How To Draw A 4 Way Switch In Rcp

Maybe this will exist heady, perhaps it won't, but I am going to get-go writing a few articles a month on architectural graphics and what I've done to go my drawings to look the fashion they do. I might talk hardcore technical computer specifics from time to time merely for the most function, I am going to focus on the really small details. The idea for this series came to me the other day when I was asked past one of my employees to walk through some cabinet shop drawings and explicate exactly what they are supposed to be reviewing. As I sat in forepart of the drawings, explaining why we practice sure things, I realized that I take had similar conversations with almost everyone I work with … and if they all had these questions, it stands to reason that other people volition have them equally well.

To that finish, the Architectural Graphics 101 series was born. There isn't anything special about the topic I have selected for the very first entry in this series – in fact – I've nearly gone the opposite direction and chosen something pretty vanilla as a starting point. If people seem to respond well to this serial, I will continue them every other week or so.

So here nosotros go ….

This is a "reflected ceiling programme" and information technology is exactly what it sounds like … a view of the ceiling looking downward as if there was a mirror on the floor reflecting the plan back at you. Sounds complicated just it's not; it's done this way and so that the orientation of the floor plan and the orientation of the ceiling plan are the aforementioned. If you wanted to show the ceiling as if you lot were laying on the floor looking upwards, the plan would be reversed – that'southward why information technology'south "reflected". This way yous can look at the plans from the aforementioned orientation (looking down) merely in one instance you are seeing the flooring, and in the other, you are looking at the ceiling.

Okay, it still sounds complicated … only let's pretend that we are all on the same page here and move on.

The point of a reflected ceiling plan, at least in my office, is to indicate where lighting and electrical get located. Trying to put this data on the floor program would brand that cartoon overly congested and difficult to read and then we divide this data out into its ain drawing

The focus of this initial Architectural Graphics 101 post will be the doors shown in this reflected ceiling plan. When I graduated from college, back when we all the same used vellum and pencils to draw, the vast majority of my time was spent working on commercial projects.

We did not draw in the door or door swings in these drawings. Why? I couldn't actually tell y'all … we just didn't, that's not how things were done.

Fast forward too many years for me to summate, and I am now working well-nigh exclusively on residential projects and nothing is washed using pencil and vellum … and we draw in the doors and door swings. Shocking Beingness told to do this was a complete nail to everything that I had been told, this went against the grain, weren't we going to arrive trouble for this? So I asked my new boss (this was back in the twelvemonth 2000) and I asked him "Why?"

He told me it was to make sure that the light switches weren't placed behind the doors when they were opened … and that made perfect sense and I take been drawing the doors and door swings (showing them dashed) in my reflected ceiling plans ever since.

More times than not it is pretty easy to avoid accidentally locating the light switches backside the swing of the door, even if you lot don't evidence your door and door swings in your RCP, but those generally aren't the ones you take to worry about … it's the weird situations that always catch you by surprise.

Cheers,

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Source: https://www.lifeofanarchitect.com/architectural-graphics-101-number-01/

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