389
Graphs
Section 7-10
S
Direction of broken line graphs
The directions of broken line graphs depending on the setting made for “Direc-
tion” are shown below. The “direction” of a broken line graph means the direction
in which the values in numeral memory tables are plotted, starting from the nu-
meral memory table with the smallest table number and proceeding through pro-
gressively larger table numbers.
The 100% value is at the top of the frame when the “Direction” is a lateral one and
the right of the frame when the “Direction” is a longitudinal one.
Large number
100%
“Right”
Graph that is drawn
from left to right
100%
100%
100%
Large number
Small number
“Up”
Graph that is drawn from
bottom to top
“Down”
Graph that is drawn from
top to bottom
“Left”
Graph that is drawn
from right to left
Large number
Small number
Large number
Small number
Small number
S
Number of vertices
The maximum number of vertices (numeral memory tables) that can be dis-
played in one broken line is 320, but since a minimum interval of 1 dot is actually
required between memory tables, the following restriction applies depending on
the width (number of dots) of the graph frame.
Width of graph frame (number of dots)
“No. of Points”
S
Interval between numeral memory tables
The display interval between memory tables can be set individually for each
memory table. Adjust the intervals as required.
When “Even” is set for the “Interval Type”, the intervals are arranged evenly so
as to make use of the entire width of graph area.
Example:
Broken line graph where the interval changes
Summary of Contents for NT31 Series
Page 1: ...Cat No V043 E1 2 Programmable Terminal NT31 31C OPERATION MANUAL...
Page 2: ...iii NT31 31C Programmable Terminal Operation Manual Produced March 1999...
Page 41: ...30 Before Operating Section 1 5...
Page 75: ...64 Using a Memory Unit NT31 NT31C without V1 Section 3 6...
Page 160: ...149...
Page 174: ...163...
Page 193: ...182...
Page 211: ...200...
Page 235: ...224 c Return to the screen on which screens are specified...
Page 262: ...251...
Page 360: ...349 It is not possible to control a gloval window by touch switch operation...
Page 468: ...457 254 255 0 2 7 1 4 5 3 3 0 0 0 5 9 8 0 3...
Page 476: ...465 Special Functions Section 7 16...
Page 495: ...484 OFF...
Page 610: ...599 Commands Responses Section 9 3...
Page 630: ...619 Examples of Actual Applications of Memory Link Section 10 2...