- Waiting List 1 2 3 – Create Countdown Timers Countdown 20 Minutes
- Waiting List 1 2 3 – Create Countdown Timers Countdown Stopwatch
Description
Countdown Plan retired 1 June 2016. Note: As ARIN moves through each phase, the current two-day response turnaround on requests may not always be met. Phase One (February 2011 - September 2012) A policy was triggered, reducing the IPv4 allocation window from 12 months to three (NRPM Section 4.2.2). All IPv4 requests are peer reviewed. Not only does the countdown timer create a sense of urgency, but the addition of the recipient’s name in the email engages them on a one-to-one level with the time-limited offer. Additional animation is used to make it appear like paper is being peeled back to reveal the coupon.
Our WordPress Countdown plugin allow website owners to create nice and functional timer just in a few minutes. This is the best way to create beautiful Timers for your users.
You can use our plugin in your posts/pages and widgets. It’s very easy to use and there isn’t any need of coding knowledge.
You can use our plugin in your posts/pages and widgets. It’s very easy to use and there isn’t any need of coding knowledge.
Waiting List 1 2 3 – Create Countdown Timers Countdown 20 Minutes
View our plugin Demo page:
Our plugin have a lot of useful features that you will like.
Features of Free version
- Easy install and use
- Works perfectly with all versions of WordPress
- Fully Responsive
- Ability to create unlimited Timers
- Ability to use on pages/posts and widgets
- Ability to type your own text in day, hour, minute and second fields
- Ability to select the action after time expired
- Ability to type message after time expired
- Ability to choose the position
- Ability to type the distance from top/bottom
- Uses CSS3
- User friendly back-end
- Tested on popular WordPress themes
You can upgrade the free version to WordPress Countdown Pro to add some features.
The features of Pro version
- Ability to use Timer with “Circle” and “Vertical Slider” buttons
- Ability to choose the text color
- Ability to choose the background color
- Ability to type the size
- Ability to type the border width and radius
- Ability to type the text font-size and Font family
- 39 awesome animation effects
- Premium Support
If you found any bug in our plugin or have a question contact us at [email protected].
Our plugin have a lot of nice features, be sure you checked them all(date timer, time counter, clock, html5, flash, jQuery, animated, Holiday, Christmas and Halloween timers).
Step by step guide
Options
- Day field text – Type here text for Day field.
- Hour field text – Type here text for Hour field.
- Minute field text – Type here text for Minute field.
- Second field text – Type here text for Second field.
- Expire time/date – Type the expire time or select it from calendar.
- After time expired – Select the action after time expired.
- Message after time expired – Type the message after time expired.
- Position – Select the position.
- Distance from top – Type the distance from top.
- Distance from bottom – Type the distance from bottom.
- Buttons type – Select the buttons type.
- Text color – Choose the text color.
- Background color – Choose the background color.
- Size – Type the size.
- Border width – Type the border width(px).
- Border radius – Type the border radius(px).
- Font-size – Type the texts font-size(px).
- Font family – Choose the Font family.
- Animation type – Choose the animation type you need.
Adding timer into your website pages, posts
Hider v2 2 2. After installation activate the plugin, then go to your pages, posts and just click on our plugin shortcode button and add it to your pages/posts.
Adding in your website sidebar
After installation activate the plugin, then check your widgets page(Appearance>Widgets) and then drag and drop our plugin widget into your sidebar.
After that configure the options. That’s all.
After that configure the options. That’s all.
Blocks
This plugin provides 1 block.
- wpdevart-countdown/countdown
- Countdown Timer - Widget Countdown
Installation
First download our plugin ZIP file.
- Log in to your administration panel.
- Go to Plugins page, click on Add New, then click “Upload Plugin” .
- Then click “Choose file” then select the plugin zip file.
- Install and activate our plugin.
That’s all, now you can use it on your website. If any problem occurs, contact us at [email protected].
FAQ
Our plugin is user friendly, but here you can see some frequently asked questions that can help you.
How can I insert it into my pages/posts
After you installed the plugin you can go to your pages/posts and just click on our plugin shortcode button and add it to your pages/posts.
How can I add it into my sidebars
After you installed the plugin you need to check your widgets page and then drag and drop our plugin widget into your sidebar.
After that configure the options.
After that configure the options.
Can I select the expire date from calendar
Yes dear user, you can use our date picker from calendar. Tv pilot 2 0 0 – discover new tv series.
Can I use it in popup
Unfortunately we don’t have popup option, but you can use it with other popup plugin.
I select date using date picker but it doesn’t show the correct time that left
The plugin use the website server time, that’s why you see other time in front end, you can just insert the time you need if your website server time is not correct for you.
I Have troubles with circle view
Dear user, contact us at [email protected] and we will fix it, usually the problem comes from jQuery version or one of your plugins.
Can I remove for example hours field
Unfortunately we don’t have such feature at this moment, but contact us at [email protected] and we will try to help you.
What files I need to upload for installing the plugin
You need to select the .zip file, there is no need to extract the zip file, just upload it.
I purchased the pro version, but didn’t download the pro file
Contact us at [email protected] and we will send you the pro version.
The pro version is one time pay or not
Yes dear users, you need to pay only one time for pro version, it’s lifetime plan.
Reviews
Works good, free version is basic but it works, Easy peasy
LSL Portal | Functions |Events |Types |Operators |Constants |Flow Control |Script Library |Categorized Library |Tutorials |
- 2Common List Operations
- 2.2Adding an Element to a list
A list is a special kind of data type which can contain zero or more elements of any of the other data types recognised in LSL.
Lists are signified by square brackets surrounding their elements; the elements inside are separated by commas.
Examples:
(Note: to be clear for those who have other programming backgrounds, there are no arrays in LSL: only lists.) Joyoshare audio recorder 1 0 00.
Diverse Data Types
Elements in a list do not need to be all of the same type. In the same list, you can store strings, integers, floats, vectors, and rotations, right side by side.
Example:
However, a list may not contain another list (i.e. you can't nest them.)
not
When you add an element to a list, the list remembers automatically what data type the value was.
Generally, because you're the one adding something to a list, you know what datatype is in what place in the list, and you retrieve it out of the list with the appropriate llList2<type> function such as: llList2String, llList2Vector, etc. (more on this later.)
If for some reason, though, you need to test what data type an element is in a list, you can use the llGetListEntryType function.
List can be directly typecast into string
or can use a do while condition to say each list item separately
Common List Operations
Counting place in a list vs list length
It is important at the outset to note the following (which can trip up even experienced minds when they are battle-weary):
The length of this list is 3, because it has 3 elements in it. The length of a list is returned by the llGetListLength() function:
BUT, counting to determine an element's place in its list (aka 'indexing') starts at 0 -- NOT 1.
The position of 'Yes' in the above list is 0, 'No' is at position 1, and 'Perhaps' is at position 2.
Consequently, if you have 7 elements in a list, the last item in the list will be at position 6.
Positions in a list can also be counted from the right-hand end progressing to the left by using negative indexes.
Then the position of the right-most entry is -1, and the position of the left-most entry is the negative of the list length.
Thus to retrieve elements near to the end of a list, without having to know in advance its forward position, or the list length, you can just say:
Adding an Element to a list
There are several ways used to add an element to an existing list via prepending/appending:
Notes
- Method 1 is the most memory efficient under Mono-LSL. But not under LSO.
- Note that prepending the new_item without brackets negates any memory savings in Mono-LSL.
- Method 1 will consume more memory than other methods in LSO-LSL.
- As of 8/8/2009 Method 7 returns the best memory savings in LSO-LSL.
- Methods 2 & 3 compile to the same thing.
- Methods 4 & 5 compile to the same thing.
- Methods 6 & 7 can result in a considerable memory savings in LSO-LSL over methods though there is an LSO-LSL VM bug that causes the string & key typecasts to not stick properly: SVC-1710. (It helps reduce heap fragmentation, which would otherwise result in unusable blocks of heap memory)[1]. In Mono-LSL it provides no significant memory advantage or disadvantage.
- Depending upon the situation (in LSO-LSL) this method may not provide any advantage whatsoever. If in doubt profile the script with and without using this method.
Joining Lists (aka Concatenation)
Lists can be joined simply by using the + sign:
Note: The above example actually creates 3 lists in memory while the command runs, even though just one is returned. This can affect memory usage.
Note: Concatenation can ONLY be done by executable code in LSL, you cannot use + while declaring a global list.
Clearing a List
To clear a list, set it equal to a null list like this:
Passing a List Into a Function
Passing a list into a function is little different than passing any other data type, however, there are some useful cases to be aware of:
In the above code, we call llListReplaceList(), an innocent enough operation, however, due to the way passing of lists, and functions such as llListReplaceList(), llDeleteSubList(), llList2List() and llListSort() (and others), work, you can end up using two, three, or even four times the amount of memory required to store your list, just by calling that function! To avoid this problem, we can use a small piece of optimisation; if you know that the list you're passing into such a function will never be read again (for example if the result of the function will overwrite the list) then we can do this:
The effect of this is to greatly reduce the memory usage and fragmentation in LSO-LSL but has no effect in Mono-LSL (fragmentation does not impact scripts in Mono). This technique is sometimes referred to as 'Voodoo magic'. This can also work for other cases other than function-calls, for example when concatenating lists (above), you may find that this nearly eliminates any memory problem:
Processing a List Into Another List
A more complex case, but sometimes when processing a large list you may find that you are producing a similarly large list as a result. In such cases there is a very large risk of running out of memory. As a result, in any case where you know you will, or might, be working on a particularly large list, it will often be worth manipulating them similarly to:
This method (deleting every few list entries or strides) is preferable to deleting an entry every loop, as the cost of calling llDeleteSubList() is very high. It is up to the scripter to decide what their optimal chunk-size is for pruning an input list, as you will need to balance memory use with delete cost.
Comparing Lists
Equality test on lists does not compare contents, only the length.Hence:
will take the TRUE path.
The
!=
operator, on the other hand, breaks the LSL rule that comparisons only return TRUE
or FALSE
, and instead returns the difference of the lengths of both lists. Consequently, both statements below are equivalent, and both a
and b
will be equal to -2
after executing this:See also 'ListCompare' for comparing if two lists are really equal including the contents.
Strided lists
One common use of lists is to duplicate the functionality of structured collections of data (aka structs). Such collections, available in many programming languages, are absent from LSL.
In-world in SL, (still as of July 2008), a strided list is the closest you can get to storing limited amounts of data in some kind of structure that you can access and manipulate in a few, limited ways.
Strided lists allow you to store related data pieces grouped (aka 'strided') in sets. You can determine how many pieces of data in each 'grouping.'
Waiting List 1 2 3 – Create Countdown Timers Countdown Stopwatch
An example is best at this point. You might use a strided list to track the names, gender and rez dates of a group of avatars:
This example has a stride of three, because each grouping (or stride) has three data elements. Index 0 ('John Adams') is the start of the first instance (because list counting starts a 0), index 3 ('Shirley Bassey') is the start of the second instance, and so on.
It is important that the pieces of information in each grouping are always entered in the same sequence for every instance of the grouping in the list! In the example above, this means that the name needs to be always the first of the three related elements. You should consider carefully the order in which you record information because the function to sort a list, llListSort, will only sort on the first element of the instances. In other words, if the avatar's rez date were the most important attribute for your script, then you would need to record it first, and the name second. If you wish to be able to sort by avatar last name rather than first name, the name should be added to the list in Lastname FirstName format (avoiding a comma, though, of course, unless you wanted LastName and FirstName treated as separate elements in the list.)
To add another person to the above list, you would do this:
It should be noted that when manipulating extremely large strided lists, that if you expect to be editing the lists that you may wish to use one list for each 'column', this may be more complex but significantly reduces the amount of memory required when manipulating the lists, though it will be a lot more difficult to sort.
Here are the tools we do have for strided lists:
The following three (as of July 2008) native LSL functions can be used with strided lists:
The function llListStatistics can, with care, be used for strided lists as it will silently ignore non integer and non float items.
Here are some additional, user-created functions for working with strided lists:
function | purpose |
---|---|
ListStridedMove | Moves something in a strided list to another place in the strided list. |
ListStridedRemove | Removes part of a strided list. |
ListStridedUpdate | Updates part of a strided list. |
ListStridedReorder | Reorder the contents of every stride or reorder entire strides. |
Extended List Operations
These functions have been created and contributed by LSL users to perform operations not covered by built-in LSL functions.
function | purpose |
---|---|
ListCast | Processes a list so that its contents are of a single-type. |
List_cast | Processes a list so that its contents are converted from strings to their respective types. |
ListCompare | Compares two lists for equality |
ListItemDelete | Removes one element from a list. |
ListKeyCase | Changes the values of the whole list into uppercase or lowercase based on input |
ListToWholeNumbers | Given a list of floats, converts them all to whole numbers (aka integers.) |
ListXorY | Join two lists to make one new combined list, while also eliminating any resulting duplicates in the new list. |
ListXandY | This function examines two lists, and returns a new list composed of the elements that both lists have in common. |
ListXnotY | Show what x list has that y list is missing. |
ListXxorY | Returns a new list, composed of elements that were in either original script, but not both. Note: This is not the same as getting rid duplicates by preserving just one of each duplicated item. It goes further, and removes both items. |
ListXequY | Answers the question: is list X identical to list Y? |
ListXneqY | Answers the question: is list X different from list Y? |
Replace | Replaces a single occurrence of something in a list with something else that you specify. |
Replace All | Replaces all occurrences of 'from list' with those in 'to list' in 'src list'. Not as concise as the replace function above, but will handle multiple items at the same time. |
ListUnique | Given a list of elements, returns a list of only the unique individual elements in that list. |
ccFixListDatatypes | Walks a list, casts the elements to the appropriate types, and returns a fixed list. Useful for things like llSetPrimitiveParams when you've parsed your data out of a string. |
2D Pseudo-Array | A way to emulate the behavior of a 2 dimensional array. |
Subcategories
This category has the following 5 subcategories, out of 5 total.
I
L
Pages in category 'LSL List'
The following 27 pages are in this category, out of 27 total.
CDGJ | L | L cont.P |
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