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Pipe3 Length = Δx + thick_tank + 2offset(lvltank_dim0,n) - elbowRadius(2R1)

Rotate3 Pipe 2 3 is rotated using the Rotate3d function so ....that from a top view it is oriented in the west to east direction

p1:

• x: pipe3_origin0 + R1
• y: pipe3_origin1
• z: pipe3_origin2

p2: pipe3_origin

axis: "y"

ϕ: -90

Pipe4 -Creates a pipe with a radius of R1 and an origin at the variable "pipe4_origin".

Pipe4 Length = Δy + width_sed - 2ElbowRadius(2R1) + thick_tank + disp

Rotate4 Pipe 4 is rotated using the Rotate3d function so that from a top view it is oriented in the west to east direction.

p1:

• x: pipe4_origin0 + R1
• y: pipe4_origin1
• z: pipe4_origin2

p2: pipe4_origin

axis: "y"

ϕ: -90

Pipe5 -Creates a pipe with a radius of R1 and an origin at the variable "pipe5_origin".

Pipe5 length: Δx + thick_tank + 3offset(lvltank_dim0,n) - ElbowRadius(2R1)

Rotate5 Pipe 5 is rotated using the Rotate3d function so that from a top view it is oriented in the west to east direction.

P1:

• x: pipe5_origin0 + R1
• y: pipe5_origin1
• z: pipe5_origin2

p2: pipe5_origin

axis: "y"

ϕ: -90

Pipe6 -Creates a pipe with a radius of R1 and an origin at the variable "pipe6_origin".

Pipe6 length: Δy + 2wideth_sed - 2ElbowRadius(2R1) + thick_tank + disp

Rotate6

Pipe7

zoom_win1

Copy5

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