Scott, I was able to try this as I assumed that is what I needed to do. It does not work. First, the current macro for that button is a Save Record, Close Window operation. How could I keep this and also add Code? If I just add a new button to the form and under the On Click Event put the code you suggested, I get a compile error of “method or data member not found” and ” .txtPROJECT” is highlighted. The actual field is “PROJECT ID#” and it is a long integer number. Entry I have is: Private Sub Command88_Click()

_{In mathematics, a sequence is an enumerated collection of objects in which repetitions are allowed. Like a set, it contains members (also called elements, or terms). The number of elements (possibly infinite) is called the length of the sequence. Unlike a set, the same elements can appear multiple times at different positions in a sequence, and order matters. Formally, a sequence can be defined as a function whose domain is either the set of the natural numbers (for infinite sequences) or the set of the first n natural numbers (for a sequence of finite length n). The position of an element in a sequence is its rank or index; it is the natural number from which the element is the image. It depends on the context or a specific convention, if the first element has index 0 or 1. When a symbol has been chosen for denoting a sequence, the nth element of the sequence is denoted by this symbol with n as subscript; for example, the nth element of the Fibonacci sequence is generally denoted Fn. }

__Another issue with the part-numbering format is part number designation. Some systems associate a part number with a particular part type. For example, 10xxx indicates a procedure, 20xxx indicates a drawing, PLxxx indicates a policy-level document, and so on. An alternative approach to part numbering is a “no designation” system, where parts are given sequential unique numbers within a specified format, regardless of their type, material, application or other attributes. After all, isn’t the part title the best designator?__

**I would like to number a voucher book, i have place 4 vouchers on a page, the thing is that i want each of these vouchers to start with different number, 100, 200, 300, 400, and then i want to number them 99 times. The problem is that they have to be numbered only 1 per page, so that when i have printed them all i can easily crop them and staple them right up with having to go through it all.**

There are a number of ways to denote a sequence, some of which are more useful for specific types of sequences. One way to specify a sequence is to list the elements. For example, the first four odd numbers form the sequence (1, 3, 5, 7). This notation can be used for infinite sequences as well. For instance, the infinite sequence of positive odd integers can be written (1, 3, 5, 7, ...). Listing is most useful for infinite sequences with a pattern that can be easily discerned from the first few elements. Other ways to denote a sequence are discussed after the examples.

Some non-freeways use exit numbers. Typically these are rural roads built to expressway standards[citation needed], and either only the actual exits are numbered, or the at-grade intersections are also numbered. An extreme case of this is in New York City, where the Grand Concourse and Linden Boulevard were given sequential numbers, one per intersection (both boulevards no longer have exit numbers as of 2011). A milder version of this has been recently used on the West Side Highway, also in New York, where only the major intersections are numbered (possibly to match the planned exits on the cancelled Westway freeway). Another case is the Nanaimo Parkway in Nanaimo, British Columbia carrying Highway 19, where all exits are numbered though all except one are at-grade intersections. Some other intersections on Highway 19 outside Nanaimo are also given numbers.

#### Sequential numbers can be printed almost anywhere on a sheet or form and can be positioned horizontally or vertically. Numbers can also be repeated in another position on the form. When developing your artwork, consider putting a box for numbering, making it easier for your customers or employees to find and reference a specific job or transaction. You may also differentiate your number by color. Most printers allow a choice of colors, typically black or red, to make your number stand out. Start your sequencing at any point you like, to pick up where you left off on your last print order.

_{Each document control field has a prefix which must be different from all other prefixes. This ensures that each document control number is unique across the entire library. Auto-generated document control numbers use consecutive numeric values starting from a given initial value and a given number of digits. Manually edited numbers can be any alphanumeric strings with a given maximum length. }

**Although sequences are a type of function, they are usually distinguished notationally from functions in that the input is written as a subscript rather than in parentheses, i.e. an rather than f(n). There are terminological differences as well: the value of a sequence at the input 1 is called the "first element" of the sequence, the value at 2 is called the "second element", etc. Also, while a function abstracted from its input is usually denoted by a single letter, e.g. f, a sequence abstracted from its input is usually written by a notation such as {\displaystyle (a_{n})_{n\in A}} , or just as {\displaystyle (a_{n})} . Here A is the domain, or index set, of the sequence.**

*If {\displaystyle (a_{n})} is a sequence of complex numbers rather than a sequence of real numbers, this last formula can still be used to define convergence, with the provision that {\displaystyle |\cdot |} denotes the complex modulus, i.e. {\displaystyle |z|={\sqrt {z^{*}z}}} . If {\displaystyle (a_{n})} is a sequence of points in a metric space, then the formula can be used to define convergence, if the expression {\displaystyle |a_{n}-L|} is replaced by the expression {\displaystyle {\text{dist}}(a_{n},L)} , which denotes the distance between {\displaystyle a_{n}} and {\displaystyle L} .*

*Note that we can consider multiple sequences at the same time by using different variables; e.g. {\displaystyle (b_{n})_{n\in \mathbb {N} }} could be a different sequence than {\displaystyle (a_{n})_{n\in \mathbb {N} }} . We can even consider a sequence of sequences: {\displaystyle ((a_{m,n})_{n\in \mathbb {N} })_{m\in \mathbb {N} }} denotes a sequence whose mth term is the sequence {\displaystyle (a_{m,n})_{n\in \mathbb {N} }} .*

**We are providing up to 30 different raffle ticket template designs representing different events for you to download to your computer. These templates are professionally designed in Microsoft Word and can be used to create a series of ticket numbers on each ticket within Microsoft Word. We guarantee that by using our raffle ticket templates, you will be creating professional looking raffle tickets for your fund-raising events.**

__The exciting thing about our templates is that you are free to customize them, they are easy to download, and you can use them over and over again. These templates will save you time and money and so easy to use, that you can grab yourself a cup of coffee, sit down, relax and create your raffle tickets. Remember you might find other uses for them as well, some may use this sequential numbering system to create price tags for bake sales, and garage sales. Indeed, anything you may require a ‘ticket’ for, you can customize our templates and make them work for you.__

Ok I guess it is better for me to explain what I am doing. I am in the process of creating an Access Database that an individual has been using an Excel spreadsheet forever and a day. Well the individual has on occasion doubled up numbers, forgot numbers, etc. So on what I have learned from different Access courses and Google searches I am trying to apply my knowledge.

*Note that we can consider multiple sequences at the same time by using different variables; e.g. {\displaystyle (b_{n})_{n\in \mathbb {N} }} could be a different sequence than {\displaystyle (a_{n})_{n\in \mathbb {N} }} . We can even consider a sequence of sequences: {\displaystyle ((a_{m,n})_{n\in \mathbb {N} })_{m\in \mathbb {N} }} denotes a sequence whose mth term is the sequence {\displaystyle (a_{m,n})_{n\in \mathbb {N} }} .*

The expression: Nz(DMax(“[PONum]”,”tblPO”),0)+1 will check if a PONum already exists. If it doesn’t it returns a 1, if it does it returns the number incremented by 1. If the number exists, but is 0 it will return a 1. In my blog I advise that number should NOT be generated until the user is ready to save the record. And to immediately commit the record after generating the number. Therefore, there should be no issue about giving them a new number if they go back to it.

Remember that you must update the values in the sheet if you want to continue the numbering series with the next batch of tickets. For instance, if you want your next batch of tickets to start with 112, you'd open the workbook and change the value 100 to 112, and update the remaining values accordingly. Don't forget to save the workbook after updating the values.

If {\displaystyle (a_{n})} is a sequence of complex numbers rather than a sequence of real numbers, this last formula can still be used to define convergence, with the provision that {\displaystyle |\cdot |} denotes the complex modulus, i.e. {\displaystyle |z|={\sqrt {z^{*}z}}} . If {\displaystyle (a_{n})} is a sequence of points in a metric space, then the formula can be used to define convergence, if the expression {\displaystyle |a_{n}-L|} is replaced by the expression {\displaystyle {\text{dist}}(a_{n},L)} , which denotes the distance between {\displaystyle a_{n}} and {\displaystyle L} .

_{is defined as the set of all sequences {\displaystyle (x_{i})_{i\in \mathbb {N} }} such that for each i, {\displaystyle x_{i}} is an element of {\displaystyle X_{i}} . The canonical projections are the maps pi : X → Xi defined by the equation {\displaystyle p_{i}((x_{j})_{j\in \mathbb {N} })=x_{i}} . Then the product topology on X is defined to be the coarsest topology (i.e. the topology with the fewest open sets) for which all the projections pi are continuous. The product topology is sometimes called the Tychonoff topology. }

If {\displaystyle (a_{n})} is a sequence of complex numbers rather than a sequence of real numbers, this last formula can still be used to define convergence, with the provision that {\displaystyle |\cdot |} denotes the complex modulus, i.e. {\displaystyle |z|={\sqrt {z^{*}z}}} . If {\displaystyle (a_{n})} is a sequence of points in a metric space, then the formula can be used to define convergence, if the expression {\displaystyle |a_{n}-L|} is replaced by the expression {\displaystyle {\text{dist}}(a_{n},L)} , which denotes the distance between {\displaystyle a_{n}} and {\displaystyle L} .

__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.__

Is it acceptable to have long and difficult-to-read and remember numbers? Yes, of course! Is it practical? I do not believe so! In the example above, the procedure numbers, without the tab, contained seven digits. This meant that the system was prepared to handle almost 10 million part numbers (PN). The company had approximately 250 documents and probably would never go beyond 300. If nothing else, just reading these numbers with five sequential zeros may give one a headache. Those folks figured it out too - that is why they called document 0000057-001 “fifty seven.” Surprisingly, this is not the worst case I have experienced! The company that won my “The Worst Part Number” Grand Prize assigned 12 (!) digits to their part numbers in alphanumeric format.

^{Ok, generating a random 3 digit number is a whole different thing, so I’m not going to go into that. If you want your numbers to start at 100 (to insure three digits) then change the 0 to 99. The Nz function will return the value listed if the field is Null. So the first time you execute that code, the DMax should return a Null since no numbers have been generated for the PONum field. The Nz will then substitute 99 and then increment that by 1. You can accomplish something similar by just entering 100 as the PONum for one record. . }

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.

__A subsequence of a given sequence is a sequence formed from the given sequence by deleting some of the elements without disturbing the relative positions of the remaining elements. For instance, the sequence of positive even integers (2, 4, 6, ...) is a subsequence of the positive integers (1, 2, 3, ...). The positions of some elements change when other elements are deleted. However, the relative positions are preserved.__

The partial sums themselves form a sequence {\displaystyle (S_{N})_{N\in \mathbb {N} }} , which is called the sequence of partial sums of the series {\displaystyle \sum _{n=1}^{\infty }a_{n}} . If the sequence of partial sums converges, then we say that the series {\displaystyle \sum _{n=1}^{\infty }a_{n}} is convergent, and the limit {\displaystyle \lim _{N\to \infty }S_{N}} is called the value of the series. The same notation is used to denote a series and its value, i.e. we write {\displaystyle \sum _{n=1}^{\infty }a_{n}=\lim _{N\to \infty }S_{N}} .