Transferring sampled data to a calculator, Chapter 3: commands and programming, Transferring data to the cfx-9850g – Casio EA-100 Commands and Programming User Manual

Page 8: Post-processing off, Post-processing on

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Chapter 3: Commands and Programming

Transferring Sampled Data to a
Calculator

This section explains how to send sampled data between the data analyzer
and a connected CFX-9850G or CFX-9800G graphic scientific calculator for
graphing and analysis.

Transferring Data to the CFX-9850G

The following explanations all apply to transferring data from the data analyzer
to the CFX-9850G only.

To use the “Receive(” command to fetch data

1. Connect the data analyzer to the CFX-9850G.

2. On the CFX-9850G, perform the following key sequence to execute the

Receive( command: [SHIFT] [PRGM] [F6] (

g

) [F4] (I/O) [F4] (Recv).

•

Execution of the Receive( command on the calculator starts transfer of
data from the data analyzer.

•

The sampled data is stored in calculator memory in accordance with the
parameter you specify (variable, list or matrix) with the Receive( com-
mand.

• Further data transfer stops if CFX-9850G memory becomes full during

execution of the Receive( command. See the documentation that comes
with the CFX-9850G for details on what to do when memory becomes
full.

Each execution of a Receive(List) command recalls one data group only.
CH1 original sampled data, CH1

d/dt

, and CH1

d

2

/dt

2

are each one data

group.

Post-processing Off

Only the raw sample data is transferred by the Receive( command when
post-processing is turned off with CHANNEL SETUP (Command 1). Data
items are recalled in the following sequence.

RecTIME

→

CH1

→

CH2

→

CH3

→

SONIC

→

DIG IN

→

RecTIME

→

....

Post-processing On

When post-processing is turned on with CHANNEL SETUP (Command 1),
the data produced by the post-processing is sent following the raw sample
data. Data items are recalled in the following sequence (when a: raw sample
data, b:

d/dt

, c:

d

2

/dt

2

).

RecTIME

→

CH1 a

→

CH1 b

→

CH1 c

→

CH2 a

→

CH2 b

→

CH2 c

→

CH3 a

→

CH3

b

→

CH3 c

→

SONIC a

→

SONIC b

→

SONIC c

→

DIG IN

→

RecTIME

→

....

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