00:19As-salamu alaykum wa rahmatullahi wa barakatuh.
00:24Bismillahirrahmanirrahim.
00:53Bismillahirrahmanirrahim.
01:21Bismillahirrahmanirrahim.
01:23Bismillahirrahmanirrahim.
01:27subscribe to my channel and press the bell icon.
01:31If you have any commitment to your community, you need to do more detail.
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01:43If you have any commitment to your community, then you can do more.
01:51What is creating materials and colors in MEP system?
01:57Creating materials and colors in MEP system, MEP mechanical, electrical and plumbing systems refer to the process of defining and
02:09applying visual representation to MEP elements.
02:13Basically, what is the color?
02:16What is your appearance?
02:19What is your appearance?
02:21What is your appearance?
02:25Such as pipes, ducts, equipment, to differentiate them based on their function type or system
02:34So if you have any time, you can define it as a single way to know what it is
02:42So if you have any information that allows you to observe or change in your body to live with the
02:47same number of people,
02:47you can identify the same as your models, you can see it as far as possible.
02:57You can find a way of helping you to deliver the same structure.
02:59So if you have the model, then there are colors in which you have to support the same way,
03:02why do we create material and color energy system so the question is that we have the
03:10MEP system of color to define color and material to define the first point is to improve visualization
03:20so that we can see it and see it and see it and see it and see it.
03:26material and color help to clarify identify different MEP system
03:32clarify color to identify different system
03:38make it easier to understand the design intent
03:45enhance coordination
03:48coordination
03:50coordination
03:53different pipes
03:55different colors
03:57so you can see
03:59color
04:00which is
04:03differentiate
04:04colors and materials
04:06aid in detecting
04:07clashes and conflicts between systems
04:38and
04:39is better communication, you can better visualize MEP system, facilitate communication among stakeholders,
04:47engineering, contractors and clients, and engineers and contractors and clients,
04:52you can better use color coding.
04:584 is increased productivity, you can streamline material management, save time and use error.
05:06If you have already created a new material, you can create a new material,
05:47you can create a new material based on an existing function.
05:54You can create a new material based on an existing function.
05:58Name the new material, you can name the new material.
06:02Step 2, define material properties.
06:05Take care of material properties, assign a color to the material by clicking on the appearance tab.
06:15Choose a color from the palette.
06:19Palette or RGB values.
06:22You can choose a color from the palette.
06:26Adjust other properties such as transparency and texture.
06:30If you want to change the texture or transparent, then you can change it.
06:35Step 3, apply material to the MEP element.
06:39The material you can define, then you can attach the MEP element to the MEP element.
06:45Select an MEP element.
06:47You can select a pipe and select the properties.
06:49Is there any material?
06:52Select the newly created material from list or list.
06:56Newly created material is selected.
07:00Step 4, Use Colors for System Differentiation.
07:04The color is used to be used to be used to make space.
07:07The system that you can create a new view template.
07:12It is existing one.
07:15All right.
07:18Graphic Panels, View Template, Apply Colors to MBP System using the Color Parameters.
07:23View Template, which you can define in this marker.
07:34Best Practices, which you can see, Establish a consistent naming convention for material.
07:49Use a standardized color scheme for MBP System. Apply material and color consistently across all views and projects.
07:59For example, I have given you a system.
08:04The system is HVAC or plumbing system.
08:08The type of component is material and the description is made.
08:13First, the system is MEP, domestic water, electrical, type of component.
08:20The type of component is used in the same way or by a power supply or exhaust.
08:28Material is not the material, but the material is CON, PVC.
08:31As you can see, the description is installed, uninstallated.
08:36If it is an uninstallated system so you can see any written name and description.
08:42description.
08:43Okay.
08:45Standardized condition.
08:47Okay.
08:48Okay.
08:51Okay.
08:51Okay.
08:52Okay.
08:53Okay.
08:55Okay.
08:57Okay.
09:07Okay.
09:09Shots do size and
09:16Right.
09:16Okay.
09:16Yeah.
09:23Okay.
09:24I have told you that I will give you a lot of the information.
09:32Maybe you will find any video on YouTube.
09:35I will give you a lot of information.
09:41I have seen that information and I have done a few days.
09:43I have prepared the information.
10:13Study
10:14or engineer or a company or a company or a company
10:19and then you can use a tool box and use it to use it
10:25then you can't be a good model or a technician
10:29then you can't be a good foundation
10:33I've seen that people work and work and work
10:37but they don't know how to make the building
10:42Okay, so this is basically my goal is to keep my videos and tell me what are the best material
10:52and what are the basic things and what are the purpose and what are the purpose.
10:57If you understand purpose, you can understand purpose, then you can understand it.
11:01Okay, so first we will have a pipe type study.
11:09This is a family section.
11:11Basically, this is a family section.
11:15I will show you where it is.
11:18Look, I have a rivet open.
11:21If you go, you will see families.
11:24You will see families.
11:26You will see families.
11:29You will see families.
11:32You will see the pipes.
11:34You will see the pipes.
11:36You will see the pipes.
11:36There are other pipes.
11:42After you have a piping system.
11:45We will study them.
11:47We will study the third thing.
11:49We will study the route or color.
11:54Let's go to our lecture.
11:56in a system family type that define the physical material and connection characteristics of a pipe.
12:03Basically, what happens is that the physical material is defined by the construction purpose.
12:13The construction purpose means that the pipe is made from where and from where.
12:19It is not a family.
12:21It is not a family.
12:23It is a type that you duplicate.
12:29It is a type that you duplicate and define within the project under families and pipes.
12:37Basically, what do you do?
12:39Duplicate and then your material is defined by the physical material.
12:46For example, the material is PVC or copper or steel.
12:52This is the material.
12:54The material is defined by the pipe is PVC, copper, steel or whatever.
13:02oire feining.
13:12...
13:13sizes schedule 40 is schedule 80 is a different type of schedule can be available market
13:21in the market.
13:22Okay, so here I have mentioned that schedule 40 and schedule 80 basically schedule 40 and
13:29schedule 40 is a standard of moderate wall thickness designated by the American national
13:40standard institute ansi to integrate the pipe pressure rating and pressure rating
13:46to see strength and structure integrity to see it.
13:52It is like 80 and 40.
13:56There must be some specific differences between the reference to the pipe pipe type.
14:07Look at theting preferences type directly to the pipe type.
14:22.
14:23.
14:23.
14:23is
14:26distinguished
14:27between different materials
14:29so that you can
14:31find different materials
14:35find different
14:37methods
14:37and the other
14:38methods
14:40you can find
14:42PVC
14:43or DW
14:44or steel
14:48or
14:49will
14:51connect
14:53how to modify
14:55modify
14:55how to modify
14:57how to
14:58how to
14:58modify
14:59how to
14:59how to
15:11modify
15:19pipe
15:20pipe
15:20pipe
15:21pipe
15:21pvc
15:23copper
15:25steel
15:26pipe
15:27or
15:30customize
15:31that
15:32you can
15:33customize
15:33pipe
15:35pipe
15:37pvc
15:40pvc
15:42pvc
15:44pvc
15:53pvc
15:55pvc
16:05pvc
16:20pvc
16:22pvc
16:23pvc
16:25pvc
16:32pvc
16:33pvc
16:36pvc
16:37pvc
16:38pvc
16:39pvc
16:39pvc
17:04pvc
17:06then that system, which color is, we control them.
17:10So what is the purpose? Crucial for system calculation.
17:13This purpose is so that system calculation can be done,
17:17automatic pipe sizing can be done, and color coding plan can be done.
17:24This is the way to modify it.
17:26If you go to the project browser,
17:27go to the fabric, go to the pipe system,
17:30go to the pipe system, right click.
17:31If you go to the new system,
17:34then you can create a new system.
17:37If you go to the new system,
17:39then you can create a new system.
17:41Then you can create a new system,
17:453. Graphic Override.
17:47Graphic Override.
17:48Are used to change the visual appearance.
17:51Basically, you can tell your physical experience.
17:54Physical characteristics
17:56can't tell you.
17:57This is just your visual experience.
18:00The way to find it is that the pipe is visible.
18:03The pipe element in specific view,
18:06without entering their physical property.
18:08Yeah, you've gone through physical property.
18:11The flow of the physical properties
18:11are only the way to find it.
18:14The effect of the specific parameters are also shown.
18:16This is heavily used for documentation.
18:18Documentation can be used for documentation.
18:20You can create clear color,
18:22black and white.
18:23You can create plans for the plans.
18:25This can be used for color,
18:26plan or black and white plan. System overwrite filter often used to make all hot water pipe
18:34red, cold water pipe blue tickets. System overwrite filters also exist in which you can
18:40show hot water in red, cold water in blue. That is the visibility graphic which you can
18:51use. Accessible via VV or VG allowing you to override color. This is the visibility
19:01graphic which you can use. Line weight change. Pattern for the whole pipe. Pattern
19:13change. Pipe or category or specific system which you can use.
19:18You can change in this way. And when you change it, this is a view specific. View specific
19:25that you have to set the settings for each view. So you can do the entire project
19:31work. Visibility graphic. Elements overwrite. Right click on individual pipe. You can
19:39click on individual pipe. Overwrite graphic in the view. Overwrite graphic in the view
19:43menu and select the elements. This is the way it is. This is the way it is.
19:50The fourth is routing preferences. Routing preferences are the setting located within the pipe.
19:55As I mentioned earlier, routing preferences are basically the type of pipe type.
20:02The property that dictates how rivet automatically place fitting. So it tells you that rivet
20:12automatically fitting, wearer, elbows, teeth, unions, flanks, transitions. That is the pipe
20:17to draw the article. What is it control? What is it control? What is it control?
20:59velour, teeth, cross section
21:00how to do it, okay?
21:03If we go ahead,
21:05if we go ahead,
21:05here is pipe type.
21:07Family browser
21:09is available.
21:12Basically,
21:13the material
21:14is defined.
21:18The piping system
21:20is available,
21:23but
21:24the fluid
21:25and the purpose
21:28is defined.
21:30Then, the graphics
21:31is available.
21:32In the view properties
21:35is defined.
21:39The appearance
21:40is defined.
21:40The appearance
21:41is defined.
21:43The routine preferences
21:48are within pipe type properties.
21:51In the pipe type
21:51is defined.
21:54The routine
21:56is basically
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