For; Get Actual Retention Time Function; Get Astm Function; Get Benchmark Concentration Function - ABB PGC2000 Operation And Service Manual

FOR...NEXT Statements
Description: Does an iteration loop.
Syntax: FOR variable = x TO y [STEP z]
NEXT [variable[,variable]....]
Comments: variable is an integer used as a counter.
x is the initial value of the counter.
y is the final value of the counter.
z is the increment for the counter.
Example: 0010 FOR I = 100 TO -100 STEP -2
.
.
0020 NEXT I
Executes loop 101 times with loop counter values of 100, 98, 96, ..., 0, ...,
-96, -98, and -100.

GET ACTUAL RETENTION TIME Function

Description: Returns the component's actual retention time.
Syntax: GET_ACTUAL_RT(method%,component%)
Comments: method% is the method table (1-8).
component% is the component number for which the actual retention time
is to be retrieved.
Example: 0010 A! = GET_ACTUAL_RT(1,2)
Gets the actual retention time of component two from analysis method one
and assigns it to floating point variable A!.

GET ASTM Function

Description: Returns the setting for the Sim Dis ASTM parameter in the Sim Dis Setup
Screen (Sim Dis analyzers only).
Syntax: GET_ASTM
Comments: 0 is returned when the ASTM parameter is set to ASTM-2887.
1 is returned when the ASTM parameter is set to ASTM-3710.
Example: 0010 IF GET_ASTM = 0 THEN END
0020 FOR I = 1 TO 10
0030 D86!(I) = 0.0
0040 NEXT I
Checks Sim Dis Setup screen parameter ASTM. When ASTM 3710 is not
selected the program ends. Otherwise, program variables are set to zero.

GET BENCHMARK CONCENTRATION Function

Description: Returns the component's benchmark concentration.
Syntax: GET_BENCH_CONC(method%,component%)
Comments: method% is the method table (1-8).
component% is the component number from which the benchmark
concentration is to be retrieved.
Example: 0010 A! = GET_BENCH_CONC(1,2)
Gets the benchmark concentration of component two from analysis method
one and assigns it to floating point variable A!.

GET BLEND Function

Description: Returns the setting for the Sim Dis Blend Number parameter in the Stream
Table (Sim Dis analyzers only).
2000-OSM, F1 10-11