BASIC TRAININGSESSION 1 NAVIGATING THE INTERFACE, BASIC COMMANDS, AND SETTINGS Copyright 2014 M.E.P.CAD, Inc. This work is the sole property of M.E.P.CAD, Inc. and may not be reproduced, stored in or introduced into a retrieval system, or transmitted in any form or by any means (electronic, mechanical, photocopying, recording, or otherwise) without the prior written permission of the copyright owner. Unauthorized reproduction or distribution may result in loss of License, and or Criminal Prosecution. M.E.P.CAD, Inc. 431 Eastgate Road, 3rd Floor - Henderson, NV 89011 Telephone: (702) 380-3200 Toll-free: (888) 239-1345 Fax: (702) 566-0598 Website: www.mepcad.com Welcome to the 1st Session of Basic Training in AutoSPRINK! The World’s best and only, completely Stand-Alone Fire Protection Design Software. No other software in the Industry, provides the Ease of Use, Advanced Features, B.I.M. Compatibility, and Industry Specific Design Tools found within AutoSPRINK. In fact, M.E.P.CAD holds more Patents for the Technologies developed for AutoSPRINK, than any other competitive software, combined. And the development process does not end here. AutoSPRINK users can rest assured that M.E.P.CAD is continually adding new features, and exciting enhancements to ensure AutoSPRINK will always remain at the forefront of CAD Application Technology – now, and in the future. We anticipate that your journey in Fire Protection System Design, utilizing the advanced capabilities of AutoSPRINK, will enable you to increase Production, Accuracy, and 3D BIM Design concepts. Once again, welcome to the M.E.P.CAD family, and let’s begin! Important On-line Training information and Suggestions 1. On-line Training consists of (5) 2-Hour Sessions, with an associated printable Training Module for each Session. Each Module will have the pertinent instructional exercises and projects designed to incorporate the specific aspects of AutoSPRINK reviewed in the Session. 2. There is a reasonable expectation that the Designer will set aside the needed time (approximately 4-6 hours per day) to complete the Training Module Exercises and projects as presented. On-line Training is to be completed in (1) Week, and will ensure that you get the most from the Software. 3. This method of Training may not meet the needs of everyone. Some people learn best in a classroom environment, away from the distractions of an office. We offer in-person training at our facility in Henderson, Nevada. 4. When in the Online Sessions, all distractions should be avoided if possible. Phone calls, office interruptions, and multi-tasking will only hinder your ability to concentrate on the Training Materials being presented. 5. Use AutoSPRINK! Several designers have tried to use AutoSPRINK for certain Projects and another 2D Sprinkler design program for others. To date, no one we know of can use both effectively, or efficiently. The differences between AutoSPRINK and its competitors makes this impossible. Once you have used AutoSPRINK consistently, you will discover that you do not need any other Design Software, no matter the type or size or Project. 6. This On-line Training System is presented as “Basic Level” in its approach to the new User. However, our intent is that upon completion, you will be ready to Design a Project, start to finish with AutoSPRINK. We have prepared this course using several different Methods and Tools that emphasize the Basic Functions of the Program. There are many other Tools and Functions that can be used to accommodate any Designer’s needs or preferences. You are highly encouraged to explore the extensive Help Menus that are within AutoSPRINK. You may also access the Website Forums, downloadable Training Guides and Videos which are continually being updated to reflect all of the Commands, Functions, and Tools in AutoSPRINK. 7. An Advanced On-line Training Course will be available, emphasizing the more Advanced Tools and Features in AutoSPRINK. Page 1 Configure the Computer and Video Card Settings We will configure the Video Card, and certain settings in Windows to enable the greatest efficiency of AutoSPRINK. 1. NVIDIA Video Cards • M.E.P.CAD encourages the utilization of NVIDIA GTX Series Video Cards, for maximum video performance of AutoSPRINK. 2. Open Video Card Settings • Set the Video Card settings to “Performance” rather than “Quality.” This will enable AutoSPRINK to perform to maximum capability on the Computer. 3. Right-Click the “AutoSPRINK” Desktop / Shortcut Icon • Go to “Properties” then the “Compatibility” Tab, and set to “Run as Administrator.” This will allow AutoSPRINK to operate all necessary functions, without hindrance. 4. Change Windows Desktop Theme (Windows 7) • Change from “Aero Theme” to “Windows Basic Theme.” The function of the “Aero Theme” semitransparent Taskbar in Windows 7 may conflict with the needed AutoSPRINK resources. Windows Basics The AutoSPRINK Interface is similar to that of most Windows Applications and Programs. The Menu Bar is displayed in the Program, along the top of the screen with numerous Menu Titles. Selecting a Command or Function from one of these Menu(s) will: • Perform an Action, Command, or Function • Display a SubMenu - for Items with an Arrow after them ( ) • Open a Dialog Box - for Items with an ellipsis after them (…) The Toolbars can be activated, and are then displayed in the Program similar to many CAD type Programs. A Toolbar is simply a logical collection of “Button” type shortcuts, grouped together to be pertinent to a specific purpose or function. The Toolbars in AutoSprink: • Perform an Action, Command, or Function • Are “dockable” to the borders of the Drawing Space • Are fully Editable – you can create your own Toolbars, based on needs or preferences Active Menu Items indicate that Action, Command, or Function is available to perform operations in the current drawing or to access a subMenu. Dimmed Items (Ghosted) indicate that Action, Command, or Function is currently unavailable to perform operations in the current drawing or to access a subMenu. Checked Items indicates that an Attribute is applied or a Function is in effect. You may uncheck the Item if you wish to deactivate said Attribute or Function. SubMenus consist of a SubMenu with a list of related Items to be displayed. Choosing a SubMenu entry will activate an Action, Command, Function, or a Dialogue Box. Page 2 including Pop-up Menus. Moving and Sizing Windows. To open a File from a Jump Drive or CD. and a D drive for CD-ROMs or DVDs. Drawing Files end in . simply choose Open in the File Menu and select the desired File. Text Files end in . Selecting them initiates an Operation. To open a Drawing File in AutoSPRINK.txt. If the document you're looking for is not stored in the current Drive or Folder. Use the Scroll Box Slide or the Arrow Keys to navigate the list. Directory Dialog Box with Drop Down displays the name of the selected Folder or Drive. as does the Esc Key or the X Button. To select a File. open Folders with a left-click of the Mouse. File Name Box . starting with D. In the Scroll List. or select the desired file with a left-click of the Mouse on the appropriate Title in the Scroll List and the Title will appear in the File Name Box. Navigating Files and Folders. If you are unfamiliar with Microsoft Windows conventions or wish to learn more about Microsoft Windows. you may enter or navigate the path to the Document. Drives . you can figure out the Windows System with no training. or by right-clicking in an empty Toolbar Dock and choosing from the Popup Menu. For example. It should be evident that AutoSPRINK utilizes many of the Function and Command structure of a Windows based Program. click the Open Button to access it. press the Open Button. If your hard drive is partitioned. opens a Dialog Box. etc are all familiar Tools to those who have used Windows Applications in the past. double-clicking on a Folder will reflect its contents. insert the Disk or Drive containing the desired File and select the appropriate Drive. Page 3 . Open & Cancel Buttons . Toolbars can be returned to the screen by accessing the Toolbars SubMenu under View on the Main Menu Bar. click the X Button. or remove the Toolbar from the screen. Directory Navigation and opening Files is very straightforward using standard Windows conventions. The Cancel Button closes the Open Menu.enter the title of the desired File in the File Name Box and click Open to access it. To help remember the location of a file saved long ago. When navigating the Directory Tree. Files of Type Box . Scroll List displays the contents of the open Drive or Folder. each partition appears as a separate drive. you may find books such as “The Big Basics Book of Windows” helpful. if you are adventurous and persistent. choose from the Tree Structure of the drop-down list. However. X Button ( ) appears in the top right-hand corner of Toolbars left floating on the screen. or equips the Cursor to place Elements in the Drawing. simply by working within the AutoSPRINK environment. To turn off.With a Title highlighted in the Scroll List or entered in the File Name Box.most Computers have (2) or more Drives: a C drive that serves as your Computer's Primary internal storage location.cad. Opening and Saving Drawings. Cut Copy & Paste. to Program Activators and Execute Files. To view the contents of other Drives and Folders.Files are associated to Programs by the extension following the Title.bmp. and Bitmap Images end in . To view another File type. Files can be anything from Text Documents. and other Windows features will prove helpful before attempting to operate AutoSPRINK. or strike the Enter Key. Learning the basics. use the Windows Find function of the Windows Start Menu. click on the Title or scroll with the Up/Down Keys until the Title is highlighted. use the drop-down list and change the setting. With the File selected.Active Buttons feature fully colored Icons. to Images. Files are units of stored information to be accessed from the Scroll list. Folders represent directories that can contain both Files and other Folders. the AutoSPRINK Interface is a simple. If the Item displays a Submenu. Page 4 . fully editable Toolbars (which can be Activated. Menu Items are grouped according to the types of operations they perform. use the Arrow Keys to navigate Items sequentially. Commands. etc. if you learn the Keyboard Shortcuts for commonly used Actions. • If a direct Keyboard Shortcut is available. and Docked). Main Menu Bar The Main Menu Bar offers access to the Program's Actions. Drawing Space. To display a Menu: • Simply click on the desired Title or press [Alt] followed by the underlined letter in the Menu Name. pressing [Alt]. use any of the techniques above to choose entries in the Submenu. and Parts Tree Toolbars – Editable And Dockable Input Box Drawing Space Model / Paper Space oolbars -Editable Status Line Snaps Menu As illustrated above. or press the Letter Key that corresponds to the underlined character in the Item title. Commands. Details. click on an Item with the Mouse. then “F” on your Keyboard accesses the File Menu. and Functions.The AutoSPRINK Interface Main Menu Bar Layers. In all Menus. In any Menu displayed. • Note: greater speed in using AutoSPRINK can be obtained. Parts and Layer Tree. it will be shown to the right of the Menu Item. Then strike [Enter] to execute. effective layout of a main Menu Bar. or Functions. press the [Esc] Key to exit. For example. Deactivated. The Toolbar will appear in the Drawing Space. to access these features. Deactivated. Toolbars are groups of Buttons that activate logically grouped. select with a left-click. or Function is not activated.Indicates Submenu oolbars -Editable File Menu View Menu with Submenu Toolbars AutoSPRINK is designed “by Designers. or unavailable Toolbar Icons (Buttons) will appear “ghosted” in color. for Designers” and with that in mind. It may also indicate a higher License for AutoSPRINK is required. then “Docked” around the Drawing Space per the Designer preference. indicating that the particular Action. • To activate specific Toolbars. • The Toolbar may change shape to accommodate the location and orientation of the space. and relocate to the desired location. • Active. ease of use was paramount in the development process. • Select the View Menu. An “active” Toolbar – reflecting available operations. These small images are mounted on Buttons to indicate the pertinent Function performed by clicking the Button. Commands. and the ToolBars Submenu. Command. You may now left-click and hold the Toolbar. available Toolbar Icons (Buttons) will appear in full color. The simplest. All available Toolbars will be displayed. and / or appropriate to the highlighted selection in the Drawing Space. related operations. most effective ways to activate Actions. or Functions is through the available Toolbar Icons. Toolbars can be activated. An “inactive” Toolbar – reflecting unavailable operations Page 5 . the description of the specific Function of the individual Toolbar Icons (Buttons) will appear. • With the Cursor hovering over any Toolbar Icon (Button). The number and location of Toolbars to be utilized in the Drawing Space is per Designer preference.* Toolbars in Drawing Space relocated and “Docked” to user-defined locations. and needs.All available Toolbars in AutoSPRINK. Page 6 . Each may be relocated and “Docked” to user-defined locations. *This example is to reflect the number of Toolbars that may be ‘docked” only. with Designer specified. This will activate another Dialogue Box. This functionality will greatly increase the efficiency and use of the AutoSPRINK Actions. The “Buttons” or Shortcuts embedded within each Toolbar may be deleted. • • • • The Toolbars Tab – allows the creation of new Toolbars. with a Submenu. This will activate an “add or remove Buttons” dialogue Box. Commands. or other Shortcuts from another Function Field may be added. and the ability to re-set all Key assignments. Ensure the Toolbar is in the Drawing Space. Activate or Deactivate by left-clicking the Shortcuts shown.Default The “Actions Toolbar – Activation and Deactivation of Shortcuts (Buttons) Option The Toolbar can be Re-set to Default Properties at this option If the “Customization” Option is chosen. The Options Tab – controls Shortcut Tips on the Display. The Menu Tab – allows for the customization of the Menu Operation and Appearance. and Shortcut Icon size. A Submenu will appear . Page 7 . revised.Toolbar Customization and Creation The Toolbars available in AutoSPRINK can be customized for individual Designer preferences or needs. allowing the Designer to gather Shortcuts from any Function Field. Select the small Triangle. Select Triangle oolbars The “Actions Toolbar . Function Field Shortcuts. located on the Toolbar. and “Customize. In this way. the Designer may add or subtract the desired Shortcuts. a Dialogue Box with Tabs is activated. A “checkmark” next to the Shortcut indicates Activation. The Keyboard Tab – allows the creation of new “Shortcut Key” assignments.with a list of all the Shortcuts (Buttons) currently embedded in the Toolbar. and the ability to re-set all Toolbars And Menus. and Functions for the Designer.” Choose the name of the Toolbar. Toolbars can also be created from the ground up. Select the Submenu. with (2) choices – the “name of the Toolbar”. and insert into the current Toolbar. Toolbar customization begins with the specific Toolbar itself: • • • • • Select or activate the desired Toolbar. Snaps.Mouse “Click” Functions and Basic Commands AutoSPRINK utilizes the most basic simple Computer Accessory. View Tools. Command. With simple “left” and “right” clicks on the mouse. and a “middle wheel”. a vast array of Features and Functions are available to the Designer. or Function Re-Start Command (Double leftclick in Drawing Space) Right Click Functions • • • • • • • • • End a Continuous Command Access Properties of Highlighted Element Activate Toolset Specific to Highlighted Element Re-Start Command (right-click in Drawing Space) Access Selection Tools Access View Tools Access Snaps Capture Camera Settings Paste Middle Wheel Functions • • • • • • Zoom in / out Activation of “Mouse Gestures” Pan 3-D Orbit of Highlighted Element Select Pipe Group. Pipe Size. and Draw (Right-Click in Drawing Space) Access to Tools.Bottom Right to Upper Left Plan View – Upper Left to Bottom Right Zoom Window .Straight Up.Bottom Left to Upper Right (describes the desired Zoom Window area) View Properties . the “Mouse” and maximizes this humble component into a powerful. diverse Design Tool. A “Wand” will appear. Middle Wheel / Click oolbars -Editable Right Click oolbars - Left Click oolbars - Left Click Functions • • • • • • Start a Command End a Command Highlight an Element Access Properties of Element (Double left-click on Element) Activate / Initiate Action. Move the Cursor in a smooth motion in the desired direction (minimum 5 “stars” that the Wand will leave behind) Release the Middle Mouse Button The Basic Gestures Isometric View . then Back Down in a continuous motion Zoom All .Upper Right to Bottom Left Page 8 . etc (Right-Click in Drawing Space) Mouse Gestures • • • Click and Hold the Middle Mouse Button (Wheel). An Element must be highlighted. one of the more Advanced Features in AutoSPRINK. In addition. Coordinate Values.Basic commands: Utilizing the “Control / Delete / Escape” Keys. contact M. Command. and productivity of Designing with AutoSPRINK. We strongly suggest that you seek to utilize these Shortcuts whenever possible. To Delete – [DEL]. etc. If you are interested in this and other Advanced Features in AutoSPRINK.P. Page 9 . Dynamic Zoom . Stock Listing. that will become the center of the Orbit. Basic Function Keys F1 – Access the HELP File F2 – Move / Place Benchmark F3 – All Snaps On / Off F4 – Special Element Snap On / Off F5 – Redraw F6 – Center Snap On / Off F7 – Endpoint Snap On / Off F8 – Perpendicular 2D Snap On / Off F9 – Perpendicular 3D Snap On / Off F10 – Intersection 2D Snap On / Off F11 – Intersection 3D Snap On / Off F12 – Nearest Snap On / Off These and other Shortcuts are available. The Benchmark may also be placed at the desired center of Orbit. Design.CAD Customer Support concerning the Advanced Training options available.Middle Mouse Scroll Wheel. [CTRL] + X.[CTRL] + Z To Cancel a Command .[CTRL] + A To Undo . These can be created and programmed into a device similar to a Razer Tartarus Keyboard. In the following Page (10) are the list of available “Hot Keys” associated with the specific Action. etc.[CTRL] + V To Select All .” Dimensions. etc would need to be retyped or recreated. efficiency. user-defined Keyboard Macros on a Programmable Keyboard. or Naga Mouse to more easily access any Action. To Pan . Hydraulic Calculation. or Function. is the ability to develop custom. Command. or the ‘Cut’ Button To Copy .[ESC] Note that using Escape key to cancel a Command will also clear the “Input Line. a Designer may create a Keyboard Macro and Mouse Settings for individual parts of the Design process – ie Import / Export. For example. as with any Windows Program.[CTRL] + C To Paste . Razer Tartarus Keyboard Razer Naga Mouse These devices have been used by many Designers to greatly enhance the speed.[SHIFT] + Middle Mouse Button. If the [SHIFT] Key is held down.E. The Camera will Zoom to the Cursor location. or Function within AutoSPRINK. the rate of Zoom is reduced. 3D Orbit – [CTRL] + Middle Mouse Button. or Mouse. in order to maximize your efficiency during the Design Process. Page 10 . ” The Coordinates of a Point are conventionally written in parentheses. Y and Z” Axis Positive and Negative “X. and The Benchmark Tool Axis and Coordinates Positive “X. the Input would be (. and Z” Axis For purposes of Design in AutoSPRINK. (X. or 3D. in the default. or Copying Elements a predetermined direction and distance • Stretching applicable Elements in a predetermined direction or distance • Activating certain Tools (Offset Snap. Designers are using a three-dimensional. as presented in other Cad or Cad Add-on software. In this case. Z). The Vertical (Top to Bottom) Line or Plane is called the ‘Y” Axis. (X. The purpose of the Input line is strictly for the use of entering coordinates or distances. Input line. coordinate system. Z). Y. The Iso-View (Up to Down) Line or Plane is called the “Z” Axis. standard “Top View”: • • • • • • The Horizontal (Left to Right) Line or Plane is called the “X” Axis. we choose two mutually perpendicular intersecting lines. with the “X” Coordinate written first and separated from the “Y” Coordinate by a comma. This third Axis is perpendicular to the Plane formed by the “X” and the “Y” Axis and passes through the origin.Coordinates. The 1st number entered will always be assumed as “feet. rather than in a Plane." For Instance: Direction Input oolbars - To Move an Element 5’-0” along the positive “Y” Axis textually = [5] [Right Arrow] [Enter] Distance Input oolbars - Page 11 . The addition of a third Axis enables the coordinates of a point to describe a location in space. that is. The intersection of these (3) Lines or Planes serve as a “Point. Y. If moving only in the “Z” Axis.” This is not to be confused with the “Command Line”. Y. Y. is through the “Input Line. The “Axis” Indicators present in AutoSPRINK via the Benchmark. 0). Z” in the Distance Input Box. The “Arrow” (Direction Input) is utilized by tapping the desired direction on the Keyboard (45 degree is two Arrows at once). Normally. it is called the “Z” Axis. for: • Moving. must follow this order. etc) • Moving Elements to Absolute Zero Coordinates must be entered in the order of “X. Input Line The AutoSPRINK method for entering Coordinates textually. Any Coordinates entered into the AutoSPRINK Input line. . Then enter the desired distance in the Distance Input Box. represent the type of coordinates relative to the association of each point in the plane with a pair of numbers. as is the “Z” Coordinate. 0’-0" are the consistent coordinates of the Benchmark Rotation .Displays the X and Y Axis as Lines extending to the Limits of Display. therefore its True Location is plotted from the earliest established center point.Each new Benchmark retains relationship to the initial Benchmark placed. the Benchmark has “Properties” that can be assigned. etc. No Axis Indicators . Color . you will discover just how is a crucial. Commands. • As a Reference – Rotational Anchor and Reference Point.Arrows when Highlighted: displays the X. • As a Definition – for orientation of the Picture Tool.Only the Benchmark will be displayed. added or subtracted from the Default state. etc. etc. Axis Reference Indicators . Diameter: Controls the display size of the Benchmark Arrows or Lines. Its location and user-defined or altered Properties can govern and or impact Actions.0’-0".Displays the Benchmark with Arrows indicating the X. Properties Dialogue Box for the Benchmark includes: • • • • • • • • • Location . Offset Snaps. added capabilities. Y and Z Axis as Arrows when the Benchmark is selected only. Arrows or Lines.Determines the color of the Benchmark. some of the basic Benchmark Functionality includes: • As a Tool .Y) Axis to a specified Angle.to define Elevation (Z Lock). and Functions within AutoSPRINK. Rotation. Import Files. True Location . Lines to Edges of View . Insertion Point. Y and Z Axis. To initiate placement of the Benchmark to any location: • • Press [F2] (you are now “holding” the Benchmark) Click desired location As with any Element in AutoSPRINK.Rotational Axis Point for Drawing Space Axis. Dimensions • As a Drawing Axis Indicator and Rotator . Page 12 . Snap Point.The Benchmark Tool Axis Indicators oolbars - Plan View Isometric View The Benchmark is similar to the UCS Icon in other Cad software with additional.Entering an angle in the Rotation box shifts the (X. Benchmark Properties With use as prescribed in the Module Basic Training Project(s). Anchor Point. Import / Export Coordinate. powerful. or Location within the Drawing Space. Based on the Elevation. Arrows . altered. and valuable the Benchmark Tool is to the overall Design Process. Design Axis. Properties of Elements As with the Benchmark. Sprinklers. • Line Tab – Reflects line length. Polyline. or the addition / subtraction of Outlets and End Prep Conditions. function parameters. In the example below. Elevation. Interaction with Lights. This is typical of all Pipes. Arc. Page 13 . such as a Line. All AutoSPRINK Elements have “Properties” that may be accessed via the various processes defined earlier. based on their simplistic nature. • Element Tab – Conditions of Ends. select “Properties” • Properties Shortcut Icon (Yellow Tag) on the “Actions” Toolbar • Mouse Gesture – Up then Down in a continuous motion with Element Highlighted. etc will have limited Properties. reflects the following Dialogue Box: As shown. Insulation. The Coordinates. etc can be defined. with the “Properties” accessed. Part Numbers. Stock listing Reports. Slope are all shown in the Status Line. but is very useful for obtaining such information literally. Pipe Group Type. Length. and View Mode are defined. C-Factors. Offset. 10 Pipe was created and then Highlighted. etc will have many Properties than can be modified per Designer specific requirements or preferences. End Preps. or added to the Pipe. a 32” x 17’-9 Sch. • Outlets Tab – Properties. Transparency. Costs. and specific Element Properties that can be modified or altered: • Pipe Tab – Materials. Properties Dialogue Boxes that can be accessed for all the Elements – Intelligent or Simplistic . However. Valves. at a glance.via the methods discussed previously: • Double left-click on Highlighted Element • Single right-click on Highlighted Element. Fittings. • Pipe Listing Tab – Stock list Area. The Pipe Properties Dialogue Box Another way to see the basic Properties of selected Elements is the “Status Line” located at the bottom. • Hydraulics Tab – Behavior of Pipe. right-hand corner of the Interface. the “Intelligent Objects” in AutoSPRINK. Beams and Walls. Pipe. when the Pipe is Highlighted. connected or unconnected. etc for Purchase Order Reports. Circle. Line Thickness. Simple items. Color. Nominal and Internal Diameter. Dry or Wet type can be defined. start and end point. there are a multitude of options. For Example. The Status Line indicates basic information. *Note* The Crosshairs at the left end of the Pipe indicate that this is “End-Prep” One. • Material Tab – Addition of “extra” Components which will be added to the Stock Listing. • General Tab – Layer. such as Pipe. Label Options. including: Create Layer Delete Layer Delete Empty Layers Layer Properties Select All Layers Deselect all Layers Load Layer Settings Load Settings and Create Layers Save Layer Settings Isolate Layers Un-Isolate Layers Select / Deselect Layers. Elements on Layers may be hidden. locked. the Element color can be set to assume the color of the Layer to which it is assigned. colored by Layer. In AutoSPRINK however. Page 14 . deleted. and not burden the Designer with Attribute-Layer constraints.Elements on a selected Layer will be visible when Drawing or Plotting. Nor does the name of a Layer in AutoSPRINK. etc as in other CAD software. and not for the definition of Attributes. By hiding layers. and preparation for Plotting. whether it is located on Layer “0”. The Layers Tree is an extremely effective Tool for managing all of the Elements in the Drawing. Layer Control in AutoSPRINK is meant to facilitate the ease of Design. and Details in the Parts Tree Layers Tree Layers are often an integral part of any CAD Design software. (S) Snap .Layers. The Layers Tab of the Parts Tree shows the different Layers currently defined. are used for modifying the current states of the Layers: (V) Visibility . The Properties of the Layers may be modified per Layer. unless the visibility of the Layer is turned off prior to Plotting. or multiple selected Layers. or Functions. By using the “Properties” of an Element. selected or unselected. Layers are a Tool.Elements on a selected Layer can be told to display in a selected color. (E) Elements – Element total count for that Layer is displayed. The Menu Bar across the top of the Layers Tree displays various Shortcut Icons for Layer modifiers. you can decrease the complexity of the Drawing and improve AutoSPRINK's performance. (A) Access – Elements may be “locked” to (C) Color . The Layers tab also displays the number of Elements in each layer and the current status options assigned to each layer. It lists names and visibility of the Layers as well as the accessibility and colors assigned to each Layer. The AutoSPRINK Layers. The individual Action Tabs below the Menu Bar. or any other Layer.Elements may be constrained to be selected by Snap Tools. and how they are to be utilized in Design. in no way contain or define the Attribute. An Element will always remain that specific Element. when utilizing the Layer Control Feature of the Plot Sheet. or to be “untouchable” by the Snap Tools. The Folders in the Details Tree reflect the specific category of the Elements or Details. Symbols. then name it as desired. for future use in custom Folders created by the Designer. that have been provided for the AutoSPRINK user. consult the “Help File” provided in AutoSPRINK. simply be left-clicking and holding. or Details. to a Detail or Note. or something as complex as an entire Water Storage Tank. these are available to use.Elements may “dragged” directly into the Drawing. and even Notes are all available for the Designer to utilize within the Drawing. With proper usage. Creating a New Folder – Right-click the ‘AutoSPRINK 12” Folder and select “New Folder”. The Details Tree is the “Library” for the Designer. Saving Elements . Symbols. the Details Tree will prove to be one of the most useful Tools in AutoSPRINK. These may include something as relatively simple as a Hanger Detail. or perhaps modify and save. or even a complete System!) will enable the Designer to create something once. and Create new Folders in the Details Tree: Access Folders – Simply Select the (+) Icon. Types of Elements – Basically any Element can be saved into a Folder in the Details Tree in AutoSPRINK. and then re-use that Element as needed. there will often be Sub-Folders containing an even more specific category of Elements. Page 15 . Fire Pump House. Again.Elements may be saved into a Folder using the same process of left-clicking and holding into a Folder. Pre-assembled Elements. The Access the Folders and Elements. With the ability to access and utilize pre-assembled Elements. Additional Sub-Folders will appear Loading Elements . Once opened. to a Beam. the Designer can create a huge assortment of Elements to be utilized at will. Components. etc). UG Piping with PIV Valves and Fittings. then modify and save these Elements. Fire Pump (with all Controllers.Details Tree The Details Tree contains a vast amount of pre-designed or assembled “Details”. as in other Windows based programs. Details. For the other features of Parts Tree. These can the lead to additional sets of individual components relevant to that category. The ability to save any Elements of a Drawing (from the Benchmark. Snaps Cursor to the center of an Element.When active. when Drawing an opening and Snapping to a Wall. Snap into Symbol . or Coordinates in your Drawing. the Element surrounded by the dashed line is the Element to which the Element being drawn or dragged will Snap.When active. from Left to Right: • • • • • • • • • • • • • • • • • Z Lock . the Element being referenced will be surrounded by a dashed line. All.When active. Once you have discovered just how robust these Tools are. (Of the intersecting Elements.When active. For example. Snaps Mouse Cursor to the nearest Rounding Increment. this will Snap the opening inside the Wall instead of outside the Wall. or none. (Of the intersecting Elements. Element “Grips” also serve as a Snap Point.When active. Special Element Snap . Snaps Mouse Cursor so that what is being drawn or dragged will be precisely at right angles to an existing Element. Visible Grid . makes the Drawing Grid visible. and then activation of the Tool. Perpendicular 3D Snap .When active. attracted to varying points.When active. you will find them invaluable in the Design Process. Snaps Mouse Cursor to Items grouped in a Symbol. or modifying the Elements. “Snaps” act as a magnet in a sense. Elements.Equips your Cursor with the Benchmark Tool. and your Cursor is equipped with a Drawing Tool or is moving one or more Elements.Deactivated oolbars -Editable Symbol . Ortho Snap .) This Snap only activates if the existing Elements intersect in all three dimensions. the Element surrounded by the dashed line is the Element to which the Element being drawn or dragged will Snap. Snaps Mouse Cursor appropriately according to the Elements involved. As in most CAD Drafting software.The “Snap” Tools Ortho .e. Snaps Mouse Cursor to the intersection of two or more existing Elements. Snaps Mouse Cursor to any point along an existing Element's visible boundaries. (Not usable in Plan View. (Also sometimes referred to as Location Snap. potential Snap Locations will be indicated by a Circle around the Snap Point. Tangent Snap . Snaps Mouse Cursor to a point touching (but not crossing) an existing Circle or Curve.) Perpendicular 2D Snap . End Point Snap . Rounding . Snaps Mouse Cursor to the end Grip of an Element.) Intersection 3D Snap . Intersection 2D Snap . when moving. Page 16 .Opens a dialog allowing you to set the Elevation and Rotation of the Benchmark to values you specify. Near Snap . along the X-axis or Y-axis relative to the point where you started Drawing or Dragging).When active.When active. The endpoint of the Element being drawn or the Grip being dragged will remain at the same elevation as the Benchmark. based upon the Function. of the Snap Tools may activated at once. Snaps Mouse Cursor so that what is being drawn or dragged will be precisely at right angles to an existing Element. Snaps Mouse Cursor to the intersection of two or more existing Elements. Note: When a Snap is active. The endpoint of the Element being drawn or the Grip being dragged will Snap to the same elevation as the existing Element.When active. Alter Benchmark Elevation/Rotation . A simple exploration of the Snaps Toolbar.) Move Benchmark . forces Drawing or “Dragging” along your Drawing's Z-axis. forces Drawing or “Dragging” at 90-degree angles (i.When active.Activated oolbars -Editable The Snaps Toolbar has Shortcut Icons (Buttons) to activate the various “Snap” Tools available in AutoSPRINK.When active. allowing you to move the Benchmark to a location you specify. Center Snap .Equips your Cursor with the Ruler Tool.When active. Ruler .When active. Once an Element is “Selected”. Select All Like Selected / Rectangle / Layer – A very useful method for Selection by Type. or by specific Cursor activities (with pertinent Commands) are all available in the “Select” Tab. Tools. Select Menu (Enabled) Select Menu (Cursor Options) Select Methods– Simple overview of ways to select specific Elements or Components: • • • • • • • Select in Drawing – Left or right click on Element or Component to highlight. (Alt) Window – Utilized in “Stretching” Elements. Layer. and Components in the Drawing. and can be used in conjunction with the Snap Tools. Page 17 . Rectangular Window – Draw a “Rectangle” encompassing the Element or Groups of Elements. and or Size. etc. Selection with Filters.Allows the Designer to create a “list” of Elements to be Selected. Window – “Cross” the desired Element with a Line. Selection by Types.Selection Tools and Filters AutoSPRINK allows the Designer many diverse methods for selecting / deselecting specific Elements. access Properties. Select Pipe With Filter – Enables the Selection of Pipe by Type. or Draw a “Window” encompassing it. all available methods and pertinent Commands will become enabled. Select With Filter . Crossing Line. The associated. The Technical Support Department may be contacted through the Help File Menu. Technical Support Contact Information. and International and TollFree Phone Numbers. with links to E-mail. and the “Tip of the Day” dialogues. or Functions of AutoSPRINK are readily discerned from their Title. the Tutorial Video Table of Contents.com Support email: support@mepcad. and place the Question Mark over the Action. Context Sensitive Help is the swiftest way to be directed to the proper information located in the Help File. or perhaps simply a working knowledge of Sprinkler System Equipment). or Function Shortcut Icon. Website: www. The associated. Command. the AutoSPRINK Help Index. Context Sensitive “Context-Sensitive Help” provides immediate. and practical.mepcad.The Help File. Command. you seek information on. or Function. Help Menu Help File Contents Support If perhaps you cannot find the resolution to your query.” Though most Actions. unless explored fully. and a Main Menu accessible “Help File. The “Help File” documents will allow the Designer to discover the complete functionality of any Action. Left-click again. selected topic. it's time to contact Technical Support. direct access to a specific. Commands. F1 Function Key • Holding the [Shift] Key and pressing the [F1] Key activates Context-Sensitive Help. (and or a familiarity with Windows based Commands. specific Help File relevant to that Topic will open automatically. specific Help File relevant to that Topic will open automatically. To utilize the Context Sensitive Help: What's This? Button • Left-click the “What's This? Button”. and Tutorials Accessing the Help File The AutoSPRINK “Help File” features both a Context Sensitive. offering access to the AutoSPRINK Help Table of Contents. And access to the “Help File” has been made incredibly swift. Help Menu / Help File / Video Tutorials • The Help Menu opens from the Main Menu Bar. eliminating the need for Help File Index navigation or searches. Website.com Phone: 888-239-1345 Fax: 702-566-0598 Page 18 . there are subtle attributes that may not be evident. or click on the Button to the right of this field to browse for a Directory. if possible should be stored locally on the Computer Primary Drive. or a Profile Folder on a Network. This will close the AutoSave Dialog and launch Windows Explorer. • Time Interval .to Save Modified Documents. Note: Only documents that have had changes made to them will be Automatically Saved. governing parameters of any AutoSPRINK Project. Material. And it is just as vital to clearly establish the user-defined. Color. etc. to greatly enhance the efficiency and effectiveness of Design – from start to finish. so any Project is only as good as its “Information Foundation”. The default value is 10 minutes. • The Check Box .. established Scope of Work and Specifications. • It is recommended that All Files. Enter a number of minutes between Automatic Saves. As in the construction of a new Building. Once established.* Settings: The Foundation AutoSPRINK offers an incredible array of Settings available for the Designer.and not thinking about what Properties are in the Elements being created. and the specific Project location. it may take extra time to process or utilize certain Actions. however this may be modified to any user preference. This will save the Designer HOURS of time over the course of the Project. Note: The default AutoSave Directory is the Main Application Directory for AutoSPRINK.AutoSave (Drawing) and The Settings Files AutoSave The AutoSave Dialog Box provides options for automatically saving your work so that it can be recovered in case of a power failure or system crash. Commands. applicable Codes and Standards knowledge / implementation. or Functions in AutoSPRINK. These include the time interval between automatic saves. and WEEKS of time over the course of the year. particular clients. *Settings Files MUST be stored on the local Primary Drive of the Computer. as well as the location on your hard disk where AutoSave files are stored. the “C:\ Drive”. and re-used for similar Project types. • Folder in Which to Save Documents .Enter a Directory Path for the location where AutoSave Files should be stored. • If you need more information on what is contained in a Directory before selecting it as a destination for AutoSave files. most commonly. In like manner. If you are saving onto a Network. Page 19 . which will consist of accurate Plans (to draw information from). these user-defined parameters can be saved as a template. The ability to define the Type. it is only as good as its Foundation. Layer. or brought into the Drawing.enables the “AutoSaving” Function. and fully implement the available “Settings Files” that can be used throughout the Project in AutoSPRINK. click the Explore Folder Button. It is extremely important to take advantage of. etc of any applicable Element in AutoSPRINK (before it is even created or brought into the Drawing) will enable the Designer to do simply that: Design . etc. The Recommended Settings shown are geared to provide excellent results.Maximum Density of Crosshatches that will be displayed. Mouse Functions. increasing smoothness. Do not set below 1-1/4”. View Tab .The Drawing and View Settings options include many of the basic functions of the AutoSprink Drawing Space: Drawing Tab – The Designer may define the default Scale of the Drawing Space. • • • • Lengths and Hanger Lengths . etc. Text Fields on the Drawings.. Page 20 . • • • • • • The Render Settings options include parameters for the visual representation of Elements. and add Description Notes. Designer can also add notes specific to Drawing Revisions for each Version saved. Contractor / Contractor / Job” Tab(s) – The information entered here will be reflected in Hydraulic and Fabrication Reports. Volumes (Liquid and Gas) – Mathematical parameters for all formulae present for the utilization of the Volumes. Crosshatch Density .Defines the Rounding Value of Pipe and Hanger Cuts on the screen (plotted page). Diameters – Controls the Rounding Value of the Pipe Diameters. Project Management” Tab –Will automatically save any Drawing as consecutive “Versions” with associated Name. Snap-Pan parameters. etc. without taxing your Computer Hardware. and sharpness. • • • • Surface Tesselation . Velocities.Defines the number of facets that are used to create curved surfaces. K-Factors. Text Detail – Defines the detail of the Text. Text. but does not affect Stock Listing. The Number Format Settings options include the ability to define the parameters that govern the Formulae etc in AS. Also a JPG or BMP may be utilized as a non-editable backdrop. Background” Tab –White is the recommended Setting. Rounding / Details / Lights / Selected Lights / Automatic Features” Tab(s) – Recommended to remain at defaults. etc – Default parameters and properties for all the differing Factors to be used by AutoSPRINK. etc and E-Mail and Website links are included. ISO-View.Color Scheme of Grips & Highlighted Elements. ie “V1” etc. *See Help File for additional instructions on the use of the Darcy–Weisbach option in Antifreeze Systems* Fittings Tab – Hydraulic Losses at Fittings that change direction may be modified to Pipe Types. “Make-ons” visibility and Color. Ductile. Once Remote Areas are place in the Drawing. and Reports output. Outriggers. an Antifreeze Expansion Chamber Calculator. Node Tags– The Renumbering of Nodes. may be defined here. and Fittings Type (Cast. or Physics only. and how they behave in the Design. The Fabrication Settings options define the Properties of Pipe. which will affect behavior of Listing. • • • • • • • Pipes – Used in conjunction with the “Smart Pipe” Function. Page 21 . etc.The Hydraulic Settings options define the basic functions of the AutoSprink Hydraulic Calculations: • • • • Calculator – The Designer can utilize the Hazen-Williams Formula for typical Wet and Dry Systems. Material List Selection. or the Darcy Weisbach Formula for Liquids other than Water. and FM 200. End Preps. Sway Brace and Region Settings . Material. Job Type (Government or API). Pipe Min-Max Size and Lengths. Size of Scheduling can be altered per NFPA Hazard Schedule. and System Component nomenclature specific to Region Options. to be re-used or modified as needed. Pipe Sticks – Any Piping to have a length greater than the default 21’-0 may be listed here. etc. for Fabrication Reports. the desired Properties of the Pipes. Manually Flowing –Utilized to create Reports for the Flow Hydrants. etc without the use of a Remote Area. StandPipes.Pipe Weights Option (NFPA of Parts Database). Pipe Sizing– For use with “Pipe Scheduled” Systems. and Fabrication Parameters. Layer. or the Auto-Sizing of Branch Lines. Pipeline – Options for Fabrication/Listing parameters. Numbering Options. Fittings Tab – Options for “Harmonization” (proper End-Preps and Sizes) options. Fittings. it is highly recommended that this option be deactivated. and Riser Tag Head Count parameters may be adjusted. This is one the most important Tools available for the Designer. Pipe & Hanger Lengths –Min /Max Nipple Sizes. Description. Node Placement Parameters. and System Type may all be predetermined and Saved in a designated Settings File. Elevation Datum Override. Note: Dynamically Renumber Node Tags is activated. The Minimum Sprinkler PSI. Pipe Classification. and NonWater Systems such as Foam. and Auto Rod Coupling Distances. Max Velocity Pressures. Listings. Pipe and Hanger Cut Length Rounding. CO2. etc) are located here. Vertical degrees of Pipe. to ensure maximum efficiency during Design. Firelock. Color. If this same Pipe connects to an Upright Sprinkler. the Pipe will be a Drain. Piping can be created with predetermined Properties. If the Pipe is vertical and is larger than the Branch Line Cutoff. the Pipe will be a Sprig. the “Smart Pipe” Function. and is horizontal. the Pipe will be a Feed Main. based on the actual way in which it is Drawn. If both ends of the Pipe are connected to a Drain. etc. If the Pipe is a Feed Main and is collinear with a Cross Main. For example. the Pipe will be a Drop. the Pipe will be a Feed Riser. the Pipe will be an Underground Pipe. the Pipe will be a Drop. As stated before. and a Pipe is created in the Drawing. the Pipe drawn will be a Cross Main . it will be dependent upon the Smart Pipe “Rules” as defined by AutoSPRINK. If both ends of the Pipe are connected to a Drop. will automatically have the “Ignore Smart Pipe” or “Ignore Smart Pipe Color” Toggles activated in the Pipe Properties. the Pipe will be a Branch Line. If both ends of a Branch Line Pipe are connected to a Riser Nipple. Page 22 . The Pipe Properties Toolbar The “Smart Pipe” Function can be activated . The “Smart Pipe Rules” The following is the basic “Rules” that will govern the Pipe Types when created in the Drawing. If both ends of the Pipe are connected to a Cross Main. and Behavior when the Pipe is Drawn. the Pipe will be a Sprig. is an invaluable Toolset for the Designer. and predetermined Attributes.deactivated from the Shortcut Icon located on the Pipe Properties Toolbar. If both ends of the Pipe are connected to a Feed Main. If both ends of the Pipe are at or below Zero Elevation. Type.The Fabrication Settings work in conjunction with the “Smart Pipe” Function options to define the Material. the Pipe will be a Feed Main. If both ends of the Pipe are connected to a Sprig. the Pipe will remain a Branch Line. If this same Pipe connects to a Sidewall or Pendent Sprinkler.according to the Smart Pipe “Rules” that determine the Pipe Type based on Size. if a Pipe's maximum Branch Line Size has been defined as a maximum 2” Diameter. If the Pipe connects a Feed Riser and a Cross Main. If both ends of the Pipe are connected to a Feed Riser. and the User-Defined Settings File. the Pipe will be a Riser Nipple. when used in tandem with the User created Settings File. the Pipe will be a Feed Riser. This alerts the Designer that the Piping in question is not in accordance with those parameters. or how it is connected to other Pipes. If the Pipe is horizontal and larger than the Branch Line Cutoff. If both ends of the Pipe are connected to a Branch Line. the Pipe will be a Cross Main. and the User Draws a 3” Pipe. or equal to the Branch Line Cutoff (Max Size defined) the Pipe will be a Branch Line. If the Pipe connects a Cross Main or Feed Main to a Branch Line. When the Smart Pipe Function is enabled. Pipe Group. or connecting to other Pipes. using the Function: • • • • • • • • • • • • • • • • If the Pipe is smaller than. the Pipe will be a Cross Main. and is vertical. Note: Piping with Properties that are altered in a way that is contrary to the “Smart Pipe” / Settings File” parameters. the Pipe will be a Cross Main. as shown. Node Tags. Roof Planes. Building Elements – Walls. Beams. and Hydraulic Areas can all have User-Defined Properties and Attributes assigned – prior to creation. the Benchmark itself can be Saved into a Custom User Folder in the Detail Tab of the Parts Tree. Columns. System Components. We are now ready to save all the changes.” This will override any Program defaults and load all the preferences as defined by the Settings File. Pipe. etc. “Load Settings. all changes will be saved into a “Settings File”. Polylines. Saving the Settings File • • • • • • Page 23 Main Menu . Hydrants.File / Save Settings As… Choose the Folder to Save the File to Note: the Settings File MUST be saved to the local Primary Drive of the Computer. Ruler Note: Any alterations to the Benchmark cannot be Saved into the Settings File. etc. Client. Circles. to Beams and Walls.Default Properties All necessary Elements of Design. Misc. System Creation – Coverage Cells. Rectangles. However. Hydraulics– Remote Areas. with a minimum of time and effort. Crosshatches. etc. • • • • • • • 2-D Elements– Arcs. Protector. Ceiling. Name the File – Perhaps by Project or System Type. “Settings”. As with the other Settings and Smart Pipe Functions. etc. Labels. and select “Save. from 2D Arcs and Lines.” To Load a Settings File – “File”. Choose the 3rd radio button and navigate to the file . alterations. and definitions we have created into a re-usable “Settings File” that may be loaded. Details. Text –Dimensions. To Start with a Settings File – “File”. Areas. Sprinklers. revised and re-saved indefinitely. shared. Riser Tag. Fittings. Bracing. etc. View Tool. etc. – Alerts. Text Box and Text Line. Outlets. Clipping Planes. It must be modified per Drawing. to be utilized and or modified in the future. or other Names pertinent to the applicability of the File. Slab. 1 Page 24 .BASIC TRAINING SESSION 1 EXAMPLE EXCERCISE NO. and Input Cross Main Direction and Length Arrow Locate the Input. and have established the proper “Foundation” for our Project(s). Ensure that the Properties for the Pipe to be created are set as shown above. with Branch Lines. to explore the Program. We are now prepared to create the Cross Main in our Drawing. Page 25 . we will then begin our first “Full System” Project. basic Design Tools. 2. This will cause the arrow at the Input Line to face the Positive “X” Axis in the Drawing Space. All of the Exercises and Projects presented in these Training Modules. it is time to explore the more common Design Tools. to investigate the Help File. 1 Creating an Elevated Cross Main. and Snaps Toolbars. In the Input Line. Note: You typically do not have to “click” in the Input Box – just start typing in your drawing. The Shortcut Icon locations on the Toolbars. AutoSPRINK will always assume that the first numbers entered are in Feet. not Inches. for ease of use. Exercise No. After completion of these basic Exercises. and one of the several different ways to use a specific Tool. you will discern the fact that we may use a Tool in different ways. or approach a task in a different way. Activate Snap Tools. Plotting. and then activate the “Smart Pipe” Shortcut Icon on the Pipe Properties Toolbar. of the all of the outstanding Features available to the Designer in AutoSPRINK. enter “21” as shown. Set up Parameters for Drawing the Cross Main “W” = Welded Pipe Group 4” = Pipe Diameter Schedule 10 = Pipe Material Cross Main = Pipe Type Grooved = End Prep Locate the Pipe Properties Toolbar. Riser Nipples & Drain 1. we will complete several Exercises that were created to help facilitate the use of specific. It is our intent to fully illustrate the location of the Tools used. Tools. Activate the Snaps as shown. And we encourage a minimum of 10 minutes per day. keep in mind that the Basic Training is just that. This method is intentional. and Help File in AutoSPRINK. Hydraulic Calculations. including Design. These will typically be best utilized docked at the bottom of the Drawing Space. It is incumbent upon the Designer to fully explore the Menus. as the Tools available in AutoSPRINK are varied. and ultimate usage. It is with this purpose in mind. to experiment with different Tools. However. This will greatly enhance the Designer’s understanding. and powerful. utilizing yet another Tool. will have a numbered “step by step” approach. As we progress through the Exercises and Projects. that the following Exercises and Projects were created for the Basic Training Modules.Common Tools and Concepts Now that we have a general overview of the AutoSPRINK Interface. To better illustrate certain principles. Many of the Tools can be used in various combinations to achieve the same task. and the associated Concepts of their usage. Now tap the “Right Arrow” on your Keyboard. and Stock-Listing. Basic. Slope. Iso-View the Pipe with the Mouse-Gesture (Middle Button. . with the ability to instantly Draw Pipe without having to navigate a Toolbar or Menu. Locate the Cursor anywhere near the Center of the Drawing Space. indicating the Command has ended. You should now have the Highlighted Cross Main centered and in Iso-View. This is typical for nearly all Commands. will prove to be one of the most time-saving features available for the Designer in AutoSPRINK. Create a 4” x 21’-0 Sch. Alteration of Pipe Group– Can be accomplished through the Pipe Draw Command. 10 Cross Main • • • Middle-Click the Blank Drawing Space . and certain Actions in AutoSPRINK. is dependent upon the parameters entered in the Settings File. including moving the Benchmark. Draw Pipe Tool – Activated by Middle-Click Note: With the Draw Pipe Command activated. Left-Click the new Pipe (to Highlight) and Hit the (End) Key. The Cursor will now return to its original condition. in your Drawing Space. Right-Click to end the Command.Will always indicate the Elevation. The Status Line . This is a common Function of the Benchmark. The Color of the Pipe. Because we have already indicated our Direction and Length in the Input Line. • • End Prep 1 oolbars - Status Line oolbars - • The Drawing Space with 4” Cross Main Page 26 End Prep 1 – Will always be designated as “Crosshairs” on the Highlighted Pipe. This will automatically Zoom the Camera and Center the Element in the Drawing Space.The Draw Pipe Command will appear. Note: This Command. accessible by a simple Middle-Click. Hit the (Enter) Key. and Diameter of the Highlighted Pipe. Choose Size of Pipe – The Pipe Material Type. Length (Cut length). and Left-Click to begin the Draw Pipe Command. at the Sub-menu at the top of the Command Dialogue Box. the new Cross Main Pipe will be Drawn in the positive “X” Axis (Right Arrow) and will be 21’-0 in length. Up and to the Left motion). and Group will be determined by the User-Defined Smart Pipe / Settings File parameters. Designation. The Benchmark – Has now moved to the last Point entered. and the Pipe when Highlighted.3. the Cursor will now resemble a “Hand with a Finger Pointing” ( ) indicating that the Command is ready to be executed at the Cursor point. and hit the (Enter) Key twice. Enter a length of 10 in the Input Line. Right-Click the Cross Main. while Zooming.” Left-Click the Branch Line. Hold the (Ctrl) Key. The Arrow will now be facing the Negative “Y” Axis in the Drawing Space. The Branch Line will now be at the end of the Cross Main. All Labels are User-Defined. We now have a Cross Main connected to (3) 1-1/2” x 10’-0 Long Branch Lines. and access the Properties.” Segment Lengths indicate dimensions between Outlets on a Pipe. change the Pipe Label Font to size 6. and enables the Designer to directly access the specific Tools relevant to that Element. allowing a slower Zoom. so that we can create the Branch Lines and still have the entire lengths of the Pipe visible. Right-Click the Branch Line. Sch.Right-Click the Highlighted Pipe to see the vast array of Tools available. Zoom Out slightly using the Middle Wheel. Right-Click to exit the Command. 4. Middle-Click. Access the “Properties. select “Diameter” and “Segment Lengths. Tap the Right Arrow. hold the (Shift) Key. While the Branch Line is still Highlighted. Create Branch Lines connected to the Cross Main. They will be spaced evenly. Under the “Labels” Area. select “Diameter” and “Cut Length. and Left-Click (Snap) on the near end (End Prep 1) of the Cross Main. This will shorten the increments utilized. In the “Text” Tab. Bold. This Function is common to all Elements in AutoSPRINK. and 7’-0 between the Branch lines.” Observe the Pipe is Schedule 10. Note: if the Middle Wheel Zoom is too sensitive. 40 Branch Lines which will be connected perpendicular to the Cross Main. Ariel type. and access the Properties. The Settings File / Smart Pipe Functions have predetermined the Properties of the Pipe. Page 27 . with “T” Pipe Group. enter 3’6 into the Input Line. and may be altered to any desired Font or Size. and now tap the (F12) Key – “Clean up Intersections”. specific to Pipe. 3’-6 from the ends of the Cross main. 4 inches in Diameter. before creation. a Cross Main. and hit the (Enter) Key. Branch Line Drawn Pipe with labels Branch Line Moved / Copied / Connected Access the “Settings / Default Properties / Label / Pipe Label” Menu. hold the (Ctrl) Key. enter 7 into the Input Line. Select “1-1/2”. and once again access the Draw Pipe Command. Under the “Labels” Area. Highlight the Cross Main. We will now create (3) 1-1/2” x 10’-0 Long. Tap the “Down” Arrow Key. and hit the (Enter) key. replaced. at a (0) Angle. at any Angle entered. etc in the appropriate “Outlet” or “Fitting” Toggle in the Properties Dialogue. The Benchmark – Has no relevance to the positioning or Angle of the Outlet. and (F12) keys we have created. • • • • Outlet Rotational Axis Page 28 Outlet Angles – Will always be based upon the Angle of 90 degrees representing the “top” of the Pipe. Valves. and this is a common feature for all Pipe. and connected a Cross Main with Branch lines. deleted etc and or their Properties revised in this Dialogue Box. Fitting. relocated. Input line.90) Angle Increment may also be entered as (270) as well. and running dimensions from the Pipe End Prep No. Right Click the Cross Main. This is a very useful feature when the need arises to manually add an Outlet. for the addition of a Pipe on a specific Angle / Slope.Utilizing the Arrows. Note: Alterations that conflict with the predetermined parameters defined in the Settings File. if a specific distance is desired. Right / Left-Clicks. The Outlets shown may be added. and access the Properties. ie “67 degrees”. etc) are also reflected. Odd Angles – AutoSPRINK will generate an Outlet of any type. 1. Note: The (. Clean up Intersections applied Highlight the Cross Main.” Grip oolb Outlet Editor 1Outlet Outlet w/ Engaged Branch Line Highlighted Main Shows Outlet Grip Outlet moved with Grip Outlet Rotation/Properties altered. Note: When relocating an Outlet. Bad. and the (Enter). Select one of the Outlets. and move it to the Right (positive “X” Axis) a short distance away. The “End Connections” conditions (Unconnected. Needs Coupling. Proceed to the “Outlets” Tab. it must be entered in the Outlet Editor “Properties” Toggle. or “12 degrees” etc. and the “Grip” (Snap Point) for the Outlets will appear. (Ctrl). will cause the Pipe to “Ignore the Smart Pipe. which now reflects the (3) Thread-O-Lets. It is based upon the information entered into the Outlet Editor Properties. Good. copied. . and Tap the (Enter) Key. and or Multi-Deselect Elements in the Drawing Space. The Branch Lines are now Elevated 3’-0 above 0’-0 (Finish Floor) as evidenced in the Status Line. Zoom In / Out as needed using the Middle Wheel. Due to a perceived change in the Field during installation. Enter “. 0’-0” method. This will ultimately save the Designer valuable time over the course of a Project. etc. From this Menu. and Options. Hold the (Ctrl) Key. ToolBars. Hide Labels. or Shortcut Icon. This is a critical difference from a 2D CAD environment. .” Note: The (Ctrl) Key is used to Multi-Select. The Branch Lines are now “un-selected. ie “Every / Pipe / Branch Line” or any other Element in AutoSPRINK. and Create Riser Nipples. and Left-Click the additional Branch Lines. Right-Click the Blank Drawing Space. and access the “Select” Submenu. we must now lower the Cross Main. This will be accomplished by using our Input line. • • • • • • “Right-Click in Blank Drawing Space” – Allows the Designer to access many of the common Design Tools needed at any time during the Design process. The “Right-Click in Blank Drawing Space Function in AutoSPRINK gives the Designer unprecedented accessibility to the vast amount of typical Commands. all without leaving the Drawing Space. Elevate Branch Lines connected to the Cross Main. Benchmark Elevation. Fittings. so that we will have the entire lengths of all the Piping visible. we are going to Elevate them 3’-0 in the Positive “Z” Axis. Now Left-Click in the Blank Drawing Space to end the Selection. all without having to locate and or implement a Menu. Submenu. Color Pipes by Flow. the Designer can choose to use specific Selection Filters. are accessible from this location. including Camera Operations. and Functions related to “View” are accessible from this location..and Tools needed in the Design Process. Rotation and Location Tool Paste / Paste Bitmap Snaps Tools Tools – ALL of the Tools available in the “Tools” Ribbon Menu located at the top of the interface. 3” into the Input Line. Functions . Once the Branch Lines are Selected. Page Breaks. you may choose the Branch Lines in what manner you deem the most efficient way. View – ALL Tools. and use Riser Nipples to elevate the Branch Lines above an Obstruction. Select a Branch Line using a Left-Click. and Sprinklers. Page 29 . For the purposes of this Exercise.5. Leaks. and the “. and must be exited with a Right-Click when finished. “Labels” etc in more Detail in coming Project Exercises. Sprinklers. and access the “Sprinkler Properties” Toggle. Hold the (Ctrl) Key. Leave the Size and Material at the Defaults. access the “Auto Draw” Menu. Leave at Defaults and Select “Do It. Access the Properties of the Riser Nipples (utilizing one of the methods discussed earlier) and in the “Labels” area. This will bring up selection choices within the Toolbar. Note: The latter will Select ALL Elements in a Drawing.” AutoSPRINK will automatically create Riser Nipples for the Branch Lines. select the “Diameter” and “Cut Length” Boxes. By utilizing the “Cleaning up Intersections” Command. The Branch Lines are now Elevated 3’-0 above 0’-0 (Finish Floor) as evidenced in the Status Line. and then “OK” once again to exit the Dialogue Box.25. and the “Connect” Sub-Menu. This is a continuous Command. All the Piping in the Drawing Space should now be Highlighted. the Outlets that were no longer needed have been removed. and tap the (F12) Key. Select the “Advanced” and “Specify Radius” options. or by Holding the (Ctrl) Key. Select the Ribbon “Auto Draw” Menu. ready to be placed into the Drawing Space with a Left-Click. This will engage the Riser Nipple Dialogue Box.” Leave at Defaults and Select “OK”.” Select ALL in the Drawing Space. This will open the “Sprinkler Placement” Dialogue Box. Right-Click to end the Command. or 3” into the Radius Input Line. Notice however that the Outlets are still visible on the Cross Main. connecting to the Cross Main. and labels With The Branch Lines still Highlighted. Note: We will explore the “Sprinkler Properties”.Branch Lines Elevated Branch Lines with Riser Nipples Piping with Fittings. Now access the “Advanced” Dialogue Box. or the “Managed Document” Function. An Upright Sprinkler will now appear on the Cursor. The Sprinkler is by Default an “Upright. making it very clear on Plot Drawings. and hit “OK. In the “Labels” area. as per our Settings / Smart Pipe configuration. and Select “Fittings. Page 30 . Select the “Riser Nipples” Submenu. This will in effect locate a “pie-plate” around the top of the Riser Nipple. Type in . select the “Diameter” and “Segment Lengths. and tapping the “A” Key. Hold the (Ctrl) Key. With all the Elements Highlighted. and Select the Cross Main.” This will open the “Automatic Fittings” Dialogue Box. Leave at Defaults. it is always paramount to Save the Drawing! Whether you have chosen to use the “Auto Save”. it is critical to ensure you have your Drawings Saved incrementally. Ensure the “Snaps” Tools are engaged (F3 Key) and place a Sprinkler on the end of each Branch Line.” Fittings will now be applied to all the Piping. Select the Cross Main and access the Properties. Right-Click in Blank Drawing Space and access the “Tools / Sprinkler” Menu. by drawing a Rectangle around the Elements (any direction). so use judiciously. Having reached this point. Added Outlet with 1” Pipe 1” Continuous Pipe Match Properties Shortcut Icon With the Outlet created. Pipe to Pipe Outlet. Add Outlet Properties Add a 4” x 1” Pipe-o-Let / Thread-o-Let with a 1’-0 End Offset. then the “Target” Element you wish to Match. Zoom to the 1” Pipe at the Cross Main. and now Select the adjoining 1” Pipe. Zoom to End-Prep No. Shortcut Icon) Access the “Outlets” Tab. and Draw a 1” x 2’-0 in the negative “Z” Axis form the Outlet. Double Left-Click. Note: when Matching Properties. Shaped Nipple) Size – Will already be “sized” according to the size of the Pipe. 1. and -90 dg Angle to the Cross Main as shown. • • • • • • • Type – Allows the Designer to select a variety of Outlet types (Mech Tee. you must always Select the Element to modify. 1’-0 from the end of the Cross Main. Now Draw the Pipe 2’-0 in the negative “X” Axis. but the Reducing Size must be defined. then 7’-0 in the negative “Z” Axis. based upon 90 degrees representing the “top” of the Pipe. Snap to the Outlet Grip. Select the “Match Properties” Shortcut Icon located on the “Select” Toolbar.6. 3’-0 in the negative “Z” Axis. May be edited per User. and Select the “Add” Toggle. 1 Angle – Orientation of Outlet. Right-Click in Blank Drawing Space to activate the “Pipe Draw” Command and select 1” Pipe. Select it. and access the “Properties” – (Right-Click. Add an Auxiliary Drain to the Cross Main. Mouse Gesture. Right-Click to exit the Command. and finally 1’-3 in the negative “X” Axis. Page 31 . Note: This is a Continuous Pipe Command. etc) Manufacturer – Can be User-Defined in the Parts Database Description – (Weld-o-Let. Notice that the “Smart Pipe” Function has made the 1” Pipe from the Cross Main a Riser Nipple. The Pipes are now identical. We will also route the Piping to a location suitable for drainage. Select the Cross Main. We will now add an Auxiliary Drain. Thread-o-Let. This is due to the Settings / Fabrication Standards and the Smart Pipe Function interpretation of the purpose of the Pipe. based on Industry Standards. End Offset – Will always represent distance from EndPrep No. Take Out– The actual length of the Outlet. While the (2) pipes are Highlighted. Now Zoom to the last length of Pipe. and Snap to the end of the Pipe. Access the “Fittings” Fly-out on the “Pipe Properties” Toolbar. You may now assign Labels to all of the Piping as per preference. Fittings. and now. and an Auxiliary Drain. then “drag” the Valve into the Drawing Space near the Vertical Intersection. Congratulations! We have now used some of the Basic Tools in AutoSPRINK to create a simple Cross Main with Branch Lines – complete with Sprinkler. attach the Valve to the desired location. onward! Page 32 . Select the “Elbow” Shortcut Icon. and release. This will immediately open the Properties of the Fitting before we insert into the Drawing Space. and Rotate the 45 Elbow to point Downward.We will now add a 1” Globe Valve to our Drain. ensuring it is engaged properly. Ensure the Benchmark is located at the end of the Pipe. Revise the Elbow Properties to 1” Galvanized Malleable Iron. Once Rotated. This will again immediately open the Properties of the Fitting before we insert it into the Drawing Space. Ensure it is set to 90 dg Increments. Access the “Parts Book” and proceed to “Valves. Save your Drawing. Left-Click and HOLD. at the 7’-0 / 3’-0 Intersection of the Vertical 1” Pipe. while HOLDING the (Shift) Key. and Snap to the 45 Elbow. Revise the Bushing Properties to 1” x ½” Galvanized Malleable Iron. and Select a 1” Globe Valve.” Access the “Globe” Folder. With Snaps engaged. Access the “Increment X Pos” Shortcut Icon on the “Rotator” Toolbar. while HOLDING the (Shift) Key. again access the “Fittings Fly-out” and Select the “Bushing” Shortcut Icon. We will now insert a specific Fitting onto end of this Pipe. Fittings Shortcut Icon 1” Globe Valve attached Rotate Elbow with Rotator Tool Parts Book Parts Book Elbow Properties Dialogue Box Completed Exercise Select the Drain Pipes (Except the last length of Pipe) and use the “Auto Draw / Fittings” Command. Note: The Benchmark is always the Center of the Axis of Rotation.