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Hex Value $E7
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  • FR: Envoi(

Send(

Overview

Sends one or more TI-Innovator™ Hub commands to a connected hub. Notes: See also eval( and Get( command related to the Send( command. TI-Innovator™ Hub commands are supported in the HUB submenu in the CE OS v.5.2 program editor.

Availability: Token only available from within the Basic editor.

Syntax

Send(string)

Arguments

NameTypeOptional
stringstring

Location

prgm, I/O, B:Send(


Overview

Sends one or more TI-Innovator™ Hub commands to a connected hub. Notes: See also eval( and Get( command related to the Send( command. TI-Innovator™ Hub commands are supported in the HUB submenu in the CE OS v.5.2 program editor.

Availability: Token only available from within the Basic editor.

Syntax

Send(string)

Arguments

NameTypeOptional
stringstring

Location

prgm, HUB


Description

The Send( command is used for sending data to a CBL (Calculator Based Laboratory) device (or another compatible device) via a link cable. With some exceptions, Send('s argument must be a variable: a real number, list, matrix, string, equation, picture, or GDB. An expression or a number will not work — Send(5) or Send([A][B]) is invalid.

The exceptions are list or matrix elements (that is, you can do Send(A) or Send(L1(2)) without an error) and non-variable lists typed out with { } brackets and commas.

Norland Robot

You can use Send( with a Get( for a Norland calculator robot. The format called CLR format. C stands for command number, L stands for left axle, and R stands for right axle. If the command number is 1, it makes the robot moves in a direction for the time specified later in the command. If it is 2, the robot moves until the bumper hits a wall. If it is 3, it moves for a specified amount of time and stops when the robot when the bumper hits a wall. For example, send({122,100}) will make the robot move forward for 100 centiseconds, send({222}) makes it go forward until the bumper hits the wall, and send({322,100}) makes the robot move forward for 100 centiseconds and stops it when the bumper is pressed. The last two axle control numbers are like this:
0=backwards
1=stop
2=forwards


Source: parts of this page were written by the following TI|BD contributors: burr, DarkerLine, GoVegan, jonbush, princetonlion.

History

Calculator OS Version Description
TI-82 1.0 Added

Last update: September 30, 2023 15:38:51
Created: February 23, 2023 23:15:01
Authors: Adrien Bertrand