Currency Assistant 3.6.1
Currency Assistant is a very flexible currency conversion calculator. It lets you convert between 174 world currencies and automatically updates exchange rates over the Internet. With Currency Assistant you can easily create multiple converters, import and convert series of amounts, calculate and convert the result of expressions, and quickly log, save, export, and print your conversions
Currency Assistant 3.6.1
BeanCounter is a powerful yet easy-to-use professional bookkeeping, time tracking, and invoicing application. It features double-entry accounting, multiple-currency support, and a simple one-window user interface. Manage accounts, clients,...
Currency Assistant is a very flexible currency conversion calculator. It lets you convert between 174 world currencies and automatically updates exchange rates over the Internet. With Currency Assistant...
Currency Assistant is a very flexible and easy-to-use currency conversion calculator. It lets you convert between 174 world currencies (all major circulating currencies plus the 19 Eurozone legacy currencies) and automatically updates exchange rates over the Internet.
Currency Assistant is a handy and very flexible currency conversion calculator that lets you convert between 174 world currencies and automatically updates exchange rates over the Internet. With Currency Assistant you can easily create multiple converters and manage currencies, convert series of amounts, calculate and convert the result of expressions, and log, save, export, and print your conversions.
You can edit or restore currencies, set your base currency, automatically update exchange rates over the Internet, and customize the Add Currency and Switch Currency menus. In addition to that, the Currencies window lets you sort, search, and batch edit currencies.
Local currency symbols can be ambiguous. For example, a dollar sign ($) can refer to US dollars or Australian dollars. ISO specifications define unique currency symbols for specific territories or countries. For example, the ISO currency symbol for the US dollar is USD. The ISO currency symbol for the Australian dollar is AUD.
Twelve members of the European Monetary Union (EMU) have adopted the euro as their currency. Setting NLS_TERRITORY to correspond to a country in the EMU (Austria, Belgium, Finland, France, Germany, Greece, Ireland, Italy, Luxembourg, the Netherlands, Portugal, and Spain) results in the default values for NLS_CURRENCY and NLS_DUAL_CURRENCY being set to EUR.
Beginning with Oracle Database 9i Release 2, the value of NLS_ISO_CURRENCY results in the ISO currency symbol being set to EUR for EMU member countries who use the euro. For example, suppose NLS_ISO_CURRENCY is set to FRANCE. Enter the following SELECT statement:
Customers who must retain their obsolete local currency symbol can override the default for NLS_DUAL_CURRENCY or NLS_CURRENCY by defining them as parameters in the initialization file on the server and as environment variables on the client.
In addition to the requirements for assistant professor, a person appointed as an associate professor must have demonstrated substantial professional achievements evidenced by an appropriate combination of outstanding teaching, creative scholarship, and recognized performance in Extension, outreach, University Libraries, or related academic and professional service.
The initial appointment for assistant professors, and for associate professors and professors employed without tenure, is ordinarily for a period of not less than two years. Multiple-year reappointment may be subsequently recommended.
HOMER Pro Version 3.1.2 (February 11, 2015) Changes to battery model library
Grid default changes
Updated help
Corrected landing pages for software update
Fixed slope and azimuth in PV
Fixed wind turbine size in results table
Fixed problem comparer crash
Fixed crash when user tries to plot an uninitialized resource
Fixed update of table in grid scheduled rates view
Fixed invalid temperature causing infeasible results
Fixed currency symbol in cash flow table
Fixed issue loading file when the model does not match results
Fixed repeated imported file warnings with HOMER 2 linked sensitivities
Fixed electrical results tab for grid and hydro
HOMER Pro Version 3.1.0 (January 2015) New features: Linked sensitivities
Support for international currency and number formats
Ability to hide 3rd party ads in paid version
Compare 2 files
Improved plots and plotting options
Load efficiency
Results recycling (only recalculate when necessary - much faster performance)
Engine extensions - external dispatcher supporting PV and generators
Copy component from model to library
Improvements to wind turbine model
New battery designer with increased functionality over HOMER 2
New modules Hydrogen: Hydrogen tank, electrolyzer, reformer, fuel cells, hydrogen load
Advanced grid: Real-time rates, schedule rates, scheduled outages, per-rate options, compare cost of grid extension to cost of hybrid system
New components Windera turbine by Ennera
XANT M-21 wind turbine
Hydrokinetic turbine by Smart Hydro Power
Vanadium batteries with separate power and storage capacity space
Bug and cosmetic fixes: Improved licensing system - no download required
Missing display of weekend or weekday data separately in the load menu
Checkbox for "Enforce Minimum Renewable Fraction" in the Constraints menu doesn't do anything
Time series results x-axis labels and ticks don't line up with the data
Cannot move batteries from HOMER 2 to HOMER Pro
Ads cannot be turned off
Setting the PV dedicated converter lifetime to zero years causes the simulation to fail
If you change the name of a user-defined library component, you will not be able to add more instances of that component.
If you select "consider temperature effects" with a concentrating PV panel, HOMER will give an error when trying to produce the detailed simulation results.
HOMER Pro will not allow calculation with a thermal load but no electric load
Our data were highly complete, with only 6.9% of subjects having missingness on any covariate. To ensure that our results were not biased by missing data, we performed multiple imputation with chained equations [11] to generate 50 pooled data sets for conducting regression analysis (resulting in 1.36 million observations). In sensitivity analyses, we repeated our statistical models using complete cases only. All data imputation and statistical analysis were conducted with SAS software version 9.4 [12] and R 3.6.1 [13].
Gil is the primary economic currency of FFXIV. It is used to purchase items,repair gear, and teleport, amongst many other things! Gil is earned by completingquests, dungeons, duties, leves, etc. It isalso used on the Marketboard to purchase items from other players.
Manderville Gold Saucer Points, commonly referred to as MGP, is the currencyused in the Manderville Gold Saucer. The Gold Saucer is Eorzea's very own casino,with mini-games such as Triple Triad and Chocobo Racing, as well as funactivities galore! Although MGP is only used within the Gold Saucer, this currency can beacquired from Wondrous Tails or outside events.To learn more about the Gold Saucer, visit our dedicated Gold Saucer hub.
Allagan Tomestones are the primary endgame currency of FFXIV. These arerewarded from virtually every endgame duty, including max-level dungeons, raids,and trials. There are three relevant tomestones at any given time.
Treasure coffers from Savage Raids do not drop gear; they instead drop coffersthat can be consumed to grant gear of the player's current job. Inaddition, completing of a Savage raid will reward the player with a currencyspecific to that fight. For example, completion of Eden's Promise: Litany (Savage)will reward the player with Book of Litany. This can be exchanged for thesame gear rewarded from coffers.
Optimization code samples are provided in Supplementary Data 1. This code uses Python version 3.6.1. The required python packages are numpy (1.17.4), scikit-learn (0.21.3), scipy (1.3.2) and matplotlib (2.0.2).
Sample code consisting of functions used with the opportunistic optimization approach. This simulates an optimization of the exoskeleton torque parameters over multiple generations. This code uses Python version 3.6.1. The required python packages are numpy (1.17.4), scikit-learn (0.21.3), scipy (1.3.2) and matplotlib (2.0.2). 041b061a72