I am following the lecture materials.
I understand I am using a different version (21.5.1.) of Altium design from one of the used Altium.
Mostly, I could follow the lecture materials with a new version of Altium.
However, one major difficulty to duplicate the lecture material is that I wasn't able to match the scale of a component for the symbol libraries.
As an example of the attached image, for 1M Register, that I wasn't able to figure out why they look different.
In the lecture, a pin length is set to 10 (old version doesn't show the unit, but I guess it is 10 mil) and I guess the visible grid is 20mil and the snap grid is 10mil as shown in the below picture.

In my environment, I also set the visible grid as 20mil and the snap grid as 10mil.
and I set pin length 10mil, but the relative size of the designator and name of a pin are quite different even If their size is to be the minimum (6).
I wondered what I am missing here. I wasn't able to figure it out. This is not only for the Resistor but also all other symbols, especially AND logic symbol.
Could you point what I missed?
Thank you

I understand I am using a different version (21.5.1.) of Altium design from one of the used Altium.
Mostly, I could follow the lecture materials with a new version of Altium.
However, one major difficulty to duplicate the lecture material is that I wasn't able to match the scale of a component for the symbol libraries.
As an example of the attached image, for 1M Register, that I wasn't able to figure out why they look different.
In the lecture, a pin length is set to 10 (old version doesn't show the unit, but I guess it is 10 mil) and I guess the visible grid is 20mil and the snap grid is 10mil as shown in the below picture.
In my environment, I also set the visible grid as 20mil and the snap grid as 10mil.
and I set pin length 10mil, but the relative size of the designator and name of a pin are quite different even If their size is to be the minimum (6).
I wondered what I am missing here. I wasn't able to figure it out. This is not only for the Resistor but also all other symbols, especially AND logic symbol.
Could you point what I missed?
Thank you
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