General Program Information

Input Definitions

Inputs Needed to Call the Chemical Stock Tank Function

• origin - a 3*1 matrix with user defined x,y,z positions corresponding to origin.

• disp - input value that can be modified by programmer.

• thick - input value that can be modified by programmer.

• walkway - input value that can be modified by programmer.

• column_dim - a 3*1 matrix with x,y,z positions corresponding to the point where.....

• R - input value that can be modified by programmer.

Inputs Defined within the Chemical Stock Tank Function

platform_origin - a 3*1 matrix with x,y,z positions corresponding to the point where the chemical stock tank will be drawn. The platform origin is located in the north west corner.

platform_dim =

*x : [2*(2R)] + (3*disp)
*y : (2R) + walkway + disp
*Z : thick

plat_origin =

*x : platform_origin0
*y : platform_origin1
*z : platform_origin2

plat_point =

*x : platform_origin0 - platform_dim0
*y : platform_origin1 - platform_dim1
*z : platform_origin2 + platform_dim2

coll _origin =

*x : platform_origin0 - platform_dim0
*y : platform_origin1
*z : platform_origin2

coll_point =

*x : column1_origin0 + column_dim0
*y : column1_origin1 - column_dim1
*z : column1_origin2 - column_dim2

col2_origin =

*x : platform_origin0
*y : platform_origin1
*z : platform_origin2

col2_point =

*x : column2_origin0 - column_dim0
*y : column2_origin1 - column_dim1
*z : column2_origin2 - column_dim2

col3_origin =

*x : platform_origin0 - platform_dim0
*y : platform_origin1 - platform_dim1
*z : platform_origin2

col3_point =

*x : column3_origin0 + column_dim0
*y : column3_origin1 + column_dim1
*z : column3_origin2 - column_dim2

col4_origin =

*x : platform_origin0
*y : platform_origin1 - platform_dim1
*z : platform_origin2

col4_point =

*x : column4_origin0 - column_dim0
*y : column4_origin1 + column_dim1
*z : column4_origin2 - column_dim2

Technical Program Outline

box1 - creates a box that will serve as the platform surface.

box1 <-- box(plat_origin,plat_point)

plat_origin =

*x : platform_origin0
*y : platform_origin1
*z : platform_origin2

plat_point =

*x : platform_origin0 - platform_dim0
*y : platform_origin1 - platform_dim1
*z : platform_origin2 + platform_dim2

box2 - creates a box that will serve as the upper right column holding up the platform when the structure is viewed from topview.

box2 <-- box(col1_origin,col1_point)

coll _origin =

*x : platform_origin0 - platform_dim0
*y : platform_origin1
*z : platform_origin2

coll_point =

*x : column1_origin0 + column_dim0
*y : column1_origin1 - column_dim1
*z : column1_origin2 - column_dim2

box3 - creates a box that will serve as the upper left column holding up the platform when the structure is viewed from topview.

box3 <-- box(col2_origin,col2_point)

col3_origin =

*x : platform_origin0 - platform_dim0
*y : platform_origin1 - platform_dim1
*z : platform_origin2

col3_point =

*x : column3_origin0 + column_dim0
*y : column3_origin1 + column_dim1
*z : column3_origin2 - column_dim2

box4 - creates a box that will serve as the lower left column holding up the platform when the structure is viewed from topview.

box4 <-- box(col3_origin,col3_point)

col4_origin =

*x : platform_origin0
*y : platform_origin1 - platform_dim1
*z : platform_origin2

col4_point =

*x : column4_origin0 - column_dim0
*y : column4_origin1 + column_dim1
*z : column4_origin2 - column_dim2

box5 - creates a box that will serve as the lower left column holding up the platform when the structure is viewed from topview.

box5 <-- box(col4_origin,col4_point)

union1 - union_allA

one -

return -