Difference between revisions of "Protocols/AOL/Atoms/Reference/Orientation"
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The orientation code specifies whether a group is oriented vertically or horizontally. It also specfies how the objects within the group will be justified.first letter specifies orientation and must be one of: | The orientation code specifies whether a group is oriented vertically or horizontally. It also specfies how the objects within the group will be justified.first letter specifies orientation and must be one of: | ||
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'''Example''': mat_orientation <hec> | '''Example''': mat_orientation <hec> | ||
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| + | [[Category:AOL]] | ||
| + | [[Category:Protocols/AOL]] | ||
| + | [[Category:Not_Currently_Documented]] | ||
| + | [[Category:Work_In_Progress]] | ||
Revision as of 14:48, 14 March 2023
| AOL Protocol |
| Introduction • Terms • Clients |
| Basic |
| Datatypes • |
| FLAP • P3 • Midas |
| Tokens • Atoms • FDO |
| Tutorials |
| Sign On |
| Technical Documentation |
| Host Architecture • |
FDO91
The orientation code specifies whether a group is oriented vertically or horizontally. It also specfies how the objects within the group will be justified.first letter specifies orientation and must be one of:
h - for horizontal orientation
v - for vertical orientation
second letter specifies the vertical justification of the objects and must be one of:
t - objects are aligned as close together as possible starting at the top
b - objects are aligned as close together as possible starting at the bottom
c - objects are aligned as close together as possible centered in the middle
e - objects are spread evenly between top and bottom
f - objects are spread evenly but there is no space left on the outside
third letter specifies the horizontal justification of the objects and must be one of:
l - objects are aligned as close together as possible starting at the left
r - objects are aligned as close together as possible starting at the right
c - objects are aligned as close together as possible centered in the middle
e - objects are spread evenly between top and bottom
f - objects are spread evenly but there is no space left on the outside
Example: mat_orientation <hec>
