DOE-2 Reference Manual Version 2.1 - DOE2.com

xYZAZl~IUTHAREAVOLUNEare the coordinates in the building coordinate system thatlocate the origin of the space coordinate system associatedwith this space. The walls and other boundaries will thenbe defined using the space coordinate system.is the angle (in decimal degrees) between the Y-axis of thebuilding coordinate system and the Y-axis of the spacecoordinate system.Note: X, Y, Z and AZIMUTH are more fully explained in Sec.A of this chapter.is the floor area of the space.is the space air volume, used to calculate the infiltrationrate by the air-change method.SHAPE is an alternative method for defining a space. It issimpler than using the space coordinate system. At presentthere is only one shape -- BOX. This box is defined by theHEIGHT, WIDTH, and DEPTH keywords and the faces of the boxare defined internally. The faces can then be referred to byinstructions that define their nature (i .. e. EXTERIOR-WALL).Fig. 111.6 shows how a BOX and its faces are defined withrespect to the space coordinate system.HEIGHTWIDTHDEPTHSPACE-CONDITIONSRules:is the height (Z-dimension) of the space, used whenSHAPE=BOX is specified.is the dimension of the BOX, parallel to the X-axis.is the dimension of the BOX, parallel to the Y-axis.identifies a previously U-named SPACE-CONDITIONSinstruction and associates all of the data ln It with thespace. Any or all of the keywords associated with aSPACE-CONDITION instruction may also be directly input in aSPACE instruction.1. The SPACE-CONDITIONS default values are assumed if theSPACE-CONDITIONS keyword is not given an entry.2. The U-name of a SPACE in the LOADS program must be identical to theU-name of a ZONE in the SYSTENS pro'gram.3. Only SPACE and SPACE-CONDITIONS keywords data are transferred by theLIKE keyword used in SPACE. The keyword data for EXTERIOR-WALL,WINDOW, etc. are not transferred.II 1. 97 (Revised 5/81)