ifm Vision Assistant O3M
182
Placeholder Replacement
Data type
Comments
Examples
Application
46%
47%
Width (projected)
of associated
object in [m] .
float (3,1)
float (3,2)
Only valid for text that
is related to objects
%tbd ==> e .g . results
in "1 .2", if the result for
the width (y-axis) of the
object was 1 .231 m
associated text
replacement (used only
for text bound to Object
overlay, cannot be used in
standard text primitives) -
therefore no object number
necessary
48%
49%
Minimum
z-position
(height) of
associated
object in [m] .
float (3,1)
float (3,2)
Only valid for text that
is related to objects
%tbd ==> e .g . results in
"0 .0", if the result for the
min z value of the object
was 0 .03 m
associated text
replacement (used only
for text bound to Object
overlay, cannot be used in
standard text primitives) -
therefore no object number
necessary
%0q
%4b
Maximum
z-position
(height) of
associated
object in [m] .
float (3,1)
float (3,2)
Only valid for text that
is related to objects
%0q ==> e .g . results in
"1 .8", if the result for the
max z value of the object
was 1 .787 m
associated text
replacement (used only
for text bound to Object
overlay, cannot be used in
standard text primitives) -
therefore no object number
necessary
%0r
Object velocity
in x-direction
of associated
object in [km/h] .
float (3,0)
converted to km/h,
Only valid for text that
is related to objects
%0r ==> e .g . results in
"7", if the result for the
velocity in x-direction of
the object was 7 .3 km/h
associated text
replacement (used only
for text bound to Object
overlay, cannot be used in
standard text primitives) -
therefore no object number
necessary
%0s
Object velocity
in y-direction
of associated
object in [km/h] .
float (3,0)
converted to km/h,
Only valid for text that
is related to objects
%0s ==> e .g . results in
"-2", if the result for the
velocity in y-direction of
the object was -1 .9 km/h
associated text
replacement (used only
for text bound to Object
overlay, cannot be used in
standard text primitives) -
therefore no object number
necessary
%0t
Object velocity
in z-direction
of associated
object in [km/h] .
float (3,0)
converted to km/h,
Only valid for text that
is related to objects
%0t ==> e .g . results in
"0", if the result for the
velocity in z-direction of
the object was 0 .1 km/h
associated text
replacement (used only
for text bound to Object
overlay, cannot be used in
standard text primitives) -
therefore no object number
necessary
%0u
%4e
Minimum
x-value of the
object which
is predicted to
cause a collision
in [m] .
float (3 .1)
float (3 .2)
only valid for the
object for which a
collision is predicted
%0u ==> e .g . results in
"4 .2", if the result for the
Min x value of the object
was 4 .157m
general text replacement
(used in standard text
primitives, cannot be used
for text bound to objects)
%4f
%4g
Maximum
x-value of the
object which
is predicted to
cause a collision
in [m] .
float (3 .1)
float (3,2)
only valid for the
object for which a
collision is predicted
%tbd ==> e .g . results in
"5 .3", if the result for the
Max x value of the object
was 5 .327m
general text replacement
(used in standard text
primitives, cannot be used
for text bound to objects)
%0v
%4h
Middle y-position
of the object
which is
predicted to
cause a collision
in [m] .
float (3 .1)
float (3 .2)
only valid for the
object for which
a collision is predicted
%0v ==> e .g . results in
"-0 .7", if the result for the
middle y position of the
object was -0 .723 m
general text replacement
(used in standard text
primitives, cannot be used
for text bound to objects)
%4i
%4j
Width
(projection) of
the object which
is predicted to
cause a collision
in [m] .
float (3,1)
float (3,2)
only valid for the
object for which a
collision is predicted
%tbd ==> e .g . results
in "1 .2", if the result for
the width (y-axis) of the
object was 1 .231 m
general text replacement
(used in standard text
primitives, cannot be used
for text bound to objects)