In left inlet: Same as a quantile message with a random number between 0 and 32,768 as an argument.

In left inlet: The number specifies an address in the itable. The value stored at that address is sent out the left outlet. However, if a value has been received in the right inlet, itable stores that value in the specified address, rather than sending out a number.

In right inlet: The number specifies a value to be stored in itable. The next address number received in the left inlet causes the value to be stored at that address.

In right inlet: The number specifies a value to be stored in itable. The next address number received in the left inlet causes the value to be stored at that address.

Converted to int.

In left inlet: The second number is stored in itable, at the address (index) specified by the first number.

In left inlet: Sets all values in the table to 0.

In left inlet: The word const, followed by a number, stores that number at all addresses in the table.

In left inlet: Sends all the numbers stored in the table out the left outlet in immediate succession, beginning with address 0.

In left inlet: The word fquantile, followed by a number between zero and one, multiplies the number by the sum of all the numbers in the table. Then, table sends out the address at which the sum of the all values up to that address is greater than or equal to the result.

Gets the value of one or more specific bits of a number stored in the table, and sends that value out the left outlet. The first argument is the address to query; the second argument is the starting bit location in the number stored at that address (the bit locations are numbered 0 to 31, from the least significant bit to the most significant bit); and the third argument specifies how many bits to the right of the starting bit location should be sent out. The specified bits are sent out the outlet as a single decimal integer.

In left inlet: The word goto, followed by a number, sets a pointer to the address specified by the number. The pointer is set at the beginning of the table initially.

The word handtool, followed by a zero or one, toggles setting the itable object to use the hand tool. It is equivalent to setting the tool attribute.

In left inlet: The word inv, followed by a number, finds the first value which is greater than or equal to that number, and sends the address of that value out the left outlet.

Output the table size

The word linetool, followed by a zero or one, toggles setting the itable object to use the line tool. It is equivalent to setting the tool attribute.

In left inlet: Puts the object in load mode. In load mode, every number received in the left inlet gets stored in the table, beginning at address 0 and continuing until the table is filled (or until the table is taken out of load mode by a normal message). If more numbers are received than will fit in the size of the table, excess numbers are ignored.

Retrieve the maximum stored value

Retrieve the minimum stored value

The values stored in table can be entered and edited graphically with the mouse.

In left inlet: Sends the value stored in the address pointed at by the goto pointer out the left outlet, then sets the pointer to the next address. If the pointer is currently at the last address in the itable object, it wraps around to the first address.

In left inlet: Undoes a prior load message; takes the itable object out of load mode and reverts it to normal operation.

The word penciltool, followed by a zero or one, toggles setting the itable object to use the pencil tool. It is equivalent to setting the tool attribute.

In left inlet: Causes the same output as the word next, but the pointer is then decremented rather than incremented. If the pointer is currently at the first address in the itable object, it wraps around to the last address.

In left inlet: The word quantile, followed by a number, multiplies the number by the sum of all the numbers in the itable object. This result is then divided by 2^15 (32,768). Then, table sends out the address at which the sum of all values up to that address is greater than or equal to the result.

In left inlet: The word read, followed by a name, opens and reads data values from a file in Text or Max binary format. Without an argument, read opens a standard Open Document dialog for choosing a file to read values from. If the file contains valid data, the entire contents of the existing table are replaced with the data.

In left inlet: The word refer, followed by the name of another table, sets the receiving itable object to read its data values from a named table object.

The word selecttool, followed by a zero or one, toggles setting the itable object to use the select tool. It is equivalent to setting the tool attribute.

The word send, followed by the name of a receive object, followed by an address number, sends the value stored at that address to all receive objects with that name, without sending the value out the itable object’s outlet.

In left inlet: The word set, followed by a list of numbers, stores values in certain addresses. The first number after the word set specifies an address. The next number is the value to be stored in that address, and each number after that is stored in a successive address.

In left inlet: Changes the value of one or more specific bits of a number stored in the itable object. The word setbits is followed by four number arguments. The first argument is the address being referred to; the second argument is the starting bit location in the number stored at that address (the bit locations are numbered 0 to 31, from the least significant bit to the most significant bit); the third argument specifies how many bits to the right of the starting bit location should be modified, and the fourth argument is the value (stated in decimal or hexadecimal form) to which those bits should be set.
For example, the message setbits 47 5 3 6 will look at address 47 in the itable object, start at bit location 5 (the sixth bit from the right), and replace the 3 bits starting at that location with the bits 110 (the binary equivalent of the decimal integer 6). Suppose that address 47 of the itable object stores the number 87. The binary form of 87 is 1 010 111, so replacing the 3 bits starting at bit location 5 with 110 would change the number to 1 110 111, which is the binary form of the decimal integer 119. The new number stored at address 47 in the itable object will therefore be 119.

In left inlet: Sends the sum of all the values in the itable object out the left outlet.

In left inlet: Opens a standard save file dialog for choosing a name to write data values from the itable object. The file can be saved in Text or Max binary format.