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Qnn: start of conditional test with checking the state of the nn-th program counter (Q00-
Q99). The conditional test is bifurcated: true while it is counting, false when the
counter is empty.
Qnn "still counts" E "not counting, empty" Z
Tnn: start of conditional test with checking the state of the nn-th event counter. The counter
is decremented by one before each conditional test, so it can be used as a 20 ms timer
in the :001 module (T00-T99). The conditional test has three branches: counting/just
completed counting/empty.
Tnn "counting" E "just completed counting" Z "empty"
Hn: start of conditional test with checking the state of the n-th 100 ms 16-bit timer. The
conditional test is bifurcated: true when it is counting, false when the counter is
empty.
Hn "counting" E "finished counting" Z
The timer is decremented by the system program (H0-H9). The timer can be loaded
from the OP (Shn) or loaded into the OP (Lhn).
Mn: start of conditional test with checking the state of the n-th minute-based 16-bit timer.
The conditional test is bifurcated: true when it is counting, false when the counter is
empty.
Mn "counting" E "finished counting" Z
The timer is decremented by the system program (M0-M9). The timer can be loaded
from the OP (Smn) and loaded into the OP (Lmn).
(..): brackets by which several conditions can be joined into a single condition. For example:
(Innn A Nynnn). The logic value of the result of the conditional test is TRUE when
input Innn is active, and input Ynnn is cut out.
E: FALSE (ELSE) branch of the conditional test. Its use is not mandatory. In lack of this test
the program will search the FALSE branch beyond Z of the condition.
Z: end of conditional test (mandatory). The program must include as many Z´s as is the
number of conditions open. If there are less Z´s in the program than is the number of
conditions opened, the compiler will return a message "ERROR 17", blinking the
cursor at the beginning of the erratic condition. The compiler will return message
"ERROR 99" when the program includes more Z´s than conditions are opened.
A: bit-by-bit logic AND relation between the OP a DATA word.
OP=OP A data
Logic AND relation between two terms of a group conditional test joined by
brackets.
For example: (Innn A Ynnn)
O: bit-by-bit logic OR relation between the OP and a DATA word.
OP=OP O data
Logic OR relation between two terms of a group conditional test joined by brackets.
For example: (Innn O Ynnn)
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