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Platform Origin Points

platform1(_)origin =

• x: tank(_)origin0 + T(_)PlantWall
• y: tank(_)origin1 + (N(_)SedTanks*W(_)Sed) + [ (N(~)SedTanks~ _SedTanks + 2)*T(~)PlantWall~_PlantWall ] + 2W(_)FlocChannel
• z: tank(_)origin2 + + H(_)Sed - H(_)Channel - T(_)Mp

platform2(_)origin =

• x: tank(_)origin0 - L(_)Sed - T(_)PlantWall
• y: tank(_)origin1 - T({~)}PlantWall
• z: tank(_)origin2 + + H(_)Sed - H(_)Channel - T(_)Mp

column1(_)origin =

• x: tank(_)origin0 + T(_)PlantWall
• y: tank(_)origin1 + (N(_)SedTanks*W(_)Sed) + [ (N(~)SedTanks~ _SedTanks + 2)*T(~)PlantWall~_PlantWall ] + 2W(_)FlocChannel + W(_)MpWalkway
• z: tank(_)origin2 + + H(_)Sed - H(_)Channel - T(_)ChannelWall

column2(_)origin =

• if layout 1:
  • x: tank(_)origin0 - L(_)Sed - T(_)PlantWall - W(_)MpWalkway - L(_)Et - 2T()2*T_EtWall - ShortTeeLength(ND(_)Lfom) - walk(_)space - 2D(_)Drum - 3S(_)Drum + column(_)dim0
  • y: tank(_)origin1 + (N(_)SedTanks*W(_)Sed) + [ (N(~)SedTanks~ _SedTanks + 2)*T(~)PlantWall~_PlantWall ] + 2W(_)FlocChannel + W(_)MpWalkway
  • z: tank(_)origin2 + + H(_)Sed - H(_)Channel - T(_)ChannelWall

• if layout 2:
  • x: tank(_)origin0 - L(_)Sed - T(_)PlantWall - W(_)MpWalkway - L(_)Plt - 2T()2*T_{PltWall - 2D(})Drum~ - 3S(_)Drum + column(_)dim0
  • y: tank(_)origin1 + (N(_)SedTanks*W(_)Sed) + [ (N(_)SedTanks + 2)*T(_)PlantWall ] + 2W(_)FlocChannel + W(_)MpWalkway
  • z: tank(_)origin2 + + H(_)Sed - H(_)Channel - T(_)ChannelWall

column3(_)origin =

• if layout 1:

• • x: tank(_)origin0 - L(_)Sed - T(_)PlantWall - W(_)MpWalkway - L(_)Et - 2T()2*T_EtWall - ShortTeeLength(ND(_)Lfom ) - walk(_)space - 2D(_)Drum - 3S(_)Drum + column(_)dim0
  • y: tank(_)origin1 - T(_{)PlantWall + column(})dim1~
  • z: tank(_)origin2 + + H(_)Sed - H(_)Channel - T(_)ChannelWall

• if layout 2:
  • x: tank(_)origin0 - L(_)Sed - T(_)PlantWall - W(_)MpWalkway - L(_)Plt - 2T()2*T_{PltWall - 2D(})Drum~ - 3S(_)Drum + column(_)dim0
  • y: tank(_)origin1 - T(_{)PlantWall + column(})dim1~
  • z: tank(_)origin2 + + H(_)Sed - H(_)Channel - T(_)ChannelWall

alumplat(_)origin =

• x: tank(_)origin0 - L(_)Sed - T(_)PlantWall - W(_)MpWalkway - L(_)Et - 2T()2*T_EtWall - walk(_)space
• y: tank(_)origin1 + [ N(~)SedTanks~_SedTanks * (W(~)Sed~ _Sed + T(~_PlantWall) PlantWall~)] + [ N(~)_{FlocChannels*(W}(~)FlocChannel~ + T(~_PlantWall) PlantWall~)] + W(_)MpWalkway
• z: tank(_)origin2 + + H(_)Sed - H(_)Channel + H(_)ApColumn

chlorineplat(_)origin =

• x: tank(_)origin0 - L(_)Sed - T(_)PlantWall - W(_)MpWalkway - L(_)Plt - 2T(~)2*T{~}PltWall
• y: tank(_)origin1 + [ N(~)SedTanks~_SedTanks * (W(~)Sed~ _Sed + T(~_PlantWall) PlantWall~)] + [ N(~)_{FlocChannels*(W}(~)FlocChannel~ + T(~_PlantWall) PlantWall~)] - W(_)Plt - 2*T(_)PltWall
• z: tank(_)origin2 + + H(_)Sed - H(_)Channel + H(_)ApColumn