Page History

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• pipe2 _origin, pipe3 _origin, pipe4 _origin, pipe5 _origin, pipe6 _origin, elbow1 _origin, pipe7 _origin, tank _origin, main _origin, origin, lvltank _dim, Δx, Δy, Δz, tank _thick, thick _platform, width _sed, R1, R _main, H _main, n, disp

Pseudo Inputs

pipe3_origin

pipe4_origin

pipe5_origin

pipe6_origin

elbow1_origin

pipe7_origin

tank_origin

main_origin

origin

lvltank_dim

Δx

Δy

Δz

thick_tank

thick_platform

width_sed

R1

R_main

H_main

n - number of sedimentation tanks to be drawn by the program.

disp

layer1 - Creates a 'lvlpipe' layer for all of the pipes in the program

...

Pipe8 length: H_main + thick_platform + Δz

layer2 - Layer_set select the layer "0"

layer3 - Layer_freeze is used to freeze the layer "lvlpipe."

layer4 - Layer_new is used to create a new, green layer "lvlelbow."

Elbow1 - Calls the Elbow Program program to build an elbow with the origin elbow1_origin and an inner radius, R1.

Rotate7 - Pipe 7 is rotated using the Rotate3d function so...

p1:

• x: elbow1_origin0
• y: elbow1_origin1 + ElbowRadius(2R1)
• z: elbow1_origin2

p2:

• x: elbow1_origin0
• y: elbow1_origin1 + ElbowRadius(2R1)
• z: elbow1_origin2

axis: "z"

ϕ: -180

zoom_win2

Copy1 - CopyBcreates a copy of the selected objects based on three chosen points.

p1: pipe2_origin

p2: pipe2_origin

p3: pipe4_origin

Copy2 - CopyBcreates a copy of the selected objects based on three chosen points.

p1: pipe2_origin

p2: pipe2_origin

p3: pipe6_origin

Copy3 - CopyBcreates a copy of the selected objects based on three chosen points.

p1: pipe2_origin

p2: pipe2_origin

p3: pipe11

Rotate8 - Pipe 2 is rotated using the Rotate3d function so it is oriented north to south in top view

p1:

• x: pipe2_origin0
• y: pipe2_origin1 + (Δy - 2ElbowRadius(2R1) + thick_tank + disp)
• z: pipe2_origin2

p2:

• x: pipe2_origin0
• y: pipe2_origin1 + (Δy - 2ElbowRadius(2R1) + thick_tank + disp)
• z: pipe2_origin2

axis: "x"

ϕ: \180

Rotate9 - Pipe 2 is rotated using the Rotate3d function so that from a top view it is oriented in the west to east direction.

p1:

• x: pipe2_origin0
• y: pipe2_origin1 + (Δy - 2ElbowRadius(2R1) + thick_tank + disp
• z: pipe2_origin2

p2:

• x: pipe2_origin0
• y: pipe2_origin1 + (Δy - 2ElbowRadius(2R1) + thick_tank + disp
• z: pipe2_origin2

axis: "y"

ϕ: -90

Copy4 CopyCcreates a copy of the selected objects based on four chosen points.

p1:

• x: pipe2_origin0
• y: pipe2_origin1 + (Δy - 2ElbowRadius(2R1) + thick_tank + disp
• z: pipe2_origin2

p2:

• x: pipe2_origin0
• y: pipe2_origin1 + (Δy - 2ElbowRadius(2R1) + thick_tank + disp
• z: pipe2_origin2

p3:

• x: -offset(lvltank_dim0,n)
• y: 0
• z: 0

p4:

• x: -2offset(lvltank_dim0,n)
• y: 0
• z: 0

layer5 - Layer_set select the layer "0"

layer6 - Layer_freeze freezes the layer "lvlelbow."

layer7 - Layer_new creates a new grey layer "lvltank."

Tank - Calls the Tank Program program to build a tank with the origin tank_origin, tank dimensions tank_dim and thickness thick_tank.

tank_origin - a 3 by 1 matrix with x,y,z positions corresponding to the point where the tank will be drawn

tank_dim - a 3 by 1 matrix with x,y,z positions corresponding to the length, width and height dimensions of the tank

• x: tank.dim₀ = length
• y: tank.dim₁ = width
• z: tank.dim₂ = height

thick - the thickness of the wall of the tank

layer8 - Layer_thaw unfreezes the layer "lvlpipe."

layer9 - Layer_thaw unfreezes the layer "lvlelbow."

layer10 - Layer_set select the layer "lvlpipe."

cylinder - CylinderCcreates a cylinder based on a point, radius and length.

p1: main_origin

R1: R_main

L: H_main + thick_platform + Δz

subtract -SubtractD subtracts based on two points.

p1: tank_origin

p2:

• x: main_origin0 + R_main
• y: main_origin1
• z: main_origin2

one

two

three

return