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| Result | |||
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0.35714287
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org.easymock.tests2.EasyMockSupportTest.defaultResetToNice org.easymock.tests2.EasyMockSupportTest.defaultResetToNice | 1 PASS | |
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0.35714287
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org.easymock.tests2.EasyMockSupportTest.defaultResetToNice org.easymock.tests2.EasyMockSupportTest.defaultResetToNice | 1 PASS | |
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0.35714287
|
org.easymock.tests2.EasyMockSupportTest.testVerify org.easymock.tests2.EasyMockSupportTest.testVerify | 1 PASS | |
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0.35714287
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org.easymock.tests2.EasyMockSupportTest.niceToStrict org.easymock.tests2.EasyMockSupportTest.niceToStrict | 1 PASS | |
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0.35714287
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org.easymock.tests2.EasyMockSupportTest.niceToStrict org.easymock.tests2.EasyMockSupportTest.niceToStrict | 1 PASS | |
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0.35714287
|
org.easymock.tests2.EasyMockSupportTest.testVerify org.easymock.tests2.EasyMockSupportTest.testVerify | 1 PASS | |
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0.35714287
|
org.easymock.tests2.EasyMockSupportTest.strictResetToDefault org.easymock.tests2.EasyMockSupportTest.strictResetToDefault | 1 PASS | |
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0.35714287
|
org.easymock.tests2.EasyMockSupportTest.strictResetToDefault org.easymock.tests2.EasyMockSupportTest.strictResetToDefault | 1 PASS | |
|
0.30952382
|
org.easymock.tests2.EasyMockSupportTest.testCreateStrictControl org.easymock.tests2.EasyMockSupportTest.testCreateStrictControl | 1 PASS | |
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0.30952382
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org.easymock.tests2.EasyMockSupportTest.testCreateStrictControl org.easymock.tests2.EasyMockSupportTest.testCreateStrictControl | 1 PASS | |
|
0.2857143
|
org.easymock.tests2.EasyMockSupportTest.testCreateNamedStrictMock org.easymock.tests2.EasyMockSupportTest.testCreateNamedStrictMock | 1 PASS | |
|
0.2857143
|
org.easymock.tests2.EasyMockSupportTest.testCreateMock org.easymock.tests2.EasyMockSupportTest.testCreateMock | 1 PASS | |
|
0.2857143
|
org.easymock.tests2.EasyMockSupportTest.testCreateNamedMock org.easymock.tests2.EasyMockSupportTest.testCreateNamedMock | 1 PASS | |
|
0.2857143
|
org.easymock.tests2.EasyMockSupportTest.testCreateNiceMock org.easymock.tests2.EasyMockSupportTest.testCreateNiceMock | 1 PASS | |
|
0.2857143
|
org.easymock.tests2.EasyMockSupportTest.testCreateNiceMock org.easymock.tests2.EasyMockSupportTest.testCreateNiceMock | 1 PASS | |
|
0.2857143
|
org.easymock.tests2.EasyMockSupportTest.testCreateNamedNiceMock org.easymock.tests2.EasyMockSupportTest.testCreateNamedNiceMock | 1 PASS | |
|
0.2857143
|
org.easymock.tests2.EasyMockSupportTest.testCreateStrictMock org.easymock.tests2.EasyMockSupportTest.testCreateStrictMock | 1 PASS | |
|
0.2857143
|
org.easymock.tests2.EasyMockSupportTest.testCreateNamedNiceMock org.easymock.tests2.EasyMockSupportTest.testCreateNamedNiceMock | 1 PASS | |
|
0.2857143
|
org.easymock.tests2.EasyMockSupportTest.testCreateNamedMock org.easymock.tests2.EasyMockSupportTest.testCreateNamedMock | 1 PASS | |
|
0.2857143
|
org.easymock.tests2.EasyMockSupportTest.testCreateMock org.easymock.tests2.EasyMockSupportTest.testCreateMock | 1 PASS | |
|
0.2857143
|
org.easymock.tests2.EasyMockSupportTest.testCreateStrictMock org.easymock.tests2.EasyMockSupportTest.testCreateStrictMock | 1 PASS | |
|
0.2857143
|
org.easymock.tests2.EasyMockSupportTest.testCreateNamedStrictMock org.easymock.tests2.EasyMockSupportTest.testCreateNamedStrictMock | 1 PASS | |
|
0.23809524
|
org.easymock.tests2.EasyMockSupportTest.testCreateNiceControl org.easymock.tests2.EasyMockSupportTest.testCreateNiceControl | 1 PASS | |
|
0.23809524
|
org.easymock.tests2.EasyMockSupportTest.testCreateControl org.easymock.tests2.EasyMockSupportTest.testCreateControl | 1 PASS | |
|
0.23809524
|
org.easymock.tests2.EasyMockSupportTest.testCreateNiceControl org.easymock.tests2.EasyMockSupportTest.testCreateNiceControl | 1 PASS | |
|
0.23809524
|
org.easymock.tests2.EasyMockSupportTest.testCreateControl org.easymock.tests2.EasyMockSupportTest.testCreateControl | 1 PASS | |
| 1 | /* | |
| 2 | * Copyright 2003-2009 OFFIS, Henri Tremblay | |
| 3 | * | |
| 4 | * Licensed under the Apache License, Version 2.0 (the "License"); | |
| 5 | * you may not use this file except in compliance with the License. | |
| 6 | * You may obtain a copy of the License at | |
| 7 | * | |
| 8 | * http://www.apache.org/licenses/LICENSE-2.0 | |
| 9 | * | |
| 10 | * Unless required by applicable law or agreed to in writing, software | |
| 11 | * distributed under the License is distributed on an "AS IS" BASIS, | |
| 12 | * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. | |
| 13 | * See the License for the specific language governing permissions and | |
| 14 | * limitations under the License. | |
| 15 | */ | |
| 16 | package org.easymock; | |
| 17 | ||
| 18 | import java.util.ArrayList; | |
| 19 | import java.util.List; | |
| 20 | ||
| 21 | /** | |
| 22 | * Helper class to be used to keep tracks of mocks easily. See EasyMock | |
| 23 | * documentation and SupportTest sample | |
| 24 | */ | |
| 25 | public class EasyMockSupport { | |
| 26 | ||
| 27 | /** List of all controls created */ | |
| 28 | protected final List<IMocksControl> controls = new ArrayList<IMocksControl>( | |
| 29 | 5); | |
| 30 | ||
| 31 | /** | |
| 32 | * Creates a mock object that implements the given interface, order checking | |
| 33 | * is enabled by default. | |
| 34 | * | |
| 35 | * @param <T> | |
| 36 | * the interface that the mock object should implement. | |
| 37 | * @param toMock | |
| 38 | * the class of the interface that the mock object should | |
| 39 | * implement. | |
| 40 | * @return the mock object. | |
| 41 | */ | |
| 42 | 8 | public <T> T createStrictMock(Class<T> toMock) { |
| 43 | 8 | return createStrictControl().createMock(toMock); |
| 44 | } | |
| 45 | ||
| 46 | /** | |
| 47 | * Creates a mock object that implements the given interface, order checking | |
| 48 | * is enabled by default. | |
| 49 | * | |
| 50 | * @param name | |
| 51 | * the name of the mock object. | |
| 52 | * @param toMock | |
| 53 | * the class of the interface that the mock object should | |
| 54 | * implement. | |
| 55 | * @param <T> | |
| 56 | * the interface that the mock object should implement. | |
| 57 | * @return the mock object. | |
| 58 | * @throws IllegalArgumentException | |
| 59 | * if the name is not a valid Java identifier. | |
| 60 | */ | |
| 61 | 4 | public <T> T createStrictMock(String name, Class<T> toMock) { |
| 62 | 4 | return createStrictControl().createMock(name, toMock); |
| 63 | } | |
| 64 | ||
| 65 | /** | |
| 66 | * Creates a mock object that implements the given interface, order checking | |
| 67 | * is disabled by default. | |
| 68 | * | |
| 69 | * @param <T> | |
| 70 | * the interface that the mock object should implement. | |
| 71 | * @param toMock | |
| 72 | * the class of the interface that the mock object should | |
| 73 | * implement. | |
| 74 | * @return the mock object. | |
| 75 | */ | |
| 76 | 16 | public <T> T createMock(Class<T> toMock) { |
| 77 | 16 | return createControl().createMock(toMock); |
| 78 | } | |
| 79 | ||
| 80 | /** | |
| 81 | * Creates a mock object that implements the given interface, order checking | |
| 82 | * is disabled by default. | |
| 83 | * | |
| 84 | * @param name | |
| 85 | * the name of the mock object. | |
| 86 | * @param toMock | |
| 87 | * the class of the interface that the mock object should | |
| 88 | * implement. | |
| 89 | * | |
| 90 | * @param <T> | |
| 91 | * the interface that the mock object should implement. | |
| 92 | * @return the mock object. | |
| 93 | * @throws IllegalArgumentException | |
| 94 | * if the name is not a valid Java identifier. | |
| 95 | */ | |
| 96 | 4 | public <T> T createMock(String name, Class<T> toMock) { |
| 97 | 4 | return createControl().createMock(name, toMock); |
| 98 | } | |
| 99 | ||
| 100 | /** | |
| 101 | * Creates a mock object that implements the given interface, order checking | |
| 102 | * is disabled by default, and the mock object will return 0, | |
| 103 | * null or false for unexpected invocations. | |
| 104 | * | |
| 105 | * @param <T> | |
| 106 | * the interface that the mock object should implement. | |
| 107 | * @param toMock | |
| 108 | * the class of the interface that the mock object should | |
| 109 | * implement. | |
| 110 | * @return the mock object. | |
| 111 | */ | |
| 112 | 8 | public <T> T createNiceMock(Class<T> toMock) { |
| 113 | 8 | return createNiceControl().createMock(toMock); |
| 114 | } | |
| 115 | ||
| 116 | /** | |
| 117 | * Creates a mock object that implements the given interface, order checking | |
| 118 | * is disabled by default, and the mock object will return 0, | |
| 119 | * null or false for unexpected invocations. | |
| 120 | * | |
| 121 | * @param name | |
| 122 | * the name of the mock object. | |
| 123 | * @param toMock | |
| 124 | * the class of the interface that the mock object should | |
| 125 | * implement. | |
| 126 | * | |
| 127 | * @param <T> | |
| 128 | * the interface that the mock object should implement. | |
| 129 | * @return the mock object. | |
| 130 | * @throws IllegalArgumentException | |
| 131 | * if the name is not a valid Java identifier. | |
| 132 | */ | |
| 133 | 4 | public <T> T createNiceMock(String name, Class<T> toMock) { |
| 134 | 4 | return createNiceControl().createMock(name, toMock); |
| 135 | } | |
| 136 | ||
| 137 | /** | |
| 138 | * Creates a control, order checking is enabled by default. | |
| 139 | * | |
| 140 | * @return the control. | |
| 141 | */ | |
| 142 | 14 | public IMocksControl createStrictControl() { |
| 143 | 14 | IMocksControl ctrl = EasyMock.createStrictControl(); |
| 144 | 14 | controls.add(ctrl); |
| 145 | 14 | return ctrl; |
| 146 | } | |
| 147 | ||
| 148 | /** | |
| 149 | * Creates a control, order checking is disabled by default. | |
| 150 | * | |
| 151 | * @return the control. | |
| 152 | */ | |
| 153 | 24 | public IMocksControl createControl() { |
| 154 | 24 | IMocksControl ctrl = EasyMock.createControl(); |
| 155 | 24 | controls.add(ctrl); |
| 156 | 24 | return ctrl; |
| 157 | } | |
| 158 | ||
| 159 | /** | |
| 160 | * Creates a control, order checking is disabled by default, and the mock | |
| 161 | * objects created by this control will return 0, | |
| 162 | * null or false for unexpected invocations. | |
| 163 | * | |
| 164 | * @return the control. | |
| 165 | */ | |
| 166 | 14 | public IMocksControl createNiceControl() { |
| 167 | 14 | IMocksControl ctrl = EasyMock.createNiceControl(); |
| 168 | 14 | controls.add(ctrl); |
| 169 | 14 | return ctrl; |
| 170 | } | |
| 171 | ||
| 172 | /** | |
| 173 | * Switches all registered mock objects (more exactly: the controls of the | |
| 174 | * mock objects) to replay mode. For details, see the EasyMock | |
| 175 | * documentation. | |
| 176 | */ | |
| 177 | 40 | public void replayAll() { |
| 178 | 40 | for (IMocksControl c : controls) { |
| 179 | 70 | c.replay(); |
| 180 | } | |
| 181 | } | |
| 182 | ||
| 183 | /** | |
| 184 | * Resets all registered mock objects (more exactly: the controls of the | |
| 185 | * mock objects). For details, see the EasyMock documentation. | |
| 186 | */ | |
| 187 | 6 | public void resetAll() { |
| 188 | 6 | for (IMocksControl c : controls) { |
| 189 | 10 | c.reset(); |
| 190 | } | |
| 191 | } | |
| 192 | ||
| 193 | /** | |
| 194 | * Verifies all registered mock objects (more exactly: the controls of the | |
| 195 | * mock objects). | |
| 196 | */ | |
| 197 | 34 | public void verifyAll() { |
| 198 | 34 | for (IMocksControl c : controls) { |
| 199 | 58 | c.verify(); |
| 200 | } | |
| 201 | } | |
| 202 | ||
| 203 | /** | |
| 204 | * Resets all registered mock objects (more exactly: the controls of the | |
| 205 | * mock objects) and turn them to a mock with nice behavior. For details, | |
| 206 | * see the EasyMock documentation. | |
| 207 | */ | |
| 208 | 2 | public void resetAllToNice() { |
| 209 | 2 | for (IMocksControl c : controls) { |
| 210 | 4 | c.resetToNice(); |
| 211 | } | |
| 212 | } | |
| 213 | ||
| 214 | /** | |
| 215 | * Resets all registered mock objects (more exactly: the controls of the | |
| 216 | * mock objects) and turn them to a mock with default behavior. For details, | |
| 217 | * see the EasyMock documentation. | |
| 218 | */ | |
| 219 | 2 | public void resetAllToDefault() { |
| 220 | 2 | for (IMocksControl c : controls) { |
| 221 | 4 | c.resetToDefault(); |
| 222 | } | |
| 223 | } | |
| 224 | ||
| 225 | /** | |
| 226 | * Resets all registered mock objects (more exactly: the controls of the | |
| 227 | * mock objects) and turn them to a mock with strict behavior. For details, | |
| 228 | * see the EasyMock documentation. | |
| 229 | */ | |
| 230 | 2 | public void resetAllToStrict() { |
| 231 | 2 | for (IMocksControl c : controls) { |
| 232 | 4 | c.resetToStrict(); |
| 233 | } | |
| 234 | } | |
| 235 | ||
| 236 | } |
|


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“HOMEAL” is a platform that connects people to their favorite restaurants.  “HOMEAL” ensures that food with great quality just as it's been prepared at home (home-cooked) will be served to all customers to stimulate their taste buds.


Posters out: Here’s your dose of Good Newwz for the day
by Vedanshi Pathak2019 is set to end on a high note as Akshay Kumar, Kareena Kapoor Khan, Diljit Dosanjh and Kiara Advani will be serving some Good Newwz to the audience on December 28. The film has been surrounded by a lot of buzz since the day it was announced and now with the release day nearing, the makers are stepping up their game to keep the audience on their toes. This morning, three posters from the film were released.
One with Akshay, the other with Diljit and the last one was with Kareena and Kiara flaunting their baby bumps along with Akshay and Diljit.
Directed by Raj Mehta, this Dharma Productions’ venture promises to be an entertainer and today on Children’s Day the makers released the posters of the film. The film is about two couples who struggle with conceiving a child and when they finally do, the biggest goof-up of the year takes place or so the posters suggest. Well, we are super kicked after seeing these, what about you?


--- layout: compress --- {% include head.html %}
GNU/Linux site, Software Development, Gentoo, BSD, Open Source and Free Software.


For her final collection “KV 107” Monika Riedmüller was inspired by tone colours: With a specially designed code she translated compositions into structured colour patterns, creating a system of colour combinations she wouldn’t necessarily have picked herself. This self-imposed dictatorship leads to a shift of viewing habits. In order to find a connection between the rigid colour patterns and the moving music, she picked classical and sporty shapes that come together in these unique designs.
bark, Miriam Kohlhofer, Abschlußkollektion / Mode, Stoffe für Konfektionsteile aus Baumwolle, Seide und Wolle Strick aus Merino und Alpaka, 2013 – 2014, Foto: Elfie Semotan
Miriam Kohlhofer final collection is called “bark” and deals with tree bark, shells and layers. She thereby examines the shell of space as a habitat for the body. Structures and shapes are used for the inspiration for silhouettes and combinations of materials.
Daily Way Home, Katharina Diezl, Final Collection 2013/14 – variouse textiles; collection consists of 12 outfits / pieces, Photo: Elfie Semotan
The aesthetics of decay – inspired by old Venetian buildings and their strong colours shining in contrast to the water – are the focus of the work “Daily Way Home”. Looking at this simultaneity of construction and abrasion Katharina Diezl identified analogies to local galleries and pavilions. For her collection she focused on a very accurate translation of the three-dimensional facades into her knitted material. The pattern of the screen printed fabric was reduced to the bare contrast of colours, clear cuts proved to be the best canvas for the barely noticed “street art”.
I'll put you through, Flavia Barandun, 2014/15, painting and graphics, acrylic & fineliner pen on paper, Photo: Flavia Barandun
In her work Flavia Barandun is concerned about the context of single individuals, what they face in everyday life, their memories and dreams. From these ordinary memories and dreams Barandun unfolds an illusory world on paper, which is yet closely linked to the actual world of the artist herself.
Titel durch Klicken hinzufügen – Folie 1, Doris Bujatti, 2013, textile object, quilt from cotton, 205 x 145 cm, Photo: Christoph Panzer
The time-consuming tradition of quilting – sewing together small pieces of fabric – stands for sustainability and decor. Communication, discussion and the exchange of knowledge is in the centre of this collaborative handcraft of women. PowerPoint on the other hand is a tool used to illustrate ideas and present information as well as relations in a very rational manner.
In her project Doris Bujatti uses PowerPoint slides to represent emotional connections by attaching one to the other. The quilting of the slides causes an emotionalisation of relations. The quilt thereby turns the rational PowerPoint slides into a tactile and emotional subject.
BullShut App, Marta Pérez Campos, 2015, mobile application / interactive installation, Photo: Marta Pérez Campos
BullShut App is a mobile application helping to avoid awkward moments in various social situations. BullShut App establishes a space for communication between two individuals for a short time. By entering a specific topic other interested users can be found and connected to engage in an immediate conversation.
With her photo series “respekt” Stepana Cihlova refers to the issue of mass production. Single individuals usually experience better treatment than within a mass. Based on her portraits of cows, she reveals that on closer inspection every single one of them has specific features, a unique personality, mood and look. These characteristics may lead to a change of care and attitude.
widedarkspace, Margit Maria Anna Erber, 2015, 35mm film, b/w video (FullHD 1920 x 1080 px), audio, 3:00 min
“widedarkspace” is a 35mm animation film made of panoramic photographs. The digitised and moving images show various places in Helsinki marked with coordinates to allow a spatial integration into the urban fabric. By using field recordings an authentic sound collage of the city was created.
Die Vergangenheit der Gegenwart des Zukünftigen, Susanne Evelyn Erlach, 2014, photography, pinhole camera, 70 x 25 cm, Photo: Susanne Evelyn Erlach
With the work “Die Vergangenheit der Gegenwart des Zukünftigen” Susanne Erlach combines two analog photographs into a joint image. Both photographs were taken at different times, but from the same place. Both times the pedestrians who move in opposite directions were accompanied part of their way. By merging the shots the two perspectives come together – carried along in two opposite directions.
Cold and darkness prevail the winter in the North. What relevance do public sites as places for encounter have, when light is rare and the temperature prevents lingering? Where and how can communication take place under such circumstances? With her work “Melting point” Melanie Greußig is seeking answers to these questions on one of many ice rinks. Here sport becomes public interaction and the body replaces language as means of expression.
RIP, Felix Huber, multichannel video indstallation 2:30 (loop), Still: Felix Huber
“RIP” is a multi-channel video installation of various camera shots moving over latent cemeteries on the verge of busy places in Linz. These field of contrasting context is made visible in the interplay of sound and image.
In “Mimik der Farben” Petra Kettl examines the subjective sensation, preference, dislike or indifference to a colour. On the basis of a photographic study she was trying to identify a corresponding reflex in the faces of the viewers. Visible colours of the spectrum have been selected to test and record the subjective response of three persons photographically thereby composing a new graphical arrangement.
Die Fülle der Leere - Die Leere der Fülle., Carina Kinzel, sound installation – foam box with integrated mp3-player, digitally combined audio files of background noises of a shopping mall, headphones, Photo: Carina Kinzel
The installation “Die Fülle der Leere - Die Leere der Fülle.” is an exploration of emptiness, wealth and covers in five scenes that question the aspect of consumption of our times and the nature of man per se. Which emptiness are we so eager to fill? What wealth can eliminate the void? Is material wealth in the end nothing but emptiness? What is emptiness? What is wealth? And what is left once all covers are unveiled?
Merve Köklü’s project was inspired by colour definitions named after substances found in nature. Colours and shapes of these objects change over time. “Transient References” makes these transitions visible and deals with the mortality and ephemeral nature of life. It reveals the arbitrariness of earthly references and shows how they can change within the context of time.
in between, Claudia N. Lehmann / Esthaem, 2014/15, photography 50 x 70 cm, Photo: Claudia N. Lehmann / Esthaem
The joint project “in between” by Claudia Lehmann and Manuel Mayr is about the subjective perception of colours. The complementary colours have been divided between the two artists, enhancing the contrast between the complementary pairs. The collective work is an intimate exploration of the emotional aspects of colours and their visualisation.
Spuren.Bildung²¹, Lea Lugaric, Book 2014, Original Edition of Brockhaus “Bildung. Wissen im 21. Jahrhundert”, 576 pages, Photo: Lea Lugaric
The current discourse on the future of books and the popularity of electronic texts was the starting point of “Spuren.Bildung²¹”. The artist here engages with the end of printed cyclopaedia Brockhaus in 2014 which was preceded by the triumph of Wikipedia. An original copy of “Brockhaus – Education in the 21st Century” was appropriated and altered to the book object “Spuren.Bildung²¹”. The printing ink was erased by hand thereby making both text and image disappear. Readers are left with searching for traces. The past is becoming readable, an absence visible and a new beginning possible.
The cool beauty in the far north: Helsinki’s peninsula Hanasaari. The first view shows huge industrial buildings and wide, barren plains. This may seem bleak, but the landscape holds its own charm. The strange blue light seems to sink in melancholy, yet it holds an absolute peace embedded in the infinity of white plains. Esther Kinsky’s poetry inspired the artist with the fascination for the north and brought her thoughts back to Helsinki.
With “Rosa” Natalie Maierhofer tries to catch the cool atmosphere of the wintry Helsinki, accompanied by the colours blue and grey. In her work she detects places and buildings that are characterized by differing colours and moods, regardless of day and night.
Wenn es dunkel wird…, Natalie Paloma Maierhofer, 2014, photography, Photo: Natalie Paloma Maierhofer
For the photo series “Wenn es dunkel wird…” Maierhofer staged everyday scenes at night, that would usually only occur during the day. Reduced to one person and the use of artificial light the subjects appear unreal and provoke a strange atmosphere.
“Nachtsicht in Helsinki” documents Daniela Poschauko’s encounter with an unidentified flying object. Due to her fast reaction she was able to catch the traces of the flying object. She is presenting it as proof for the existence of extraterrestrial life.
“Chill out” consists of a series of cooling fans occupying a room. Still in their original packaging they are in full swing, but cannot comply their original purpose – cooling. Quite the contrary, they heat up and produce a deep penetrating humming. From time to time a clock brings them to stop and cool down, thereby putting the room in silence – a moment to chill out.
whiter than sky – B: white, Jianan Qu, Fotografie 2015, Inkjet Paper, Foto: Qu Jianan
For „Whiter than sky“ Jianan Qu used vintage photographs taken in various Chinese provinces during Mao’s Communist reign from the 1950s up to the 1970s. He digitally removed everything but the background skies in the photographs and left it to the bare silhouettes to suggest the photographs subject: His late grandfather, whose absence can be deeply felt, as his recurring ghostly outlines shine out amongst the greys.
Auf der Suche nach einer frischen Kuhhaut, Franziska Schink, 2014, performative installation, preserved cowhide with salt, europallet, Photo: Franziska Schink, Stepana Cihlova
How does a fresh cowhide actually look from the inside? This question lead the artist to a company for slaughterhouse waste. Once a week she visited the company to look after a sample cowhide over a period of three months. That is when she saw big boxes of animal remains and off cut from meat. It was just a small company, but she learned a lot about animal waste. Her under salt preserved and dried cowhide now lies in between these boxes and containers with bloody animal skins, bones, skulls and meat packaging. In a snow-white salt dress the relict lies on a pallet on the floor. Same as the tanning of cowhide, the process of drying is no longer performed this way in Austria but relocated abroad where environmental standards are lower and labour is cheaper.
KatharinaViktoria, Viktoria Schmid, 2012, installation, video loop on screen, 240 16 mm portraits, Photo: Viktoria Schmid
“KatharinaViktoria” is commenting on the similarity of two sisters based on 240 looped 16mm single images. Using the inertia of adjustment of the eye, the individual portraits which are being interchanged at very short intervals, become a mixed portrait of the two faces. Thereby emerges a hybrid between photography and film showing this strong connection of the two technologies. In addition to the video projection a mural with 240 stills has been presented, which discloses the structure and technique of the videos.
Lost in Hotel, Heike Schnotale, Daniela Poschauko, Julia Romana Potocnik, 2015, series of photographs, Photo: Heike Schnotale, Daniela Poschauko, Julia Romana Potocnik
In her series of photographs, the three artists tell the story of “Lost In Hotel”: Lost. I do not recognize anything. Obviously. My throat feels clouded. As if it was blocking every sound that I am trying to make. My eyes wander though the room with paranoia. What time is it? Is someone at the door? I open the door and stride ahead aimlessly. The hotel corridors seem endless. Where should I go? Where does my mind lead me to?  I am staring at her pale face and can’t find the right words. I can not stand this silence much longer. We sit down. Still no word. What is she thinking? So many question are filling our heads, we are looking at each other, confused and arbitrary. We walk side by side. The night reflects our silence. Into the unknown. And she says goodbye. Alone again.
The photo series “ONLY FOR” is documenting a collection of gender-specific toys. The title refers to the marketing slogans “Only for girls” and “Only for boys”, which are also remarkably often colour coded in pink for girls and blue for boys. The products are mostly made of plastic – this suggest that cheap mass products are more likely to pick up traditional assignment of roles.
Mapping Design, Doris Schuhmann, 2015, spatial objects, white cardboard (lasercut), Photo: Doris Schuhmann
“Mapping Design” is a design methodology for people in a spatial context. It shows new strategies and links design with science. A cube is divided into shells for the human body – these positions can be taken by clothing, buildings, one-man-rooms or spaces for many people. These forms are potential spaces, some are houses that can be inhabited. They are interconnected and have a neighbourhood. They are part of a bigger picture, yet stand alone. Seen from afar they form a landscape, similar to urban space. In the course of time they change their location, merge or dissociate. These forms are utopian places reflecting a process and stand for the future.
Rampenlicht, Thomas Schwarz, 2014, interaktive installation, ultrasonic sensor, led stripes, Arduino, fingerboard miniramp, 33 x 58 x 50 cm, teaser 1:1:15 – teaser 2:2:15, Photo: Thomas Schwarz
“Rampenlicht” is a modified fingerboard ramp that follows the fingerboarder with a spot light. The position and traveling speed of the fingerboard is calculated by five ultrasonic sensors, which are attached to the side of the “mini ramp”. Using programmable LED strips different illumantion modes can be triggered by pressing a button. The lamp thereby illuminates five seperate areas and generates a fluent light using a dimmer.
“SYNKAL 366” refers to a synaesthesia calendar which can be used as a daily calendar, notebook or diary. SYN stands for synaesthesia, KAL for calendar and 366 for the leap year 2016. Its 366 single colour pages make it possible to dive into the world of people who suffer from synaesthesia for a year: The gradients of the pages are not only based on the individual perception of the synesthete who conducted the project but also on our solar system.
With her collection “the end of the world” Marie Stoiser is looking for geographical isolation at places where the density of population decreases. Far north and south, but also at higher altitudes and deep down in the Earth she thereby has identified places where the world seems to have come to an end and you can find yourself in a state of calmness and at the same time positive loneliness, a sense of relief and clarity, a way to arrange your thoughts.
me is an empty stage, Marie A C Oberkönig, Female collection 2013/14, silk, wool, linen, tulle, Photo: Elfie Semotan
The collection “me is an empty stage” is inspired by both literary and visual discoveries, pursuing the analysis of identity constructions. Jacques Lacan’s theory of the mirror stage, the collage works by John Stezaker and the work “A char and it’s shadow” by Timm Ullrichs served as a starting point. Using these sources in various readable forms the artist examines the question of identity – fashion thereby serves just as another form of inquiry.
Horizons, Felix-Benedikt Sturm, 2014, photographs 120 x 80 cm, C-prints on Diasec, Photo: Felix-Benedikt Sturm
“Horizons” fathoms both the processes of inscribing and production methods of photography. It thereby reflects the interplay of artistic possibilities, industrial standardization and the social use of the medium. So far ten analogue colour positives have been developed which originate from the loading process of the camera. The images represent the boundaries between the involuntary exposed parts and the rest of the film actually designed for taking pictures.
Dear Colors, Victoria Tanczos, 2015, interaktive journal, wood, acrylic, metal, ca. 20 x 20 x 13 cm, Photo: Victoria Tanczos
“Dear Colours” is a colour tool kit, both game and tool, that translates memories and feelings into colour. With 16 coloured triangles a mood image can be created showing a colour diary whose volatility is up the the players themselves.
Homo Bulla, Hongwei Tang, 2015, video installation, 18:30 min, Image: Hongwei Tang
The mystified representation of a bubble refers to a metaphor of “De Re Rustica” by Varro, where the bubble discloses both the beauty and the rich diversity of human life and its transience and short stay in this world. “Homo Bulla” is a tribute to these metaphors and reflects its symbolism.
where is the pipe?, Andreas Tanzer, Daniel Franz Rappitsch, Oliver Naimer, Jonas Fliedl, 2014, mural painting, dispersion paint and tinting, spray cans, 25 x 13 m, Photo: Georg Ritter
“Where is the pipe?” was developed upon an invitation of the Austrian Cultural attaché in Moscow to design the facade of an apartment block in Magnitogorsk/Russia. The metropolis is split in half by the boundary between Europa and Asia, whereas the industrial area of the city is entirely located on the Asian continent. Hence the life quality differs between the East and the West of the city. The mural makes a statement to connect both continents and suggests that talking to each other helps restore a mutual understanding.
Data Distortion Drawing Machine, Stefan Tiefengraber, 2013/14, installation, drawing machine, mixed media, Photo: Stefan Tiefengraber
The “Data Distortion Drawing Machine” is a machine to visualise data in a reverse-drawing process. It draws by grinding of previously applied pastel colours from its surface and thereby creates a distorted data visualisation in about 15 to 20 hours. The distortion of the data is affected by the structure of the paper, the wall on which the machine and the paper are fixed, as well as the machine itself. The process is unique and can not be repeated.
I am corrupted, Philipp Unterkircher, 2015, colour light box, picture frame with alternating colours, graphics, 23 x 23 cm, Photo: Philipp Unterkircher
The work “I am corrupted” questions the visual perception by manipulating the image using luminous colours. Parts of the image thereby seem enhanced whereas other parts become nearly invisible.
Pigment Lila, Violeta Ivanova, 2015, video series, Photo: Violeta Ivanova
The video series “Pigment Violet” is focused on the movement of small particles. Behind the spectacular depiction of particles of pigment is the physical phenomenon of the Brownian motion, investigating the random motion of particles suspended in a fluid that proves the existence of molecules and atoms. The pigment violet pursues this abstract, cosmic game of the particles – from the logical behaviour at the beginning to utter chaos at the end.
The work “Night shifts” originated during a field trip to Helsinki. Fifteen night shots were combined into a single photograph using the technique of multiple exposure.
The clouds are not like either one — they do not keep one form forever, Viktoria Schmid, Installation 2014, 3 x 16mm-Projektoren, stumm, S/W mit Farbfilter
With “The Clouds” Viktoria Schmid transfers the process of additive colour mixing (RGB) using a 16 mm film into a spatial installation. The images show an arrangement of a cloudy sky. The structure of the composed image is made visible on three layers and results in a projection, that clearly differs from a conventional picture of a blue sky with white clouds. The same material is shown simultaneously one after another, however, each one has a colour filter altering the black and white footage and giving it a green, blue and red colouration thereby slightly deferring the images. The films are projected as loops through the corresponding colour filter and shown at different stages of overlap.
You can explore the gallery by dragging the content.
On the basis of selected works by students from the previous academic year, the “splace” Gallery offers a representative insight into the various study areas, levels of education and the artistic potential at the Linz University of Art. Media, content and themes that have been reflected in the process are the selection criteria to play in this gallery.


Package org.drip.simm.common
Class CrossRiskClassCorrelation21
- java.lang.Object
-
- org.drip.simm.common.CrossRiskClassCorrelation21
-
public class CrossRiskClassCorrelation21 extends java.lang.Object
CrossRiskClassCorrelation21 contains the SIMM 2.1 Correlation between the Different Risk Classes. The References are:
- Andersen, L. B. G., M. Pykhtin, and A. Sokol (2017): Credit Exposure in the Presence of Initial Margin https://papers.ssrn.com/sol3/papers.cfm?abstract_id=2806156 eSSRN
- Albanese, C., S. Caenazzo, and O. Frankel (2017): Regression Sensitivities for Initial Margin Calculations https://papers.ssrn.com/sol3/papers.cfm?abstract_id=2763488 eSSRN
- Anfuso, F., D. Aziz, P. Giltinan, and K. Loukopoulus (2017): A Sound Modeling and Back-testing Framework for Forecasting Initial Margin Requirements https://papers.ssrn.com/sol3/papers.cfm?abstract_id=2716279 eSSRN
- Caspers, P., P. Giltinan, R. Lichters, and N. Nowaczyk (2017): Forecasting Initial Margin Requirements - A Model Evaluation https://papers.ssrn.com/sol3/papers.cfm?abstract_id=2911167 eSSRN
- International Swaps and Derivatives Association (2017): SIMM v2.0 Methodology https://www.isda.org/a/oFiDE/isda-simm-v2.pdf
- Module = Portfolio Core Module
- Library = Initial and Variation Margin Analytics
- Project = Initial Margin Analytics based on ISDA SIMM and its Variants
- Package = Common Cross Risk Factor Utilities
- Author:
- Lakshmi Krishnamurthy
-
-
Field Summary
Fields Modifier and Type Field Description static double
CRNQ_CT
Correlation between Credit Non Qualifying and Commodity Risk Classesstatic double
CRNQ_EQ
Correlation between Credit Non Qualifying and Equity Risk Classesstatic double
CRNQ_FX
Correlation between Credit Non Qualifying and FX Risk Classesstatic double
CRQ_CRNQ
Correlation between Credit Qualifying and Credit Non-Qualifying Risk Classesstatic double
CRQ_CT
Correlation between Credit Qualifying and Commodity Risk Classesstatic double
CRQ_EQ
Correlation between Credit Qualifying and Equity Risk Classesstatic double
CRQ_FX
Correlation between Credit Qualifying and FX Risk Classesstatic double
CT_FX
Correlation between Commodity and FX Risk Classesstatic double
EQ_CT
Correlation between Equity and Commodity Risk Classesstatic double
EQ_FX
Correlation between Equity and FX Risk Classesstatic double
IR_CRNQ
Correlation between Interest Rate and Credit Non-Qualifying Risk Classesstatic double
IR_CRQ
Correlation between Interest Rate and Credit Qualifying Risk Classesstatic double
IR_CT
Correlation between Interest Rate and Commodity Risk Classesstatic double
IR_EQ
Correlation between Interest Rate and Equity Risk Classesstatic double
IR_FX
Correlation between Interest Rate and FX Risk Classes
-
Constructor Summary
Constructors Constructor Description CrossRiskClassCorrelation21()
-
Method Summary
Modifier and Type Method Description static double
CNRQ_CNQ()
Retrieve the Correlation between Credit Qualifying and Credit Non-Qualifying Risk Classesstatic double
CNRQ_CT()
Retrieve the Correlation between Credit Non Qualifying and Commodity Risk Classesstatic double
CNRQ_EQ()
Retrieve the Correlation between Credit Non Qualifying and Equity Risk Classesstatic double
CreditNonQualifying_FX()
Retrieve the Correlation between Credit Non Qualifying and FX Risk Classesstatic double
CRNQ_IR()
Retrieve the Correlation between Interest Rate and Credit Non Qualifying Risk Classesstatic double
CRQ_CRNQ()
Retrieve the Correlation between Credit Qualifying and Credit Non-Qualifying Risk Classesstatic double
CRQ_CT()
Retrieve the Correlation between Credit Qualifying and Commodity Risk Classesstatic double
CRQ_EQ()
Retrieve the Correlation between Credit Qualifying and Equity Risk Classesstatic double
CRQ_FX()
Retrieve the Correlation between Credit Qualifying and FX Risk Classesstatic double
CRQ_IR()
Retrieve the Correlation between Interest Rate and Credit Qualifying Risk Classesstatic double
CT_CNRQ()
Retrieve the Correlation between Credit Non Qualifying and Commodity Risk Classesstatic double
CT_CRQ()
Retrieve the Correlation between Credit Qualifying and Commodity Risk Classesstatic double
CT_EQ()
Retrieve the Correlation between Equity and Commodity Risk Classesstatic double
CT_FX()
Retrieve the Correlation between Commodity and FX Risk Classesstatic double
CT_IR()
Retrieve the Correlation between Interest Rate and Commodity Risk Classesstatic double
EQ_CNRQ()
Retrieve the Correlation between Credit Non Qualifying and Equity Risk Classesstatic double
EQ_CRQ()
Retrieve the Correlation between Credit Qualifying and Equity Risk Classesstatic double
EQ_CT()
Retrieve the Correlation between Equity and Commodity Risk Classesstatic double
EQ_FX()
Retrieve the Correlation between Equity and FX Risk Classesstatic double
EQ_IR()
Retrieve the Correlation between Interest Rate and Equity Risk Classesstatic double
FX_CNRQ()
Retrieve the Correlation between Credit Non Qualifying and FX Risk Classesstatic double
FX_CRQ()
Retrieve the Correlation between Credit Qualifying and FX Risk Classesstatic double
FX_CT()
Retrieve the Correlation between Commodity and FX Risk Classesstatic double
FX_EQ()
Retrieve the Correlation between Equity and FX Risk Classesstatic double
FX_IR()
Retrieve the Correlation between Interest Rate and FX Risk Classesstatic double
IR_CRNQ()
Retrieve the Correlation between Interest Rate and Credit Non Qualifying Risk Classesstatic double
IR_CRQ()
Retrieve the Correlation between Interest Rate and Credit Qualifying Risk Classesstatic double
IR_CT()
Retrieve the Correlation between Interest Rate and Commodity Risk Classesstatic double
IR_EQ()
Retrieve the Correlation between Interest Rate and Equity Risk Classesstatic double
IR_FX()
Retrieve the Correlation between Interest Rate and FX Risk Classesstatic LabelCorrelation
Matrix()
Generate the Corresponding Risk Class Correlation Matrix as a LabelCorrelation Instance
-
-
-
Field Detail
-
IR_CRQ
public static final double IR_CRQ
Correlation between Interest Rate and Credit Qualifying Risk Classes- See Also:
- Constant Field Values
-
IR_CRNQ
public static final double IR_CRNQ
Correlation between Interest Rate and Credit Non-Qualifying Risk Classes- See Also:
- Constant Field Values
-
IR_EQ
public static final double IR_EQ
Correlation between Interest Rate and Equity Risk Classes- See Also:
- Constant Field Values
-
IR_CT
public static final double IR_CT
Correlation between Interest Rate and Commodity Risk Classes- See Also:
- Constant Field Values
-
IR_FX
public static final double IR_FX
Correlation between Interest Rate and FX Risk Classes- See Also:
- Constant Field Values
-
CRQ_CRNQ
public static final double CRQ_CRNQ
Correlation between Credit Qualifying and Credit Non-Qualifying Risk Classes- See Also:
- Constant Field Values
-
CRQ_EQ
public static final double CRQ_EQ
Correlation between Credit Qualifying and Equity Risk Classes- See Also:
- Constant Field Values
-
CRQ_CT
public static final double CRQ_CT
Correlation between Credit Qualifying and Commodity Risk Classes- See Also:
- Constant Field Values
-
CRQ_FX
public static final double CRQ_FX
Correlation between Credit Qualifying and FX Risk Classes- See Also:
- Constant Field Values
-
CRNQ_EQ
public static final double CRNQ_EQ
Correlation between Credit Non Qualifying and Equity Risk Classes- See Also:
- Constant Field Values
-
CRNQ_CT
public static final double CRNQ_CT
Correlation between Credit Non Qualifying and Commodity Risk Classes- See Also:
- Constant Field Values
-
CRNQ_FX
public static final double CRNQ_FX
Correlation between Credit Non Qualifying and FX Risk Classes- See Also:
- Constant Field Values
-
EQ_CT
public static final double EQ_CT
Correlation between Equity and Commodity Risk Classes- See Also:
- Constant Field Values
-
EQ_FX
public static final double EQ_FX
Correlation between Equity and FX Risk Classes- See Also:
- Constant Field Values
-
CT_FX
public static final double CT_FX
Correlation between Commodity and FX Risk Classes- See Also:
- Constant Field Values
-
-
Method Detail
-
IR_CRQ
public static final double IR_CRQ()
Retrieve the Correlation between Interest Rate and Credit Qualifying Risk Classes- Returns:
- Correlation between Interest Rate and Credit Qualifying Risk Classes
-
CRQ_IR
public static final double CRQ_IR()
Retrieve the Correlation between Interest Rate and Credit Qualifying Risk Classes- Returns:
- Correlation between Interest Rate and Credit Qualifying Risk Classes
-
IR_CRNQ
public static final double IR_CRNQ()
Retrieve the Correlation between Interest Rate and Credit Non Qualifying Risk Classes- Returns:
- Correlation between Interest Rate and Credit Non Qualifying Risk Classes
-
CRNQ_IR
public static final double CRNQ_IR()
Retrieve the Correlation between Interest Rate and Credit Non Qualifying Risk Classes- Returns:
- Correlation between Interest Rate and Credit Non Qualifying Risk Classes
-
IR_EQ
public static final double IR_EQ()
Retrieve the Correlation between Interest Rate and Equity Risk Classes- Returns:
- Correlation between Interest Rate and Equity Risk Classes
-
EQ_IR
public static final double EQ_IR()
Retrieve the Correlation between Interest Rate and Equity Risk Classes- Returns:
- Correlation between Interest Rate and Equity Risk Classes
-
IR_CT
public static final double IR_CT()
Retrieve the Correlation between Interest Rate and Commodity Risk Classes- Returns:
- Correlation between Interest Rate and Commodity Risk Classes
-
CT_IR
public static final double CT_IR()
Retrieve the Correlation between Interest Rate and Commodity Risk Classes- Returns:
- Correlation between Interest Rate and Commodity Risk Classes
-
IR_FX
public static final double IR_FX()
Retrieve the Correlation between Interest Rate and FX Risk Classes- Returns:
- Correlation between Interest Rate and FX Risk Classes
-
FX_IR
public static final double FX_IR()
Retrieve the Correlation between Interest Rate and FX Risk Classes- Returns:
- Correlation between Interest Rate and FX Risk Classes
-
CRQ_CRNQ
public static final double CRQ_CRNQ()
Retrieve the Correlation between Credit Qualifying and Credit Non-Qualifying Risk Classes- Returns:
- Correlation between Credit Qualifying and Credit Non-Qualifying Risk Classes
-
CNRQ_CNQ
public static final double CNRQ_CNQ()
Retrieve the Correlation between Credit Qualifying and Credit Non-Qualifying Risk Classes- Returns:
- Correlation between Credit Qualifying and Credit Non-Qualifying Risk Classes
-
CRQ_EQ
public static final double CRQ_EQ()
Retrieve the Correlation between Credit Qualifying and Equity Risk Classes- Returns:
- Correlation between Credit Qualifying and Equity Risk Classes
-
EQ_CRQ
public static final double EQ_CRQ()
Retrieve the Correlation between Credit Qualifying and Equity Risk Classes- Returns:
- Correlation between Credit Qualifying and Equity Risk Classes
-
CRQ_CT
public static final double CRQ_CT()
Retrieve the Correlation between Credit Qualifying and Commodity Risk Classes- Returns:
- Correlation between Credit Qualifying and Commodity Risk Classes
-
CT_CRQ
public static final double CT_CRQ()
Retrieve the Correlation between Credit Qualifying and Commodity Risk Classes- Returns:
- Correlation between Credit Qualifying and Commodity Risk Classes
-
CRQ_FX
public static final double CRQ_FX()
Retrieve the Correlation between Credit Qualifying and FX Risk Classes- Returns:
- Correlation between Credit Qualifying and FX Risk Classes
-
FX_CRQ
public static final double FX_CRQ()
Retrieve the Correlation between Credit Qualifying and FX Risk Classes- Returns:
- Correlation between Credit Qualifying and FX Risk Classes
-
CNRQ_EQ
public static final double CNRQ_EQ()
Retrieve the Correlation between Credit Non Qualifying and Equity Risk Classes- Returns:
- Correlation between Credit Non Qualifying and Equity Risk Classes
-
EQ_CNRQ
public static final double EQ_CNRQ()
Retrieve the Correlation between Credit Non Qualifying and Equity Risk Classes- Returns:
- Correlation between Credit Non Qualifying and Equity Risk Classes
-
CNRQ_CT
public static final double CNRQ_CT()
Retrieve the Correlation between Credit Non Qualifying and Commodity Risk Classes- Returns:
- Correlation between Credit Non Qualifying and Commodity Risk Classes
-
CT_CNRQ
public static final double CT_CNRQ()
Retrieve the Correlation between Credit Non Qualifying and Commodity Risk Classes- Returns:
- Correlation between Credit Non Qualifying and Commodity Risk Classes
-
CreditNonQualifying_FX
public static final double CreditNonQualifying_FX()
Retrieve the Correlation between Credit Non Qualifying and FX Risk Classes- Returns:
- Correlation between Credit Non Qualifying and FX Risk Classes
-
FX_CNRQ
public static final double FX_CNRQ()
Retrieve the Correlation between Credit Non Qualifying and FX Risk Classes- Returns:
- Correlation between Credit Non Qualifying and FX Risk Classes
-
EQ_CT
public static final double EQ_CT()
Retrieve the Correlation between Equity and Commodity Risk Classes- Returns:
- Correlation between Equity and Commodity Risk Classes
-
CT_EQ
public static final double CT_EQ()
Retrieve the Correlation between Equity and Commodity Risk Classes- Returns:
- Correlation between Equity and Commodity Risk Classes
-
EQ_FX
public static final double EQ_FX()
Retrieve the Correlation between Equity and FX Risk Classes- Returns:
- Correlation between Equity and FX Risk Classes
-
FX_EQ
public static final double FX_EQ()
Retrieve the Correlation between Equity and FX Risk Classes- Returns:
- Correlation between Equity and FX Risk Classes
-
CT_FX
public static final double CT_FX()
Retrieve the Correlation between Commodity and FX Risk Classes- Returns:
- Correlation between Commodity and FX Risk Classes
-
FX_CT
public static final double FX_CT()
Retrieve the Correlation between Commodity and FX Risk Classes- Returns:
- Correlation between Commodity and FX Risk Classes
-
Matrix
public static final LabelCorrelation Matrix()
Generate the Corresponding Risk Class Correlation Matrix as a LabelCorrelation Instance- Returns:
- The Risk Class Correlation Matrix
-
-


Postecoglou's Yokohama close in on title
Ange Postecoglou is on the verge of becoming the first Australian coach to win the J-League title after steering his Yokohama F. Marinos team to the top of the standings with two games remaining.
Former Socceroos coach Postecoglou guided Yokohama to the summit with a 1-0 win at Matsumoto Yamuga on Saturday.
That result and FC Tokyo's surprise 1-1 draw with lowly Shonan Bellmare saw the top two change positions.
Yokohama are on 64 points with Tokyo on 63. Kashima Antlers, the only other team in title contention, are on 60.
Postecoglou's man could clinch the title as soon as next weekend if they beat fourth-placed Kawasaki Frontale away and Tokyo lose to 13th-placed Urawa Red Diamonds.
However, it is more likely it will come down to a final round home showdown with Tokyo on December 7.
Postecoglou's side are unbeaten in the league since August 17, a span of nine games.
However, the former Brisbane Roar and Melbourne Victory boss - who recently signed a one-year contract extension with Yokohama that will take him through till the end of next season - was not getting carried away with the title up for grabs.
"Just keep playing our football, that's what's got us to here," said Postecoglou.
"We look forward to a big game next week against Kawasaki. They're a fantastic team and we look forward to that challenge."
The 54-year-old Postecoglou is wildly popular in Yokohama for driving the five-time champions to within reach of a first success since 2004 with minimal spending, as well as establishing an exciting brand of attacking football.
It's an impressive improvement for the club, which finished 12th last season and narrowly avoided a relegation play-off in Postecoglou's first campaign in Japan's top flight.
AAP


Popular Areas in murphy's in lee vining
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Lee Vining is a great little town tucked in the Sierras, back entrance to Yosemite. Murphy's is an older motel, but clean, and friendly. Walking distance to all .
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Perrenially seeping water is pretty rare -- the Lee Vining and June Lake ice flows exist . You can stay at Murphy's Inn on Hwy 395 in Lee Vining for a "climber's .
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Murphy Creek Trail to Polly Dome Lake | Lee Vining California Hikes ...
General Hiking information, features, and statistics for Murphy Creek Trail to Polly Dome Lake in Lee Vining, California.
http://www.trails.com/tcatalog_trail.aspx?trailId=HGS270-210
Lee Vining Restaurants | Urbanspoon
Lee Vining. 7fmhqlmupzvj0c-28. January 28, 2013. Whoa Nellie Deli. Phone. cef8a94 Mobile review. by Tim Murphy (4 reviews). This place is great. great like .
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Murphey's Motel - Lee Vining, CA
8/24/2011. Thank you Murphy's for a great stay. This is the best place to stay in Lee Vining -- clean spacious rooms, friendly and helpful staff, centrally located.
http://www.yelp.com/biz/murpheys-motel-lee-vining


Northeastern's Computer Science Mentoring Organization serves
to better connect Northeastern students who are interested in computer science.
We run a mentorship program every semester where undergraduates who are interested in
computer science can get the help they need with classes, co-ops, and more.
We also feature weekly workshops and panels with guest speakers who share their expertise
on topics across computer science.
CoSMO is open to all. No prior CS experience required!
Thanks for a great Spring semester! Registrations for the mentorship program will be open again in Fall 2020!


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Morales decries U.S. recognition of new Bolivian government
MEXICO CITY (Reuters) - Bolivia’s former President Evo Morales said on Wednesday that he condemned U.S. recognition of the South American country’s new “de facto government” that has installed itself since his departure.
The Senate vice-president of Bolivia became interim president after Morales fled to Mexico for asylum on Tuesday. The veteran socialist has said his resignation was prompted by a coup, which he called in a tweet a “political and economic conspiracy” stemming from the United States.
Michael Kozak, the U.S. Acting Assistant Secretary for the State Department’s Bureau of Western Hemisphere Affairs, said on Twitter the United States looked forward to working with Bolivia’s interim administration.


OQMGR
Section: Maintenance Commands (8)Index Return to Main Contents
NAME
oqmgr - old Postfix queue managerSYNOPSIS
oqmgr [generic Postfix daemon options]
DESCRIPTION
The oqmgr(8) daemon awaits the arrival of incoming mail and arranges for its delivery via Postfix delivery processes. The actual mail routing strategy is delegated to the trivial-rewrite(8) daemon. This program expects to be run from the master(8) process manager.Mail addressed to the local double-bounce address is logged and discarded. This stops potential loops caused by undeliverable bounce notifications.
MAIL QUEUES
The oqmgr(8) daemon maintains the following queues:
- incoming
- Inbound mail from the network, or mail picked up by the local pickup(8) agent from the maildrop directory.
- active
- Messages that the queue manager has opened for delivery. Only a limited number of messages is allowed to enter the active queue (leaky bucket strategy, for a fixed delivery rate).
- deferred
- Mail that could not be delivered upon the first attempt. The queue manager implements exponential backoff by doubling the time between delivery attempts.
- corrupt
- Unreadable or damaged queue files are moved here for inspection.
- hold
- Messages that are kept "on hold" are kept here until someone sets them free.
DELIVERY STATUS REPORTS
The oqmgr(8) daemon keeps an eye on per-message delivery status reports in the following directories. Each status report file has the same name as the corresponding message file:
- bounce
- Per-recipient status information about why mail is bounced. These files are maintained by the bounce(8) daemon.
- defer
- Per-recipient status information about why mail is delayed. These files are maintained by the defer(8) daemon.
- trace
- Per-recipient status information as requested with the Postfix "sendmail -v" or "sendmail -bv" command. These files are maintained by the trace(8) daemon.
The oqmgr(8) daemon is responsible for asking the bounce(8), defer(8) or trace(8) daemons to send delivery reports.
STRATEGIES
The queue manager implements a variety of strategies for either opening queue files (input) or for message delivery (output).
- leaky bucket
- This strategy limits the number of messages in the active queue and prevents the queue manager from running out of memory under heavy load.
- fairness
- When the active queue has room, the queue manager takes one message from the incoming queue and one from the deferred queue. This prevents a large mail backlog from blocking the delivery of new mail.
- slow start
- This strategy eliminates "thundering herd" problems by slowly adjusting the number of parallel deliveries to the same destination.
- round robin
- The queue manager sorts delivery requests by destination. Round-robin selection prevents one destination from dominating deliveries to other destinations.
- exponential backoff
- Mail that cannot be delivered upon the first attempt is deferred. The time interval between delivery attempts is doubled after each attempt.
- destination status cache
- The queue manager avoids unnecessary delivery attempts by maintaining a short-term, in-memory list of unreachable destinations.
 A trigger is a one-byte message. Depending on the message received, the queue manager performs one of the following actions (the message is followed by the symbolic constant used internally by the software):
- D (QMGR_REQ_SCAN_DEFERRED)
- Start a deferred queue scan. If a deferred queue scan is already in progress, that scan will be restarted as soon as it finishes.
- I (QMGR_REQ_SCAN_INCOMING)
- Start an incoming queue scan. If an incoming queue scan is already in progress, that scan will be restarted as soon as it finishes.
- A (QMGR_REQ_SCAN_ALL)
- Ignore deferred queue file time stamps. The request affects the next deferred queue scan.
- F (QMGR_REQ_FLUSH_DEAD)
- Purge all information about dead transports and destinations.
- W (TRIGGER_REQ_WAKEUP)
- Wakeup call, This is used by the master server to instantiate servers that should not go away forever. The action is to start an incoming queue scan.
The oqmgr(8) daemon reads an entire buffer worth of triggers. Multiple identical trigger requests are collapsed into one, and trigger requests are sorted so that A and F precede D and I. Thus, in order to force a deferred queue run, one would request A F D; in order to notify the queue manager of the arrival of new mail one would request I.
STANDARDS
RFC 3463 (Enhanced status codes) RFC 3464 (Delivery status notifications)
SECURITY
The oqmgr(8) daemon is not security sensitive. It reads single-character messages from untrusted local users, and thus may be susceptible to denial of service attacks. The oqmgr(8) daemon does not talk to the outside world, and it can be run at fixed low privilege in a chrooted environment.
DIAGNOSTICS
Problems and transactions are logged to the syslog(8) daemon. Corrupted message files are saved to the corrupt queue for further inspection.Depending on the setting of the notify_classes parameter, the postmaster is notified of bounces and of other trouble.
BUGS
A single queue manager process has to compete for disk access with multiple front-end processes such as cleanup(8). A sudden burst of inbound mail can negatively impact outbound delivery rates.CONFIGURATION PARAMETERS
Changes to main.cf are not picked up automatically, as oqmgr(8) is a persistent process. Use the command "postfix reload" after a configuration change.
The text below provides only a parameter summary. See postconf(5) for more details including examples.
In the text below, transport is the first field in a master.cf entry.
COMPATIBILITY CONTROLS
Available before Postfix version 2.5:
- allow_min_user (no)
- Allow a sender or recipient address to have `-' as the first character.
ACTIVE QUEUE CONTROLS
- qmgr_clog_warn_time (300s)
- The minimal delay between warnings that a specific destination is clogging up the Postfix active queue.
- qmgr_message_active_limit (20000)
- The maximal number of messages in the active queue.
- qmgr_message_recipient_limit (20000)
- The maximal number of recipients held in memory by the Postfix queue manager, and the maximal size of the size of the short-term, in-memory "dead" destination status cache.
DELIVERY CONCURRENCY CONTROLS
- qmgr_fudge_factor (100)
- Obsolete feature: the percentage of delivery resources that a busy mail system will use up for delivery of a large mailing list message.
- initial_destination_concurrency (5)
- The initial per-destination concurrency level for parallel delivery to the same destination.
- default_destination_concurrency_limit (20)
- The default maximal number of parallel deliveries to the same destination.
- transport_destination_concurrency_limit ($default_destination_concurrency_limit)
- Idem, for delivery via the named message transport.
Available in Postfix version 2.5 and later:
- transport_initial_destination_concurrency ($initial_destination_concurrency)
- Initial concurrency for delivery via the named message transport.
- default_destination_concurrency_failed_cohort_limit (1)
- How many pseudo-cohorts must suffer connection or handshake failure before a specific destination is considered unavailable (and further delivery is suspended).
- transport_destination_concurrency_failed_cohort_limit ($default_destination_concurrency_failed_cohort_limit)
- Idem, for delivery via the named message transport.
- default_destination_concurrency_negative_feedback (1)
- The per-destination amount of delivery concurrency negative feedback, after a delivery completes with a connection or handshake failure.
- transport_destination_concurrency_negative_feedback ($default_destination_concurrency_negative_feedback)
- Idem, for delivery via the named message transport.
- default_destination_concurrency_positive_feedback (1)
- The per-destination amount of delivery concurrency positive feedback, after a delivery completes without connection or handshake failure.
- transport_destination_concurrency_positive_feedback ($default_destination_concurrency_positive_feedback)
- Idem, for delivery via the named message transport.
- destination_concurrency_feedback_debug (no)
- Make the queue manager's feedback algorithm verbose for performance analysis purposes.
RECIPIENT SCHEDULING CONTROLS
- default_destination_recipient_limit (50)
- The default maximal number of recipients per message delivery.
- transport_destination_recipient_limit
- Idem, for delivery via the named message transport.
OTHER RESOURCE AND RATE CONTROLS
- minimal_backoff_time (300s)
- The minimal time between attempts to deliver a deferred message; prior to Postfix 2.4 the default value was 1000s.
- maximal_backoff_time (4000s)
- The maximal time between attempts to deliver a deferred message.
- maximal_queue_lifetime (5d)
- The maximal time a message is queued before it is sent back as undeliverable.
- queue_run_delay (300s)
- The time between deferred queue scans by the queue manager; prior to Postfix 2.4 the default value was 1000s.
- transport_retry_time (60s)
- The time between attempts by the Postfix queue manager to contact a malfunctioning message delivery transport.
Available in Postfix version 2.1 and later:
- bounce_queue_lifetime (5d)
- The maximal time a bounce message is queued before it is considered undeliverable.
Available in Postfix version 2.5 and later:
- default_destination_rate_delay (0s)
- The default amount of delay that is inserted between individual deliveries to the same destination; with per-destination recipient limit > 1, a destination is a domain, otherwise it is a recipient.
- transport_destination_rate_delay $default_destination_rate_delay
- Idem, for delivery via the named message
transport.
MISCELLANEOUS CONTROLS
- config_directory (see 'postconf -d' output)
- The default location of the Postfix main.cf and master.cf configuration files.
- defer_transports (empty)
- The names of message delivery transports that should not deliver mail unless someone issues "sendmail -q" or equivalent.
- delay_logging_resolution_limit (2)
- The maximal number of digits after the decimal point when logging sub-second delay values.
- helpful_warnings (yes)
- Log warnings about problematic configuration settings, and provide helpful suggestions.
- ipc_timeout (3600s)
- The time limit for sending or receiving information over an internal communication channel.
- process_id (read-only)
- The process ID of a Postfix command or daemon process.
- process_name (read-only)
- The process name of a Postfix command or daemon process.
- queue_directory (see 'postconf -d' output)
- The location of the Postfix top-level queue directory.
- syslog_facility (mail)
- The syslog facility of Postfix logging.
- syslog_name (see 'postconf -d' output)
- The mail system name that is prepended to the process name in syslog records, so that "smtpd" becomes, for example, "postfix/smtpd".
FILES
/var/spool/postfix/incoming, incoming queue /var/spool/postfix/active, active queue /var/spool/postfix/deferred, deferred queue /var/spool/postfix/bounce, non-delivery status /var/spool/postfix/defer, non-delivery status /var/spool/postfix/trace, delivery status
SEE ALSO
trivial-rewrite(8), address routing bounce(8), delivery status reports postconf(5), configuration parameters master(5), generic daemon options master(8), process manager syslogd(8), system logging
README FILES
Use "postconf readme_directory" or "postconf html_directory" to locate this information.
QSHAPE_README, Postfix queue analysis
LICENSE
The Secure Mailer license must be distributed with this software.
AUTHOR(S)
Wietse Venema IBM T.J. Watson Research P.O. Box 704 Yorktown Heights, NY 10598, USA
Index
- NAME
- SYNOPSIS
- DESCRIPTION
- MAIL QUEUES
- DELIVERY STATUS REPORTS
- STRATEGIES
- TRIGGERS
- STANDARDS
- SECURITY
- DIAGNOSTICS
- BUGS
- CONFIGURATION PARAMETERS
- COMPATIBILITY CONTROLS
- ACTIVE QUEUE CONTROLS
- DELIVERY CONCURRENCY CONTROLS
- RECIPIENT SCHEDULING CONTROLS
- OTHER RESOURCE AND RATE CONTROLS
- MISCELLANEOUS CONTROLS
- FILES
- SEE ALSO
- README FILES
- LICENSE
- AUTHOR(S)
This document was created by man2html, using the manual pages.
Time: 05:34:28 GMT, December 24, 2015


| Application version | 3.0 |
| Application licence | BSD |
| Trad4 version | 3.0 |
| Document version | 3.0 |
| Author | schevans |
| Date | 23-06-09 |
In this model we'll be applying trad4 to the problem of ordinary differential equations, again using numerical methods in a similar vein to heat_equation_1d. We'll define a function, and get the first and second order differentials of that function.
The diagram below shows the curve f and two lines a and b.
First, we're going to find the first differential at point x=2. This can be approximated using the centred difference method which gives us the slope of line a. This is given by:
df = ( f(x3) - f(x1) ) / ( x3 - x1)
The first differential at point x=0 can be approximated by the forwards difference method which gives us the slope of line b. The forward difference method is less accurate than the centred difference method for reasons discussed below, but for now, this is given by:
df = ( f(x1) - f(x0) ) / ( x1 - x0)
The first differential at the last point on the curve (not shown) is given by the backwards difference method. This is not show on the above diagram as it's essentially the same as the forwards difference method.
Now we're going to walk through how a 10-node implementation works. First we need to define our 10 f-objects. We start in the calculate_f function where we first derive our x-values from their object id, and these run from 0.1 to 1.0. Next the y-values are derived, and for this we're using the default y = sin(5x).
| id | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 |
| x | 0.1 | 0.2 | 0.3 | 0.4 | 0.5 | 0.6 | 0.7 | 0.8 | 0.9 | 1 |
| y | 0.479426 | 0.841471 | 0.997495 | 0.909297 | 0.598472 | 0.14112 | -0.350783 | -0.756802 | -0.97753 | -0.958924 |
Next, we move on to the df objects. The published values of these objects are the first derivative of f (given analytically as y = 5cos(5x)), and are given by the foreward and centred difference methods described above:
| id | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 |
| df | 3.62045 | 2.59035 | 0.339132 | -1.99511 | -3.84089 | -4.74628 | -4.48961 | -3.13373 | -1.01061 | 0.186058 |
Finally we add our third tier d2f. This applies the same forward and centred difference methods, but applied to df rather than f. This gives us our second derivative (given analytically by y = -5*5sin(5x)):
| id | 21 | 22 | 23 | 24 | 25 | 26 | 27 | 28 | 29 | 30 |
| d2f | -10.3011 | -16.4066 | -22.9273 | -20.9001 | -13.7558 | -3.24363 | 8.06271 | 17.395 | 16.599 | 11.9667 |
We can see this working using spot-checks. Take the full data set of this run:
| x | 0.1 | 0.2 | 0.3 | 0.4 | 0.5 | 0.6 | 0.7 | 0.8 | 0.9 | 1 |
| y | 0.479426 | 0.841471 | 0.997495 | 0.909297 | 0.598472 | 0.14112 | -0.350783 | -0.756802 | -0.97753 | -0.958924 |
| df | 3.62045 | 2.59035 | 0.339132 | -1.99511 | -3.84089 | -4.74628 | -4.48961 | -3.13373 | -1.01061 | 0.186058 |
| d2f | -10.3011 | -16.4066 | -22.9273 | -20.9001 | -13.7558 | -3.24363 | 8.06271 | 17.395 | 16.599 | 11.9667 |
First we'll look at the green cell. According to the centred difference formula, this is given by:
df = ( 0.909297 - 0.841471 ) / ( 0.4 - 0.2 ) df = 0.339130
Next,the yellow cell which uses the forward difference method, which means that d2f is given by:
d2f = ( 2.59035 - 3.62045 ) / ( 0.2 - 0.1 ) d2f = -10.301000
Lastly we'll check the blue cell, which uses the centred difference method again:
d2f = ( -1.01061 - -4.48961 ) / ( 0.9 - 0.7 ) d2f = 17.395000
The small differences you see are because the tabular output above is the result of 32-bit floating point calculations whereas we've taken the rounded output to plug into the three worked examples above.
The monitor is not shown.
static int mode pub double x double y
The mode switch is just to allow you to switch between the two demo functions without having to recompile. Arguably it shouldn't exist on every f-object but on a singleton data_server. See the Usage section below for how to use this.
sub f f_down f f_this f f_up pub double df double dx
The pub element dx is described as a pass-through above. This is required as d2f needs to know the step-size of the f of which it's finding the second differential. While it's theoretically possible for d2x to read x directly from f (by using another level of indirection of the kind used in the sub macros) this is not formally supported - any object only has access to the data of objects to which it directly subscribes. For this reason dx has to copy x and publish it to d2f unmolested. This is known as a pass-through.
sub df df_down df df_this df df_up pub double d2f
sub f my_f[NUM_NODES] df my_df[NUM_NODES] d2f my_d2f[NUM_NODES]
For this section we're switching to a 100-node graph. This will provide smoother curves, but not too smooth as we'll see in the next section.
The full 100-node data set is available here.
You'll notice a glitch at the end of the numeric d2f graph. This is down to the fact the forwards/backwards difference methods are not as accurate as the central difference method. This will be discussed in the next section.
The full 100-node data set is available here.
You'll see the same glitch at the start and end of the d2f graph - discussed further below.
We're now going to look at where those glitches at the edges come from, why the forwards/backwards difference methods produce these artifacts and why there's nothing we can do about it.
Firstly, you might wonder why only d2f is affected. The answer is it's not - df has this artifact too, it's just not as visible when looking at the graph. Take a look at the right-hand end of the 100-node data for the sin(5x) function. You can see the df error in yellow, and the d2f errors in green and blue:
| x | .. | 0.940000 | 0.950000 | 0.960000 | 0.970000 | 0.980000 | 0.990000 | 1.000000 |
| y | .. | -0.999923 | -0.999293 | -0.996165 | -0.990547 | -0.982453 | -0.971903 | -0.958924 |
| df numeric | .. | -0.061918 | 0.187932 | 0.437313 | 0.685600 | 0.932173 | 1.176420 | 1.297880 |
| d2f numeric | .. | 24.977300 | 24.961500 | 24.883400 | 24.743000 | 24.540900 | 18.285300 | 12.146300 |
| df analytic | .. | -0.061943 | 0.188011 | 0.437495 | 0.685886 | 0.932562 | 1.176907 | 1.418311 |
| d2f analytic | .. | 24.998081 | 24.982320 | 24.904115 | 24.763663 | 24.561315 | 24.297577 | 23.973107 |
| df diffs | .. | 0.000025 | -0.000079 | -0.000182 | -0.000286 | -0.000389 | -0.000487 | -0.120431 |
| d2f diffs | .. | -0.020781 | -0.020820 | -0.020715 | -0.020663 | -0.020415 | -6.012277 | -11.826807 |
Take a look at the curve below. This looks at the start of an arbitrary graph but as already explained the problems at the start and the ends are identical. As above we have a curve f, and two lines a and b. We're trying to find the slope of the curve at x=0.
The actual method used - the forward difference method - corresponds to the slope of line a. If the imaginary x=-1 point existed we could use the centred difference method which would give us the slope of line b. Looking at this we can see that b gives us a better approximation of df(0), but the problem is that the point x=-1 doesn't exist as we're only given the curve from 0 onwards - for all we know the function could be discontinuous for x < 0. So short of any complex curve extrapolation we are forced to use the forward difference method which we can see gives us a less good approximation of df(0).
I hope that explains why we're forced to use the less-accurate forwards/backwards method at the ends of the graph. The next thing we need to understand is a) why this error propagates inwards for d2f (i.e. the blue and green cells in the table above) and b) why the d2f curve for x_squared shows such a marked jump at both ends.
The reason this error propagates inward is because the green cell subscribes to the yellow one and the yellow one has the error, the error is propagated. The blue cell has two problems - it also subscribes to the yellow cell but it also suffers from the backwards difference error, which explains why it's error is greater than the green cell.
The reason the d2f error is so marked for the graph x_squared is that the underlying curve (df) for which we're trying to find the derivative is (or should be, analytically) a linear slope. As it's not, due to the 1st order problem described above, the d2f curve which says "there is no rate of change in df" actually does see a rate of change for the first and last elements due to the forwards/backwards error, and for this reason, plus the propagation issue, it shows a marked jump.
Apologies if you think I've laboured this point but it took me a long time to figure out what was happening here and convince myself that these errors weren't due to bugs in my code, and I wanted to save you the trouble.
The error across the first derivative is a known quantity of the finite difference method and is proportional to the step-size squared, so the smaller your step size (i.e. the greater NUM_NODES) the better approximation you get. Below, an abridged table showing the sin(5x) data for a 1000-node graph where you can see that the diffs are smaller compared to the 100-node graph above. The full 1000-node outputs for sin(5x) and x_squared are on-line.
| x | 0.00100000 | 0.00200000 | 0.00300000 | 0.00400000 | 0.00500000 | .. | 0.99600000 | 0.99700000 | 0.99800000 | 0.99900000 | 1.00000000 |
| y | 0.00499998 | 0.00999983 | 0.01499944 | 0.01999867 | 0.02499740 | .. | -0.96440536 | -0.96307117 | -0.96171290 | -0.96033059 | -0.95892428 |
| df numeric | 4.99985417 | 4.99972917 | 4.99941668 | 4.99897920 | 4.99841675 | .. | 1.32213573 | 1.34622914 | 1.37028889 | 1.39431438 | 1.40631849 |
| d2f numeric | -0.12499766 | -0.21874395 | -0.37498281 | -0.49996250 | -0.62492969 | .. | 24.10993310 | 24.07657860 | 24.04262220 | 18.01480050 | 12.00410740 |
| df analytic | 4.99993750 | 4.99975000 | 4.99943751 | 4.99900003 | 4.99843758 | .. | 1.32214124 | 1.34623475 | 1.37029460 | 1.39432019 | 1.41831093 |
| d2f analytic | -0.12499948 | -0.24999583 | -0.37498594 | -0.49996667 | -0.62493490 | .. | 24.11013404 | 24.07677927 | 24.04282259 | 24.00826483 | 23.97310687 |
| df diff | -0.00008333 | -0.00002083 | -0.00002083 | -0.00002083 | -0.00002083 | .. | -0.00000551 | -0.00000561 | -0.00000571 | -0.00000581 | -0.01199244 |
| d2f diff | 0.00000182 | 0.03125189 | 0.00000312 | 0.00000417 | 0.00000521 | .. | -0.00020094 | -0.00020067 | -0.00020039 | -5.99346433 | -11.96899947 |
Below, the graph for the 1000-node data set. You can see the backwards error still exists but for a much smaller part of the graph.
The default distribution is set up with a 100-node graph and y = sin(5x). You can switch between sin(5x) and x_squared by toggling the mode var on f:
$ t4db SQL> update f set mode=1;
And then send the reload signal (there's no need to restart):
$ send_reload.sh
If you want to try a different function, modify the calculate_f function in f.c as appropriate, recompile and restart:
calculus$ make calculus$ calculus
If you want to change the x-range, again modify the calculate_f as appropriate, recompile and restart.
The need_refresh function in the trad4 internals explicitly lists each object to which any type subscribes. This has worked well until now, but presents a problem with the monitor and big graphs. As the monitor subscribes to 3*NUM_NODES objects (as there are 3 tiers), big graphs, for example NUM_NODES=10k, mean a massive need_refresh function as 30k objects are listed in this function by the precompiler. This means for a long compile time and a big binary - monitor.o is 3MB for 10k nodes whereas the rest of the object files weigh in at a few KB.
This doesn't actually affect run-time performance as because every object to which the monitor subscribes will have changed, lazy evaluation kicks in so only the first object needs to be tested. It's almost certainly the compiler resolving the implication of the lazy evaluation that takes it so long and makes the binary so big.
Should you need the 3rd differential or above it's pretty trivial to add another tier.
Due to a limitation in the current trad4 infrastructure, if you want to run against the 10 or 1000 node data sets you'll have to set the value of NUM_NODES in calculus/src/constants.t4s as appropriate, run the precompiler and recompile:
heat_equation_1d$ t4p heat_equation_1d$ make all


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You walk down a concreate walkway. Once you are at the end you see that you are back in the front parking lot of the library.
I could just leave you think, then again, you didn’t get to finish looking around.


Shade Wood [bd55], forest, in Tenka, peasants: 100
Last updated Turn #134
Shade Wood [bd55], forest, in Tenka, peasants: 100
------------------------------------------------------------------------
17: Pleasure Sloop [v5n], ship, 30 hulls, 1 rowing port, 90 sails,
17: 7% damaged, arrived from Ocean [bc55], owner:
17: Dorothy [v1b], Pen, with one peasant, 94 sailors
18: Pleasure Sloop [v5n], ship, 30 hulls, 1 rowing port, 90 sails,
18: 7% damaged, departed for Ocean [bd56].
29: Stack of giants [fq7l], giants, number: 7, arrived from the south.
Routes leaving Shade Wood:
North, to Ocean [bc55], Crystal Sea, 2 days
East, to Ocean [bd56], Crystal Sea, 2 days
South, forest, to Shade Wood [be55], 8 days
West, mountain, to Dragonrock [bd54], 10 days
Garrison [dq2l], garrison, uncontrolled, with eight peasants
Seen here:
Stack of giants [cv8t], giants, number: 12
Mob [by2c], angry peasants, number: 34, on guard
Stack of giants [fq7l], giants, number: 6


Cows swept away during Hurricane Dorian found alive on island
Trio grazed on sea grass four miles from home
by Alisha Ebrahimji, CNN(CNN) - Three cows separated from their herd and swept away by Hurricane Dorian have been found miles from home in a national seashore park, a spokesman said.
Dorian brought fierce winds, destructive tornadoes and heavy rain to North Carolina in September when it made landfall in the Outer Banks in North Carolina.
During the storm, wild horses and cows were carried away by floodwaters from Cedar Island. Dozens of horses were swept to their deaths.
The cows were missing until they were discovered around four miles away at Cape Lookout National Seashore park in Core Banks, according to B.G. Horvat, the park's spokesman.
Horvat told CNN he's unsure how many cows were part of the herd and how many may have died from Dorian's floodwaters.
The cows were not wild, according to Horvat. He said they had caretakers in Cedar Island who looked after them, and the park is trying to get in touch with their owner.
"They likely got swept away from the same body of water as those wild horses," Horvat told CNN on Wednesday. "These cows were just really lucky because they went through the same thing and they could have easily drowned."
Horvat said the park's superintendent told him that cows can swim but they aren't the best at it.
"They will if they have to, and that's what seems to be one of the most remarkable things about this story," he said. "I think they were in the water just trying to keep their head afloat."
One cow was spotted shortly after Dorian hit, while the other two were found about two weeks later by visitors.
Horvat said the cows are grazing in the wild on the Core Banks and they've been able to survive from the sea grass or other vegetation. He said they might be drinking on the south side of the island, which has fresh water.


PL/SQL Doc - Index
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Packages
ws_notify_api
API Package Spec for Node Notify Websocket REST Calls
Package bodies
ws_notify_api
API Package Body for Node Notify Websocket REST Calls


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