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h1. General Program

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Input Definitions

Inputs needed to call the tank function

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 Information

{float:left|border=2px solid black}
!tank1.JPG!
Northeast Isometric View
{float}
\\
\\

h3. Input Definitions


h5. Inputs needed to call the tank function

tank{~}.origin~ - a 3 by 1 matrix with x,y,z positions corresponding to the point where the tank will be drawn

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tank{~}.

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

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* x: tank.dim

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{~}0~ = length

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* y: tank.dim

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{~}1~ = width

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* z: tank.dim

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{~}2~ = height

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thick - the thickness of the wall of the tank

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h5. Inputs defined with the tank function

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p1=

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* x : tank.origin

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{~}0~ \- tank.dim

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{~}0~
* y : tank.origin

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{~}1~ + tank.dim

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{~}1~
* z : tank.origin

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{~}2~ + tank.dim

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{~}2~

p2=

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* x : tank.origin

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{~}0~ + thick

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* y : tank.origin

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{~}1~ \- thick
* z : tank.origin

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p3=

  • x : tank.origin0 - tank.dim0 - thick
  • y : tank.origin1 + tank.dim1 + thick
  • z : tank.origin2 + tank.dim2

win1=

  • x : tank.origin0 + thick + zc
  • y : tank.origin1 - thick - zc
  • z : tank.origin2

win2=

  • x : tank.origin0 - tank.dim0 - zc
  • y : tank.origin1 + tank.dim1 + zc
  • z : tank.origin2 + tank.dim2

Note: zc corresponds to a zoom constant used within Autocad. It is defined in the basics file.

Technical Program Outline

Note: All coordinates are referenced in top view in the program unless otherwise specified

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zoomwin- zooms on a window space directly around where the tank is to be drawn

zoomwin <-- zoomwina(win1,win2)

win1=

  • x : tank.origin0 + thick + zc
  • y : tank.origin1 - thick - zc
  • z : tank.origin2

win2=

  • x : tank.origin0 - tank.dim0 - zc
  • y : tank.origin1 + tank.dim1 + zc
  • z : tank.origin2 + tank.dim2

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box1 - Draws the smaller of the two boxes to create the tank

box1 <-- boxA(tankorigin,p1)

tankorigin : tankorigin

p1=

  • x : tank.origin0 - tank.dim0
  • y : tank.origin1 + tank.dim1
  • z : tank.origin2 + tank.dim2

box2 - Draws the larger of the two boxes to create the tank

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box2 <-- boxA(p2,p3)

p2=

  • x : tank.origin0 + thick
  • y : tank.origin1 - thick
  • z : tank.origin2 - thick

p3=

  • x : tank.origin0 - tank.dim0 - thick
  • y : tank.origin1 + tank.dim1 + thick
  • z : tank.origin2 + tank.dim2

subtract - In order to make the tank hollow, the inner box must be subtracted from the outer box

subtract <-- subtractD(p2,tankorigin)

p2=

  • x : tank.origin0 + thick
  • y : tank.origin1 - thick
  • z : tank.origin2 - thick

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{~}2~ \- thick

p3=
* x : tank.origin{~}0~ \- tank.dim{~}0~ \- thick
* y : tank.origin{~}1~ + tank.dim{~}1~ + thick
* z : tank.origin{~}2~ + tank.dim{~}2~

win1=
* x : tank.origin{~}0~ + thick + zc
* y : tank.origin{~}1~ \- thick - zc
* z : tank.origin{~}2~

win2=
* x : tank.origin{~}0~ \- tank.dim{~}0~ \- zc
* y : tank.origin{~}1~ + tank.dim{~}1~ + zc
* z : tank.origin{~}2~ + tank.dim{~}2~

*Note:* zc corresponds to a zoom constant used within Autocad. It is defined in the basics file.

h1. Technical Program Outline

*Note:* All coordinates are referenced in top view in the program unless otherwise specified

!tank2.JPG!

*zoom{*}{*}{~}win{~}*\- zooms on a window space directly around where the tank is to be drawn

zoom{~}win~ <-\- zoom{~}wina~(win1,win2)

win1=
* x : tank.origin{~}0~ + thick + zc
* y : tank.origin{~}1~ \- thick - zc
* z : tank.origin{~}2~

win2=
* x : tank.origin{~}0~ \- tank.dim{~}0~ \- zc
* y : tank.origin{~}1~ + tank.dim{~}1~ + zc
* z : tank.origin{~}2~ + tank.dim{~}2~

!tank3.JPG!

*box1* \- Draws the smaller of the two boxes to create the tank

box1 <-\- boxA(tank{~}origin~,p1)

tank{~}origin~ : tank{~}origin~

p1=
* x : tank.origin{~}0~ \- tank.dim{~}0~
* y : tank.origin{~}1~ + tank.dim{~}1~
* z : tank.origin{~}2~ + tank.dim{~}2~

*box2* \- Draws the larger of the two boxes to create the tank

!tank4.JPG!

box2 <-\- boxA(p2,p3)

p2=
* x : tank.origin{~}0~ + thick
* y : tank.origin{~}1~ \- thick
* z : tank.origin{~}2~ \- thick

p3=
* x : tank.origin{~}0~ \- tank.dim{~}0~ \- thick
* y : tank.origin{~}1~ + tank.dim{~}1~ + thick
* z : tank.origin{~}2~ + tank.dim{~}2~

*subtract* \- In order to make the tank hollow, the inner box must be subtracted from the outer box

subtract <-\- subtractD(p2,tank{~}origin~)

p2=
* x : tank.origin{~}0~ + thick
* y : tank.origin{~}1~ \- thick
* z : tank.origin{~}2~ \- thick

tank{~}origin~ : tank{~}origin~