For the purposes of this article, we define a sequence to be a function whose domain is an interval of integers. This definition covers several different uses of the word "sequence", including one-sided infinite sequences, bi-infinite sequences, and finite sequences (see below for definitions). However, many authors use a narrower definition by requiring the domain of a sequence to be the set of natural numbers. The narrower definition has the disadvantage that it rules out finite sequences and bi-infinite sequences, both of which are usually called sequences in standard mathematical practice. In some contexts, to shorten exposition, the codomain of the sequence is fixed by context, for example by requiring it to be the set R of real numbers,[2] the set C of complex numbers,[3] or a topological space.[4]
FileHold software has many ways to solve the business problem of uniquely numbering and versioning documents.  The software  provides near infinite numbering / versioning possibilities using the metadata fields. The metadata fields are flexible, controllable, and searchable to allow users to create any numbering schemes they may require. The following are the document number control schemes that FileHold provides as a standard feature.
An exit can be numbered by where the exit in the direction of increased mileage leaves the freeway, or by where the road that the exit serves crosses the freeway (which is occasionally ambiguous). From this number, the integer exit number can be determined by rounding up, rounding down, or rounding to the nearest integer. Many jurisdictions prefer to avoid an exit 0.[citation needed] To this end, the numbers are either rounded up to get the exit number, or any exit that would get the number 0 is instead numbered 1. Examples of highways with an exit 0 are British Columbia Highway 1 on the mainland, Interstate 70 in Wheeling, West Virginia along the West Virginia–Ohio border, and Interstate 90 on the Montana side of the Idaho–Montana border.
To recap, you use a DMax function to return the highest number in the Sequence and increment it by 1. You assign the incremented number to a control on your form and then immediately save the record. If your identifier includes additional information from the record, you use an expression that concatenates that information with the sequence number to display the full identifier.

John, Sorry for the delay, but I was away last week with limited Internet access. I assumed if you had a Save button, you would know how to put code behind it. To see the code behind a button, Select the button in Form Design Mode and open the Properties Dialog (Right click and select properties), on the Events tab there should be something in the On Click event of the button. If you click the Ellipses […] next to the event, it will open Code Builder where you can enter the code.
The Nz function will return 0 if there are no records so this expression will return a 1 the first time and then increment the highest number each additional time. The key is where to put this line of code. As I said it needs to be generated immediately prior to saving the record so that another user does not get the same number. So generally I would put this behind a Save button or a button to specifically generate the number. I would then add a second line to commit the records. Either:
There are many users who search for a simple and instant way to add sequential numbering to PDF forms and pages present in the forms. However, they are not able to find the solution as most of the online tools insert serial numbers to single PDF only. Thus, in the above section, we have introduced an automated solution using which users can easily apply page number in PDF forms having different pages.

WordTips is your source for cost-effective Microsoft Word training. (Microsoft Word is the most popular word processing software in the world.) This tip (92) applies to Microsoft Word 97, 2000, 2002, and 2003. You can find a version of this tip for the ribbon interface of Word (Word 2007 and later) here: Sequentially Numbering Elements in Your Document.
Select the Text Tool (T) and start dragging a text box that will wrap around the whole ticket including the crop marks. This is very important since the Data Merge will automatically calculate the duplication. Then open up the Text Frame Option (Command + B) and set the Inset spacing to 1p4 for the top and 1p8 for the left. Of course, you can place the text for the numbers anywhere you like. I set the numbers to a small text.
Automata or finite state machines can typically be thought of as directed graphs, with edges labeled using some specific alphabet, Σ. Most familiar types of automata transition from state to state by reading input letters from Σ, following edges with matching labels; the ordered input for such an automaton forms a sequence called a word (or input word). The sequence of states encountered by the automaton when processing a word is called a run. A nondeterministic automaton may have unlabeled or duplicate out-edges for any state, giving more than one successor for some input letter. This is typically thought of as producing multiple possible runs for a given word, each being a sequence of single states, rather than producing a single run that is a sequence of sets of states; however, 'run' is occasionally used to mean the latter.

For controlname you need to use the name of the control bound to your Project ID# field. However, the # may be complicating things. Type the Me. and Intellisense should give you a list of controls and methods. Press the P key to go to Ps and scroll until you find the controlname. Selecting the name from the Intellisense list will make sure you are using the correct control. That control needs to have a ControlSource of the Project ID# field. If you do this correctly, then pressing the button should populate the control with the next number. It will also save the record.


An alternative to writing the domain of a sequence in the subscript is to indicate the range of values that the index can take by listing its highest and lowest legal values. For example, the notation {\displaystyle (k^{2})_{k=1}^{10}} denotes the ten-term sequence of squares {\displaystyle (1,4,9,...,100)} . The limits {\displaystyle \infty } and {\displaystyle -\infty } are allowed, but they do not represent valid values for the index, only the supremum or infimum of such values, respectively. For example, the sequence {\displaystyle (a_{n})_{n=1}^{\infty }} is the same as the sequence {\displaystyle (a_{n})_{n\in \mathbb {N} }} , and does not contain an additional term "at infinity". The sequence {\displaystyle (a_{n})_{n=-\infty }^{\infty }} is a bi-infinite sequence, and can also be written as {\displaystyle (...,a_{-1},a_{0},a_{1},a_{2},...)} .
First, you have to use YOUR field and control names. The ones I use are samples. The error you are getting indicated you do not have a control named txtProject. So you have to substitute the correct name of the control. bound to the ProjectID field. By the way it is not a good idea to the octothorpe(#) as part of a field name. A controlname may be different from a fieldname. The name property of a control is on the Other tab in the Properties dialog.
Automata or finite state machines can typically be thought of as directed graphs, with edges labeled using some specific alphabet, Σ. Most familiar types of automata transition from state to state by reading input letters from Σ, following edges with matching labels; the ordered input for such an automaton forms a sequence called a word (or input word). The sequence of states encountered by the automaton when processing a word is called a run. A nondeterministic automaton may have unlabeled or duplicate out-edges for any state, giving more than one successor for some input letter. This is typically thought of as producing multiple possible runs for a given word, each being a sequence of single states, rather than producing a single run that is a sequence of sets of states; however, 'run' is occasionally used to mean the latter.
The user can make use of an automated and reliable way to add sequential numbering to PDF forms i.e. PCVITA PDF Page Numberer. With this utility, the user can insert serial number to PDF forms in bulk. The software makes easy for the users to do sequential bates numbering in PDF forms along with the pages associated with them. Moreover, the utility is having an easy to use interface with numerous beneficial features. The user can apply page number in PDF forms by following the step by step explained below:
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Infinite sequences of digits (or characters) drawn from a finite alphabet are of particular interest in theoretical computer science. They are often referred to simply as sequences or streams, as opposed to finite strings. Infinite binary sequences, for instance, are infinite sequences of bits (characters drawn from the alphabet {0, 1}). The set C = {0, 1}∞ of all infinite binary sequences is sometimes called the Cantor space.
I have screen shots of what I have in my db, where can I send it to you (it is in word format) so that you can take a look at it to see what I am doing wrong. I took a screen shot of what is listed for the button and I took a screen shot of the text box Job No. I don’t know how to bound anything other than put the code behind the button and putting the Job_No in the code as you stated. I understand what you are saying, but I thought if I put the text box name Job No in the code behind the button then it would be bound to my table with the Job No field. Heeeelllllppppp!!!! I am sorry that I can’t seem to grasp this….but appreciate all of your help!
LION also carries a heavy-duty, 6 wheel automatic numbering machine with rubber faced wheels. The rubber wheels work great for metal marking and plastic marking when used with LION fast dry ink. As with the other LION numbering machines, this machine is made in Japan with precision crafted one-piece hardened steel frame with all metal interior construction. LION machines will provide years of reliable use. Ideal for sequential numbering operations to use as a date and number stamp, serial number stamp, an inspection stamp and etc.
Automata or finite state machines can typically be thought of as directed graphs, with edges labeled using some specific alphabet, Σ. Most familiar types of automata transition from state to state by reading input letters from Σ, following edges with matching labels; the ordered input for such an automaton forms a sequence called a word (or input word). The sequence of states encountered by the automaton when processing a word is called a run. A nondeterministic automaton may have unlabeled or duplicate out-edges for any state, giving more than one successor for some input letter. This is typically thought of as producing multiple possible runs for a given word, each being a sequence of single states, rather than producing a single run that is a sequence of sets of states; however, 'run' is occasionally used to mean the latter.
An overwhelming majority of companies use designation-based part-numbering systems. A Design Management Procedure, for example, may be numbered as SOP 4.4-1. With the previous revision of the ISO 9001 standard, it meant that this document related to the element 4.4, design management. Well, it does not mean the same with the new ISO 9001 revision, simply because design management clause now has a different number: 7.3. What is the solution? The solution is simple: no part numbers, and no designators! raffle ticket numbering
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