{% extends "map/layout.html" %} {% load static %} {% block title %}RankTheRenewables - Sources{% endblock %} {% block body %}
Baban, S. M. (2004). Developing a geoinformatics-based approach to locate wind farms in the Caribbean region, using Trinidad and Tobago as a case study. In Proceedings of the Second Caribbean Environmental Forum and Exhibition (GEF-2) on CD.
Bilgili, M., Yasar, A., & Simsek, E. (2011). Offshore wind power development in Europe and its comparison with onshore counterpart. Renewable and Sustainable Energy Reviews, 15(2), 905-915.
Blechinger, P., Cader, C., Bertheau, P., Huyskens, H., Seguin, R., & Breyer, C. (2016). Global analysis of the techno-economic potential of renewable energy hybrid systems on small islands. Energy Policy, 98, 674-687.
Gonzalez-Rodriguez, A. G. (2017). Review of offshore wind farm cost components. Energy for Sustainable Development, 37, 10-19.
Kuik, M. (2021). A geodiversity-based suitability analysis on underground electricity cables on Aruba (Issue May). Universiteit van Amsterdam.
Rogers, T., Ashtine, M., Koon, R. K., & Atherley-Ikechi, M. (2019). Onshore wind energy potential for Small Island Developing States: Findings and recommendations from Barbados. Energy for Sustainable Development, 52, 116-127.
Global wind atlas (n.d.). Accessed on 23 June 2021 from Global Wind Atlas
European commission (n.d.). Photovoltaic geographical information system. Accessed on 23 June 2021 from JRC Photovoltaic Geographical Information System (PVGIS) - European Commission (europa.eu)
McBride, A. (2021, 15 January). Comprehensive guide to solar panel types. Accessed on 23 June 2021 from Comprehensive Guide to Solar Panel Types - Aurora Solar
Windpower (2010, 26 January). How to calculate power output of wind. Accessed on 23 June 2021 from How To Calculate Power Output Of Wind | Windpower Engineering
Alto Vista Trail and Beach Road Loop (2021), All trails Aruba. Accesed from: https://www.alltrails.com/trail/aruba/aruba/alto-vista-stroll
Aruba Sand Dunes (2021), Natural Wonders of Aruba. Accessed from: https://www.aruba.com/us/explore/sand-dunes
Aruba Snorkling, The Complete Guide (2006), TropicalSnorkling.com, Accessed from: https://www.tropicalsnorkeling.com/aruba-snorkeling.html
Bergström, L., Kautsky, L., Malm, T., Rosenberg, R., Wahlberg, M., Capetillo, N. Å., & Wilhelmsson, D. (2014). Effects of offshore wind farms on marine wildlife—a generalized impact assessment. Environmental Research Letters, 9(3), 034012.
Eakin, C. M., Feingold, J. S., & Glynn, P. W. (1993, June). Oil refinery impacts on coral reef communities in Aruba. In Proceedings of the Colloquium on Global Aspects of Coral Reefs, Health, Hazards and History (pp. 139-145).
DEL NEVO, A. D. R. I. A. N. (2008). s ARUBA.
Lowry, H., Lill, A., & Wong, B. B. (2011). Tolerance of auditory disturbance by an avian urban adapter, the noisy miner. Ethology, 117(6), 490-497.
North Coast of Aruba (2021), The unexpected suprises of the northern coast of Aruba. Accessed from: https://wondersofaruba.com/the-unexpected-surprises-on-the-north-coast-of-aruba/
Perrow, M. (Ed.). (2017). Wildlife and Wind Farms-Conflicts and Solutions: Onshore: Potential Effects. Pelagic Publishing Ltd.
Prins, T. G., Reuter, J. H., Debrot, A. O., Wattel, J., & Nijman, V. (2009). Checklist of the birds of Aruba, Curaçao and Bonaire, south Caribbean. Ardea, 97(2), 137-268.
Willemsen, M. (2011). Natuurreservaat Arikok.
Aruba Tourism Authority (ATA) (n.d.). Sand dunes. Retrieved at June 18, 2021 from https://www.aruba.com/uk/explore/sand-dunes
Aruba Tourism Authority (ATA) (n.d.). Sand dunes in Aruba. Retrieved at June 18, 2021 from https://www.aruba.com/us/explore/sand-dunes
Baban, S. M. (2004). Developing a geoinformatics-based approach to locate wind farms in the Caribbean region, using Trinidad and Tobago as a case study. In Proceedings of the Second Caribbean Environmental Forum and Exhibition (GEF-2) on CD. http://citeseerx.ist.psu.edu/viewdoc/download?doi=<IP_ADDRESS>1.206&rep=rep1&type=pdf
Baban, S. M., & Parry, T. (2001). Developing and applying a GIS-assisted approach to locating wind farms in the UK. Renewable energy, 24(1), 59-71.
https://www.sciencedirect.com/science/article/pii/S0960148100001695
Botterill, L. C., & Cockfield, G. (2016). The relative importance of landscape amenity and health impacts in the wind farm debate in Australia. Journal of Environmental Policy & Planning, 18(4), 447-462. https://www.tandfonline.com/doi/full/10.1080/1523908X.2016.1138400
Caribisch Netwerk (2015, May 26). Proces hindervergunning windmolenpark Urirama moet overnieuw. Retrieved at June 4, 2021 from
https://caribischnetwerk.ntr.nl/2015/05/26/proces-hindervergunning-windmolenpark- urirama-moet-overnieuw/
Caribisch Netwerk (2018, April 8). Windmolenpark Urirama van de baan. Retrieved at June 4, 2021 from https://caribischnetwerk.ntr.nl/2018/04/25/windmolenpark-urirama-van-de-baan/
Dröes, M. I., & Koster, H. R. (2016). Renewable energy and negative externalities: The effect of wind turbines on house prices. Journal of Urban Economics, 96, 121-141.
https://www.sciencedirect.com/science/article/pii/S0094119016300432
Van der Horst, D., & Toke, D. (2010). Exploring the landscape of wind farm developments; local area characteristics and planning process outcomes in rural England. Land Use Policy, 27(2), 214-221. https://www.sciencedirect.com/science/article/pii/S0264837709000635
Water- en Energiebedrijf Aruba (WEB) (n.d.). Windpark Vaderpiet Fact Sheet. Retrieved at June 18, 2021 from https://www.powerpeers.nl/media/118404/windpark-vader-piet-aruba-factsheet.pdf
Questionnaire among Arubans


Responsible for developing and executing HR strategy in support of business plan and strategic direction.
Responsible for developing and executing HR strategy in support of business plan and strategic direction.
Responsible for developing and executing HR strategy in support of business plan and strategic direction.
Responsible for elevating customers’ technology expertise and capabilities through training and best practices.
Responsible for elevating customers’ technology expertise and capabilities through training and best practices.
Responsible for elevating customers’ technology expertise and capabilities through training and best practices.


source file: /Library/Frameworks/Python.framework/Versions/2.7/lib/python2.7/site-packages/boto3/docs/client.py
file stats: 12 lines, 3 executed: 25.0% covered
1. # Copyright 2015 Amazon.com, Inc. or its affiliates. All Rights Reserved. 2. # 3. # Licensed under the Apache License, Version 2.0 (the "License"). You 4. # may not use this file except in compliance with the License. A copy of 5. # the License is located at 6. # 7. # http://aws.amazon.com/apache2.0/ 8. # 9. # or in the "license" file accompanying this file. This file is 10. # distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF 11. # ANY KIND, either express or implied. See the License for the specific 12. # language governing permissions and limitations under the License. 13. from botocore.docs.client import ClientDocumenter 14. 15. 16. class Boto3ClientDocumenter(ClientDocumenter): 17. def _add_client_creation_example(self, section): 18. section.style.start_codeblock() 19. section.style.new_line() 20. section.write('import boto3') 21. section.style.new_line() 22. section.style.new_line() 23. section.write( 24. 'client = boto3.client(\'{service}\')'.format( 25. service=self._service_name) 26. ) 27. section.style.end_codeblock()


Page maintained by Ke-Sen Huang.
If you have additions or changes, send an e-mail.
Note that when possible I link to the page containing the link to the actual PDF or PS of the preprint.
I prefer this as it gives some context to the paper and avoids possible copyright problems with direct linking.
Thus you may need to search on the page to find the actual document.
Changelog
Invited Talk
- Exploring Directability
-
Ken Anjyo
- Over-Sketching as Human Video Out
-
Marc Alexa
- Simulating the Appearance of Nature
-
Henrik Wann Jensen
Session 1 Skull, Face, and Knits
- The Craniofacial Reconstruction from the Local Structural Diversity of Skulls
-
Yuru Pei,
Hongbin Zha,
Zhongbiao Yuan
- Reconstructing head models from photographs for individualized 3D-audio processing
-
Matteo Dellepiane,
Nico Pietroni,
Nicolas Tsingos, Manuel Asselot,
Roberto Scopigno
- Reconstructing 3D Shape, Albedo and Illumination from a Single Face Image
-
Shu-Fan Wang,
Shang-Hong Lai
- Knitting a 3D Model
-
Yuki Igarashi,
Takeo Igarashi,
Hiromasa Suzuki
Session 2 Image Editing
- Perceptual Evaluation of Color to Grayscale Image Conversions
-
Martin Cadik
- Distortion Optimization Based Image Completion from a Large Displacement View
-
Chunxiao Liu, Yingzhen Yang,
Qunsheng Peng,
Jin Wang,
Wei Chen
- Example-based Multiple Local Color Transfer by Strokes
-
Chung-Lin Wen, Chang-His Hsieh,
Bing-Yu Chen,
Ming Ouhyoung
- Shape-simplifying Image Abstraction
-
Henry Kang,
Seungyong Lee
Session 3 Moving Images
- View and Time Interpolation in Image Space
-
Timo Stich,
Christian Linz,
Georgia Albuquerque,
Marcus Magnor
- Sketching MLS Image Deformations On the GPU
-
Yanlin Weng,
Xiaohan Shi,
Hujun Bao,
Jun Zhang
- Shrinkability Maps for Content-Aware Video Resizing
-
Yi-Fei Zhang,
Shi-Min Hu,
Ralph R. Martin
- Capturing Intention-based Full-Frame Video Stabilization
-
Bing-Yu Chen,
Ken-Yi Lee,
Jong-Shan Lin,
Wei-Ting Huang
Session 4 Subdivision & Segmentation
- A Biorthogonal Wavelet Approach based on Dual Subdivision
-
Hui Zhang, Guiming Qin,
Kaihuai Qin,
Hanqiu Sun
- Progressive Interpolation based on Catmull-Clark Subdivision Surfaces
-
Zhongxian Chen, Xiaonan Luo, Le Tan, Binghong Ye, Jiapeng Chen
- Interpolatory and Mixed Loop Schemes
-
Zhuo Shi, Shujin Lin, Xiaonan Luo, Renhong Wang
- Patch-Type Segmentation of Voxel Shapes using Simplified Surface Skeletons
-
Dennie Reniers,
Alexandru Telea
Session 5 Non-photorealistic Rendering
- Context Aware Terrain Visualization for Wayfinding and Navigation
-
Sebastian Moser,
Patrick Degener,
Roland Wahl,
Reinhard Klein
- Online Personalised Non-Photorealistic Rendering Technique for 3D Geometry from Incremental Sketching
-
Daychyi Ku,
Shengfeng Qin,
David K. Wright,
Cuixia Ma
- A Hidden-picture Puzzles Generator
-
Jong-Chul Yoon,
In-Kwon Lee,
Henry Kang
- Automatic Facsimile of Chinese Calligraphic Writings
-
Songhua Xu, Hao Jiang, Tao Jin,
Francis Chi Moon Lau,
Yunhe Pan
Session 6 Animation
- Real-Time Animation of Sand-Water Interaction
-
Witawat Rungjirata,
Zoltan Szego,
Yoshihiro Kanamori,
Tomoyuki Nishita
- Robust and Efficient Wave Simulations on Deforming Meshes
-
Roland Angst,
Nils Thuerey,
Mario Botsch,
Markus Gross
- Simulating Inextensible Cloth Using Impulses
-
Juntao Ye
- Smart Motion Synthesis
-
Masaki Oshita
- Local Volume Preservation for Skinned Characters
-
Rohmer Damien,
Hahmann Stefanie,
Cani Marie-Paule
Session 7 Rendering
- A Prism-Free Method for Silhouette Rendering in Inverse Displacement Mapping
-
Ying-Chieh Chen,
Chun-Fa Chang
- A Resolution Independent Approach for the Accurate Rendering of Grooved Surfaces
-
Carles Bosch,
Xavier Pueyo,
Stephane Merillou,
Djamchid Ghazanfarpour
- Gradient-based Interpolation and Sampling for Real-time Rendering of Inhomogeneous, Single-scattering Media
-
Zhong Ren,
Kun Zhou,
Stephen Lin
Baining Guo
- Real-Time Depth-of-Field Rendering Using Point Splatting on Per-Pixel Layers
-
Sungkil Lee,
Gerard Jounghyun Kim,
Seungmoon Choi
Session 8 Illumination
- Caustic Forecasting: Unbiased Estimation of Caustic Lighting for Global Illumination
-
Brian Budge,
J. C. Anderson,
Kenneth Joy
- Photon-Driven Irradiance Cache
-
Jonathan Brouillat,
Pascal Gautron,
Kadi Bouatouch
- Interactive Global Illumination for Deformable Geometry in CUDA
-
Arne Schmitz,
Markus Tavenrath,
Leif Kobbelt
- Interactive Glossy Reflections using GPU-based Ray Tracing with Adaptive LOD
-
Xuan Yu,
Rui Wang,
Jingyi Yu
kesen.huang@gmail.com


{%extends 'wiki/_base.html' %} {% load staticfiles %} {% block content %} {{ block.super }} {# ## Insert HTML Fragment Starting Here###}
Pools are used to divide hardware based on its availability. Initially, all hardware is added to the "Default Pool" which marks the hardware as available in the system so it can be selected during event creation. Additional pools can be created to group hardware that has been damaged, lost, retired, or set aside for internal use. Setting the hardware in Inventory with any pool other than Default will prevent that hardware from being checked out to an event.
On the left side menu, click on Tables then click on Pool to see list of pools currently in the system. From this page, you can add new pools or edit existing pools.
To create a new pool:
Click on Tables then click on Pools.
Click on Add Pool button.
New page will open with fields for information related to the Pool.


1 2 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 package ti.sysbios.rts.iar;
37
38 import xdc.runtime.Error;
39 import xdc.runtime.Assert;
40
41 import ti.sysbios.knl.Task;
42 import ti.sysbios.knl.Semaphore;
43
44 /*!
45 * ======== MultithreadSupport ========
46 * Provide the kernel support needed for IAR re-entrant C run-time
47 *
48 * This multi-thread support module uses hook functions, hook context,
49 * and an overloaded implementation of the C library's lock and thread
50 * local storage access functions to make C run-time library calls
51 * re-entrant.
52 *
53 * This module is used only with the IAR compiler.
54 *
55 * To enable multi-thread support, load this module in your application
56 * configuration script.
57 *
58 * @p(code)
59 * xdc.useModule('ti.sysbios.rts.iar.MultithreadSupport');
60 * @p
61 *
62 * If your application is using a module which requires multi-thread
63 * support, then that module is responsible for loading this module.
64 * For example, the `ti.posix.tirtos.Settings` module will load this
65 * module. In this case, it is not necessary to load it explicitly.
66 *
67 * When this module is used, it will contribute the IAR linker option
68 * `--threaded_lib` to the linker command.
69 *
70 * When using the IAR Embedded Workbench IDE, if you enable thread support
71 * in your project settings, you must also include this module in your
72 * configuration (unless it is already used as described above). There is
73 * no mechanism for the IAR IDE to communicate the project selections to
74 * this module.
75 *
76 * On memory limited devices, it is possible to disable the re-entrant
77 * support in order to minimize the memory footprint. See
78 * {@link #metaenableMultithreadSupport enableMultithreadSupport} for
79 * details.
80 *
81 * @a(note)
82 * Calling C run-time functions from SWI or HWI threads is not supported
83 * and will generate an exception if multi-thread support is enabled.
84 */
85
86 @Template ("./MultithreadSupport.xdt")
87
88 module MultithreadSupport
89 {
90 /*!
91 * ======== enableMultithreadSupport ========
92 * Disable the multi-thread support feature
93 *
94 * When necessary, it is possible to disable the re-entrant support in
95 * order to minimize the memory footprint. For example, if using POSIX
96 * support on a memory limited device, you may disable re-entrant support
97 * by adding the following to your application configuration script.
98 *
99 * @p(code)
100 * var MultithreadSupport = xdc.useModule('ti.sysbios.rts.iar.MultithreadSupport');
101 * MultithreadSupport.enableMultithreadSupport = false;
102 * @p
103 *
104 * @a(note)
105 * When multi-thread support is disabled, errno will be a global
106 * symbol. If multiple threads are referencing errno, it will not
107 * be thread-safe.
108 */
109 config Bool enableMultithreadSupport = true;
110
111 /*!
112 * ======== A_badThreadType ========
113 * Asserted in MultithreadSupport_perThreadAccess()
114 *
115 * @_nodoc
116 */
117 config Assert.Id A_badThreadType = {
118 msg: "A_badThreadType: Cannot call a C runtime library API from a Hwi or Swi thread."
119 };
120
121 /*!
122 * ======== A_badLockRelease ========
123 * Asserted in MultithreadSupport_releaseLock()
124 *
125 * @_nodoc
126 */
127 config Assert.Id A_badLockRelease = {
128 msg: "A_badLockRelease: Trying to release a lock not owned by this thread."


{% extends "common/base_site.html" %} {% load i18n static %}{% load humanize %} {% block content %}
Please enter your new password twice so we can verify you typed it in correctly.


Hi ! This is SHU-HAO ( Daniel ), CHANG. I'm an undergrad majoring in Economics from National Chengchi University, Taipei, Taiwan.  Feel free to contact me by clicking the mail icon above.
Python for data visualization, web crawling, and machine learning. Relational and NoSQL database setup, index building and queries.
A liitle web frontend, specifically D3.js, for data visualization. A little web backend with Python Flask for writing RESTFUL API.
Basic programming skill of C. Tools such as Git, AWS, GCP, Trello,...etc.
Collaborated with surgeons, fire fighters, and other teammates in creating Decision Support System, which is used to faciliate the process of, say, an injured person sent to a suitable hospital. I worked as a backend engineer writing RESTFUL API.
Check it outJoined a team of 10 exploring 33 hospitals database in Taiwan and creating website for the promotion of awareness and prevention of trauma. I worked as a backend engineer deploying ML models and writing RESTFUL API. I also created plots on the website with D3.js.
Check it outMade prediction for a bank, Mckinsey&Company's customer, on whether the applications for the loans would be apporved. Ranked around top 30% among 600+ participants in this game.
Check it outTeamed up with 5 creating an Android & Web App faciliating direct information exchange between customers and farmers. We won the Best Popularity Award. I worked as a web crawling developer collecting farmers' data.
Check it out


class ExtInt – configure I/O pins to interrupt on external events¶
There are a total of 22 interrupt lines. 16 of these can come from GPIO pins and the remaining 6 are from internal sources.
For lines 0 through 15, a given line can map to the corresponding line from an arbitrary port. So line 0 can map to Px0 where x is A, B, C, … and line 1 can map to Px1 where x is A, B, C, …
def callback(line):
print("line =", line)
Note: ExtInt will automatically configure the gpio line as an input.
extint = pyb.ExtInt(pin, pyb.ExtInt.IRQ_FALLING, pyb.Pin.PULL_UP, callback)
Now every time a falling edge is seen on the X1 pin, the callback will be called. Caution: mechanical pushbuttons have “bounce” and pushing or releasing a switch will often generate multiple edges. See: http://www.eng.utah.edu/~cs5780/debouncing.pdf for a detailed explanation, along with various techniques for debouncing.
Trying to register 2 callbacks onto the same pin will throw an exception.
If pin is passed as an integer, then it is assumed to map to one of the internal interrupt sources, and must be in the range 16 through 22.
All other pin objects go through the pin mapper to come up with one of the gpio pins.
extint = pyb.ExtInt(pin, mode, pull, callback)
Valid modes are pyb.ExtInt.IRQ_RISING, pyb.ExtInt.IRQ_FALLING, pyb.ExtInt.IRQ_RISING_FALLING, pyb.ExtInt.EVT_RISING, pyb.ExtInt.EVT_FALLING, and pyb.ExtInt.EVT_RISING_FALLING.
Only the IRQ_xxx modes have been tested. The EVT_xxx modes have something to do with sleep mode and the WFE instruction.
Valid pull values are pyb.Pin.PULL_UP, pyb.Pin.PULL_DOWN, pyb.Pin.PULL_NONE.
There is also a C API, so that drivers which require EXTI interrupt lines can also use this code. See extint.h for the available functions and usrsw.h for an example of using this.
Constructors¶
- class pyb.ExtInt(pin, mode, pull, callback)¶
Create an ExtInt object:
pin
is the pin on which to enable the interrupt (can be a pin object or any valid pin name).mode
can be one of: -ExtInt.IRQ_RISING
- trigger on a rising edge; -ExtInt.IRQ_FALLING
- trigger on a falling edge; -ExtInt.IRQ_RISING_FALLING
- trigger on a rising or falling edge.pull
can be one of: -pyb.Pin.PULL_NONE
- no pull up or down resistors; -pyb.Pin.PULL_UP
- enable the pull-up resistor; -pyb.Pin.PULL_DOWN
- enable the pull-down resistor.callback
is the function to call when the interrupt triggers. The callback function must accept exactly 1 argument, which is the line that triggered the interrupt.
Class methods¶
- classmethod ExtInt.regs()¶
Dump the values of the EXTI registers.
Methods¶
- ExtInt.disable()¶
Disable the interrupt associated with the ExtInt object. This could be useful for debouncing.
- ExtInt.enable()¶
Enable a disabled interrupt.
- ExtInt.line()¶
Return the line number that the pin is mapped to.
- ExtInt.swint()¶
Trigger the callback from software.
Constants¶
- ExtInt.IRQ_FALLING¶
interrupt on a falling edge
- ExtInt.IRQ_RISING¶
interrupt on a rising edge
- ExtInt.IRQ_RISING_FALLING¶
interrupt on a rising or falling edge


Deletes all duplicate values while maintaining the order
Extracts the age for each person and puts the values into an array
Creates an array from a collection where each element can be mutated to your liking. In this example, we will multiply each number by 10.


HOTEL DE LOVE A film review by Steve Rhodes Copyright 1997 Steve Rhodes
RATING (0 TO ****): ** 1/2
I am not sure what Australia's chief export is, but I'd like to believe it is their films. The Australians have a knack for making quirky little comedies that work -- MURIEL'S WEDDING being one of their funniest. In HOTEL DE LOVE, they have sent to our shores an endearing and charming comedy populated with characters worth caring about. First time director Craig Rosenberg's HOTEL DE LOVE is not great cinema, but it is certainly an enjoyable diversion.
Steven and Rick Dunne are fraternal twin brothers who fall in love at first sight with the same girl at a party in high school. Simon Bossell plays Steve, Aden Young (from BLACK ROBE and the soon to be released COUSIN BETTE) plays Rick, and Saffron Burrows (from CIRCLE OF FRIENDS and IN THE NAME OF THE FATHER) plays their would-be girlfriend Melissa.
Sometimes a split second makes all the difference. It does for Steve. At the high school party he hesitates briefly which allows his brother to introduce himself first to the voluptuous redhead with the winning smile. From her beautiful face to her long legs, she has the beauty of a fashion model and yet the natural looks of the girl next door. Steve kicks himself for losing the best opportunity in his life.
The script, by the director, is a mixture of comedy and romance with a touch of poignancy thrown in every now and then. The tone of the film reminded me of the old TV series "Love American Style," albeit a little more explicit.
As the show opens, ever romantic Steve is at the airport with his notebook in hand, musing, "Do you ever look at people and wonder about their lives?" He is counting the number of people that are met by someone versus the number who leave alone. This allows him to compute and update his romance index. He believes in love even if he will never be able to forget his failure with Melissa.
After a brief liaison between Rick and Melissa, she disappears out of their lives for ten years until she runs into them on the weekend of her marriage to Norman. Rick is now the desk clerk at the tacky Hotel De Love. Every room there is different. My favorite is called Subterranean Passion and looks like something out of THE FLINTSTONES, complete with a big boulder for a door. The set decorator clearly had a blast with this assignment. A great parody of bad taste.
People either go to the Hotel De Love to get married like Melissa and Norman or to renew their wedding vows. Steve's and Rick's parents, played by Ray Barrett and Julia Blake, are there to renew theirs. Their parents fight constantly. Barrett plays the dad as the classic grouch. He wakes with the epithet, "Bloody hell; still alive." Rick, disgusted with their renewal farce, says, "Watching my parents renew their wedding vows is like watching ambulance drivers push the victims back into the wreck."
The other woman in the show is Alison (Pippa Grandison), the hotel's resident astrologer. She is Rick's current girlfriend, but he has had a long stream of other lovers before her. He spends his waking hours, however, pining for his first love, Melissa.
The script is sharp and witty and most of the laughs come from the dialog and not the wacky sets. Movies with physical comedy too often sink into slapstick worthy of bad TV sitcoms, but this movie rarely goes overboard. A typical, funny scene has Rick trying to talk to Melissa on a bench. He gets lodged between two passionate lovers also on the bench, and pretty soon they are fondling him by mistake. This is exactly the type of scene I normally hate, but they manage to make it seem just believable enough to be humorous.
 One has Steve popping in on Melissa to express his affection. "What are you doing?" she warns him. "You can't keep up your drive-by 'I Love You's." Another has her lamenting the futility of so-called love at first sight. She says, "My mother believed in love at first sight with Dad, with her second husband, and her third."
The ending has three parts. I thought the first was too pat, but the others are quite sweet. I left the theater feeling a little silly and quite happy. It is refreshing to see new directors with promise. I'll keep an eye out for Rosenberg's future comedies.
HOTEL DE LOVE runs a fast 1:36.  The show is tastefully done and would be fine for any teenager. I give the film a fun thumbs up, and ** 1/2.
**** = A must see film. *** = Excellent show. Look for it. ** = Average movie. Kind of enjoyable. * = Poor show. Don't waste your money. 0 = Totally and painfully unbearable picture.
REVIEW WRITTEN ON: January 29, 1997
Opinions expressed are mine and not meant to reflect my employer's.
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


--- layout: post title: Upload a file and create a new rendition categories: [] tags: serviceapi status: publish type: post published: true meta: {} ---
I just added a new sample to the documentation that ships with the ServiceAPI. In the mean-time here it is, the two step process to first upload a file and then use it to create a new Rendition on a new Record.
You could also use Record.FilePath to use the uploaded file to create the electronic document for the Record itself.
FileInfo fi = new FileInfo("c:\\junk\\test.pdf"); var fileResponse = client.UploadFile(fi, System.Web.MimeMapping.GetMimeMapping(fi.Name)); Record rec = new Record(); rec.RecordType = new RecordTypeRef() { Uri = 2 }; rec.Title = "test"; rec.ChildRenditions = new List(); rec.ChildRenditions.Add(new RecordRendition() { TypeOfRendition = RenditionType.Longevity, FromFileName = fileResponse.FilePath, Description = "my PDF rendition" }); FileInfo mainFile = new FileInfo("c:\\junk\\test.docx"); var response = client.PostFileWithRequest(mainFile, rec); foreach (Record record in response.Results) { Console.WriteLine(record.Title); }


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We are a community of volunteers who develop open-source projects as a Code for America Brigade by focusing on open government, open data, great design, and social good in Baltimore.
While we always need more developers, Code for Baltimore welcomes designers, content creators, copywriters, storytellers, researchers, project managers, marketing specialists, and any other tech or government enthusiast!
We have two types of meetups:
We are always looking for more support! Currently, we need a Co-Tech Lead to join our Core Team. Check out the position descriptions here. If you are interested in these positions, please email us -<EMAIL_ADDRESS>Code for Baltimore operates on the principle that everyone’s ideas, skills, and contributions have value. Towards creating an environment that is safe and respectful for all participants, our Code of Conduct lays out the community's expectations at all Code for Baltimore network activities, events, and digital forums. Read our Code of Conduct


DU
Section: User Commands (1)Updated: June 2012
Index Return to Main Contents
NAME
du - estimate file space usageSYNOPSIS
du [OPTION]... [FILE]...du [OPTION]... --files0-from=F
DESCRIPTION
Summarize disk usage of each FILE, recursively for directories.
Mandatory arguments to long options are mandatory for short options too.
- -a, --all
- write counts for all files, not just directories
- --apparent-size
- print apparent sizes, rather than disk usage; although the apparent size is usually smaller, it may be larger due to holes in (`sparse') files, internal fragmentation, indirect blocks, and the like
- -B, --block-size=SIZE
- use SIZE-byte blocks
- -b, --bytes
- equivalent to `--apparent-size --block-size=1'
- -c, --total
- produce a grand total
- -D, --dereference-args
- dereference only symlinks that are listed on the command line
- --files0-from=F
- summarize disk usage of the NUL-terminated file names specified in file F; If F is - then read names from standard input
- -H
- equivalent to --dereference-args (-D)
- -h, --human-readable
- print sizes in human readable format (e.g., 1K 234M 2G)
- --si
- like -h, but use powers of 1000 not 1024
- -k
- like --block-size=1K
- -l, --count-links
- count sizes many times if hard linked
- -m
- like --block-size=1M
- -L, --dereference
- dereference all symbolic links
- -P, --no-dereference
- don't follow any symbolic links (this is the default)
- -0, --null
- end each output line with 0 byte rather than newline
- -S, --separate-dirs
- do not include size of subdirectories
- -s, --summarize
- display only a total for each argument
- -x, --one-file-system
- skip directories on different file systems
- -X, --exclude-from=FILE
- exclude files that match any pattern in FILE
- --exclude=PATTERN
- exclude files that match PATTERN
- --max-depth=N
- print the total for a directory (or file, with --all) only if it is N or fewer levels below the command line argument; --max-depth=0 is the same as --summarize
- --time
- show time of the last modification of any file in the directory, or any of its subdirectories
- --time=WORD
- show time as WORD instead of modification time: atime, access, use, ctime or status
- --time-style=STYLE
- show times using style STYLE: full-iso, long-iso, iso, +FORMAT FORMAT is interpreted like `date'
- --help
- display this help and exit
- --version
- output version information and exit
Display values are in units of the first available SIZE from --block-size, and the DU_BLOCK_SIZE, BLOCK_SIZE and BLOCKSIZE environment variables. Otherwise, units default to 1024 bytes (or 512 if POSIXLY_CORRECT is set).
SIZE may be (or may be an integer optionally followed by) one of following: KB 1000, K 1024, MB 1000*1000, M 1024*1024, and so on for G, T, P, E, Z, Y.
PATTERNS
PATTERN is a shell pattern (not a regular expression). The pattern ? matches any one character, whereas * matches any string (composed of zero, one or multiple characters). For example, *.o will match any files whose names end in .o. Therefore, the command- du --exclude=aq*.oaq
will skip all files and subdirectories ending in .o (including the file .o itself).
AUTHOR
Written by Torbjorn Granlund, David MacKenzie, Paul Eggert, and Jim Meyering.REPORTING BUGS
Report du bugs to<EMAIL_ADDRESS>coreutils home page: <http://www.gnu.org/software/coreutils/>
General help using GNU software: <http://www.gnu.org/gethelp/>
Report du translation bugs to <http://translationproject.org/team/>
COPYRIGHT
Copyright © 2010 Free Software Foundation, Inc. License GPLv3+: GNU GPL version 3 or later <http://gnu.org/licenses/gpl.html>.This is free software: you are free to change and redistribute it. There is NO WARRANTY, to the extent permitted by law.
SEE ALSO
The full documentation for du is maintained as a Texinfo manual. If the info and du programs are properly installed at your site, the command- info coreutils aqdu invocationaq
should give you access to the complete manual.
Index
This document was created by man2html, using the manual pages.
Time: 05:29:03 GMT, December 24, 2015


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The number of columns a grid has is specified by the columns attribute. For instance, to define a grid with 8 columns, you'd write <x-grid columns=8>
. Max supported number of columns = 16. If you need more, you need to add them yourself.
<x-grid columns=8>
<x-col span=3>Skelet</c>
<x-col span=7-8>by</c>
<x-col span=2+2>Sēlekkt.</c>
</x-grid>
The span attribute is used to customize where a cell starts and how many columns it spans.
For example, <x-col span=2-5>
starts in column 2 and ends in column 5. A cell with an empty or missing span attribute starts on the next available column and spans one column. Cells span a single column by default.
Grids lend themselves really well to device-size responsive design. The span-s
attribute defines alternate layout when your design is presented on a small screen. This makes designing for large and small screens really easy.
<x-grid columns=6>
<x-col span-l=4 span=2 span-s=row>
<x-col span-l=1-2 span=3-6 span-s=row>
<x-col span-l=3-6 span=1-2 span-s=1>
</x-grid>
Specifies the order used to lay out GRID items in their GRID container. Elements are laid out in the ascending order of the order value. Elements with the same order value are laid out in the order in which they appear in the source code. order=*
Note: Since by default all CSS elements have an order: 0;
, if you use order=*
you need to spicify the order of every element (<x-col order=2>) otherwise the spicified element ends up last. [read more]
order=first
order=1
order=16
order=last
order-s=first
order-s=...
order-s=last
order-l=first
order-l=...
order-l=last
This property aligns the grid along the inline (row) axis. — for <x-grid>
jc=start
jc=center
jc=end
jc=stretch
jc=around
jc=between
jc=evenly
Aligns grid items along the inline (row) axis. This value applies to all grid items inside the container. — for <x-grid>
ji=start
ji=center
ji=end
ji=stretch
Aligns grid items along the block (column) axis. This value applies to all grid items inside the container. — for <x-grid>
ai=start
ai=center
ai=end
ai=stretch
This property aligns the grid along the block (column) axis. — for <x-grid>
ac=start
ac=center
ac=end
ac=stretch
ac=around
ac=between
ac=evenly
Aligns a grid item inside a cell along the block (column) axis. This value applies to the content inside a single grid item. — for <x-col>
as=start
as=center
as=end
as=stretch
Aligns a grid item inside a cell along the inline (row) axis. This value applies to a grid item inside a single cell. — for <x-col>
js=start
js=center
js=end
js=stretch
Sets both the align-items and justify-items properties in a single declaration. The first value sets align-items, the second value justify-items. — for <x-grid>
pi=start
pi=center
pi=end
pi=stretch
↑ The same value is assigned to both, align-items and justify-items, properties.
pi="start center"
pi="start end"
pi="start stretch"
pi="center start"
pi="center end"
pi="center stretch"
pi="end start"
pi="end center"
pi="end stretch"
pi="stretch start"
pi="stretch center"
pi="stretch end"
Sets both the align-self and justify-self properties in a single declaration. — for <x-col>
ps=start
ps=center
ps=end
ps=stretch
↑ The same value is assigned to both, align-items and justify-items, properties.
ps="start center"
ps="start end"
ps="start stretch"
ps="center start"
ps="center end"
ps="center stretch"
ps="end start"
ps="end center"
ps="end stretch"
ps="stretch start"
ps="stretch center"
ps="stretch end"


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 2
Avocado and seafood combine to create a light refreshing take on cannelloni.
Heat an oven to 140C/120C Fan/Gas 1. Line a baking tray.
Place the tomatoes on the prepared tray and sprinkle the thyme leaves over the top, season with salt and pepper. Place in the oven and cook for 2 hours until dried out.
Lay out a sheet of cling film out that is about 30cm/12in square.
Halve the avocado, then use a mandolin to slice the avocado thinly, laying the slices side by side along the length of the cling film, leaving 5cm/2in on each end. Now squeeze lime juice over the avocado and season with sea salt and white pepper.
Take the white crab meat, checking that there is no shell or cartilage in the meat and then flake it into a bowl, lightly season adding the coriander and mayonnaise. Mix together and spoon out along the middle of the avocado. Tightly roll the avocado around the crab meat tying the cling film at each end and then put in the fridge for at least 1 hour.
Gently warm the grapefruit juice with the sugar syrup over a low heat and whisk in the xanthan gum until thickened.
Take the brown crab meat, smoked paprika and cream in a blender. Push the mixture through a sieve into a piping bag.
Just before serving, heat a frying pan until very hot, fry the scallops in a little olive oil, for about 1 minute on each side.
Take the cannelloni out of the cling film and place in the centre of the plate, leave whole. Then pipe the brown crab meat in little patches all around, alternating with the pink grapefruit gel. Then place the scallops and sea herbs neatly around the plate. Garnish with the tomatoes and coriander cress and serve.


Householder transformation routines. Contains routines for calculating householder transformations, applying them to vectors and matrices by both row and column.Based on the "Meschach Library", available at the anonymous ftp site thrain.anu.edu.au in the directory pub/meschach.
Alphabetic index HTML hierarchy of classes or Java


Chard galette recipe
by Catherine PhippsThis is a very good receptacle for leftovers – heels of cheese, roasted root vegetables, and of course, any greens. It is very quick if you have enough cooked greens and a packet of vacuum-packed beetroot, though of course, the flavour is better if you roast fresh beetroot and then use their leaves in the galette. The rosemary oil at the end isn’t essential, but it does add an extra depth and smokiness.
Prep time: 35 minutes, plus 30 minutes chilling time | Cooking time: 1 hour - 1 hour 10 minutes
SERVES
Four
INGREDIENTS
For the filling
- 1 tbsp olive oil
- 1 tbsp butter
- 400g chard, stems and leaves separated, finely shredded
- 3 cloves of garlic, finely chopped
- 2 sprigs of rosemary, finely chopped
- 200g new or waxy potatoes, sliced, or cooked beetroot, cut into wedges
- 100g cheddar, grated
For the pastry
- 300g wholewheat spelt flour
- A pinch of sea salt
- 175g butter
- 1 egg, beaten
For the rosemary oil
- 4 tbsp olive oil
- A few sprigs of rosemary
METHOD
- Start with the filling. Heat the olive oil and butter in a large frying pan and add the chard stems. Cook for five to 10 minutes over a medium heat until lightly coloured, then add the garlic and chard leaves.
- Pour in 50ml water, then cover and leave the chard to wilt. Stir in the rosemary and cool. At the same time, cook the potatoes in salted boiling water until tender. Drain and cool.
- Next, make the pastry. Put the flour into a bowl with a pinch of salt. Add the butter and rub in until the mixture resembles fine breadcrumbs. Alternatively do this in a food processor or in a stand mixer using the beater attachment.
- Add the egg and work in just enough iced water to bring together into a smooth, slightly tacky dough. Form into a ball, then cover in plastic wrap and chill for 30 minutes.
- Preheat the oven to 200C/180C fan/Gas 6.
- Roll out the pastry on a floured surface to a round of approximately 30-35cm diameter. Transfer the round to your largest baking sheet – you will probably find that it will overlap slightly, but it is still much easier to assemble in situ.
- Mix the chard with the potatoes or beetroot, then pile on to the pastry, leaving a border of around 4-5cm. Sprinkle with the cheese.
- Fold in the borders of the pastry so they cover the outer limits of the filling – don’t worry about any pleating and overlapping; it will have to in places. Brush with beaten egg. Bake for 35-40 minutes, until well browned.
- Meanwhile, make the rosemary oil. Put the rosemary on a baking sheet and brown in the oven for a few minutes. Crush in a pestle and mortar, then mix with the olive oil.
- Drizzle the galette with the rosemary oil. It is best served on the warm side of room temperature with a green salad.
Leaf: Lettuce, Greens, Herbs, Weeds by Catherine Phipps, is published by Quadrille (£25). Order your copy from books.telegraph.co.uk


BuRP
This little app will curve your elements like there's no tomorrow.
Simply play with the values inside the preview div and grab a fresh copy of the lines needed to give your element a new look.
CLICK TO COPY
border-radius: 0;
This little app will curve your elements like there's no tomorrow.
Simply play with the values inside the preview div and grab a fresh copy of the lines needed to give your element a new look.


Sales Data for Pat's Salmon Cookie Stands
Store Name:
Minimum Customers Per Hour:
Maximum Customers Per Hour:
Average Number of Cookies Purchased:


Check your answers before sending your application
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Now send your application
By submitting this notification you are confirming that, to the best of your knowledge, the details you are providing are correct.


utils package¶
Submodules¶
utils.free_energy module¶
Modules that are used to define the:
Underlying free-energy landscape
Double-well potential
Flory-Huggins potential
RNA synthesis and degradation reactions
-
class
utils.free_energy.
RNA_reactions
(k_production, k_degradation, threshold=0.0, t_change=0.0, multiplier=1.0)¶ Bases:
object
RNA reactions allow for definition of production and degradation reactions.
Class initialization variables
k_production = rate of RNA synthesis (kp),
k_degradation = rate of RNA degradation (kd),
threshold = protein concentration above which RNA synthesis is catalyzed (default = 0.0, thr)
t_change = simulation time after which k_production is increased by multiplier (default = 0.0)
multiplier = rate at which k_production is increased after t_change (default = 1.0, mul)
-
degradation
(phi_p, phi_r)¶ Computes the first-order RNA degradation as follows:
\[rate = k_{d}\phi_{r}\]Takes in phi_p, phi_r
Returns rate of RNA degradation
-
production
(phi_p, phi_r, t)¶ Computes the first-order protein-dependent RNA synthesis rate as follows:
\[rate = k_{p}(\phi_p>=thr)(\phi_p)(1 + (mul-1)(t>=t_{change}))\]Takes in phi_p, phi_r, and simulation time t
Computes and returns rate of production
-
class
utils.free_energy.
free_energy
(c_alpha, c_beta, rho_s, chi, kappa)¶ Bases:
object
Simple double-well free-energy with constant chi - provided for backwards compatibility
Use free_energy_changing_chi_LG with a=0 (same result)
-
dmu_p_dphi_p
(phi_p, phi_r)¶
-
dmu_p_dphi_r
(phi_p, phi_r)¶
-
f
(phi_p, phi_r)¶
-
f_0
(phi_p, phi_r)¶
-
mu_p
(phi_p, phi_r)¶
-
-
class
utils.free_energy.
free_energy_FH
(c_alpha, c_beta, rho_s, chi, kappa)¶ Bases:
object
Simple Flory-Huggins free-energy with constant chi - provided for backwards compatibility
Use free_energy_FH_changing_chi_LG with a=0 (same result)
-
dmu_p_dphi_p
(phi_p, phi_r)¶
-
dmu_p_dphi_r
(phi_p, phi_r)¶
-
dmu_r_dphi_r
(phi_p, phi_r)¶
-
f
(phi_p, phi_r)¶
-
f_0
(phi_p, phi_r)¶
-
mu_p
(phi_p, phi_r)¶
-
mu_r
(phi_p, phi_r)¶
-
-
class
utils.free_energy.
free_energy_FH_changing_chi
(c_alpha, c_beta, rho_s, chi, kappa, a=0.03, ratio=5, p=1.5)¶ Bases:
object
Flory-Huggins(FH) free-energy defines a free-energy for RNA and protein with the following features:
Protein-solvent attractions promote phase separation in absence of RNA
Non-linear \(\chi_{0}\) for RNA-protein interactions as defined below:
\[\chi_{0} = \chi (1 - p e^{(\phi_{r} - \phi_{r^{*}})^{2}/(2a^{2}) }\]Input variables
To define a variable of this class, the following parameters are required:
c_alpha = Dilute coexistence protein concentration (symmetric about 0.5)
c_beta = Dense coexistence protein concentration (symmetric about 0.5)
rho_s = Height of double-well potential (not required- needs to be eliminated)
chi = 2-nd order interaction term coefficient (>0)
a = 3-nd order interaction term coefficient (>0)
kappa = Surface tension term
Note: The strength of protein-solvent interactions for \(\chi_{ps}\) is inferred from the single-component phase separation condition derived from binodal symmetric about 0.5 & having no polymerization factors in entropic terms as follows:
\[\chi_{ps} = \frac{log( \frac{c_{\beta}}{1 - c_{\beta}} )}{2 c_{\beta} - 1}\]Similarly, the RNA solvent interactions are assumed to be \(\chi_{rs} = 0\)
-
chi_eff
(phi_r)¶ Returns \(\chi_{eff} (\phi_r)\)
\[\chi_{eff} = \chi_{0} = \chi (1 - p e^{(\phi_{r} - \phi_{r^{*}})^{2}/(2a^{2}) } )\]
-
dmu_p_dphi_p
(phi_p, phi_r)¶ Returns derivative of protein chemical potential with protein concentration
\[\frac{d^{2}f}{d \phi_{p}^{2}}\]
-
dmu_p_dphi_r
(phi_p, phi_r)¶ Returns mixed second derivative of free-energy
\[\frac{d^{2}f}{d \phi_{p} \phi_{r}}\]
-
dmu_r_dphi_r
(phi_p, phi_r)¶ Returns derivative of RNA chemical potential with RNA concentration
\[\frac{d^{2}f}{d \phi_{r}^{2}}\]
-
f
(phi_p, phi_r)¶ Returns overall free-energy including gradient (surface-tension) terms:
\[f = f_{0} + \kappa(\nabla \phi_p)^{2}\]
-
f_0
(phi_p, phi_r)¶ Returns bulk free-energy of the form:
\[f_{0} = \sum_{i} \phi_{i} log( \phi_{i}) + \sum_{i,j; j>i} \chi_{ij} \phi_{i} \phi_{j}\]where \(\chi_{pr} = \chi_{eff}\)
-
mu_p
(phi_p, phi_r)¶ Returns protein chemical potential
\[\mu_{p} = \frac{df}{d \phi_{p}}\]
-
mu_r
(phi_p, phi_r)¶ Returns RNA chemical potential
\[\mu_{r} = \frac{df}{d \phi_{r}}\]
-
class
utils.free_energy.
free_energy_FH_changing_chi_LG
(c_alpha, c_beta, rho_s, rho_r, chi, kappa, a, b, c, chi_rs=0, chi_ps=None)¶ Bases:
object
Flory-Huggins(FH) free-energy defines a free-energy for RNA and protein with the following features:
Protein-solvent attractions promote phase separation in absence of RNA
Non-linear \(\chi_{0}\) for RNA-protein interactions as defined below:
\[\chi_{0} = -\chi \phi_{p} \phi_{r} + a \phi_{p} \phi^{2}_{r} = (\chi_{eff})\phi_{p}\phi_{r}\]Input variables
To define a variable of this class, the following parameters are required:
c_alpha = Dilute coexistence protein concentration (symmetric about 0.5)
c_beta = Dense coexistence protein concentration (symmetric about 0.5)
rho_s = Height of double-well potential (not required- needs to be eliminated)
chi = 2-nd order interaction term coefficient (>0)
a = 3-nd order interaction term coefficient (>0)
kappa = Surface tension term
Note: The strength of protein-solvent interactions for \(\chi_{ps}\) is inferred from the single-component phase separation condition derived from binodal symmetric about 0.5 & having no polymerization factors in entropic terms as follows:
\[\chi_{ps} = \frac{log( \frac{c_{\beta}}{1 - c_{\beta}} )}{2 c_{\beta} - 1}\]Similarly, the RNA solvent interactions are assumed to be \(\chi_{rs} = 0\)
-
chi_eff
(phi_r, phi_p)¶ Returns \(\chi_{eff} (\phi_r)\)
\[\chi_{eff} = -\chi + a \phi_{r} + b \phi_{p} + c \phi_r \phi_p\]
-
dmu_p_dphi_p
(phi_p, phi_r)¶ Returns derivative of protein chemical potential with protein concentration
\[\frac{d^{2}f}{d \phi_{p}^{2}}\]
-
dmu_p_dphi_r
(phi_p, phi_r)¶ Returns mixed second derivative of free-energy
\[\frac{d^{2}f}{d \phi_{p} \phi_{r}}\]
-
dmu_r_dphi_r
(phi_p, phi_r)¶ Returns derivative of RNA chemical potential with RNA concentration
\[\frac{d^{2}f}{d \phi_{r}^{2}}\]
-
f
(phi_p, phi_r)¶ Returns overall free-energy including gradient (surface-tension) terms:
\[f = f_{0} + \kappa(\nabla \phi_p)^{2}\]
-
f_0
(phi_p, phi_r)¶ Returns bulk free-energy of the form:
\[f_{0} = \sum_{i} \phi_{i} log( \phi_{i}) + \sum_{i,j; j>i} \chi_{ij} \phi_{i} \phi_{j}\]where \(\chi_{pr} = \chi_{eff}\)
-
mu_p
(phi_p, phi_r)¶ Returns protein chemical potential
\[\mu_{p} = \frac{df}{d \phi_{p}}\]
-
mu_r
(phi_p, phi_r)¶ Returns RNA chemical potential
\[\mu_{r} = \frac{df}{d \phi_{r}}\]
-
class
utils.free_energy.
free_energy_changing_chi
(c_alpha, c_beta, rho_s, rho_r, chi, kappa, a=0.03, ratio=5, p=1.5)¶ Bases:
object
Free-energy defines a free-energy for RNA and protein with the following features:
Double-well potential for protein
Second-order term for RNA
Non-linear \(\chi_{0}\) that is phenomenologically derived:
\[\chi_{eff} = \chi_{0} = \chi (1 - p e^{(\phi_{r} - \phi_{r^{*}})^{2}/(2a^{2}) } )\]Input variables
To define a variable of this class, the following parameters are required:
c_alpha = Dilute coexistence protein concentration
c_beta = Dense coexistence protein concentration
rho_s = Height of double-well potential
rho_r = Coefficient of 2nd order term for RNA
kappa = Surface tension term
chi = 2-nd order interaction term coefficient (>0)
a = width of gaussian around charge-balance concentration
ratio = charge-balance concentration ratio of c_beta
p = depth of attractive \(\chi_{eff}\) well which is \(\chi (1-p)\)
-
chi_eff
(phi_r)¶ Returns \(\chi_{eff} (\phi_r)\)
\[\chi_{eff} = \chi_{0} = \chi (1 - p e^{(\phi_{r} - \phi_{r^{*}})^{2}/(2a^{2}) } )\]
-
dmu_p_dphi_p
(phi_p, phi_r)¶ Returns derivative of protein chemical potential with protein concentration
\[\frac{d^{2}f}{d \phi_{p}^{2}}\]
-
dmu_p_dphi_r
(phi_p, phi_r)¶ Returns mixed second derivative of free-energy
\[\frac{d^{2}f}{d \phi_{p} \phi_{r}}\]
-
dmu_r_dphi_r
(phi_p, phi_r)¶ Returns derivative of RNA chemical potential with RNA concentration
\[\frac{d^{2}f}{d \phi_{r}^{2}}\]
-
f
(phi_p, phi_r)¶ Returns overall free-energy including gradient (surface-tension) terms:
\[f = f_{0} + \kappa(\nabla \phi_p)^{2}\]
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f_0
(phi_p, phi_r)¶ Returns bulk free-energy of the form:
\[f_{0} = \rho_{s} ( \phi_{p} - c_{\alpha})^{2}(\phi_{p} - c_{\beta})^{2} + \rho_{r} \phi^{2}_{r} + \chi_{0}(\phi_{p},\phi_{r})\]
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mu_p
(phi_p, phi_r)¶ Returns protein chemical potential
\[\mu_{p} = \frac{df}{d \phi_{p}}\]
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mu_r
(phi_r, phi_p)¶ Returns RNA chemical potential
\[\mu_{r} = \frac{df}{d \phi_{r}}\]
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class
utils.free_energy.
free_energy_changing_chi_LG
(c_alpha, c_beta, rho_s, rho_r, chi, kappa, a=0.0, b=0.0, c=0.0)¶ Bases:
object
LG free-energy defines a free-energy for RNA and protein with the following features:
Double-well potential for protein
Second-order term for RNA
Non-linear \(\chi_{0}\) for RNA-protein interactions as defined below:
\[\chi_{0} = -\chi \phi_{p} \phi_{r} + a \phi_{p} \phi^{2}_{r} = (\chi_{eff})\phi_{p}\phi_{r}\]Input variables
To define a variable of this class, the following parameters are required:
c_alpha = Dilute coexistence protein concentration
c_beta = Dense coexistence protein concentration
rho_s = Height of double-well potential
rho_r = Coefficient of 2nd order term for RNA
chi = 2-nd order interaction term coefficient (>0)
a = 3-nd order interaction term coefficient (>0)
kappa = Surface tension term
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chi_eff
(phi_r, phi_p)¶ Returns \(\chi_{eff} (\phi_r ,\phi_p)\)
\[\chi_{eff} = -\chi + a \phi_{r} + b \phi_{p} + c \phi_r \phi_p\]
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dmu_p_dphi_p
(phi_p, phi_r)¶ Returns derivative of protein chemical potential with protein concentration
\[\frac{d^{2}f}{d \phi_{p}^{2}}\]
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dmu_p_dphi_r
(phi_p, phi_r)¶ Returns mixed second derivative of free-energy
\[\frac{d^{2}f}{d \phi_{p} \phi_{r}}\]
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dmu_r_dphi_r
(phi_p, phi_r)¶ Returns derivative of RNA chemical potential with RNA concentration
\[\frac{d^{2}f}{d \phi_{r}^{2}}\]
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f
(phi_p, phi_r)¶ Returns overall free-energy including gradient (surface-tension) terms:
\[f = f_{0} + \kappa(\nabla \phi_p)^{2}\]
-
f_0
(phi_p, phi_r)¶ Returns bulk free-energy of the form:
\[f_{0} = \rho_{s} ( \phi_{p} - c_{\alpha})^{2}(\phi_{p} - c_{\beta})^{2} + \rho_{r} \phi^{2}_{r} + \chi_{0}(\phi_{p},\phi_{r})\]
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mu_p
(phi_p, phi_r)¶ Returns protein chemical potential
\[\mu_{p} = \frac{df}{d \phi_{p}}\]
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mu_r
(phi_r, phi_p)¶ Returns RNA chemical potential
\[\mu_{r} = \frac{df}{d \phi_{r}}\]
utils.graphics module¶
Modules that are used to define the:
Convert set of images into a GIF + MP4
Generate 3-D images using MAYAVI (no support for cluster currently)
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utils.graphics.
generate_images_3D
(dir_name, label_idx=3, N=30, colormap='Blues', vmin=0.0, vmax=1.0, opacity=0.2)¶ Function generates 3D images from mesh data
No support for headless nodes (cluster compute nodes for e.g.) and requires mayavi to be installed
Input parameters
dir_name = path to output_folder
label_idx = label of species (3 for protein & 4 for RNA - column number in mesh data)
N = length of cubical grid to plot (passed from phase_field function)
colormap = colormap to visualize phase-field (default = Blues)
vmin = Value of phase-field to align to lower end of color spectrum
vmax = Value of phase-field to align to upper end of color spectrum
opacity = Transperancy of 3-D rendered image
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utils.graphics.
image_list
(dir_name, file_names, start_char)¶ Input
dir_name = Path to parent directory of images file_names = list of sorted image file names start_char = label to pick (P for protein, R for RNA, c if chi images are plotted)
Output = List of complete path to particular sorted set of images
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utils.graphics.
key_func
(x)¶ Input = List of PNG image file paths (x)
Output = List of filenames without extensions (to sort)
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utils.graphics.
key_func_t
(x)¶ Input = List of TXT image file paths (x)
Output = List of filenames without extensions (to sort)
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utils.graphics.
save_movie
(dir_name, movie_name='movie', duration=0.1)¶ Function generates 2D movies (gif & MP4) from output images
Input parameters
dir_name = path to directory with image files
movie_name = prefix for output movie file (default = movie)
duration = time between 2 frames (default = 0.1)
utils.input_parse module¶
Modules used to:
Parse input parameters
Parse param files
Write out list of simulation parameters to text
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utils.input_parse.
input_parse
(filename, params_flag=False)¶ Parses input files (filename is path to input parameters or param_list file)
params_flag toggles between input_params vs param_list
-
utils.input_parse.
write_input_params
(file_output, input_params)¶ write_input_params writes all the input information from input_params into file_output in the same syntax
utils.sim_tools module¶
Modules are used to
Nucleate seed of protein condensates
Create circular meshes
Read out radius of protein condensate
-
utils.sim_tools.
create_circular_mesh
(radius, cellSize)¶ Function creates circular 2D mesh
Input
radius = Radius of mesh
cellSize = Size of unit cell
Note : No support for 3D meshes currently and requires GMSH
-
utils.sim_tools.
get_radius
(phi, mesh, threshold=0.25, dimension=2)¶ Input
phi = Phase-field variable
mesh = Mesh variable
threshold = Threshold value of phase-field variable to count as dense phase
dimension = Dimension of grid
Output
Returns radius
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utils.sim_tools.
nucleate_seed
(mesh, phi_a, phia_value, nucleus_size=5.0, dimension=2)¶ Function nucleates spherical nucleus of condensate into mesh
Input
phi_a = Phase-field variable
mesh = Mesh variable
phia_value = Value of dense phase to nucleate
nucleus_size = Radius of initial nucleus
dimension = Dimension of grid


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MoveToCode
|
This tool allows the migration of obsolete components into up-to-date versions. More...
Classes | |
| class | MigrationStatus |
| Utility class to keep migration status of each object More... | |
Public Types | |
| enum class | MigrationToolState { PreMigration = 0 , Migrating , PostMigration } |
| Possible states for the migration tool More... | |
Public Member Functions | |
| MigrationTool () | |
| bool | TryAddObjectForMigration (Type type, Object selectedObject) |
| Adds selectedObject to the list of objects to be migrated. More... | |
| void | TryAddProjectForMigration (Type migrationType) |
| Adds all prefabs and scene assets found on the assets folder to the list of objects to be migrated More... | |
| void | RemoveObjectForMigration (Object selectedObject) |
| Removes object from the list of objects to migrated More... | |
| void | ClearMigrationList () |
| Clears list of objects to be migrated More... | |
| bool | MigrateSelection (Type type, bool askForConfirmation) |
| Migrates all objects from list of objects to be migrated using the selected IMigrationHandler implementation. More... | |
Static Public Member Functions | |
| static void | DrawDeprecated< T, THandler > (T target) |
| Util method to draw a deprecated warning for a given component in the inspector as well as a button to migrate / trigger the migration tool to upgrade to the new version via the indicated migration handler. More... | |
Properties | |
| List< Type > | MigrationHandlerTypes [get] |
| Returns a copy of all loadable implementation types of IMigrationHandler More... | |
| Dictionary< Object, MigrationStatus > | MigrationObjects [get] |
| Returns a copy of all game objects, prefabs and scene assets selected for migration and their migration status More... | |
| MigrationToolState | MigrationState [get] |
| Current migration process state of the tool More... | |
This tool allows the migration of obsolete components into up-to-date versions.
In order to be processed by the migration tool, deprecated components require specific implementation of the IMigrationHandler
| Microsoft.MixedReality.Toolkit.Utilities.MigrationTool.MigrationTool | ( | ) |
| void Microsoft.MixedReality.Toolkit.Utilities.MigrationTool.ClearMigrationList | ( | ) |
Clears list of objects to be migrated
|
static |
Util method to draw a deprecated warning for a given component in the inspector as well as a button to migrate / trigger the migration tool to upgrade to the new version via the indicated migration handler.
| T | Deprecated component type. |
| THandler | Migration handler to call for migrating the component. |
| target | Component to migrate. |
| T | : | MonoBehaviour | |
| THandler | : | IMigrationHandler |
| bool Microsoft.MixedReality.Toolkit.Utilities.MigrationTool.MigrateSelection | ( | Type | type, |
| bool | askForConfirmation | ||
| ) |
Migrates all objects from list of objects to be migrated using the selected IMigrationHandler implementation.
| type | A type that implements IMigrationhandler |
| void Microsoft.MixedReality.Toolkit.Utilities.MigrationTool.RemoveObjectForMigration | ( | Object | selectedObject | ) |
Removes object from the list of objects to migrated
| selectedObject | Object to be removed |
| bool Microsoft.MixedReality.Toolkit.Utilities.MigrationTool.TryAddObjectForMigration | ( | Type | type, |
| Object | selectedObject | ||
| ) |
Adds selectedObject to the list of objects to be migrated.
Return false if the object is not of type GameObject, or SceneAsset.
| void Microsoft.MixedReality.Toolkit.Utilities.MigrationTool.TryAddProjectForMigration | ( | Type | migrationType | ) |
Adds all prefabs and scene assets found on the assets folder to the list of objects to be migrated
|
get |
Returns a copy of all loadable implementation types of IMigrationHandler
|
get |
Returns a copy of all game objects, prefabs and scene assets selected for migration and their migration status
|
get |
Current migration process state of the tool


How it works.
Committing to 75 minutes of mild exercise per week leads to a happier, healthier life! Meeting this goal is easy with Fitness Fox! We will guide and encourage you along the way! Start by simply selecting the exercise type you've done and the duration.
Fitness Fox is designed to replace your paper workout journal. After listening to users who were disappointed by the selection of workout tracking apps, it combines the best features found in other apps with a minimalistic approach and a clean, easy-to-use interface. Give it a try. We know you'll love it!
We've been able to put together a great combination of simplicity, usability, and features. Because of this, Fitness Fox has become one of the most popular workout tracking apps.
Other workout apps take a simple thing and over complicate it. We believe that a workout log should do just what it says: log your workout, without getting in your way, or slowing you down.
Fitness Fox has many features others don't have such as a summary page with stats from previous workouts, visual graphics showing progress to meet goals, and much more.
These links will help you create a balanced workout and nutrition plan.
Helping You Achieve Healthier Lifestyle
Fitness Fox provides users a simple way to track time spent working out. By logging exercise type and time spend, you can visually see progress over time. Fitness Fox is here as a helpful friend to guide and motivate you towards your goals. Consistent exercise reduces stress and in combination with a sensible diet will improve overall health for a longer, happier life.
Fitness Fox started as a student project at Texas A&M in 2019, but quickly grew into a buzzing community of employees and users.


check($specific = null)
Checks either all loaded Login drivers or just those specified as the parameter.
| Static | Yes | ||||||
|---|---|---|---|---|---|---|---|
| Parameters |
|
||||||
| Returns | bool, whether one of the (given) drivers successfully validated the login | ||||||
| Example |
|
The Auth package provides a standardized interface for authentication in Fuel. This allows our users to write their own drivers and easily integrate a new driver to work with old code by keeping the basic methods consistent.
The Auth class works mainly with one or more login drivers and offers a set of 2 methods for all other drivers. One getting a driver instance and a second answering whether a loaded driver of that type validates. Below are first the methods for checking and getting the drivers.
Checks either all loaded Login drivers or just those specified as the parameter.
| Static | Yes | ||||||
|---|---|---|---|---|---|---|---|
| Parameters |
|
||||||
| Returns | bool, whether one of the (given) drivers successfully validated the login | ||||||
| Example |
|
Retrieves a loaded driver, when drivers are set in config the first driver will also be the default.
| Static | Yes | ||||||
|---|---|---|---|---|---|---|---|
| Parameters |
|
||||||
| Returns | Auth_Login_Driver | ||||||
| Example |
|
The methods below should be available on all Auth drivers in at least the way described here, but will often have specific parameters added for their implementation.
Returns an array describing the current logged in user, always includes at least a screenname and an emailaddress. Additional fields can be configured in the driver config or requested through the $additional_fields array, but they must have a get_user_fieldname() method within the driver to be gettable.
| Static | No | ||||||
|---|---|---|---|---|---|---|---|
| Parameters |
|
||||||
| Returns | array | ||||||
| Example |
|
Must be implemented specific to the driver to login the user.
| Static | No |
|---|---|
| Parameters | None by default |
| Returns | bool |
| Example |
|
Must be implemented specific to the driver to logout the user, and work without parameters.
| Static | No |
|---|---|
| Parameters | None |
| Returns | void |
| Example |
|
Fetches the current logged in user's emailaddress.
| Static | No |
|---|---|
| Parameters | None |
| Returns | string |
| Example |
|
Fetches the current logged in user's screen name.
| Static | No |
|---|---|
| Parameters | None |
| Returns | string |
| Example |
|
(to be written)
(to be written)


Epic Games acquires Quixel and its huge library of photogrammetry assets
by Fraser BrownEpic Games has acquired Megascans creator Quixel, along with its library of photogrammetry assets scanned from all over the world and 3D art tools.
Quixel was founded in 2011 and has been capturing real-world objects, buildings and even animal fur, which can be downloaded by videogame artists. Megascans currently hosts more than 10,000 assets.
With the acquisition, this substantial library will become free for all Unreal Engine users, starting with ten high resolution packs that are available on the Unreal Engine Marketplace today. More packs will be made available at a future date.
New versions of Mixer and Bridge, which let designers edit and manage assets, will also be released for free to everyone in a few weeks, with details on the updates coming soon.
Current subscribers who are only using Megascans with Unreal Engine will have their subscription refunded, while subscription prices will be lowered across the board. Users will apparently be able to download nearly twice as many assets, no matter what engine they use, and there won't be a resolution cap.
Back in March, Quixel released Rebirth, an impressive sci-fi cinematic created using the Unreal Engine and Megascans assets, specifically the Icelandic Collection. It's got some Death Stranding and Blade Runner vibes and I really wish there was a game attached. Give it a watch below.
Unreal Engine users will be able to fiddle with some of the assets used in the cinematic from today. Go on, make me an Icelandic Blade Runner game. Please.