDataAxis
class
DesignDataLevelBucket
class
DesignDataMeasure
class
DesignMultiAxisData
class
DesignMultiAxisDataset
-
Uses of JRChangeEventsSupport in net.sf.jasperreports.engine.base
Classes in net.sf.jasperreports.engine.base that implement JRChangeEventsSupport Modifier and Type Class Description class
BaseDatasetPropertyExpression
Base implementation ofDatasetPropertyExpression
.class
JRBaseBand
Used for implementing band functionality.class
JRBaseBoxBottomPen
class
JRBaseBoxLeftPen
class
JRBaseBoxPen
class
JRBaseBoxRightPen
class
JRBaseBoxTopPen
class
JRBaseBreak
The actual implementation of a break element.class
JRBaseChart
class
JRBaseChartPlot
class
JRBaseComponentElement
A read-onlyJRComponentElement
implementation which is included in compiled reports.class
JRBaseConditionalStyle
class
JRBaseDataset
The base implementation ofJRDataset
.class
JRBaseElement
This class provides a skeleton implementation for a report element.class
JRBaseEllipse
The actual implementation of a graphic element representing an ellipse.class
JRBaseField
class
JRBaseFont
class
JRBaseFrame
Base read-only implementation ofJRFrame
.class
JRBaseGenericElement
A read-only implementation ofJRGenericElement
that is included in compiled reports.class
JRBaseGraphicElement
This class provides functionality common to graphic elements.class
JRBaseGroup
class
JRBaseImage
The actual implementation of a graphic element representing an image.class
JRBaseLine
The actual implementation of a graphic element representing a straight line.class
JRBaseLineBox
This is useful for drawing borders around text elements and images.class
JRBaseParagraph
class
JRBaseParameter
class
JRBasePart
A read-onlyJRPart
implementation which is included in compiled reports.class
JRBasePen
This is useful for drawing borders around text elements and images.class
JRBasePropertyExpression
Base implementation ofJRPropertyExpression
.class
JRBaseRectangle
The actual implementation of a graphic element representing a rectangle.class
JRBaseReport
Base class that implements theJRReport
interface.class
JRBaseScriptlet
class
JRBaseSection
Used for implementing section functionality.class
JRBaseSortField
class
JRBaseStaticText
This class is used for representing a static text element.class
JRBaseStyle
class
JRBaseSubreport
class
JRBaseTextElement
This class provides functionality common to text elements.class
JRBaseTextField
This class is used for representing a text field.class
JRBaseVariable
-
Uses of JRChangeEventsSupport in net.sf.jasperreports.engine.design
Classes in net.sf.jasperreports.engine.design that implement JRChangeEventsSupport Modifier and Type Class Description class
DesignCommonReturnValue
Implementation ofReturnValue
to be used for report design purposes.class
DesignDatasetPropertyExpression
Implementation ofDatasetPropertyExpression
to be used at report design time.class
DesignExpressionReturnValue
Implementation ofExpressionReturnValue
to be used for report design purposes.class
DesignReturnValue
Implementation ofReturnValue
to be used for report design purposes.class
JasperDesign
JasperDesign is used for in-memory representation of a report design.class
JRDesignBand
class
JRDesignBreak
The actual implementation of a break element, used at design time.class
JRDesignChart
class
JRDesignChartDataset
class
JRDesignComponentElement
AJRComponentElement
implementation which is to be used at report design time.class
JRDesignConditionalStyle
class
JRDesignDataset
Implementation ofJRDataset
to be used for report design.class
JRDesignDatasetParameter
Implementation ofJRDatasetParameter
used at design time.class
JRDesignDatasetRun
Implementation ofJRDatasetRun
to be used for report design.class
JRDesignElement
This class provides a skeleton implementation for a design time report element.class
JRDesignElementDataset
class
JRDesignElementGroup
class
JRDesignEllipse
The actual implementation of a graphic element representing an ellipse, used at design time.class
JRDesignExpression
class
JRDesignExpressionChunk
class
JRDesignField
class
JRDesignFont
class
JRDesignFrame
Implementation ofJRFrame
to be used at design time.class
JRDesignGenericElement
A implementation ofJRGenericElement
that is to be used at report design time.class
JRDesignGraphicElement
This class contains functionality common to graphic elements at design time.class
JRDesignGroup
class
JRDesignHyperlink
Stand-alone implementation ofJRHyperlink
which should be used for report design purposes.class
JRDesignHyperlinkParameter
Implementation ofJRHyperlinkParameter
that can be used for report designing purposes.class
JRDesignImage
The actual implementation of a graphic element representing an image, used at design time.class
JRDesignLine
The actual implementation of a graphic element representing a straight line, used at design time.class
JRDesignParameter
class
JRDesignPart
class
JRDesignPropertyExpression
Implementation ofJRPropertyExpression
to be used at report design time.class
JRDesignQuery
class
JRDesignQueryChunk
class
JRDesignRectangle
The actual implementation of a graphic element representing a rectangle, used at design time.class
JRDesignReportTemplate
JRReportTemplate
implementation to be used at report design time.class
JRDesignScriptlet
class
JRDesignSection
class
JRDesignSortField
class
JRDesignStaticText
This class is used for representing a design static text element.class
JRDesignStyle
class
JRDesignSubreport
class
JRDesignSubreportParameter
class
JRDesignSubreportReturnValue
Implementation ofJRSubreportReturnValue
to be used for report design purposes.class
JRDesignTextElement
This class provides functionality common to design text elements.class
JRDesignTextField
class
JRDesignVariable
-
Uses of JRChangeEventsSupport in net.sf.jasperreports.export
Classes in net.sf.jasperreports.export that implement JRChangeEventsSupport Modifier and Type Class Description class
ReadOnlyPartJasperPrint
-
Uses of JRChangeEventsSupport in net.sf.jasperreports.parts.subreport
Classes in net.sf.jasperreports.parts.subreport that implement JRChangeEventsSupport Modifier and Type Class Description class
StandardSubreportPartComponent
StandardSubreportPartComponent
implementation.
-


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FROM THE JOURNALS OF JEAN SEBERG A film review by James Berardinelli Copyright 1996 James Berardinelli
RATING (0 TO 10): 8.0 Alternative Scale: ***1/2 out of ****
United States, 1996 U.S. Release Date: beginning 4/96 (limited) Running Length: 1:37 MPAA Classification: No MPAA Rating (Profanity, violence, nudity) Theatrical Aspect Ratio: 1.33:1
Cast: Mary Beth Hurt Director: Michael Rappaport Producer: Couch Potato Productions Screenplay: Michael Rappaport Cinematography: Mark Daniels U.S. Distributor: International Film Circuit
Part biography, part social autopsy, and part movie criticism, FROM THE JOURNALS OF JEAN SEBERG is a fascinating perspective of the life and films of the star of JOAN OF ARC, BONJOUR TRISTESSE, LILLITH, and PAINT YOUR WAGON. From director Michael Rappaport, who previously brought the equally-inventive ROCK HUDSON'S HOME MOVIES to the screen, FROM THE JOURNALS OF JEAN SEBERG gives a posthumous (Seberg committed suicide in 1979), speculative interpretation of what the actress might have said about her career. Played by Mary Beth Hurt (who grew up in Marshalltown, Iowa, Seberg's home town), Rappaport's vision of Seberg speaks with a barbed tongue that spares no one -- not Otto Preminger, Jean Luc Godard, Jane Fonda, Vanessa Redgrave, or any of her three husbands.
"Most of my movies were mediocre, but I was in one or two great ones," confides Seberg at the beginning of this odyssey. It's a concise judgment of a career that has been forgotten by almost all but the most ardent film-goers. Seberg burst on the movie scene in 1957, when, at the age of 17, she beat out 3000 contenders for the title role in Otto Preminger's epic biopic, JOAN OF ARC. The movie was, to put it mildly, a disappointment, due in large part to Seberg's horrible miscasting. Her career was almost over at the beginning, but Preminger used her in his next film, BONJOUR TRISTESSE, an examination of a daughter's obsessive love for her father (David Niven). Few people saw the movie, but among those who did was Jean Luc Godard, who instantly wanted Seberg for 1959's BREATHLESS. Suddenly, she was a celebrated actress.
BREATHLESS and 1964's LILLITH, the chronicle of a woman's slow and sure descent into madness, represented the heights of Seberg's uneven career. After those films, she appeared in a number of awful-to- middling pictures, often as a nymphomaniac. Some of her most degrading work was done for her second husband, director Romain Gary (including 1968's BIRDS IN PERU), who apparently believed that "all women are whores and all men are sons of whores." Several years later, in 1969, Seberg appeared opposite Clint Eastwood (with whom she had a brief affair) in the failed musical PAINT YOUR WAGON. Her final American film, and the one seen by more people than anything else she did, was 1970's AIRPORT. Her swansong screen appearance in 1976 was in a nondescript role in a virtually-forgotten picture called THE WILD DUCK. Three years later, with her personal and professional life in shambles, she took an overdose of sleeping pills.
FROM THE JOURNALS OF JEAN SEBERG draws parallels between Seberg, Jane Fonda, and Vanessa Redgrave. All were political activists -- Fonda against Vietnam, Redgrave for the PLO, and Seberg for the Black Panthers (an affiliation for which she was hounded by J. Edgar Hoover and the FBI). All were connected, in one way or another, by their husbands, lovers, or previous directors. At times, this parallelism seems forced, but it leads to a number of interesting observations about Fonda and Redgrave.
Despite generous heapings of gossip and indisputable fact, the most interesting aspect of JEAN SEBERG may be the film criticism. Rappaport thoroughly dissects at least five of Seberg's films (JOAN OF ARC, BONJOUR TRISTESSE, BREATHLESS, LILLITH, and BIRDS IN PERU), offering commentary of the depth and insight that is typically found in only the most exhaustive critical essays. Rappaport also offers an opinion of what made Seberg unique -- according to him, she was the first actor to stare blankly back at the camera.
JEAN SEBERG's social viewpoint is indisputably cynical. With a deceptively-bland expression, Mary Beth Hurt delivers scathing line after line, contemptuous of everything from the roles of women in film (either mad, oversexed, objectified, or some combination of all three) to the influence that Clint Eastwood's screen personae had on Presidents Reagan and Bush. It's a vivid, feminist perspective that strikes more than a few raw nerves because of its acuteness.
Jean Seberg's career began with her being burned at the stake (literally and figuratively) in JOAN OF ARC. It ended when the FBI's relentless persecution, coupled with various personal problems, pushed her to suicide. FROM THE JOURNALS OF JEAN SEBERG examines the public life bookended by those events. There are some aspects of Seberg's career that perhaps deserved more screen time, and certain tangents (such as one focusing on Fonda) that could have been reduced or eliminated. On the whole, however, this may be 1996's most unique motion picture to date, and is certainly one of the most innovative pseudo-biographies ever to reach the screen.
- James Berardinelli e-mail<EMAIL_ADDRESS>web: http://www.cybernex.net/~berardin
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


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 PLEASE MODIFY THE ORIGINAL SOURCE IN THE 'https://github.com/istio/proxy' REPO source_repo: https://github.com/istio/proxy title: Metadata Exchange Config description: Configuration for Metadata Exchange Filter. location: https://istio.io/docs/reference/config/proxy_extensions/metadata_exchange.html layout: protoc-gen-docs generator: protoc-gen-docs weight: 20 number_of_entries: 2 ---
Wrapper message for uint32
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The JSON representation for UInt32Value
is JSON number.


Defines annotations for customizing Java program elements to XML Schema mapping.
The following table shows the JAXB mapping annotations that can be associated with each program element.
JavaBean property and field: For the purposes of mapping, there is no semantic difference between a field and a JavaBean property. Thus, an annotation that can be applied to a JavaBean property can always be applied to a field. Hence in the Javadoc documentation, for brevity, the term JavaBean property or property is used to mean either JavaBean property or a field. Where required, both are explicitly mentioned.
top level class: For the purpose of mapping, there is no semantic difference between a top level class and a static nested class. Thus, an annotation that can be applied to a top level class, can always be applied to a nested static class. Hence in the Javadoc documentation, for brevity, the term "top level class" or just class is used to mean either a top level class or a nested static class.
mapping annotation:A JAXB 2.0 defined program annotation based on the JSR 175 programming annotation facility.
The following usage constraints are defined here since they apply to more than annotation:
The following namespace prefixes are used in the XML Schema fragments in this package.
| Prefix | Namespace | Notes |
| xs | http://www.w3.org/2001/XMLSchema | Namespace of XML Schema namespace |
| ref | http://ws-i.org/profiles/basic/1.1/xsd | Namespace for swaref schema component |
| xsi | http://www.w3.org/2001/XMLSchema-instance | XML Schema namespace for instances |


Modern platforms like Kubernetes or Cloud Foundry enable organizations to unleash their creativity and innovate with modern apps often referred as "cloud native apps". Cloud native architecture has not only changed the technology we use, but also how the business interacts with software, making it agile, effective and even fun.
Besides benefits, cloud native apps with their microservices architecture have created a new set of complexities. One example is the ability to for a developer to reproduce an end-to-end environment consisting of multiple microservices and data stores. Developers struggle with a plethora of tools and manual processes in order to retrieve high quality application copies while trying to debug or run automated tests. With classic monolithic apps, using the database copies solves that concern, but cloud native has more data sources with state, like the service configuration, orchestrator metadata and each microservice datastore.
With Ocopea we are taking the first steps, aiming to provide the attributes of traditional solutions to this complex environment and to leverage the capabilities that are inherent to cloud native environments.
Excited? Have a look at How it works.


{% extends "llamas/base.html" %} {% block extrameta %}
The unsupervised LLAMAS (Labeled LAne Markers) dataset was generated automatically using map projections and reprojection optimizations. In the following, we are going to visualize the complete process of generating the lane marker labels step by step.
As a first step, we need an automated vehicle with extrinsically and intrinsically calibrated camera sensor(s). Recording camera images usually is fairly straightforward.
We also need a high definition map of lane markers that we can localize against. Such a map can be generated with a few drives over the same area. One important principle is that we only need to detect lane markers very close to our vehicle since we are going to closely pass all of them over time. At short distances, lane markers are mostly very easy to detect which we did with a lidar sensor, but that is not a necessity.
After localizing against the map, we can project the mapped markers into the image for arbitrary distances. Unfortunately, this projection is not going to be completely accurate because of inaccurate localization, calibration offsets, a moving suspension, and much more. Even small rotational offsets linearly increase with distance.
Without labels, we can already (poorly) detect lane markers using very straightforward methods such as edge detectors or the output from an applied top hat filter based on a 9x9 kernel as displayed above.
By thresholding the filter output and removing the upper parts of the image, we can already get a very simple lane marker estimate with only three lines of code.
In this view, especially on the right, we can see an offset between detected (white) and projected markers (red) already.
We can now optimize the marker projection from the map into the image to better fit the detected markers. The correct markers are displayed in green and can already be used as labels.
After annotating a few thousand images like that, we can train an actual detector on those initially generated labels. The output of such a trained model is displayed above.
These better detections (white) allow for a more accurate projection (green) of markers from the map into the image. In red, we show the initial projection (red) based on calibration and localization only.
This image shows the corrected projection with map information such as individual lane markers and lane associations in the original image. There still are offsets because of occluded markers, inaccurate detections, and flaws in the auto generated map (for example, see the red marker on the left), but labeling up to the accuracy provided by this approach already is extremely time consuming and tricky.


- intercept() - Method in class LineSegment
-
The intercept of a line segment is the y value of the point where it's line crosses the y axis.
- intersections() - Method in class Solver
-
- intersects(LineSegment) - Method in class Circle
-
The intersection is reviewed by measuring the distance between the circle and the line segment,
if this distance is bigger than the radius of the circle, then there is no intersection, if it is
smaller, then there is intersection and finally if it is zero the circle is collinear to the
line segment.
- intersects(LineSegment) - Method in class GeometricFigure
-
- intersects(LineSegment) - Method in class LineSegment
-
The algorithm used is a modified version of the algorithm to check the intersection
between two line segments, as described on:
http://moderntone.blogspot.pt/2013/02/a-simple-algorithm-to-determine-whether.html
By: Tom.
- intersects(LineSegment) - Method in class Rectangle
-
Checks if a rectangle intersects a line segment, using the intersection between two line
segments in all of the rectangle's edges.
- intersects(LineSegment) - Method in class Triangle
-
Checks if a triangle intersects a line segment, using the intersection between two line
segments in all of the triangle's edges.
- isAbove(Point) - Method in class Point
-
Given a point, checks if the current Point is above it.
- isBelow(Point) - Method in class Point
-
Given a point, checks if the current Point is below it.
- isDiagonal() - Method in class LineSegment
-
Checks if the line segment is not horizontal and is not vertical simultaneously.
- isHorizontal() - Method in class LineSegment
-
- isOnLeft(Point) - Method in class Point
-
Given a point, checks if the current Point is on his left side.
- isOnRight(Point) - Method in class Point
-
Given a point, checks if the current Point is on his right side.
- isVertical() - Method in class LineSegment
-
- itinerary - Variable in class Solver
-
Line segment representing the itinerary.


http://bostinno.streetwise.co/2014/10/31/homeless-in-boston-homelessness-rates-show-statewide-rise/
https://commonwealthmagazine.org/opinion/the-invisible-homelessness/
http://www.huffingtonpost.com/2014/04/28/inspiring-homeless-people_n_5193357.html
http://wwlp.com/2014/12/11/mayors-report-measures-homelessness-in-boston-u-s-cities/
https://www.flickr.com/photos/r0sss/5752332504
https://en.wikipedia.org/wiki/Homelessness
https://blog.faithlife.com/blog/2014/05/how-you-can-help-the-homeless/
http://postsfromthepath.com/gratitude/3-things-homeless-people-taught-me-that-we-all-need-to-learn.html
https://patch.com/new-jersey/newarknj/how-many-homeless-people-live-newark-city-seeks-volunteers-2016-count
http://www.endhomelessness.org/blog/entry/new-study-offers-hope-for-homeless-people-with-schizophrenia
http://www.wweek.com/news/2017/01/12/want-to-help-homeless-people-out-in-the-cold-these-portland-shelters-are-in-need-of-donations/
http://www.socialsolutions.com/blog/2016-homelessness-statistics/
http://www.businessinsider.com/-homeless-people-in-new-york-city-photos-2012-6
http://www.huffingtonpost.com/2014/02/07/housing-homeless-people-costs_n_4733524.html
https://www.flickr.com/groups/homeless_people/


Acoustic Rock Post Grunge Fusion Indie music. What is that!? Check out the song Bring the Walls Down in the player below! Email for Booking at Jeremy@Jeremyabbott.net


2 references to Role
System.Management.Automation (2)
help\HelpCommands.cs (2)
280
helpRequest.Role =
Role
;
537
if (
Role
!= null)


Enter a restaurant that you like to get recommendations for similar restaurants!
Please note, this is in tester mode so we only support recommendations for the restaurants Veggie Galaxy and The Back Abbey.
| {{h}} | |||
|---|---|---|---|
| {{r.name}} [Yelp It!] |
|
To check the accuracy of our recommendations, we created this graph which shows how our recommendation engine connects restaurants based on similarity.
Our goal was to create a restaurant recommendation engine based on Yelp reviews.
Mao Hu, Jesse Ling, Anna Miyajima, Rica Zhang, and Raylin Zhong


CA - Juvenile Justice Project
About
Entry into the system
Intake & Investigation
Juvenile Court
Post-disposition
Graphic will go here
Content will go here


Home
Predict Loan
Gender:
Male
Female
Married:
Yes
No
Education:
Graduate
NotGraduate
Self-Employed:
Yes
No
Applicant-Income:
LoanAmountTerm:
Credit-History:


Last time we went over creating a secured infrastructure and network for our SaaS operation.
When we set out to reboot Sealas we decided to refine our development process. We were offering end-to-end encryption for our users, but the the only way we could guarantee that, in our eyes, was by making the development process end-to-end verified.
Why we're signing our commits
In Git the author of a commit is determined simply by a setting in your local Git client. This can be changed at any time, to anything you want, like so:
git config --global user.email<EMAIL_ADDRESS>git config --global user.name "Really George Washington"
This makes an identity provided by Git pretty insecure and unreliable. So let's imagine someone pretends to be me and copies my writing style and posts a pull request for a "fix" as me. A co-worker could just think, "Eh, small fix, tests don't break, merged.", having thus introduced a possible vulnerability.
This is less of a problem when using a platform like GitHub, which doesn't care about your Git author settings, but only displays the account you work from on GitHub. Issues could arise for people not using GitHub or when you move away the repository to another host. The other issue is as always unforeseen security vulnerabilities in the platform itself.
To further ensure that we can trust that each maintainer is actually who we think they are, we can introduce PGP signed commits. However since the process of generating a key, and then having that key signed is long and complicated, it wouldn't make sense to require this for all people trying to contribute to the project. The user experience behind this could also just lead to people generating a key once for this commit and then throwing it away, just to get a then meaningless signed commit.
So we set up a policy that is a decent compromise between security and usability:
- pull requests from third party contributers can come from anyone and don't need to be signed.
- merges and commits to master need to be signed, and should be checked thoroughly
Introducing hardware keys
Our generated PGP keys need protection as well. Even though our general development environments setup include encrypted disks, we decided to go one step further and put our keys on a physical key:
Yubikeys were already an integral part of our two factor authentication process, which made them a natural fit to use as external storage devices. The advantage of using them comes twofold:
- They have built-in support for PGP keys
- They're small and portable, so you can have your PGP key with you on your travels hanging on your keychain (or if you're like Igor, around your neck)
Yubico, the company behind Yubikeys, has come a long way from bashing open source processes to responsibly disclosing and mitigating vulnerabilities and breaches. Let's hope they stay that way, so we can continue to trust them, or at least their devices to securely store our keys.
Creating and signing PGP keys
We followed the basic outline described in the official YubiKey NEO and OpenPGP how-to. Where we deviated, by dumb luck, we made our setup more secure: For instance, Daniel created his key on his laptop, rather than on the Yubikey itself. Which was good because now he doesn't have to regenerate it. (Igor's key is the Yubikey NEO, which wasn't affected)
Summary of the How-to
- Set the key into a multi-mode using a Yubikey manager
- Create a PGP (on the key)
- Export & publish the public key
- Verify and Sign each other's keys
This outline is really simple, and the descriptions are easy to follow, so it's no surprise that it took us no longer than 10 hours to get through with this.
Rather than retracing the How-to, I'd simply like to point out some
Caveats
A first false start was that GitLab and GitHub rely on the email for verification. So if you're going to create a key without (like daenney), you should at least create a sub-key that has an email address attached.
A couple of years ago, Debian's OpenSSL advisory meant that creating RSA keys on a Debian machine was a very bad idea. Now, with this Infineon issue it means that creating RSA keys on devices whose firmware uses Infineon's fast API calls will leave you vulnerable. So there's no clear guideline here, other than keeping up-to-date and agile when it comes to rotating keys!
Next, a word on modes.
As mentioned above, we use our Yubikeys for 2FA and storing PGP keys.
However, the Yubikey (NEO at least) can only be in one mode at a time.
That means, when switching between using the Yubikey as 2FA device and using it as PGP key, you will have to unplug the device, or kill GPG's scdaemon
to "refresh" the mode.
I can also highly recommend verifying the enabled modes with a GUI program, since the hex numbers can be a bit confusing.
Finally, there's the issue of simply forgetting to plug the Yubikey key while writing a long-winded Git commit message. The result will be an error message like:
error: gpg failed to sign the data
fatal: failed to write commit object
Now, if we plug back in, we can restore the Git commit message by using the file where Git auto-saves commit messages itself!
git commit -eF .git/COMMIT_EDITMSG
Note that -e
opens your favourite editor here.
This is especially useful if you want to cross-verify what you wrote, or make sure you're not adding commit-message onto commit-message onto commit message here!
Where next?
That's all folks. With this in place we can start pushing commits, and Github will now show your commits like so:
The last issue we need to solve is that little hole there. In this specific case, it's a merge-request — done by the GitHub Web UI itself, so fortunately that didn't have access to my PGP key. However, in the future, we'd like to ensure that
- all commits by core-contributors are signed
- Especially when they are merging pull requests from outside contributors
Until then, stay tuned!


A healthy ocean means more than beautiful coasts and vibrant ocean wildlife. If the ocean isn’t healthy, neither are we. Because the food we eat, the water we drink and the air we’re breathing this very second comes from our ocean. Our work is focused on solving some of the greatest threats facing our ocean today. From the Arctic to the Gulf of Mexico, we bring people, science and policy together, to champion innovative solutions and fight for a sustainable ocean.


Thank you for reading all the way to the end.
Just some final words.
I didn't write any tests for this project.
I am ashamed of this.
Be better than me, write tests! ^_^
Check out Karma, Mocha, Jasmine, and Sinon.JS if you're interested in getting to know more on this.


This bay is just east of the Oberoi peninsula at the northern end of Lombok's west coast. It has a great anchorage during the south East Monsoon and has good facilities ashore. Close to the three Gili Islands and with views of Mount Rinjani to the east at 3,726m, this is a very quiet and restful place.
Position 8° 21.9'S, 116° 7.8'E.
The Marina website has good approach information on it, which is accurate. (Photos from MBM website).
This is not a Port of Entry.
The villagers here have built a small marina with floating pontoons for 16 vessels (10 of which are serviced) and about 15 moorings in varying depths and a dinghy dock. Electricity and water available. Berthing is alongside or med-mooring.
Noonsite has been told there are plans to replace the moorings with new ones.
Access to / from the dock is easiest when the wind is lighter i.e. early or late in the day. You can anchor or take a mooring to wait until the wind has eased.
There is anchorage space available as well. Yachts are charged a small fee for anchoring to cover the cost of shore-side facilities (dinghy dock, showers and toilets, WiFi etc.).
The villagers are very helpful and friendly. They can arrange laundry, fuel, small repairs, cheap massages and tours of the island. Hotel Oberoi is a short walk away and dinner there is very reasonable.
Supplies are available from the small mini-market at the marina, and WiFi is available at the beach cafe on site.
Tanjung, the local town, is 4 km away and has a good morning market, numerous ATMs, pharmacies and a post office. For larger supermarkets, it's best to go south to the capital. The marina can organise air-conditioned cars and drivers to take you there or to take you for sight-seeing tours. The roads on Lombok are good, although the traffic can be quite heavy around the capital.
Cruisers report this is a more comfortable alternative to the often rough anchorages on Gilli Islands.
See this report by SY Yindee Plus about a visit here in 2014.
Last updated October 2015.


public ScriptModule
void setLogVerbosity(boolean verbose)
Set whether or not to print out debugging message inside script log.
@NotNull GameScript getScript(@NotNull java.lang.String fileName, @Nullable ScriptCompiler mode)
Get class GameScript
to execute (external) passive script.
fileName
- Script filename including extension.mode
- Compiler to interpret the script. (No effect on legacy script engine)IllegalArgumentException
- is thrown if file does not exist.IllegalArgumentException
- is raised if file is not a passive script.ScriptEngineNotFound
- is thrown if either file extension or script engine is invalid.RuntimeException
- is thrown if plugin fails to load scriptclass GameScript
@NotNull org.bukkit.scheduler.BukkitTask repeat(int counter, @NotNull Timer interval, @NotNull java.lang.Runnable task)
Repeat to execute task.
counter
- The number of times to repeat.interval
- The class Timer
of repeating task.task
- The task to be executed.IllegalArgumentException
- is thrown if interval
is less than 1 tick.@NotNull org.bukkit.scheduler.BukkitTask wait(@NotNull Timer delay, @NotNull java.lang.Runnable task)
Wait before executing the task.
delay
- The amount of class Timer
to wait.task
- The task to be executed.IllegalArgumentException
- is thrown if delay
is less than 1 tick.boolean dispatchCommand(@NotNull org.bukkit.entity.LivingEntity target, @NotNull java.lang.String commandLine)
Dispatch the commandLine
to target and execute it.
target
- LivingEntity who executes the command. e.g. PlayercommandLine
- Command + Arguments, without prefix-slash(/)commandLine
,
target@NotNull java.io.File getFile(@NotNull java.lang.String path)
Returns the File which is silently created if it didn't exist there.
The file is resolved by given path
- a relative path that is joined
to the root folder of the game layout where this module is derived from.
To illustrate this, let's assume that our game 'skywars'
is rooted from 'plugins/CraftGames/skywars/'.
If your path
were 'data/test.txt', then actual outcome would be
'plugins/CraftGames/skywars/data/test.txt'
void readObjectStream(@NotNull java.io.File file, @NotNull java.util.function.Consumer<org.bukkit.util.io.BukkitObjectInputStream> reader)
Read data from your custom getFile
through BukkitObjectInputStream.
You can deserialize file contents into various types of primitive data as well as ConfigurationSerializable objects. i.e. Boolean, String, ItemStack, PotionEffect, etc.
file
- The file to read data from. Use getFile
to get one.reader
- This lends you the InputStream to read stuff.You don't need to flush/close the stream afterwards as plugin does it for you.FileNotFoundException
- is thrown if file
does not exist.getFile
,
BukkitObjectInputStream,
ConfigurationSerializablevoid writeObjectStream(@NotNull java.io.File file, @NotNull java.util.function.Consumer<org.bukkit.util.io.BukkitObjectOutputStream> writer)
Write data to your custom getFile
through BukkitObjectOutputStream.
You can serialize primitive data and ConfigurationSerializable objects to save those into the file.
file
- The file to write data to. Use getFile
to get one.writer
- This lends you the OutputStream to write stuff.You don't need to flush/close the stream afterwards as plugin does it for you.FileNotFoundException
- is thrown if file
does not exist.getFile
,
BukkitObjectOutputStream,
ConfigurationSerializablevoid getYamlConfiguration(@NotNull java.io.File file, @NotNull java.util.function.Consumer<org.bukkit.configuration.file.YamlConfiguration> consumer)
Read or write data of your custom YAML configuration.
file
- The file you want to treat as YAML. Use getFile
to get one.consumer
- This lends you to the YamlConfiguration for you to take control of the file.You don't have to worry about saving the file because the plugin does it for you.


118 Stage Resizing Buttons Still in the tool bar, but above the left edge of the stage, are two buttons that change the size of the stage. The ﬁrst is the shrink/grow button. Normally it looks like this: Clicking the button displays the stage at half- normal size horizontally and vertically (so it takes up ¼ of its usual area). When the stage is half size the button looks like this: and clicking it returns the stage to normal size. The main reason you’d want a half size stage is during the development process, when you’re assembling scripts with wide input expressions and the normal scripting area isn’t wide enough to show the complete script. You’d typically then switch back to normal size to try out the project. The next presentation mode button normally looks like this: Clicking the button makes the stage double size in both dimensions and eliminates most of the other user interface elements (the palette, the scripting area, the sprite corral, and most of the tool bar). When you open a shared project using a link someone has sent you, the project starts in presentation mode. While in presentation mode, the button looks like this: Clicking it returns to normal (project development) mode. Project Control Buttons Above the right edge of the stage are three buttons that control the running of the project. Technically, the green ag is no more a project control than anything else that can trigger a hat block: typing on the keyboard or clicking on a sprite. But it’s a convention that clicking the ﬂag should start the action of the project from the beginning. It’s only a convention; some projects have no ﬂag-controlled scripts at all, but respond to keyboard controls instead. Clicking the green ﬂag also deletes temporary clones. Whenever any script is running (not necessarily in the current sprite), the green ﬂag is lit: . Shift-clicking the button enters Turbo mode, and the button then looks like a lightning bolt: .  Scripts can simulate clicking the green ﬂag by broadcasting the special message . The pause button suspends running all scripts. If clicked while scripts are running, the button changes shape to become a play button: Clicking it while in this form resumes the suspended scripts. There is also a pause all block in the Control palette that can be inserted in a script to suspend all scripts; this provides the essence of a breakpoint debugging capability. The use of the pause button is slightly different in visible stepping mode, described in Chapter I. The stop button stops all scripts, like the stop all block. It does not prevent a script from starting again in response to a click or keystroke; the user interface is always active. There is one exception: generic when blocks will not ﬁre after a stop until some non-generic event starts a script. The stop button also deletes all temporary clones.


Red Cornerby John Denvir, USF Law School (November 1997) Red Corner has a good idea for a filmpart Hitchcock adventure thriller and part legal melodrama. But somehow it never comes off. The "thriller" part works well enough. Richard Gere plays Jack Moore, an American corporate lawyer in Beijing to close a multi-million dollar satellite tv deal. He is all poise and charm, like a bargain basement version of Cary Grant in the beginning of North by Northwest. When asked if he became a lawyer because of all the money, he replies "No, I wanted to be in control." But, of course, like Grant he soon loses control when he wakes up one morning soaked in blood next to a dead young female model he has met the night before. And thats where the legal melodrama begins "accused" Moore enters the Kafkian labyrinths of the Chinese legal system. Unfortunately, the legal melodrama portion of the film just doesnt work very well. But I think the reason for this failure is interesting because it shows us in a negative way what makes good legal melodramas so engrossing. Red Corners depiction of the Chinese legal system lacks all the most effective dramatic gimmicks of the conventional Hollywood trial . First, in Moore trial we dont have a crowded courtroom buzzing with anticipation at the big events to transpire. Remember Scout and Jem sneaking into the crowded courthouse in To Kill A Mockingbird. Director Jon Avnet shows us a large empty dreary courtroom with no one in attendance except the defendant, judge, and lawyers. I imagine he does this to dramatize the fact that Chinese trials are not public, but the dramatic consequence is to make the trial look like a routine bureaucratic procedure ironically much like a routine American trial which Hollywood studiously avoids. Secondly, we dont have the advantage of a jury for the camera to shift to for "reaction" shots. In the normal American trial melodrama, the viewer is always interested in whether the jury is getting the same message from the trial as the viewer. Here theres no jury. Also, there is no chance for the spell-binding final argument to the jury. Remember Al Pacino in And Justice for All or Paul Newman in The Verdict. Here Moores lawyer, when she is allowed to argue at all, speaks in respectful tones to a stony-faced judge, a little bit like a bored law student. We also miss the drama of cross-examination. Remember Jimmy Stewart and George C. Scott grilling opposing witnesses in Anatomy of a Murder. In Red Corner, Gere once in a while shouts out a hostile question to a witness, but after the translation everyone just looks at him like hes showing the terribly bad form one expects from a Westerner. No tearful confessions from hectored witnesses in Beijing. Finally, I think the key ideological ingredient in the Hollywood portrayal of the American system of justice is the expectation that justice will be served. Thats why people were so outraged by the O. J. Simpson trial; they had been taught to believe the system worked. The legal melodrama assumes that the whole story will played out before the jury which in its wisdom will decide what is true and grant justice. Remember 12 Angry Men. But here Avnet wishes to show that the corrupt Chinese system is not interested in justice. This may be true as fact, but it makes for poor drama because if the trial is a farce why are we bothering watching it? The dramatic potential of the American trial raises an interesting question. Do we see so many movies about trials because quest for justice is so central to Americas conception of itself or do we see them because movie directors cant resist the built-in dramatic structure of the jury trial? Maybe its both. One last point. I dont have the same concern with legal verisimilitude as my co-webitor Rob Waring (See his review of The People v. Larry Flynt in the PJ ARCHIVE) but I do wonder if Avnet has gone over the line here. He shows the Chinese criminal system to be corrupt, and as well it might be . But I doubt that the actual Chinese system (based on a civil law model) looks very much like what Avnet has portrayed in the film. The film shows us a truncated adverserial model. If I am correct ( and perhaps some reader will correct me), the system the film implicitly condemns is really a product of the directors imagination. Is that just?
|


public class CannyEdgeDetector
extends java.lang.Object
This software has been released into the public domain. Please read the notes in this source file for additional information.
This class provides a configurable implementation of the Canny edge detection algorithm. This classic algorithm has a number of shortcomings, but remains an effective tool in many scenarios. This class is designed for single threaded use only.
Sample usage:
//create the detector
CannyEdgeDetector detector = new CannyEdgeDetector();
//adjust its parameters as desired
detector.setLowThreshold(0.5f);
detector.setHighThreshold(1f);
//apply it to an image
detector.setSourceImage(frame);
detector.process();
BufferedImage edges = detector.getEdgesImage();
For a more complete understanding of this edge detector's parameters consult an explanation of the algorithm.
| Constructor and Description |
|---|
CannyEdgeDetector()
Constructs a new detector with default parameters.
|
| Modifier and Type | Method and Description |
|---|---|
int[] |
getData() |
boolean[][] |
getEdges2D()
Craj
Selbst Implementiert
Gibt die Kantentendaten die zuvor als Bilddaten gespeichert sind als Boolean Array zurueck
|
java.awt.image.BufferedImage |
getEdgesImage()
Obtains an image containing the edges detected during the last call to
the process method.
|
float |
getGaussianKernelRadius()
The radius of the Gaussian convolution kernel used to smooth the source
image prior to gradient calculation.
|
int |
getGaussianKernelWidth()
The number of pixels across which the Gaussian kernel is applied.
|
float |
getHighThreshold()
The high threshold for hysteresis.
|
float |
getLowThreshold()
The low threshold for hysteresis.
|
java.awt.image.BufferedImage |
getSourceImage()
The image that provides the luminance data used by this detector to
generate edges.
|
boolean |
isContrastNormalized()
Whether the luminance data extracted from the source image is normalized
by linearizing its histogram prior to edge extraction.
|
void |
process() |
void |
setContrastNormalized(boolean contrastNormalized)
Sets whether the contrast is normalized
|
void |
setEdgesImage(java.awt.image.BufferedImage edgesImage)
Sets the edges image.
|
void |
setGaussianKernelRadius(float gaussianKernelRadius)
Sets the radius of the Gaussian convolution kernel used to smooth the
source image prior to gradient calculation.
|
void |
setGaussianKernelWidth(int gaussianKernelWidth)
The number of pixels across which the Gaussian kernel is applied.
|
void |
setHighThreshold(float threshold)
Sets the high threshold for hysteresis.
|
void |
setLowThreshold(float threshold)
Sets the low threshold for hysteresis.
|
void |
setSourceImage(java.awt.image.BufferedImage image)
Specifies the image that will provide the luminance data in which edges
will be detected.
|
public CannyEdgeDetector()
public java.awt.image.BufferedImage getSourceImage()
public void setSourceImage(java.awt.image.BufferedImage image)
image
- a source of luminance datapublic java.awt.image.BufferedImage getEdgesImage()
public void setEdgesImage(java.awt.image.BufferedImage edgesImage)
edgesImage
- expected (though not required) to be nullpublic float getLowThreshold()
public void setLowThreshold(float threshold)
threshold
- a low hysteresis thresholdpublic float getHighThreshold()
public void setHighThreshold(float threshold)
threshold
- a high hysteresis thresholdpublic int getGaussianKernelWidth()
public void setGaussianKernelWidth(int gaussianKernelWidth)
gaussianKernelWidth
- a radius for the convolution operation in pixels, at least 2.public float getGaussianKernelRadius()
public void setGaussianKernelRadius(float gaussianKernelRadius)
public boolean isContrastNormalized()
public void setContrastNormalized(boolean contrastNormalized)
contrastNormalized
- true if the contrast should be normalized, false otherwisepublic void process()
public int[] getData()
public boolean[][] getEdges2D()


Make your password extra strong by adding special characters, numbers, uppercase and lowercase letters


odbc_field_name
(PHP 4, PHP 5, PHP 7)
odbc_field_name — Get the columnname
说明
string odbc_field_name ( resource $result_id , int $field_number )
Gets the name of the field occupying the given column number in the given
result identifier.
参数
result_id
The result identifier.
field_number
The field number. Field numbering starts at 1.
返回值
Returns the field name as a string, or FALSE on error.
User Contributed Notes 11 notes
===============================================================================
I've been toying around with this for awhile to make it as simple and fast as
possible.
\n");
}
else
{
echo("Connected
\n");
}
/* Select Which Table */
$odbc['table'] = "table";
/* Fetch The Fieldnames into an Array */
if($result = odbc_exec($odbc['connection'],"select * from $odbc['table'];"))
{
for($i = 1;$i <= odbc_num_fields($result);$i++)
{
$odbc['rows']['fields'][$i] = odbc_field_name($result,$i);
}
unset($i);
odbc_free_result($result);
}
else
{
exit("Error in SQL Query");
}
/* Close The Connection */
if(odbc_close($odbc['connection']))
{
odbc_close($odbc['connection']);
}
/* Print The Array */
if(!empty($odbc['rows']))
{
print_r($odbc['rows']);
}
?>
===============================================================================
Hi hayes029, your idea was very helpful.
Here go a adaptation for select form field.
".odbc_field_name(
$resposta, $i)."";
?>
===============================================================================
we faced the 31 char limit using cakephp dbo_odbc.php class (version
<IP_ADDRESS>50)
at the end, it calls odbc_fetch_row giving the problem (i tracked it may be due
to the php implementation of a ODBCv2 model, which has hard coded 4bytes, 32
bits file names length, while ODBCv3 seems to have a separate specification of
that value, fwiw)
we learned from another user (having similar problems with dbo_mssql.php class)
how to workaround this problem,
we solved using inheritance, redefining the method (locally to our application)
in order to
- create a "map" of the query fields (as an array) before executing it
- execute the query in a non-associative way
- after the results are returned, restore the real field names applying the
previous created "map"
another way could be use the COM like:
new COM("ADODB.Connection")
which does not show the 31 chars problem but it could be slower and bound to
the windows platform.
===============================================================================
If you really need more than 31 characters here's what you can do:
open php5.x.x/ext/odbc/php_odbc_includes.h in an editor like notepad++
change 32 by a greater value in
typedef struct odbc_result_value {
char name[32];
char *value;
SDWORD vallen;
SDWORD coltype;
} odbc_result_value;
and recompile php.
I did it with char name[64] cause I have column names like "0214_1_VD_Type
d'exploitation Type d'opération (Niveau 1)" [I didn't choose this stupid name
it comes from Eccairs project]
and rebuild php with the method given here http://www.php.net/manual/en/
install.windows.building.php and http://elizabethmariesmith.com/2006/11/09/
compiling-php52-on-windows-with-net-toolchain-is-it-even-possible/
with visual C++ express edition.
===============================================================================
Note that there is a known limitation with this which truncates the length of
the returned field name to 31 characters without warning.
===============================================================================
In search of a function that would simply return an array with the names of the
fields in a result identifier, the only thing I could find was the
odbc_field_name function. So, for anyone else looking for such a function,
here's the (very simple) function I wrote:
function odbc_field_names ($result) {
for ($i=1; $i <= odbc_num_fields($result); $i++) $return_array[$i-1] =
odbc_field_name($result, $i);
return $return_array;
}
Very simple, I know, but I thought it might be helpful.
===============================================================================
Example: function field name.
$Link_ID = odbc_connect("DSN", "user", "pass");
$query = "SELECT * FROM products";
$Query_ID = odbc_exec($Link_ID, $query);
while($field = $field_name($Query_ID ))
{
echo("Field: $field
\n");
}
---------------------
function field_name($PrQuery_ID)
{
if($Column < odbc_num_fields($PrQuery_ID))
{
$Column += 1;
$FieldName = odbc_field_name($PrQuery_ID, $Column);
return $FieldName;
}
else
{
return 0;
}
}
===============================================================================
Well, I've been into PHP for four hours and thanks to "my predecessors before
me" (gold163, curt, et al.) I've managed the following. The first thing I try
to learn with any web scripting language is to build a dynamic table from a
data source. (One thing you didn't have to do gold -previous post- is build an
array for the field value.) Cheers! Alex
PHP Database Example
standard_table($result,"mytable");
class Utilities {
function standard_table($result,$class="")
{
// To format your table if you want to use cascading style sheets
if ($class == "")
{
$css_table = " border=\"1\"";
$css_tr = "";
$css_th = "";
$css_td = "";
}
else
{
$css_table = " class=\"$class\"";
$css_tr = " class=\"$class\"";
$css_th = " class=\"$class\"";
$css_td = " class=\"$class\"";
}
// Create field names for table header row
$i = 0;
$fieldCount = odbc_num_fields($result);
echo " \n";
echo " \n";
while ($i < $fieldCount)
{
$i++;
$fieldName = odbc_field_name($result, $i);
echo " | $fieldName | \n";
}
echo "
\n";
# Create table data rows for query result
while (odbc_fetch_row($result))
{
$i = 0;
echo " \n";
while ($i < $fieldCount)
{
$i++;
$fieldData = trim(odbc_result($result, $i));
if ($fieldData == "")
echo " | | \n";
else
echo " $fieldData | \n";
}
echo "
\n";
}
echo "
";
}
} // class Utilities
?>
===============================================================================
Using your code, and taking it a step further, I can create a standard table
from a single line of code by calling a function from my include file - the
bonus is, that I can optionally provide a parameter for the name of my style
sheet class - further simplifying my formatting of the table.
What synergy you find in these forums - eh?
$Conn = odbc_connect('dsn','user','pass');
$query = "SELECT * FROM yourtable";
$result = odbc_exec($Conn, $query) or die('Select failed!');
standard_table($result);
Function standard_table($result,$class='')
{
# To format your table if you want to use cascading style sheets
if ($class == '')
{
$css_table = ' border=1';
$css_tr = '';
$css_th = '';
$css_td = '';
}
else
{
$css_table = ' class=\"$class\"';
$css_tr = ' class=\"$class\"';
$css_th = ' class=\"$class\"';
$css_td = ' class=\"$class\"';
}
# Create field names for table header row
$i = 0;
$fCount = odbc_num_fields($result);
echo "";
while ($i < $fCount)
{
$i++;
$fName = odbc_field_name($result, $i);
echo "| $fName | ";
}
echo "
";
# Create table data rows for query result
$i = 0;
$fCount = odbc_num_fields($result);
while (odbc_fetch_row($result))
{
echo "";
while ($i < $fCount)
{
$i++;
$fName = odbc_field_name($result, $i);
$job[$fName] = odbc_result($result, $i);
echo "| $job[$fName] | ";
}
echo "
";
$i = 0;
}
echo "
";
}
===============================================================================
Wow, I finally have something to contribute.
If you, like me, have been seeking a way to name and fill your variables with
the appropriate names an values, rather than naming every variable and using
odbc_result($result, 1), odbc_result($result, 2), etc... It would probably be nice to use as function, but I'm sure you can
do that on your own, eh?
This should be pretty simple code to follow, you can address your variables at
any time later using the column names from your table. For now I am addressing
them with their real values and using this simply to avoid having to type out
all the variable names in the top of my code. Have fun.
Jason/ArtHacker.com
===============================================================================
I turned Jason's code into a function to roughly mimic the mysql_fetch_array
function. I'm not a programmer and I've been messing with PHP less than a week,
so I imagine there's a more efficient method that what I've come up with.
function odbc_fetch_array($rownum, $res)
{
$i = 0;
$fCount = odbc_num_fields($res);
odbc_fetch_row($res, $rownum);
while ($i < $fCount)
{
$i++;
$fName = odbc_field_name($res, $i);
$myrow[$fName] = odbc_result($res, $i);
}
$i=0;
return $myrow;
}


for line in f:
line = line.strip("\n").strip("\r")
if line and not line.startswith("//"):
key,val = line.split("\t")
try:
assert key not in xs
except:
sys.stderr.write(key + "\n")


--- layout: page title: projects header: projects group: navigation ---
ChuckPad enables users to create, curate, and share code from music programming environments. The project's goal is to promote education, stoke enthusiasm, reduce barriers to entry, and aid in discovery of content in apps like MiniAudicle and Auraglyph. The paper detailing the product goals and technical development of ChuckPad was published in the Proceedings of the New Interfaces for Musical Expression (NIME) Conference 2017.
Glatering was developed during the first Evernote Hackathon. Glatering lets Evernoters give their opinions on caterers. Glatering won Honorable Mention for being the most honorable project. It is currently deployed internationally in the Evernote offices in Redwood City, Austin, and Zurich. Once developed, Glatering simultaneously signed a huge contract with Evernote, went public, and was acquired by Salesforce for sixty billion dollars.
SoundCraft is a framework that enables real-time data gathering from a StarCraft 2 game to external software applications, allowing for musical interpretation of the game’s internal structure and strategies in novel ways. The paper detailing the technical and aesthetic development of SoundCraft was published in the Proceedings of the New Interfaces for Musical Expression (NIME) Conference 2013.
In GG Music, SoundCraft's first performance piece, two players go head-to-head in a competitive match of StarCraft 2, observed by a third performer. As they develop economies and wage battles against each other, SoundCraft collects gameplay data, which is extensively sonified in real-time. The sonification rises and falls with the development of the ongoing match, exploring the relationship between StarCraft's gameplay mechanics and musical performance. GG Music premiered at the Music and Games concert at Stanford University's Center for Computer Research in Music and Acoustics (CCRMA) and was selected to be a performed at the New Interfaces for Musical Expression (NIME) Conference 2013 in Daejeon, South Korea.
My senior thesis project, advised by Dan Trueman, involved developing a toolkit that would help assess network conditions (e.g. latency, jitter) affecting synchronization in laptop orchestra performances. LOrkNeT was used to identify and help remedy issues affecting the Princeton Laptop Orchestra (PLOrk). Work on less network-dependent synchronization via local NTP was also explored.
This composition created for the Electronic Computer Composition course explores the soundscape of an afternoon on Princeton University's campus. Armed with a Zoom H2n recorder, sounds were gathered from locations around campus including skateboarders and walkers near Prospect house, the printer at Woolworth Library, and giggling girl performed by Mia Tsui. Collected sounds were mixed using Pro Tools.


Pat's risk-aversion leads them to mainly use software features that they are familiar with and to avoid features that they have not used before.
Pat is risk averse when they use computers to perform tasks. When confronted with new software features, Pat worries that they will spend time on them and not get any benefits from doing so. They prefer to perform tasks "the safe" (ie, familiar) way if possible, even if less familiar features might promise a more direct solution.