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Manual Training Handbook TASC v10.300 & TRBC v0.4888
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Company Overview
• Glodon Software Limited (HQ), Beijing, China • Founded in 1998, Glodon was successfully listed in Shenzhen SME Board in May 2010 • Focus on AEC industry, provide professional application, Industry big data and Industrial finance for our customers (SZ SME: 002410） • Currently the 5th biggest AEC software provider in the world • Glodon started the process of globalization from 2009 to radiate the Southeast Asian, European and American markets
Globalized Layout Glodon UK Glodon Sweden Glodon Finland
Glodon China Glodon Hong Kong Glodon Malaysia Glodon Indonesia Glodon US
Glodon India Glodon Singapore
Cubicost Product
CUBICOST TAS
CUBICOST TRB
CUBICOST TME
CUBICOST TBQ
Easy Step Input drawing
Identify / Tracing
RVT, IFC
CAD
PDF, JPEG TRB, TAS, TBQ
Calculate
Case Studies
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Training Content 1st Day (TAS) Foundation Floor
2nd Day (TRB) Reinforcement
Introduction & Interface
Introduction & Interface
Project Settings
Import TAS to TRB
Initial Setting
Pile Cap Rebar
Axis Grid Setting
Raft Foundation Rebar
Structural 3D Modelling
Column Rebar
Architectural 3D Modelling
Beam Rebar
Finishing Modelling
Slab Rebar
Measurement Rules & Setting
RC Wall Rebar
Calculation Result
Calculation result
Cubicost TAS C Training
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0.0 Welcome Interface Cloud
Learning center
Recent Projects List
Navigation Bar 9
0.0 Welcome Interface
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1.0 Create Project
Create New Project
Measurement Rule
Ground Elevation
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1.0a Create New Project • Step 1: Create a [New] Project • Step 2: Input Project Title • Step 3: Select [Measurement Rules] • Step 4: Input Existing Ground Level
1 2 3 4 *Tips: This will affect the quantity of excavation 14
Quick Access Toolbar
Function Tab
Application Name, Project Name
Ribbon
Dynamic Control Bar
Element Navigation
Main Operation
Status Bar
Check here for operation instructions
15
Public Attribute VS Private Attribute Public: WITHOUT SELECTION, The changes apply to all the same name entities Private: The changes will only take effect with the items/Model/entity being SELECTED (MUST), otherwise the modification will be invalid
PC1
Public
Private 16
2.0 Project Setting
Floor Setting
Grade Setting
• Superstructure • Substructure
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2.0a Floor Setting Workflow
LOWER GROUND INSERT FLOOR UPPER GROUND
FLOOR SETTING
FLOOR HEIGHT
FLOOR TO FLOOR
FLOOR NAME
Optional
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2.0b Floor Setting • Step 1: (a) Select at 1st Floor and [Insert Floor] for superstructure (b) Select at Foundation Floor and [Insert Floor] for substructure
• Step 2: Input [Floor Height] of every floors • Step 3: Input the [Bottom Elevation] of 1st Floor ONLY
1 2 3
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2.0c Grade Setting • Step 1: Input [Concrete Grade] of different elements • Step 2: [Copy to Other Floor] if the grading is same with certain floor(s)
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2 20
2.1 Drawing Management
Import Drawing
Split Drawing
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2.1a Drawing Compatible
Recommend operate process: • Import drawing(s); • Split drawing(s) *.dwg
Recommend operate process: • Import drawing(s); • Split drawing(s); • *Scale drawing(s) Vector PDF/Scanned PDF 22
2.1b Import Drawing • Step 1: Tab {Identify}, [Add] drawing(s) • Step 2: Select Drawing(s)
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2.1c Split Drawing • Step 1: In the Drawing Manager, click Split • Step 2: Block select CAD plan drawing, right click • Step 3: Input drawing name by typing in the box or click on the drawing title
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2.1d Scale Drawing • Step 1: Tab {Identify}, Click [Scale Drawing] • Step 2: Right Click on drawing • Step 3: Specific Start point • Step 4: Specific End point • Step 5: Input Actual Length
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5 3
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2.1e Relocate Drawing • Step 1: Tab {Identify}, Click [Relocate] • Step 2: Click on 1 specific point on drawing, eg: A/1 • Step 3: Move to same specific point on gridline *Tips: use Intersection point if the point cannot be snap accurately
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2
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Po int Ty p
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Axis Grid
Type of Axis • Type of Axis
Diagonal Axis Grid
Orthogonal Axis Grid
Arc Axis Grid
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3.0 Axis
Auto-Identify
Manual
• Pick Sideline • Pick Label • Auto Identify • New axis • Input axis label & distance for each side • Point the axis location
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3.0a Axis (Auto-Identify) – Pick Sideline • Step 1: Tab {Identify}, Select [Pick Sideline] • Step 2: Choose [Select by layer]/ [Select by color] • Step 3: Pick the side line of axis & right click
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2 3 30
3.0b Axis (Auto-Identify) – Pick Sideline • Step 1: Tab {Identify}, Select [Pick Label] • Step 2: Choose [Select by layer]/ [Select by color] • Step 3: Pick the Label of axis & right click
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3.0c Axis (Auto-Identify) – Auto-Identify • Step 1: Tab {Identify}, Select [Auto -Identify]
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3.1 Axis (Manual)
Define
Draw
• Numbering • Distance
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3.1a Define Axis • Step 1: Tab {Draw}, Create [New Orthogonal Axis Grid] according to floor plan • Step 2: Select Position of axis & input the Numbering & Distance • Step 3: Click [Ok]
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2
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Po int Ty p
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Pile Cap
Pile Cap
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4.0 Pile Cap – Auto Identify
Identity
Quantity
* Applicable for CAD or Vector PDF with layers/Color
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4.0a Identify Pile Cap – Pick Sideline • Step 1: Tab {Identify}, Select [Pick Sideline] • Step 2: Choose [Select by layer]/ [Select by colour] • Step 3: Pick the frame/ side line of Pile Cap & right click
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3
Continue →
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4.0b Identify Pile Cap – Pick Label • Step 1: Tab {Identify}, Select [Pick Label] • Step 2: Choose [Select by layer]/ [Select by colour] • Step 3: Pick the name of column & right click
1 2 3 Continue →
4.0c Identify Pile Cap - Identify • Step 1: Tab {Identify}, Select [Auto-Identify]
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4.0d Quantity of Pile Cap Notes: Quantity to extract from PILE CAP
Quantity you need
Quantity to extract from Glodon
Concrete (m3)
Volume
Formwork (m2)
Area of Formwork
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Po int Ty p
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Column
Column Type of Column
Round Column Slanted Column
Composite Column
Steel Column 43
5.0 Column
Identity
Quantity
* Applicable for CAD or Vector PDF with layers/Color
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5.0a Identify Column – Pick Sideline • Step 1: Tab {Identify}, Select [Pick Sideline] • Step 2: Choose [Select by layer]/ [Select by colour] • Step 3: Pick the frame/ side line of column & right click
1 2
3
Continue →
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5.0b Identify Column – Pick Label • Step 1: Tab {Identify}, Select [Pick Label] • Step 2: Choose [Select by layer]/ [Select by colour] • Step 3: Pick the name of column & right click
1 2 3 Continue →
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5.0c Identify Column - Identify • Step 1: Tab {Identify}, Select [Auto-Identify]
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Lin e
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Beam
6.0 Beam
Identity
Quantity
* Applicable for CAD or Vector PDF with layers/Color
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6.0a Identify Beam – Pick Sideline • Step 1: Tab {Identify}, Select [Pick Sideline] • Step 2: Choose [Select by layer]/ [Select by colour] • Step 3: Pick the frame/ side line of beam & right click
1 2
3 Continue →
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6.0b Identify Beam – Pick Label • Step 1: Tab {Identify}, Select [Pick Label] • Step 2: Choose [Select by layer]/ [Select by colour] • Step 3: Pick the name of beam & right click • Step 4: Click [Auto-Identify] to generate 3D Model of beam
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2
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3
Continue →
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6.0c Identification Check
1 Check 2 Modify
3D Model Updated
6.0e Quantity of Beam Notes: Which quantity to extract from BEAM
Quantity you need
Quantity to extract from Glodon
Concrete (m3)
Volume
Formwork (m2)
Area of Formwork
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Ar ea
Ty p
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Slab
7.0 Slab
Identity
Quantity
* Applicable for CAD or Vector PDF with layers/Color
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In-situ Slab • Type of Slab
Bondek Slab
In-Situ Slab
spiral ramp
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7.0a Identify Slab – Pick Label • Step 1: Tab {Identify}, Select [Pick Label] • Step 2: Choose [Select by layer]/ [Select by colour] • Step 3: Pick the name of slab & right click
1
2 3 Continue →
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7.0b Identify Slab – Pick Slab Opening Line • Step 1: Tab {Identify}, Select [Pick Slab Opening Line] • Step 2: Choose [Select by layer]/ [Select by colour] • Step 3: Pick the slab opening line & right click
1 2 3 Continue →
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7.0c Identify Slab – Identify • Step 1: Tab {Identify}, Select [Identify Slab] • Step 2: Click OK on the [Slab Identification Option] • Step 3: Check Value of Slab Thickness and change if necessary in the [Identify Slab Element Information] • Step 4: Click OK on the [Identify Slab Element Information]
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Result 59
7.0d Quantity of Slab Notes: Which quantity to extract from SLAB Quantity you need
Quantity to extract from Glodon
Concrete (m3)
Volume
Formwork (m2)
Area of Formwork
Side Formwork (m)
Length of Formwork to Edge and Break of Slab in Stage
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Lin e
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Ty p
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Wall
8.0 Wall
Identity
Quantity
* Applicable for CAD or Vector PDF with layers/Color
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Wall Type of Wall (Structure)
Retaining Wall
Benc h
Planter Walls
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Wall Type of Wall (Architectural)
Block Wall
Brick Wall
Lightweight Panel Wall
Glass Wall 64
8.1a Identify Wall (Structure) – Pick Sideline • Step 1: Tab {Identify}, Select [Pick Concrete Wall Sideline] • Step 2: Choose [Select by layer]/ [Select by colour] • Step 3: Pick the line of the concrete wall & right click
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8.1c Identify Wall (Structure) – Pick Label • Step 1: Tab {Identify}, Select [Pick Label] • Step 2: Choose [Select by layer]/[Select by colour] • Step 3: Pick the name label of concrete wall & right click
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8.1d Identify Wall (Structure) – Identify • Step 1: Tab {Identify}, Select [Auto Identify] • Step 2: Choose [Select by layer]/ [Select by colour] • Step 3: Confirmation Box will appear and click [Yes]
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2 Result
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8.1e Quantity of Wall (cont’d) Notes: Which quantity to extract for STRUCTURE WALL Quantity you need
Quantity to extract from Glodon
Concrete (m3)
Volume
Formwork (m2)
Area of Formwork
Formwork (m)
Length of formwork to Edge and Break of Opening in Stages
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8.2a Identify Wall (Architecture) – Pick Sideline • Step 1: Tab {Identify}, click the drop down arrow and click [Pick Concrete Wall Sideline] • Step 2: Choose [Select by layer]/ [Select by colour] • Step 3: Pick the line of the masonry wall & right click
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8.2b Identify Wall (Architecture) – Pick Sideline • Step 1: Tab {Identify}, click the drop down arrow and click [Pick Door/Window Sideline] • Step 2: Choose [Select by layer]/ [Select by colour] • Step 3: Pick the line of the door and window opening & right click
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2 3 70
8.2c Identify Wall (Architecture) – Pick Label • Step 1: Tab {Identify}, Select [Pick Label] • Step 2: Choose [Select by layer]/[Select by colour] • Step 3: Pick the name of masonry wall & right click
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8.2d Identify Wall (Architecture) – Identify • Step 1: Tab {Identify}, Select [Auto Identify] • Step 2: Confirmation Box will appear and click [Yes]
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2 Result
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8.2e Quantity of Wall (cont’d) Notes: Which quantity to extract for ARCHITECTURAL WALL
Quantity you need Area (m2)
Quantity to extract from Glodon Area
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Po int Ty p
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Door & Window
9.0 Door & Window Opening
Identity
Quantity
* Applicable for CAD or Vector PDF with layers/Color
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Door & Window Opening • Type of Door & Window
Aluminum Door
Fire Door Timber door
Glass Door 76
9.0a Identify Door & Window Opening – Identify Door and Windows Schedule • Step 1: Tab {Identify}, Select [Identify Door and Windows Schedule] • Step 2: Block cad data of Door & Windows Schedule from cad & right click • Step 3: Pick the line of the concrete wall & right click
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9.0a Identify Door & Window Opening – Identify Door and Windows Schedule (continued) • Step 3: Change data in Identify Door and Windows Schedule according to the content of each column • Step 4: Click Identify and the element will be generated in element list
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9.0b Identify Door & Window Opening – Pick Door/Window Label • Step 1: Tab {Identify}, Select [Pick Door/Window Label] • Step 2: Choose [Select by layer]/[Select by colour] • Step 3: Pick the name label of the door/window opening & right click
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9.0c Identify Door & Window Opening – Identify • Step 1: Tab {Identify}, Select [Auto Identify] • Step 2: Information Box will appear and click [OK]
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2
Result 80
9.0d Quantity of Door Notes: Which quantity to extract for DOOR
Quantity you need
Quantity to extract from Glodon
Area (m2)
Area of Opening
Length of three edges
Length of edge an d break of opening
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Po int Ty p
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FINISHES
10.0 Finishes
Identify • Identify Excel
Draw
Quantity
• Point
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Finishes
Flooring Suspended Ceiling
Skirting
Wall Finishes
Ceiling 84
10.0a Identify Finishes Schedule from Excel • Step 1: Tab {Draw}, Select [Finish Schedule] • Step 2: Import Excel File from selected file • Step 3: Nominate the corresponding column & Identify • Step 4: Click [Identify]
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10.0a Change Finishing Material Texture • Step 1: Tab {Draw}, Choose Floor Finishes / Wall Finishes • Step 2: Double click Material Texture Area • Step 3: Choose the material texture and select to confirm and attached
3 1 2 Ceiling 86
10.0b Draw Finishes • Step 1: Tab {Draw}, pick the room • Step 2: Select [Point] • Step 3: Find the room in the Architecture Plan Drawing • Step 4: Room materials will be attached to the room with 3D
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2 3 FOO D COU RT
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10.0b Draw Finishes (cont’d) After laying out finishes by room, some finishes in the room change. You can refresh all finishes in the room of the project this floor rapidly by using [Regenerate Finish Entity].
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3
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10.0c Quantity of Finishes Notes: • Column can be part of the enclosed area • Column protruding area will be captured automatically • Upper floor beam exposed finishes will be captured automatically
Ceiling Finish
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10.0d Recommended Flow for Finishes Regenerate finishes Entity
PDF SOF
Identifiable in TAS Directly?
No
Convert to Excel
Change the finishes accordingly
Yes
Addendum Identify the PDF Directly
Point the room finishes into Archi Plan
Calculate
Quantity Report
Identify Excel
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10.0e Finishes Material Texture (example)
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Measurement Rules and Measurement Setting
11.0a Measurement Rules • Step 1: Tab {Quantity}, Select the 3D Model Entity (ex: Beam) • Step 2: Select [View Expression] • Step 3: Review the concrete volume, there is a deduction from column and we want to change the beam volume to be undeducted by the column
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11.0b Measurement Rules • Step 1: Tab {Quantity}, Select [Measurement Rules], Select Element Beam • Step 2: Select [View Expression] • Step 3: Select [Filter Relevant Element] , Check only the Column element • Step 4: Click [OK]
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11.0c Measurement Rules • Step 1: Read the Description and decide the correct rules to be adjusted • Step 2: Change the Option List to desired choices, (Ex: No Effect) • Step 3: Select [Calculate] to update the quantity result
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11.0d Measurement Rules Result • Comparation result of quantity before and after Measurement Rules change • Number 1 is before measurement rules adjustment result Volume = 0.571 m3 (deducted by column) • Number 2 is after measurement rules adjustment result = 0.691 m3 (undeducted by column)
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11.1a Measurement Setting • Step 1: Tab {Quantity}, Select [Measurement Setting] • Step 2: Select example: [Wall Finish]
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11.1a Measurement Setting (continued) • Step 1: This Option number 2&3 can be assume as setting for plaster, number 2 is for the finish position and number 3 is for the additional height (can be adjusted as desired) • Step 2: Select option number 5 and change the value to [Yes] • Step 3: Option number 6&7 can be assume as the outer finish and as setting for plaster, number 6 is for the finish position and number 7 is for the additional height (can be adjusted as desired)
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12.0a Calculation Check of TAS • Step 1: Tab {Quantity}, Select [Calculate] or [Calculate Selected Entity] and select the Floor and click [OK] • Step 2: Click [View Expression] • Step 3: Select 3D Model Entity • Step 4: Click [3D Deduction] to check in 3D *Applicable to all element
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12.0b Report View Quantity by Category
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12.0c Report Use [View Quantity by Category] to Regenerate report • Step 1: Click [Set classification and Quantity] • Step 2: Tick attribute, move up/down
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Cubicost TRB C Training
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Model Sharing *.Cubic *.TAS
*.Cubic *.TRB 103
• • •
Export Model
Import Model
Export model by floor Export model by entity Save model files
• Match setting
Prepare Drawings
Export Model Method
Feature name
Feature Location
Export Model by floor
Tab{BIM MODEL},Select
Export Model by entity
Tab{BIM MODEL},Select
Save model files when projects are saved
Welcome interface ->Options ->Files
Method 1
Method 2
Method 3
Scenario • File format:*.cubic; • Export all entities of the whole building or a certain floor • File format:*.cubic; • Once changes happened, Specify certain entities of a certain floor to export • File format:*.TAS; • TAS files will be exported into TRB when the option be ticked
Import Model • Step 1: New TRB project; • Step 2: Tab{BIM MODEL} > [Import Model]; • Step 3: Click Ok to finish
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Import Model-Match Settings • Step 1: Use zone from imported project, or Maintain current project’s zone and create new zone from imported project • Step 2: Tick [Use floor height in TAS project]; • Step 3: Click Next Step
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Import Model-Match Settings • Step 1: Select [All Floors] importing; • Step 2: Select [All Elements] importing; • Step 3: Click Next Step
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Import Model-Show models F12 or click here to set entity display, ✔tick all elements
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Double click to show building plan
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Prepare Drawings (Add , Split & RelocateDrawings) • Step 1: Tab {IDENTIFY},Select [Add Drawing] importing; • Step 2: [Split] drawing; • Step 3: [Relocate] drawing;
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Po int Ty p
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Pile Cap
Pile Cap
Define
Draw
Quantity
• Side Main Bar • Top/ Bottom
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Pile Cap – Attribute Editor
From TASC
Click on the green texts to edit the rebar info. You can simply type “d19-150” (no need to type “@” for spacing)
Btm/side/top cover
Black – private attribute (apply only to selected element)
Select no if the slab rebars (top/bottom)continuously go through the pile cap
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To check missing rebar info
• Step 1: Tab {Tool}, Click [Rebar Data Check] • Step 2: Select Range & Element • Step 3: Double Click to navigate to the problematic entity(ies)
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Inequilateral Pile Cap Step 1: In the pile cap element list click new 🡪 parametric pile cap Step 1: Pick the shape that matches the pile cap we want to model Step 1: Input the rebar & shape info in the attribute editor
Click on the green texts to edit the rebar & section info.
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Po int Ty p
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Column
Column-Manual Input
Define
Draw
Quantity
• All Main Bars • Links • Legs
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Define Column (Option 1) 4 nos of vert bar
V
*
H
7 nos of vert bar
118
Define Column (Option 2) Input main bars and links (sengkang) in attribute editor Tips: Click (…) button in attribute value to check the available input formulas Main Bars
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2
Switch to Multi/Single-Section
we can arrange, edit, or draw rebars in section • Step 1: For main bar, click [Corner bar] or [Side Bar], fill in Rebar info • Step 2: For link, click [Draw Link] & fill in Rebar info
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View Quantity • Step 1: Tab {Quantity}, Select [Calculate] or [Calculate Selected Entity] • Step 2: Click [View Quantity] • Step 3: Select column(s) • Step 4: Check column quantity * Apply to all
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Edit Rebar + Rebar 3D • Step 1: Tab {Quantity}, Select [Calculate] or [Calculate Selected Entity] • Step 2: Click [Edit Rebar] • Step 3: Select column • Step 4: Check column quantity * Apply to all
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Column-Identify
Identity
Quantity
* Applicable for CAD or Vector PDF with layers
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Column – Identify Schedule Identify Column Schedule
Excel
CAD or Vector PDF
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Column – Identify Schedule(Excel)
11. Prepare Schedule in Excel 2 Identify column schedule, Import Excel
33. Set the heading (yellow highlight) to match excel’s heading
44. Right click on the excel heading text (2
nd
row), click Delete, delete row 124
Column – Identify Schedule (2)
Click on (…) button at floor cell, select the floor for each column, then click OK
5
6 Block ALL empty rows and delete rows
Click generate in Column Schedule
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Column – Identify Schedule (3)
Check the column info, if confirmed, click sync to entity
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Additional information: ✔ You can input the rebars in column schedule as well. From column schedule, make new column🡪 input the column info🡪generate element 🡪draw (point) the column in the model. ✔ If the elements already modelled, click “generate from element” so the entity info is imported to the schedule🡪 key in the rebars information🡪 “sync to entity”
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Column Schedule
• Step 1: Tab {Draw}, Click [Column Schedule] • Step 2: Click [Generate from Element] to generate all the defined column info • Step 3: Modify (if any) and [Sync to Entity]
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Lin e
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Beam
Beam (Method 1 – Side Label)
Define • • • •
Quantity
Top Bar Bottom Bar Side Bar Link 129
Beam Rebar - DefineBeam
Define here or in [Side Label]
Important Tips of Beam 1) Different between ‘+’& ‘/’
2) Side bar : if the side bar information is given only 1 side of side bar, remember to key in total nos of side bar. Eg.: 2D13 130
Define SideRebar Label - Side LabelBeam Beam
• Step 1: Tab {Draw}, Click [Side Label] • Step 2: Select Beam • Step 3: Input Rebar Info
Beam Section
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DefineBeam Side Label Rebar - Side Label (continued)eam Beam Side Label
• Step 1: Tab {Draw}, Click [Side Label] • Step 2: Select Beam • Step 3: Input Rebar Info
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Rebar - SideLayout Label (continued)eam Quantity Beam of Beam – Rebar • Step 1: Tab {Quantity}, Select [Calculate] or [Calculate Selected Entity]
4
• Step 2: Click [Rebar Layout] • Step 3: Select Beam • Step 4: Check Rebar Arrangement * Apply to all
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2
3
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Beam – Identify Beam Rebar
Identify • Identify CAD/Excel Schedule
Draw
Quantity
• Line • 3 point Arc * F4 to change alignment
134
Beam – Identify Schedule from Excel 1. 2. 3.
4. 5.
Prepare Excel table of the beam schedule information Identify Schedule Pick the schedule heading from the drop down list to match excel data. After that, right click on 2nd row (excel heading text), and click delete row Click Generate in Beam Schedule Click Sync Beam Info, pick sync beam info to entity, then click ok to close the schedule
135
Beam – Generate Element 1. 1
2. 3. 2
4.
3a
5. 6.
Prepare Excel table of the beam schedule information Identify Schedule Pick the schedule heading from the drop down list to match excel data. After that, right click on 2nd row (excel heading text), and click delete row Click Generate in Beam Schedule Click Generate Element Draw beams with line
3b
4
136
Beam – Generate Element
5 If the beam not modelled yet
5 If the beam already modelled 137
Important Tips of Beam
1.
Beam shall find support from: a) Column @ lower floor b) Wall @ lower floor c) Beam with larger size d) Beam with same size e) Foundation f) Slab
2.
To find support, right click selected beam
138
Ar ea
Ty p
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Slab
Slab Main bar
Define • Rebar Info • Top/ Bottom
Draw
Quantity
• Arrange Main bar • Draw Line To Arrange
140
Define Slab
From TASC
141
Parametric Arrangement 2 In draw function, click Parametric Arrangement
3
4 Select the rebar arrangement type Select The raft type
5
key in the rebars
1 Click Slab Main Bars
6
Click Generate 142
Define Slab Main bar
143
Draw Slab Main bar (Arrange main bar across the whole slab)
• Step 1: Tab {Draw}, Click [Arrange Main Bar] • Step 2: Select XY & Single/Continuous • Step 3(opt): Select Slab(s) & Right Click • Step 4: Input Rebar Info & Click [Ok]
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2
4
3
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Draw Slab Main bar (Arrange according to the given bar length)
• Step 1: Tab {Draw}, Click [Draw Line to Arrange] • Step 2: Click the range of rebar *with arrow (starting & ending) • Step 3: Click the length of rebar (starting & ending)
1
D22-125(B1)
2
3
145
Slab Support bar
Define • Rebar Info • Top/ Bottom
Draw
Quantity
• Arrange by Beam • Arrange by Wall • Arrange by Slab Edge
146
Draw Slab Support bar • Step 1: Tab {Draw}, Click [Arrange by Beam] • Step 2: Click the Beam • Step 3(opt): Click on the Left Side of the Beam only if both sides are different length
1 D22-100(T1)
2
3 147
Lin e
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Wall
Wall
Define
Draw
Quantity
• Horizontal Bar • Vertical Bar • Hooks
149
Define Basement Wall Reinforced
Concrete Wall (Type RC Wall)
From TASC
Make New Element
150
SHEARWALLS – RC wall Reinforced
Concrete Wall (Type RC Wall)
151
Wall between wall columns Reinforced Concrete Wall (Type RC Wall)
In project setting🡪calculation rule, arrange end of wall with column to match the detail 152
QuantityReinforced of Wall – RebarConcrete Layout
Wall (Type RC Wall)
• Step 1: Tab {Quantity}, Select [Calculate] or [Calculate Selected Entity] • Step 2: Select wall • Step 3: Click [Edit Rebar] and [Rebar 3D] • Step 4: Click [Rebar Layout] to check Rebar Arrangement
3
1 F9
F11
4 Ctrl+E
2 Select wall
Ctrl+R
Quantity
Calculate – Per floor or entity
Click on an entity, right click, and select calculate selected entity
quantity function-calculate-Select floors-click calculate 155
Edit Rebar & Rebar 3D
156
Rebar Layout
Click Rebar Layout, click the entity that already calculated
157
View Quantity
158
View Quantity by Category
To Regenerate report Step 1: Click [Set classification Condition] Step 2: Tick attribute, move up/down 159
Report Various Type of Reports
160
Shortcut Key
161
Function Tips Move the cursor to the function and hint will be shown after 2 seconds.
162
Step-by-step Tips Click
at bottom Tool Bar
Guide step by step until complete the function
All the function are provide with Step-by-Step Tips 163
Help Video and Help Center Click on the top right corner to open learning centre and help centre Learning Center is including: • • • •
Learn Modeling Learn BQ Learn Report Learn New Feature
Help Center is: • Online Help (F1)
164
Help Video and Help Center Learn Modeling: • Identify CAD • Import BIM File • Draw Models
165
Help Video and Help Center After Click “Learn More”, a guide video will come out and showing step by step for the modelling
166
Help Video and Help Center Click Online Help, the TASC helping website page will come out
167
Help Video and Help Center • The red dot means here have an update in this version
168
Compatibility - Hardware
169
GLODON CUSTOMER SERVICE Global Customer Service Supervision Hotline: +62-812-5000-4131
Installation & Maintenance • Software Installation in Server or User PC • License Activation • New Version Updates & Release
Software Training • Basic Training 3 days
E-Certification • Provide Four Levels cert. • Online Inquiry System • Glodon Global Certification
Project Guidance
Technical Support
• On-site Project Guidance (Actual Project)
• Live Assistant Via Tools • Off-site Service (Hot line, Email, TeamViewer, etc.) • Technical Visit
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