Architecture design notebook pdf. Importance of Landscape Architecture 1. Prepare stage Design Programme Develop architectural and engineering technical design Prepare and coordinate design team Building. All other supporting architectural subjects are.
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Architectural design and construction. See Planning Note for guidance on submitting a Planning Application. It contains learning objectives slide-by-slide lecture notes case studies test. Source: br. Note: This Chapter is provided as a courtesy until you purchase your own textbook, click on the link to open pdf file of this chapter: Additional Comments:.
You've already rated students with this rubric. Any major changes could affect their assessment results. This criterion is linked to a Learning Outcome Description of criterion threshold: 5 pts. Microsoft Word Product Key Code. Press Esc to deactivate the Offset tool. Next, go to the Reference layer and click on the bulb icon to turn it OFF.
The Reference layer is turned OFF. Select the two polylines, as shown. Press Enter to accept the selected entities as trimming boundaries.
Select the portions to be trimmed, as shown. Press Esc to deactivate the Trim command. Select the inner edges of the walls, as shown. Select the portions to trim, as shown. Select the edges of the horizontal wall, and press Enter. Select the portions of the wall edges, as shown. Press Esc to deactivate the Trim tool. This command creates two parallel lines when you specify points in the graphics window. Select the Zero option to create the multi lines on both sides of the origin point. The Top and Bottom options align the origin point with the top and bottom lines, respectively.
Type and press Enter to define the distance between the lines. Select the start and end points of the multi-line, as shown. Press Esc. Select the two multi-lines in the order, as shown. The open tree is created at the intersection. Select the multi-lines and press Enter. The multi-lines are exploded into individual lines. Define the first corner of the rectangle by selecting an arbitrary point in the empty space.
Type 65 and press Enter to define the length of the rectangle. Type and press Enter to define the width of the rectangle. Move the pointer up and click to create the rectangle. This selects the rectangle.
Press Enter to zoom in to the rectangle. Select the top right corner of the rectangle to define the first corner of the rectangle. Select Dimensions from the command line. Type 30 and press Enter to define the length of the rectangle. Make sure that the Endpoint option is checked on the Object Snap menu of the status bar. Move the pointer toward right, type , and press Enter. Click Exit in the command line.
Specify the start, center, and end points of the arc, as shown. On the Properties palette, under the General section, set the Linetype scale to 5. Create two vertical lines of length, as shown. Now, you need to use the Wipeout tool to hide the wall edges at the door openings. On the Home tab of the ribbon, expand the Draw panel and click the Wipeout icon. Select the endpoints of the vertical lines in the order, as shown.
Select Close from the command line. The wipeout is sent back, and the wall edges and door frames are displayed. You need to make sure that the wipeout thickness is more than the wall thickness. Select the top right corner grip of the wipeout and move the pointer vertically upward. Type 10 and press Enter.
Likewise, extend the top left corner grip by 10 mm upwards. On the Write Block dialog, click the Select objects icon.
Press Enter to accept the selection. Click the Pick point icon and select the top left corner point of the wipeout frame. The base point of the block is defined. Go to the folder location where you saved the Tutorial 1 drawing file. Select Convert to block from the Objects section and click OK. The selected objects are converted into block.
Now, you need to convert the block into a dynamic block. By doing so, you can change the size, shape and orientation of the block, dynamically. The Block Editor window appears. Specify the start and end points of the linear parameter, as shown select the end points of the left vertical line. Move the pointer toward left and position the parameter. Select the Wall Thickness parameter. Select the endpoint of the Wall Thickness parameter. Specify the first corner of the stretch frame, as shown.
Drag the pointer and click to specify the opposite corner of the stretch frame, as shown. Select the two vertical lines and press Enter to specify the objects to be stretched. The Stretch action appears at the bottom of the Wall Thickness parameter. Select the vertical line of the door and drag the arrow grip.
Notice that the wall thickness changes, dynamically. On the ribbon, click the Close Test Block icon. Select the Door Width parameter, and then select its end point. Create the stretch frame on the right side of the block, as shown. Select the right vertical line, door frame, and wipeout frame as the objects to stretch.
Press Enter. Select the Door Width parameter and the arc. Press Enter to create the Scale action. Create the stretch frame on the top portion of the door panel, as shown. Select the door panel and press Enter. Select the block and drag the arrow pointing toward right. Notice that the door width and door swing are modified. However, the door panel is skewed. Click Close Test Block on the ribbon. Open the Test Block Window and drag the arrow grip pointing toward right.
Notice that the block changes as desired. However, the size of the door can be changed to any non-standard value. If you want the door to have some standard sizes, you need to change the Dist type of the Door Width parameter to List. Click in the Dist value list box and select the icon located next to it. Likewise, add other values to the list, as shown. Click OK to close the dialog. Notice the intervals displayed while dragging the stretch arrow. You can change the door width using the intervals.
Select Rotate from the command line, type 90 and press Enter. Select the intersection point between the grid and the bathroom wall, as shown. Select the base point of the block and move the pointer up. Type and press Enter. Drag the pointer toward left and select a point on the wall edge, as shown. Drag the pointer upward and click at the interval, as shown. Select Frames from the command line. Select the OFF option to turn off the wipeout frame. Select the door to be flipped and press Enter.
Select the mid point of the door. Move the pointer horizontally toward left and click to define the mirror line. Select Yes from the command line to delete the source objects. The block is exploded and individual objects are selectable.
Select the start point of the arc, move the pointer, and click to define the mirror line. Select No from the command line to retain the source objects. The wipeout frame is highlighted. Select the wipeout frame and press Delete. Type REC in the command line and press Enter. Specify the first and second corners of the rectangle, as shown.
Select the midpoint grip of the lower horizontal line, and then move the pointer downward. Likewise, stretch the rectangle in the upward direction. Select Polyline from the command line.
Select the rectangle, and select Yes to erase the source object. On the Write Block dialog, click the Pick Point icon, and then select the top left corner point. Apply the Stretch action to the Wall Thickness parameter. On the Properties palette, under the Value set section, change the Dist type to List. Likewise, add , , , and to the list, as shown.
Select Rotate from the command line. Select the intersection point between the outer edge of the extreme right wall and grid line, as shown. Click on the base point of the block, and then move it upward. Click on the bottom most interval. Use the top left corner point as the base point. Insert the Opening block into the drawing at the locations shown in figure. Use the top left corner of the left rectangle as the base point.
On the Block Editor tab of the ribbon, click the Coincident tool on the Geometric panel. Click the left end point of the horizontal line. Click on the middle portion of the vertical line connected to the horizontal line. The Coincident constraint is created between the left endpoint of the horizontal line and the midpoint of the vertical line.
Likewise, create the Coincident constraint between the right endpoint of the horizontal line and the midpoint of the vertical line connected to it. Select the horizontal line located at the center. Also, change the window lengths. Zoom into the top left corner of the drawing. Select the edge of the horizontal wall, as shown.
Move the pointer up and click to create the offset line. The offset distances are also given. Use the Trim tool remove the unwanted portions of the lines, as shown.
Select the line shown in figure. Specify the break point, as shown. The selected line is broken at the selected point. Select the line that was broken in the previous step, and press Enter. On the Array Creation tab of the ribbon, change the Columns and Rows value to 10 and 1, respectively. Change the Between value on the Columns panel to Click Close Array on the Array Creation ribbon tab.
Draw a circle and lines, as shown. Assume the dimensions. Type L in the command line and press Enter. Select the endpoint of the line drawn in the last step. Move the pointer toward bottom left and click to create an inclined line. Press Enter twice. Specify the start point of the new line, as shown. Place the pointer on the endpoint of the inclined line. Move the pointer horizontally toward right, and then click at intersection of the trace lines.
Type in the Height box and set the Width Factor to 0. Click the Set Current button, and then close the dialog. Specify the start and end points of the text, as shown. Press Esc to deactivate the command. Tutorial 8: Creating the First Floor Plan Now, you will create the upper floor plan by using the walls of the ground floor plan. Right click and select Copy Selection. Click the bulb icon of the References layer. The image references are turned ON. Move the pointer toward right and select the base point of the first floor.
Press Esc to deactivate the Copy command. The plan after deleting the unwanted entities is shown next. Also, trim the wall intersections. Next, press Enter; the lines are joined together. Zoom to the stairs portion on the first floor plan and select the stairs. Type MI and press Enter. Specify the start and end points of the mirror line, as shown.
Create an offset line on the left side of the newly created line. The offset distance is 50 mm. Trim the unwanted portions. Next, cap the end portion of the wall. Also, join the broken lines of the outer wall. Create two vertical lines of mm length and apart. Activate the Rectangle command and select the lower end point of the left vertical line, as shown.
Select the Dimensions option from the command line. Specify and 50 as length and width of the rectangle, respectively. Move the pointer upward and click to create the rectangle. Select the rectangle, and then press Enter. Select its lower left corner point to define the base point. Move the pointer upward and type-in 25 in the command line, and then press Enter.
Press Enter to explode the rectangle. Activate the Offset command and specify 50 as the offset distance. Offset the left and right vertical lines of the rectangle. Activate the Line command and select the midpoints of the offset lines. A line connecting the offset lines is created. Drag a selection window covering all the elements of the sliding door. Move the pointer and select the endpoint of the offset line, as shown. Create a rectangle covering all the entities of the sliding door.
Extend the width of the rectangle by 20 mm both sides select the rectangle and drag the grips that appear of the corners. Activate the Wipeout tool and select Polyline from the command line. Select the rectangle to convert it into a wipeout. Click the Select Objects icon, create a selection window covering all the entities of the sliding door, and then press Enter.
Click the Pick point icon and select the lower end point of the left vertical line. Select the Delete option from the Objects section. Uncheck the Open in block editor option and click OK. Press the Shift key and right click. Select From from the shortcut menu. Zoom to lower right corner of the first floor plan and select the inner corner point. Move the pointer along the vertical line, type and press Enter. The block is inserted at the specified distance from the inner corner point.
The offset distance from the inner corner is given in the figure below. Offset the polyline by 50 mm and 75 mm inside. Select Layer from the command line, and then select Current. Zoom to the kitchen area of the ground floor plan.
Offset the wall edges, as shown. Now you need to create the sink. The offset distances are given in the figure. Select Radius from the command line. Type 50 and press Enter. Select Multiple from the command line. Select the left vertical line and the horizontal line. A fillet is created at the corner. Likewise, create fillets at the other corners. Create a selection window covering all the entities of the sink, and press Enter. Select Yes to convert the lines and arcs into a polyline.
Select Join from the command line. Press Enter to accept 0 as the distance between the entities. Press Esc to deactivate the Edit Polyline tool. Type 25 and press Enter to define the offset distance. Select the polyline and click in the area enclosed by it. Select the midpoint of the upper horizontal line. Move the pointer outward, type 75 and press Enter. Draw a vertical line of mm from the center point of the circle.
Select the end point of the vertical line. Move the pointer outward, type 25, and press Enter. Select the left quadrant point of the small circle. Move the pointer upward and select the left quadrant point of the large circle. Likewise, create another line by selecting the right quadrant points of the two circles. Type M and press Enter. Create a selection window across circles and inclined lines, and press Enter. Select the center point of the large circle to define the base point.
Move the pointer vertically upward, type 55, and press Enter. Trim the horizontal lines between the inclined lines. Place the pointer on the midpoint of the bottom horizontal line.
Move the pointer upward. Place the pointer on the midpoint of the right vertical line. Move the pointer toward left. Click when the trace lines from the two midpoints intersect. Type 30 as radius, and press Enter to create the circle. Select the center point of the previously created circle.
Type 20 and press Enter. Select the lower left corner of the kitchen. Specify as length and width. Select the midpoint of the left vertical line of the rectangle. Move the pointer up and select the midpoint of the window. Move the rectangle 10 mm toward right.
Mirror the two circles about the midpoint of the rectangle. Use the Move tool to create gaps between the rectangles and wall. The gap should be mm. Click on the gear icon on the title bar of the DesignCenter palette and select Allow Docking. Click the Auto hide icon on the title bar of the DesignCenter Palette, if it palette is not hidden.
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