$ Single-Family Residence
$ Pensacola House, Mitchel Homes, Springfield Development
$ Created by Paul Reeves (PRC) for NREL
$
$ Created using DOE2.2 beta release from Jeff Hirsch, Sept 1999


##write
##show

INPUT ..

TITLE
   LINE-1  = *Pensacola House, Springfield Development*
   LINE-2  = *Created by PRC for Sara Farrar, NREL*
   LINE-3  = *Version 1.0 Sep 1999 DOE2.2 beta*
   ..

$ The following section defines macros variables that are used elsewhere in the BDL code
$  to describe the building and HVAC systems

##set1 eemlvl 0     $ EEM level, used to implement a change in the BDL code
##set1 houseaz 270  $ House azimuth - Front of building

##set1 ventach    1.5   $ infil rate in vented attic
##set1 roofabs    0.4   $ roof absorptivity
##set1 garach     2.0   $ Garagae ACH
##set1 wallht    8.1    $ wall height used for interior and exterior walls

##set1 HOUSEarea  1776
##set1 ATTarea    1776
##set1 GR_area     864
##set1 MB_area     466.5
##set1 BR_area     445.5
##set1 GAR_area    420

##set1 GR_perim_t 65  $
##set1 MB_perim_t 41  $ perimeter lengths used for slab construction
##set1 BR_perim_t 48  $

##set1 int_cond  2  $1=testing, 2=typical

##if #[int_cond[] GT 1.5]  $ =======================> TYPICAL CONDITIONS

 ##set1 intload   #[#[#[#[HOUSEarea[]  * 15] + 20000] / 34.13] / HOUSEarea[]]
 ##set1 winmanage 1    $ window management used
 ##set1 clsp1    78    $summer, evening/night
 ##set1 clsp2    78    $daytime
 ##set1 clsp3    78    $spring/fall, evening/night
 ##set1 numpeop   4
 ##set1 report_on 1
 ##set1 htsp 68        $heat setpoint
 ##set1 htsb 0         $heat setback

##else                   $ ============================> TESTING CONDITIONS

 ##set1 intload   #[100 / HOUSEarea[]]     $ minimal internal load (100 watts)
 ##set1 winmanage 0         $ window management not used
 ##set1 clsp1    75
 ##set1 clsp2    75
 ##set1 clsp3    75
 ##set1 numpeop   0
 ##set1 report_on 1
 ##set1 htsp 70
 ##set1 htsb 0
##endif

##set1 vent 60  $ CFM of continuous vent

$Base levels: ============================================================= 0
##set1 coolcap   2.5      $ tons
##set1 cfmperton 350      $ total supply air flow CFM/ton inc. losses
##set1 supplykw  0.00055  $ kW/cfm
##set1 SEER      10
##set1 dhwtype   GAS
##set1 dhwef     56
##set1 heattype  1
##set1 afue      78
##set1 hphspf    8

##set1 ductdt     2.5   $duct deltaT under design (90-55 F)
##set1 ventcfm    0.10  $duct loss CFM to attic as percent of total flow

##set1 wallrval  11       $ wall insulation (net cavity)
##set1 garrval   11       $ insulation between garage and house (net cavity)
##set1 ceilrval  35       $ R-value if insulation is in ceiling

##set1 mainglass StdGlass $ or Dbl-clear
##set1 shadcondr #[#[0.75 + 1] / 2]  $ change in rvalue of windows due to shades (when deployed)
##set1 framecond 3.037    $ aluminum frames

##set1 atttype   1         $ 1 = vented, 2 = unvented

$infiltration coefficients:
 ##set1 infconst  0.35
 ##set1 infdeltat 0.0
 ##set1 infwind   0.0

$ better windows
 ##if #[eemlvl[] GT 0.5]
  ##set1 mainglass AndersonGlass
  ##set1 framecond 1.245    $ thermally broken alum.
 ##endif

$ ducts inside
 ##if #[eemlvl[] GT 1.5]
  ##set1 ductdt     1.5   $duct deltaT under design (90-55 F)
  ##set1 ventcfm    0.05  $duct loss CFM to attic as percent of total flow
 ##endif

$ 12 SEER
 ##if #[eemlvl[] GT 2.5]
  ##set1 SEER 12
 ##endif

$ HP and Electric Hot Water Heater
 ##if #[eemlvl[] GT 3.5]
  ##set1 heattype 2
  ##set1 dhwtype   ELEC
  ##set1 dhwef     88
 ##endif

$Applies always:
##set1 wallabs   0.5
##set1 framwid   1.5   $ window frame width, in inches, for main glass type

##set1 supcfm #[cfmperton[] * coolcap[]]
##set1 atticflow #[ventcfm[] * supcfm[]]

 ##set1 ceilcons  CEIL_INS
 ##set1 roofcons  ROOF_UNINS
 ##set1 roofwallcons ROOFWL_UNINS
 ##set1 attach    ventach[]
 ##set1 exhfrac 0.80

$T-24 SEER Calculation ====================================================
##SET1 HSPF    = hphspf[]
##SET1 EERb    = #[SEER[] / 0.985]
##SET1 EER95s   = #[0.855 * EERb[]]
##SET1 COP47s   = #[#[0.4813 * HSPF[]] - 0.2606]

##SET1 FAN-KW = supplykw[]
##SET1 FAN_KW = 0.000365                $ ARI
##SET1 SUPPLY_DT = #[FAN-KW[] * 3160]   $ 3413/1.08
##SET1 EIRn = #[#[1 / EER95s[]] - #[33.333 * FAN_KW[]]]
##SET1 EIRd = #[0.2930 + #[33.333 * FAN_KW[]]]
##SET1 EIRa = #[EIRn[] / EIRd[]]
##SET1 EIRb = #[#[#[1.07 / EERb[]]  - 0.012167] / 0.3257]
##SET1 Neirb   = #[EIRb[] / EIRa[]]
##SET1 Neiradj = #[Neirb[] * 0.876]

##SET1 HIRn = #[#[1 / #[COP47s[] * 3.413]] - #[33.333 * FAN_KW[]]]
##SET1 HIRd = #[0.2930 - #[33.333 * FAN_KW[]]]
##SET1 HP-HIR = #[HIRn[] / HIRd[]]

COOL-EIR-SEER = CURVE-FIT
  TYPE = BI-QUADRATIC-T
  INPUT-TYPE  = DATA
  INDEPENDENT-1 = (67, 67, 67, 67, 67, 80, 50)
  INDEPENDENT-2 = (95, 82,110,105, 70, 95, 95)
  DEPENDENT     = (1.0,Neirb[],1.174,1.113,Neiradj[],0.897,1.070)
  ..
$==========================================================================

##set1 doorglass    DoorGlass1
##set1 bathglass    BathGlass1

$DIAGNOSTIC COMMENTS ..

"Run Period 1" = RUN-PERIOD-PD
   BEGIN-YEAR       = 1999
   END-YEAR         = 1999
   ..

$ ---------------------------------------------------------
$              Site and Building Data
$ ---------------------------------------------------------

SITE-PARAMETERS
   DAYLIGHT-SAVINGS = NO
   ..

BUILD-PARAMETERS
   AZIMUTH          = houseaz[]
   GROSS-AREA       = HOUSEarea[]
   ..

$ Schedules
PEOP-WD =DAY-SCHEDULE   TYPE = FRACTION  $PEOPLE Weekday
  ( 1) (1.00)  ( 2) (1.00)  ( 3) (1.00)  ( 4) (1.00)
  ( 5) (1.00)  ( 6) (1.00)  ( 7) (1.00)  ( 8) (0.33)
  ( 9) (0.33)  (10) (0.33)  (11) (0.33)  (12) (0.33)
  (13) (0.33)  (14) (0.33)  (15) (0.33)  (16) (0.33)
  (17) (0.33)  (18) (0.33)  (19) (1.00)  (20) (1.00)
  (21) (1.00)  (22) (1.00)  (23) (1.00)  (24) (1.00)
   ..

PEOP-WE =DAY-SCHEDULE   TYPE = FRACTION  $PEOPLE Weekend
  ( 1) (1.00)  ( 2) (1.00)  ( 3) (1.00)  ( 4) (1.00)
  ( 5) (1.00)  ( 6) (1.00)  ( 7) (1.00)  ( 8) (1.00)
  ( 9) (0.67)  (10) (0.67)  (11) (0.67)  (12) (0.67)
  (13) (0.67)  (14) (0.67)  (15) (0.67)  (16) (0.67)
  (17) (0.67)  (18) (1.00)  (19) (1.00)  (20) (1.00)
  (21) (1.00)  (22) (1.00)  (23) (1.00)  (24) (1.00)
  ..

PEOP-SCH =SCHEDULE TYPE = FRACTION THRU DEC 31 (WD)  PEOP-WD
                                              (WEH)  PEOP-WE  ..

$ ------------------------------------------------------------
$   Standard MATERIALS
$ ------------------------------------------------------------
PW01   = MAT TYPE=PROPERTIES TH=0.0209 COND=0.0667 DENS=34  S-H=0.29 ..
PW02   = MAT TYPE=PROPERTIES TH=0.0303 COND=0.0667 DENS=34  S-H=0.29 ..
PW03   = MAT TYPE=PROPERTIES TH=0.0417 COND=0.0667 DENS=34  S-H=0.29 ..
WD01   = MAT TYPE=PROPERTIES TH=0.0625 COND=0.0667 DENS=32  S-H=0.33 ..
WD02   = MAT TYPE=PROPERTIES TH=0.1257 COND=0.0667 DENS=32  S-H=0.33 ..
WD04   = MAT TYPE=PROPERTIES TH=0.2917 COND=0.0667 DENS=32  S-H=0.33 ..
AC02   = MAT TYPE=PROPERTIES TH=0.0417 COND=0.0330 DENS=18  S-H=0.32 ..
GP01   = MAT TYPE=PROPERTIES TH=0.0417 COND=0.0926 DENS=50  S-H=0.20 ..
GP02   = MAT TYPE=PROPERTIES TH=0.0521 COND=0.0926 DENS=50  S-H=0.20 ..
SC01   = MAT TYPE=PROPERTIES TH=0.0833 COND=0.4167 DENS=166 S-H=0.20 ..
CC03   = MAT TYPE=PROPERTIES TH=0.3333 COND=0.7576 DENS=140 S-H=0.20 ..
CC04   = MAT TYPE=PROPERTIES TH=0.5    COND=0.7576 DENS=140 S-H=0.20 ..
CC05   = MAT TYPE=PROPERTIES TH=0.6667 COND=0.7576 DENS=140 S-H=0.20 ..
CC07   = MAT TYPE=PROPERTIES TH=1.0    COND=0.7576 DENS=140 S-H=0.20 ..
CC15   = MAT TYPE=PROPERTIES TH=0.5    COND=1.0417 DENS=140 S-H=0.20 ..
CT11   = MAT TYPE=PROPERTIES TH=0.0313 COND=1.0416 DENS=120 S-H=0.20 ..
DIRT01 = MAT TYPE=PROPERTIES TH=1.0000 COND=0.1200 DENS=70  S-H=0.20 ..
DIRT02 = MAT TYPE=PROPERTIES TH=2.0000 COND=0.1200 DENS=70  S-H=0.20 ..
RG01   = MAT TYPE=PROPERTIES TH=0.0417 COND=0.0834 DENS=55  S-H=0.40 ..
BR01   = MAT TYPE=PROPERTIES TH=0.0313 COND=0.0939 DENS=70  S-H=0.35 ..
CC24   = MAT TYPE=PROPERTIES TH=0.3333 COND=0.2083 DENS=80  S-H=0.20 ..
CB14   = MAT TYPE=PROPERTIES TH=0.6667 COND=0.6746 DENS=93  S-H=0.20 ..
CB24   = MAT TYPE=PROPERTIES TH=0.3333 COND=0.3306 DENS=89  S-H=0.20 ..
CB31   = MAT TYPE=PROPERTIES TH=0.6667 COND=0.3876 DENS=53  S-H=0.20 ..
CB32   = MAT TYPE=PROPERTIES TH=0.6667 COND=0.4937 DENS=123 S-H=0.20 ..
CB33   = MAT TYPE=PROPERTIES TH=0.6667 COND=0.1141 DENS=56  S-H=0.20 ..
CB34   = MAT TYPE=PROPERTIES TH=0.6667 COND=0.4348 DENS=76  S-H=0.20 ..
CB37   = MAT TYPE=PROPERTIES TH=1.0000 COND=0.4814 DENS=121 S-H=0.20 ..
IN02   = MAT TYPE=PROPERTIES TH=0.2957 COND=0.025  DENS=0.6 S-H=0.20 ..
IN31   = MAT TYPE=PROPERTIES TH=0.0417 COND=0.02   DENS=1.8 S-H=0.29 ..
IN31a  = MAT TYPE=PROPERTIES TH=0.0833 COND=0.02   DENS=1.8 S-H=0.29 ..
IN72   = MAT TYPE=PROPERTIES TH=0.0833 COND=0.03   DENS=16  S-H=0.20 ..
IN76   = MAT TYPE=PROPERTIES TH=0.2083 COND=0.03   DENS=16  S-H=0.20 ..
AS01   = MAT TYPE=PROPERTIES TH=0.005  COND=26.0   DENS=18  S-H=0.32 ..
LT01   = MAT TYPE=RESISTANCE RES=0.05  ..
AR02   = MAT TYPE=RESISTANCE RES=0.44  ..
AL21   = MAT TYPE=RESISTANCE RES=0.89  ..
AL23   = MAT TYPE=RESISTANCE RES=0.87  ..
SOIL   = MAT TYPE=PROPERTIES TH= 2.0   COND=1.0   DENS=115  S-H=0.26 ..

##SET1 WALLTH #[wallrval[] / 40]        $ WALL INSULATION THICKNESS IN FT.
##SET1 CEILTH #[ceilrval[] / 40]        $ WALL INSULATION THICKNESS IN FT.
##SET1 GARTH  #[garrval[]  / 40]        $ WALL INSULATION THICKNESS IN FT.

CONCRETE-1=MAT TYPE=PROPERTIES TH=.3333    COND=.7576   DENS=140  S-H=0.2 ..
WALLINS  = MAT TYPE=PROPERTIES TH=WALLTH[] COND=0.0250  DENS=0.6  S-H=0.2 ..
CEILINS  = MAT TYPE=PROPERTIES TH=CEILTH[] COND=0.0250  DENS=0.6  S-H=0.2 ..
GARINS   = MAT TYPE=PROPERTIES TH=GARTH[]  COND=0.0250  DENS=0.6  S-H=0.2 ..

$SLABINS  = MAT TYPE=PROPERTIES TH=SLABTH[] COND=0.0250  DENS=0.6  S-H=0.2 ..
DIRT1    = MAT TYPE=PROPERTIES TH=1.0      COND=0.12    DENS=70   S-H=0.2 ..
DIRT2    = MAT TYPE=PROPERTIES TH=2.0      COND=0.12    DENS=70   S-H=0.2 ..
CARP/PAD-1=MAT TYPE=RESISTANCE RES=2.08                                   ..

"Soil" = MATERIAL
   TYPE             = PROPERTIES
   THICKNESS        = 1
   CONDUCTIVITY     = 0.5
   DENSITY          = 85    $ T24
   SPECIFIC-HEAT    = 0.20
   ..

"Carpet & Rubber Pad (CP02)" = MATERIAL
   LIBRARY-ENTRY "Carpet & Rubber Pad (CP02)" ..

##set1 Reff_gr #[GR_area[] / #[0.77 * GR_perim_t[]]]
##set1 Rfic_gr #[Reff_gr[] - 3.5]

$ SLAB FICTICIOUS INSULATING LAYERS
"MAT-FIC-CORE GR" = MATERIAL
   TYPE             = RESISTANCE
   RESISTANCE       = Rfic_gr[]  ..

"Slab Layer Core GR" = LAYERS
   MATERIAL  = ("MAT-FIC-CORE GR", "Soil", CC03,
                "Carpet & Rubber Pad (CP02)" ) ..

"Floor Slab Cons GR" = CONSTRUCTION
   TYPE             = LAYERS
   LAYERS           = "Slab Layer Core GR"   ..


##set1 Reff_mb #[MB_area[] / #[0.77 * MB_perim_t[]]]
##set1 Rfic_mb #[Reff_mb[] - 3.5]

$ SLAB FICTICIOUS INSULATING LAYERS
"MAT-FIC-CORE MB" = MATERIAL
   TYPE             = RESISTANCE
   RESISTANCE       = Rfic_mb[]  ..

"Slab Layer Core MB" = LAYERS
   MATERIAL  = ("MAT-FIC-CORE MB", "Soil", CC03,
                "Carpet & Rubber Pad (CP02)" ) ..

"Floor Slab Cons MB" = CONSTRUCTION
   TYPE             = LAYERS
   LAYERS           = "Slab Layer Core MB"   ..


##set1 Reff_br #[MB_area[] / #[0.77 * BR_perim_t[]]]
##set1 Rfic_br #[Reff_br[] - 3.5]

$ SLAB FICTICIOUS INSULATING LAYERS
"MAT-FIC-CORE BR" = MATERIAL
   TYPE             = RESISTANCE
   RESISTANCE       = Rfic_br[]  ..

"Slab Layer Core BR" = LAYERS
   MATERIAL  = ("MAT-FIC-CORE BR", "Soil", CC03,
                "Carpet & Rubber Pad (CP02)" ) ..

"Floor Slab Cons BR" = CONSTRUCTION
   TYPE             = LAYERS
   LAYERS           = "Slab Layer Core BR"   ..


                        $ -----LAYERS & CONSTRUCTIONS----- $

LAY-1               =LAYERS  MAT=(SC01,IN31a,PW02,WALLINS,GP01) ..
EXWALL-1 =CONS  TYPE=LAYERS  LAYERS=LAY-1  ROUGHNESS=6 ABS=wallabs[]  ..

LAY-1a              =LAYERS  MAT=(SC01,PW02) ..
GAR-WALL =CONS  TYPE=LAYERS  LAYERS=LAY-1a  ROUGHNESS=6 ABS = 0.6 ..

LAY-7         =LAYERS MAT=(GP01,AL21,GP01) ..
INTWALL-1     =CONS   TYPE=LAYERS  LAYERS = LAY-7   ..

LAY-7a        =LAYERS MAT=(CARP/PAD-1,PW02,AL21,GP01) ..
INT-CEIL      =CONS   TYPE=LAYERS  LAYERS = LAY-7a   ..

LAY-8         =LAYERS MAT=(CARP/PAD-1,PW02,GARINS,GP01) ..
INT-CEIL-GAR  =CONS   TYPE=LAYERS  LAYERS = LAY-8   ..

LAY-8a        =LAYERS MAT=(GARINS,GP01) ..
INTWALL-GAR   =CONS   TYPE=LAYERS  LAYERS = LAY-8a   ..

$ hollow core flush, no storm
DOOR-1        =CONS   TYPE=U-VALUE U= 0.27 ABS=.78  ROUGHNESS=4 ..

$ metal garage door
DOOR-GAR      =CONS   TYPE=U-VALUE U=0.37  ABS=.7   ROUGHNESS=4 ..

$ Air wall
AIR-WALL      =CONS   TYPE=U-VALUE U=1.5 ..

LAY-6         =LAYERS MAT=(DIRT1,CONCRETE-1,CARP/PAD-1) I-F-R=0.92 ..
SLAB          =CONS   TYPE=LAYERS   LAYERS = LAY-6 ..

LAY-5         =LAYERS MAT=(DIRT1,CONCRETE-1) I-F-R=0.92 ..
GARSLAB       =CONS   TYPE=LAYERS   LAYERS = LAY-5 ..

LAY-9         =LAYERS MAT=(CEILINS,GP01) I-F-R=0.61 ..
CEIL_INS      =CONS   TYPE=LAYERS  LAYERS = LAY-9  ..

LAY-12        =LAYERS MAT=(BR01,PW01) ..
ROOF_UNINS    =CONS   TYPE=LAYERS  LAYERS = LAY-12 ABS=roofabs[]  ..

LAY-11a       =LAYERS MAT=(SC01,PW01,WALLINS) ..
ROOFWL_INS    =CONS   TYPE=LAYERS  LAYERS = LAY-11a ABS=wallabs[]  ..

LAY-12a       =LAYERS MAT=(SC01,PW01) ..
ROOFWL_UNINS  =CONS   TYPE=LAYERS  LAYERS = LAY-12a ABS=wallabs[]  ..

DoorGlass1 = GLASS-TYPE                                    $door
                     TYPE              = GLASS-TYPE-CODE
                     G-T-C             = 2000
                     ..
StdGlass = GLASS-TYPE  TYPE            = GLASS-TYPE-CODE    $std
                     G-T-C             = 2001
                     ..
AndersonGlass = GLASS-TYPE  TYPE       = GLASS-TYPE-CODE   $low-e
                     G-T-C             = 2631
                     ..
PPG5Glass = GLASS-TYPE  TYPE            = GLASS-TYPE-CODE   $PPG low-e
                     G-T-C             = 2902
                     ..
PPG1Glass = GLASS-TYPE  TYPE            = GLASS-TYPE-CODE   $PPG Low-E Tint
                     G-T-C             = 2901
                     ..

"Fraction1"  = SCHEDULE TYPE = FRACTION   THRU DEC 31 (ALL) (1,24) (1.0) ..
"Always On"  = SCHEDULE TYPE = ON/OFF     THRU DEC 31 (ALL) (1,24) (1.0) ..
"Always Off" = SCHEDULE TYPE = ON/OFF     THRU DEC 31 (ALL) (1,24) (0.0) ..
"Always 1"   = SCHEDULE TYPE = MULTIPLIER THRU DEC 31 (ALL) (1,24) (1.0) ..
"Always 0"   = SCHEDULE TYPE = MULTIPLIER THRU DEC 31 (ALL) (1,24) (0.0) ..
AWNINGSHADE  = SCHEDULE TYPE = MULTIPLIER THRU APR 30 (ALL) (1,24) (1.0)
                                          THRU OCT 31 (ALL) (1,24) (0.2)
                                          THRU DEC 31 (ALL) (1,24) (1.0) ..

$ =============================================================================
$                                WINDOW MAINTENANCE
$ =============================================================================
$  Assumption for movable interior shades as follows:
$  Blinds close completely (automatically) when solar gain exceeds 30 Btu/hr-sf
$  Shade multiplier on total aperture shading coefficient = 0.8
$  Shade multiplier on total aperture conductivity = 0.9
$  Shade probability on user employement factor for glare & sun = 50
$
"Max Solar Sched" = SCHEDULE TYPE = RADIATION
                    THRU DEC 31 (ALL) (1,24) (30)
                    ..
"Open Shade Sched"= SCHEDULE TYPE = FRACTION
                    THRU DEC 31 (ALL) (1,24) (0.50)
                    ..

"Shading Sched"   = SCHEDULE TYPE = MULTIPLIER
                    THRU DEC 31 (ALL) (1,24)
                    (#[0.9 * #[#[0.60 + 1] / 2]]) $screen/other + curtains
                    ..
"Conduct Sched"   = SCHEDULE TYPE = MULTIPLIER
                    THRU DEC 31 (ALL) (1,24) (shadcondr[])
                    ..

$ --------------------------------------------------------------
$               Meters
$ --------------------------------------------------------------

 "EM1" = ELEC-METER                              $master meter
    TYPE             = UTILITY      ..

 "FM1" = FUEL-METER                               $master meter
    TYPE             = NATURAL-GAS  ..

 MASTER-METERS
    MSTR-ELEC-METER  = "EM1"
    MSTR-FUEL-METER  = "FM1"
    ..

$Schedule for internal gains: profile adds to 10 so that the specified
$ load is actually 1/10 the total daily load.
SEN-DS        = DAY-SCHEDULE        TYPE = FRACTION
( 1)(0.18) ( 2)(0.15) ( 3)(0.14) ( 4)(0.14) ( 5)(0.14) ( 6)(0.20)
( 7)(0.34) ( 8)(0.65) ( 9)(0.62) (10)(0.67) (11)(0.66) (12)(0.50)
(13)(0.49) (14)(0.31) (15)(0.29) (16)(0.32) (17)(0.64) (18)(0.71)
(19)(0.66) (20)(0.51) (21)(0.49) (22)(0.55) (23)(0.42) (24)(0.21)
..
SENS-SCH =SCHEDULE TYPE = FRACTION THRU DEC 31 (ALL) SEN-DS ..


Shading10   = SCHEDULE TYPE = MULTIPLIER THRU DEC 31 (ALL) (1,24) (0.9) ..
Shading15   = SCHEDULE TYPE = MULTIPLIER THRU DEC 31 (ALL) (1,24) (0.85) ..
Shading20   = SCHEDULE TYPE = MULTIPLIER THRU DEC 31 (ALL) (1,24) (0.8) ..
Shading30   = SCHEDULE TYPE = MULTIPLIER THRU DEC 31 (ALL) (1,24) (0.7) ..
Shading70   = SCHEDULE TYPE = MULTIPLIER THRU DEC 31 (ALL) (1,24) (0.3) ..

$ --------------------------------------------------------------
$     Building Shade Commands
$ --------------------------------------------------------------

      BUILDING-SHADE      X=-14  Y=70  Z=0
      $west shading$      H=11   W=70
                          AZ=270 TILT=90 ..

      BUILDING-SHADE      X=20   Y=16  Z=wallht[]
      $front soffit$      H=1.5  W=30
                          AZ=180 TILT=180 ..

      BUILDING-SHADE      X=50   Y=16  Z=wallht[]
      $front soffit$      H=1.5  W=38
                          AZ=90 TILT=180 ..

      BUILDING-SHADE      X=50   Y=54  Z=wallht[]
      $front soffit$      H=1.5  W=50
                          AZ=0 TILT=180 ..

      BUILDING-SHADE      X=0   Y=54  Z=wallht[]
      $front soffit$      H=1.5  W=54
                          AZ=270 TILT=180 ..
$ ---------------------------------------------------------
$   Polygons
$ ---------------------------------------------------------

HousePoly         = POLYGON
   V1               = ( 0    , 0  )
   V2               = ( 20   , 0  )
   V3               = ( 20   , 20 )
   V4               = ( 26   , 20 )
   V5               = ( 26   , 16 )
   V6               = ( 50   , 16 )
   V7               = ( 50   , 36.5 )
   V8               = ( 50   , 54 )
   V9               = ( 26   , 54 )
   V10              = (  0   , 54 )
   V11              = (  0   , 21 )
   ..

GaragePoly         = POLYGON
   V1               = ( 0    , 0  )
   V2               = ( 20   , 0  )
   V3               = ( 20   , 20 )
   V4               = ( 20   , 21 )
   V5               = (  0   , 21 )
   ..

GreatPoly         = POLYGON
   V1               = (  0   , 21 )
   V2               = ( 20   , 21 )
   V3               = ( 20   , 20 )
   V4               = ( 26   , 20 )
   V5               = ( 26   , 33.5 )
   V6               = ( 26   , 54 )
   V7               = (  0   , 54 )
   ..

BedRoomPoly       = POLYGON
   V1               = ( 26   , 16 )
   V2               = ( 50   , 16 )
   V3               = ( 50   , 36.5 )
   V4               = ( 41.5 , 36.5 )
   V5               = ( 41.5 , 33.5 )
   V6               = ( 26   , 33.5 )
   V7               = ( 26   , 20   )
   ..

MasterPoly         = POLYGON
   V1               = ( 26   , 33.5 )
   V2               = ( 41.5 , 33.5 )
   V3               = ( 41.5 , 36.5 )
   V4               = ( 50   , 36.5 )
   V5               = ( 50   , 54 )
   V6               = ( 26   , 54 )
   ..

                     $**************************$
                     $    SPACE DESCRIPTIONS    $
                     $**************************$


HOUSE-SC = SPACE-CONDITIONS

           $ This section accounts for people gains
           PEOPLE-SCHEDULE  = PEOP-SCH
           PEOPLE-HG-LAT    = 140
           PEOPLE-HG-SENS   = 210
           NUMBER-OF-PEOPLE = numpeop[]

           $ This section accounts for internal electic
           $  use of stereos, kitchen appliances, television, etc.

           EQUIP-SCHEDULE   = SENS-SCH
           EQUIPMENT-W/AREA = intload[]
           EQUIP-SENSIBLE   = 0.8
           EQUIP-LATENT     = 0.2

           $ Custom weighting factors used
           FLOOR-WEIGHT     = 0
           FURNITURE-TYPE   = LIGHT
           FURN-FRACTION    = 0.4

           INF-METHOD       = RESIDENTIAL
           RES-INF-COEF     = (infconst[],infwind[],infdeltat[])
                            $  const,wind ,deltaT  coefficients
           ..

ATTIC-SC = SPACE-CONDITIONS
           FLOOR-WEIGHT     = 0
           INF-METHOD       = AIR-CHANGE
           AIR-CHANGES/HR   = attach[]
           ZONE-TYPE        = UNCONDITIONED
           ..

GARATTIC-SC = SPACE-CONDITIONS
           FLOOR-WEIGHT     = 0
           INF-METHOD       = AIR-CHANGE
           AIR-CHANGES/HR   = attach[]
           ZONE-TYPE        = UNCONDITIONED
           ..

GARAGE-SC = SPACE-CONDITIONS
           FLOOR-WEIGHT     = 100
           INF-METHOD       = AIR-CHANGE
           AIR-CHANGES/HR   = garach[]
           ZONE-TYPE        = UNCONDITIONED
           ..


 SET-DEFAULT FOR WINDOW
     SHADING-SCHEDULE = "Shading Sched"


     CONDUCT-SCHEDULE = "Conduct Sched"
     ..

 SET-DEFAULT FOR EXTERIOR-WALL
         $   HEIGHT       = wallht[]
             CONSTRUCTION = EXWALL-1
             ..

HOUSE = FLOOR
           X                = 0
           Y                = 0
           Z                = 0
           AZIMUTH          = 0
           SHAPE            = POLYGON
           POLYGON          = HousePoly
           FLOOR-HEIGHT     = wallht[]
           SPACE-HEIGHT     = wallht[]
           ..

$======================================================================
$ Great Rooms Space
$======================================================================

GREATROOM = SPACE  SPACE-CONDITIONS = HOUSE-SC
           X                = 0
           Y                = 0
           Z                = 0
           AZ               = 0
           SHAPE            = POLYGON
           POLYGON          = GreatPoly
           ..


GR-INT1  = INTERIOR-WALL
           LOCATION         = SPACE-V1
           NEXT-TO          = GARAGE
           CONSTRUCTION     = INTWALL-1  ..

GR-INT2  = INTERIOR-WALL
           LOCATION         = SPACE-V2
           NEXT-TO          = GARAGE
           CONSTRUCTION     = INTWALL-1  ..


GR-INT3  = INTERIOR-WALL
           LOCATION         = SPACE-V4
           NEXT-TO          = BEDROOMS
           CONSTRUCTION     = INTWALL-1  ..

GR-INT4  = INTERIOR-WALL
           LOCATION         = SPACE-V5
           NEXT-TO          = MASTERBR
           CONSTRUCTION     = INTWALL-GAR  ..

GR-INT   = INTERIOR-WALL
           INT-WALL-TYPE    = INTERNAL
           AREA             = #[9 * 15]
           CONSTRUCTION     = INTWALL-1  ..

GR-EXT1  = EXTERIOR-WALL
           LOCATION         = SPACE-V3 ..

          "Main Door"       = DOOR
           HEIGHT           = #[80 / 12]
           WIDTH            = #[36 / 12]
           X                = 1.5
           CONSTRUCTION     = DOOR-1
           ..

           ##set1 fw        #[framwid[] * 2.00]  $center mullion
          "Door Sidelite"   = WINDOW
           GLASS-TYPE       = mainglass[]
           HEIGHT           = #[#[80 - fw[]] / 12]
           WIDTH            = #[#[6 - fw[]] / 12]
           X                = 0.5
           Y                = 0
           FRAME-WIDTH      = #[fw[] / 12]
           SPACER-TYPE      = BUTYL/METAL
           FRAME-ABS        = 0.7
           FRAME-CONDUCT    = framecond[]
           ..


GR-EXT2  = EXTERIOR-WALL
           HEIGHT           = wallht[]
           LOCATION         = SPACE-V6 ..

           ##set1 fw        #[framwid[] * 1.15]  $center mullion
          "GR Win1"         = WINDOW
           GLASS-TYPE       = mainglass[]
           HEIGHT           = #[#[60 - fw[]] / 12]
           WIDTH            = #[#[60 - fw[]] / 12]
           X                = 2.5
           Y                = #[7 - #[60 / 12]]    $window height = 7'
           FRAME-WIDTH      = #[fw[] / 12]
           SPACER-TYPE      = BUTYL/METAL
           FRAME-ABS        = 0.7
           FRAME-CONDUCT    = framecond[]
           ..

           ##set1 fw        #[framwid[] * 1.2]  $center mullion
          "GR Door1"         = WINDOW
           GLASS-TYPE       = mainglass[]
           HEIGHT           = #[#[84 - fw[]] / 12]
           WIDTH            = #[#[72 - fw[]] / 12]
           X                = 10
           Y                = 0
           FRAME-WIDTH      = #[fw[] / 12]
           SPACER-TYPE      = BUTYL/METAL
           FRAME-ABS        = 0.7
           FRAME-CONDUCT    = framecond[]
           ..

           ##set1 fw        #[framwid[] * 1.15]  $center mullion
          "GR Win2"         = WINDOW
           GLASS-TYPE       = mainglass[]
           HEIGHT           = #[#[60 - fw[]] / 12]
           WIDTH            = #[#[60 - fw[]] / 12]
           X                = 18
           Y                = #[7 - #[60 / 12]]    $window height = 7'
           FRAME-WIDTH      = #[fw[] / 12]
           SPACER-TYPE      = BUTYL/METAL
           FRAME-ABS        = 0.7
           FRAME-CONDUCT    = framecond[]
           ..

GR-EXT3  = EXTERIOR-WALL
           HEIGHT           = wallht[]
           LOCATION         = SPACE-V7    ..

           ##set1 fw        #[framwid[] * 1.15]  $center mullion
          "GR Win3"         = WINDOW
           GLASS-TYPE       = mainglass[]
           HEIGHT           = #[#[40 - fw[]] / 12]
           WIDTH            = #[#[48 - fw[]] / 12]
           X                = 16
           Y                = #[7 - #[40 / 12]]    $window height = 7'
           FRAME-WIDTH      = #[fw[] / 12]
           SPACER-TYPE      = BUTYL/METAL
           FRAME-ABS        = 0.7
           FRAME-CONDUCT    = framecond[]
           ..

           ##set1 fw        #[framwid[] * 1.15]  $center mullion
          "GR Win4"         = WINDOW
           GLASS-TYPE       = mainglass[]
           HEIGHT           = #[#[40 - fw[]] / 12]
           WIDTH            = #[#[60 - fw[]] / 12]
           X                = 25
           Y                = #[7 - #[40 / 12]]    $window height = 7'
           FRAME-WIDTH      = #[fw[] / 12]
           SPACER-TYPE      = BUTYL/METAL
           FRAME-ABS        = 0.7
           FRAME-CONDUCT    = framecond[]
           ..

GR-CEIL  = INTERIOR-WALL
           LOCATION         = TOP
           NEXT-TO          = ATTIC
           CONSTRUCTION     = ceilcons[]  ..

GR-SLAB  = UNDERGROUND-WALL
           LOCATION     = BOTTOM
           TILT         = 180
           U-EFFECTIVE  = #[1 / Reff_gr[]]
           CONSTRUCTION = "Floor Slab Cons GR"
           ..

$======================================================================
$ Master Bedrooms Space
$======================================================================

MASTERBR  = SPACE  SPACE-CONDITIONS = HOUSE-SC
           X                = 0
           Y                = 0
           Z                = 0
           AZ               = 0
           SHAPE            = POLYGON
           POLYGON          = MasterPoly
           ..


MB-INT1  = INTERIOR-WALL
           LOCATION         = SPACE-V1
           NEXT-TO          = BEDROOMS
           CONSTRUCTION     = INTWALL-1  ..
MB-INT2  = INTERIOR-WALL
           LOCATION         = SPACE-V2
           NEXT-TO          = BEDROOMS
           CONSTRUCTION     = INTWALL-1  ..
MB-INT3  = INTERIOR-WALL
           LOCATION         = SPACE-V3
           NEXT-TO          = BEDROOMS
           CONSTRUCTION     = INTWALL-1  ..

MB-INT   = INTERIOR-WALL
           INT-WALL-TYPE    = INTERNAL
           AREA             = #[9 * 20]
           CONSTRUCTION     = INTWALL-1  ..

MB-EXT1  = EXTERIOR-WALL
           LOCATION         = SPACE-V4 ..

MB-EXT2  = EXTERIOR-WALL
           LOCATION         = SPACE-V5 ..

           ##set1 fw        #[framwid[] * 1.2]  $center mullion
          "MB Door1"         = WINDOW
           GLASS-TYPE       = mainglass[]
           HEIGHT           = #[#[84 - fw[]] / 12]
           WIDTH            = #[#[72 - fw[]] / 12]
           X                = 4
           Y                = 0
           FRAME-WIDTH      = #[fw[] / 12]
           SPACER-TYPE      = BUTYL/METAL
           FRAME-ABS        = 0.7
           FRAME-CONDUCT    = framecond[]
           ..

           ##set1 fw        #[framwid[] * 1.15]  $center mullion
          "MB Win1"         = WINDOW
           GLASS-TYPE       = mainglass[]
           HEIGHT           = #[#[60 - fw[]] / 12]
           WIDTH            = #[#[48 - fw[]] / 12]
           X                = 16
           Y                = #[7 - #[60 / 12]]    $window height = 7'
           FRAME-WIDTH      = #[fw[] / 12]
           SPACER-TYPE      = BUTYL/METAL
           FRAME-ABS        = 0.7
           FRAME-CONDUCT    = framecond[]
           ..


MB-CEIL  = INTERIOR-WALL
           LOCATION         = TOP
           NEXT-TO          = ATTIC
           CONSTRUCTION     = ceilcons[]  ..

MB-SLAB  = UNDERGROUND-WALL
           LOCATION     = BOTTOM
           TILT         = 180
           U-EFFECTIVE  = #[1 / Reff_mb[]]
           CONSTRUCTION = "Floor Slab Cons MB"
           ..

$======================================================================
$ Bedrooms Space
$======================================================================

BEDROOMS  = SPACE  SPACE-CONDITIONS = HOUSE-SC
           X                = 0
           Y                = 0
           Z                = 0
           AZ               = 0
           SHAPE            = POLYGON
           POLYGON          = BedRoomPoly
           ..


BR-EXT1  = EXTERIOR-WALL
           HEIGHT           = wallht[]
           LOCATION         = SPACE-V1    ..

           ##set1 fw        framwid[]
          "BR Win1"         = WINDOW
           GLASS-TYPE       = mainglass[]
           HEIGHT           = #[#[60 - fw[]] / 12]
           WIDTH            = #[#[47 - fw[]] / 12]
           X                = 5
           Y                = #[7 - #[60 / 12]]    $window height = 7'3"
           FRAME-WIDTH      = #[fw[] / 12]
           SPACER-TYPE      = BUTYL/METAL
           FRAME-ABS        = 0.7
           FRAME-CONDUCT    = framecond[]
           ..

          "BR Win2"         = WINDOW
           GLASS-TYPE       = mainglass[]
           HEIGHT           = #[#[60 - fw[]] / 12]
           WIDTH            = #[#[47 - fw[]] / 12]
           X                = 16
           Y                = #[7 - #[60 / 12]]    $window height = 7'3"
           FRAME-WIDTH      = #[fw[] / 12]
           SPACER-TYPE      = BUTYL/METAL
           FRAME-ABS        = 0.7
           FRAME-CONDUCT    = framecond[]
           ..

BR-EXT2  = EXTERIOR-WALL
           HEIGHT           = wallht[]
           LOCATION         = SPACE-V2    ..

           ##set1 fw        framwid[]
          "BR Win3"         = WINDOW
           GLASS-TYPE       = mainglass[]
           HEIGHT           = #[#[18 - fw[]] / 12]
           WIDTH            = #[#[47 - fw[]] / 12]
           X                = 15
           Y                = #[7 - #[18 / 12]]    $window height = 7'3"
           FRAME-WIDTH      = #[fw[] / 12]
           SPACER-TYPE      = BUTYL/METAL
           FRAME-ABS        = 0.7
           FRAME-CONDUCT    = framecond[]
           ..

BR-EXT3  = EXTERIOR-WALL
           HEIGHT           = wallht[]
           LOCATION         = SPACE-V7    ..

BR-INT   = INTERIOR-WALL
           INT-WALL-TYPE    = INTERNAL
           AREA             = #[9 * 25]
           CONSTRUCTION     = INTWALL-1  ..

BR-CEIL  = INTERIOR-WALL
           LOCATION         = TOP
           NEXT-TO          = ATTIC
           CONSTRUCTION     = ceilcons[]  ..

BR-SLAB  = UNDERGROUND-WALL
           LOCATION     = BOTTOM
           TILT         = 180
           U-EFFECTIVE  = #[1 / Reff_br[]]
           CONSTRUCTION = "Floor Slab Cons BR"
           ..


$======================================================================
$ Garage Space
$======================================================================

GARAGE    = SPACE  SPACE-CONDITIONS = GARAGE-SC
           X                = 0
           Y                = 0
           Z                = 0
           AZ               = 0
           SHAPE            = POLYGON
           POLYGON          = GaragePoly
          $ AREA            = GAR_area[]
           VOLUME           = #[GAR_area[] * 10]
           ..


GAR-EXT1 = EXTERIOR-WALL
           LOCATION         = SPACE-V1
           ..

          "Garage Door"     = DOOR
           HEIGHT           = 7
           WIDTH            = 16
           X                = 2
           CONSTRUCTION     = DOOR-GAR
           ..


GAR-EXT2 = EXTERIOR-WALL
           LOCATION         = SPACE-V2
           SHADING-SURFACE  = YES
           ..

GAR-EXT3 = EXTERIOR-WALL
           LOCATION         = SPACE-V5 ..

GAR-CEIL = INTERIOR-WALL
           LOCATION         = TOP
           NEXT-TO          = GARATTIC
           CONSTRUCTION     = ceilcons[]  ..

GA-SLAB  = EXTERIOR-WALL
            SURFACE-TYPE = WALL
            WIDTH        = 60
            HEIGHT       = 2
            CONSTRUCTION = GARSLAB
            TILT         = 180
            AZ           = 0 ..

GA-SLAB-I = INTERIOR-WALL
            INT-WALL-TYPE = INTERNAL
            AREA          = #[GAR_area[] - #[60 * 2]]
            CONSTRUCTION  = SLAB ..


$======================================================================
$ Attic Space
$======================================================================
AtticPoly         = POLYGON
   V1               = ( 0    , 16 )
   V2               = ( 50   , 16 )
   V3               = ( 50   , 54 )
   V4               = (  0   , 54 )
   ..

RoofFPoly       = POLYGON
   V1               = (  0   ,  0  )
   V2               = ( 50   ,  0  )
   V3               = ( 34   , 22.83)
   V4               = ( 16   , 22.83)
   ..

RoofRPoly       = POLYGON
   V1               = (  0  ,  0 )
   V2               = ( 38  ,  0  )
   V3               = ( 19  , 19.23)
   ..

"RoofSml" = POLYGON
   V1               = ( 0, 0 )
   V2               = (13, 0 )
   V3               = (13, 10.54 )
   V4               = ( 0, 10.54 )
   ..
"GarEnd1" = POLYGON
   V1               = ( 0,  0 )
   V2               = ( 20, 0 )
   V3               = ( 10, 9.6 )
   ..
"GarRoofRPoly" = POLYGON
   V1               = ( 0,  0 )
   V2               = ( 16, 0 )
   V3               = ( 24, 12 )
   V4               = (  8, 12 )
   ..
"GarRoofLPoly" = POLYGON
   V1               = (  4, 0 )
   V2               = ( 20, 0 )
   V3               = ( 12, 12 )
   V4               = ( -4, 12 )
   ..

ATTIC     = SPACE  SPACE-CONDITIONS = ATTIC-SC
           X                = 0
           Y                = 0
           Z                = wallht[]
           AZ               = 0
           SHAPE            = POLYGON
           POLYGON          = AtticPoly
           VOLUME           = #[ATTarea[] * 3]
           ..
"ATT-EXT1" = EXTERIOR-WALL
   SHADING-SURFACE  = YES
   CONSTRUCTION     = roofcons[]
   LOCATION         = SPACE-V1
   TILT             = 33.7
   POLYGON          = "RoofFPoly"
   ..
"ATT-EXT2" = EXTERIOR-WALL
   SHADING-SURFACE  = YES
   CONSTRUCTION     = roofcons[]
   LOCATION         = SPACE-V2
   TILT             = 33.7
   POLYGON          = "RoofRPoly"
   ..
"ATT-EXT3" = EXTERIOR-WALL
   SHADING-SURFACE  = YES
   CONSTRUCTION     = roofcons[]
   LOCATION         = SPACE-V3
   TILT             = 33.7
   POLYGON          = "RoofFPoly"
   ..
   ..
"ATT-EXT4" = EXTERIOR-WALL
   SHADING-SURFACE  = YES
   CONSTRUCTION     = roofcons[]
   LOCATION         = SPACE-V4
   TILT             = 33.7
   POLYGON          = "RoofRPoly"
   ..

GARATTIC   = SPACE  SPACE-CONDITIONS = GARATTIC-SC
           X                = 0
           Y                = 0
           Z                = wallht[]
           AZ               = 0
           SHAPE            = POLYGON
           POLYGON          = GaragePoly
           VOLUME           = #[GAR_area[] * 1.67]
           ..
"GATT-EXT1" = EXTERIOR-WALL
   SHADING-SURFACE  = YES
   CONSTRUCTION     = roofcons[]
   LOCATION         = SPACE-V2
   TILT             = 33.7
   POLYGON          = "GarRoofRPoly"
   ..
"GATT-EXT3" = EXTERIOR-WALL
   SHADING-SURFACE  = YES
   CONSTRUCTION     = roofcons[]
   LOCATION         = SPACE-V5
   TILT             = 33.7
   POLYGON          = "GarRoofLPoly"
   ..
"GATT-EXT4" = EXTERIOR-WALL
   SHADING-SURFACE  = YES
   CONSTRUCTION     = roofcons[]
   LOCATION         = SPACE-V1
   TILT             = 33.7
   POLYGON          = "GarEnd1"
   ..
                 $*****************************************$
                 $               SYSTEMS                   $
                 $*****************************************$

 $winter heating schedule - weekday
 HEAT-WD-DS = DAY-SCHEDULE TYPE = TEMPERATURE
  ( 1, 7) (#[htsp[] - htsb[]])
  ( 8, 9) (htsp[] )
  (10,17) (#[htsp[] - htsb[]])
  (18,22) (htsp[] )
  (23,24) (#[htsp[] - htsb[]])
  ..

 $winter heating schedule - weekend
 HEAT-WE-DS = DAY-SCHEDULE TYPE = TEMPERATURE
  ( 1, 8) (#[htsp[] - htsb[]])
  ( 9,22) (htsp[] )
  (23,24) (#[htsp[] - htsb[]])
  ..

 $ spring/fall schedule weekday & weekend
 HEAT-SF-DS = DAY-SCHEDULE TYPE = TEMPERATURE
  ( 1, 8) (#[htsp[] - htsb[]])
  ( 9,22) (#[htsp[] - htsb[]])
  (23,24) (#[htsp[] - htsb[]])
  ..


 $summer cooling schedule
 COOL-WD-DS = DAY-SCHEDULE TYPE = TEMPERATURE
  ( 1, 9) (clsp1[])
  (10,17) (clsp2[])
  (18,24) (clsp1[])
  ..

 $spring/fall cooling schedule
 COOL-WD-DS2 = DAY-SCHEDULE TYPE = TEMPERATURE
  ( 1, 9) (clsp3[])
  (10,17) (clsp2[])
  (18,24) (clsp3[])
  ..

 $weekend same as WD for now ....
 COOL-WE-DS  = DAY-SCHEDULE TYPE = TEMPERATURE
  ( 1, 9) (clsp1[])
  (10,17) (clsp2[])
  (18,24) (clsp1[])
  ..


 HEAT-WS2 = WEEK-SCHEDULE TYPE = TEMPERATURE
                         DAYS (ALL) DAY-SCHEDULE = HEAT-SF-DS ..

 HEAT-WS = WEEK-SCHEDULE TYPE = TEMPERATURE
                         DAYS (MON) DAY-SCHEDULE = HEAT-WD-DS
                         DAYS (TUE) DAY-SCHEDULE = HEAT-WD-DS
                         DAYS (WED) DAY-SCHEDULE = HEAT-WD-DS
                         DAYS (THU) DAY-SCHEDULE = HEAT-WD-DS
                         DAYS (FRI) DAY-SCHEDULE = HEAT-WD-DS
                         DAYS (SAT) DAY-SCHEDULE = HEAT-WE-DS
                         DAYS (SUN) DAY-SCHEDULE = HEAT-WE-DS
                         DAYS (HOL) DAY-SCHEDULE = HEAT-WE-DS ..

 HEAT-SCH   = SCHEDULE TYPE = TEMPERATURE
              THRU FEB 28 WEEK-SCHEDULE = HEAT-WS
              THRU OCT 31 WEEK-SCHEDULE = HEAT-WS2
              THRU DEC 31 WEEK-SCHEDULE = HEAT-WS   ..

 $Summer T-stat
 COOL-WS = WEEK-SCHEDULE TYPE = TEMPERATURE
                         DAYS (MON) DAY-SCHEDULE = COOL-WD-DS
                         DAYS (TUE) DAY-SCHEDULE = COOL-WD-DS
                         DAYS (WED) DAY-SCHEDULE = COOL-WD-DS
                         DAYS (THU) DAY-SCHEDULE = COOL-WD-DS
                         DAYS (FRI) DAY-SCHEDULE = COOL-WD-DS
                         DAYS (SAT) DAY-SCHEDULE = COOL-WE-DS
                         DAYS (SUN) DAY-SCHEDULE = COOL-WE-DS
                         DAYS (HOL) DAY-SCHEDULE = COOL-WE-DS ..
 $Spring/Fall
 COOL-WS2= WEEK-SCHEDULE TYPE = TEMPERATURE
                         DAYS (ALL) DAY-SCHEDULE = COOL-WD-DS2 ..

 COOL-SCH   = SCHEDULE TYPE = TEMPERATURE
              THRU MAY 31 WEEK-SCHEDULE = COOL-WS2
              THRU SEP 30 WEEK-SCHEDULE = COOL-WS
              THRU DEC 31 WEEK-SCHEDULE = COOL-WS2  ..


 VTSCH   = SCHEDULE TYPE = TEMPERATURE THRU DEC 31 (ALL) (1,24) (68) ..
 VOPSCH  = SCHEDULE TYPE = ON/OFF      THRU DEC 31 (ALL) (1,24) (1) ..
 WINDOPER= SCHEDULE TYPE = FRACTION    THRU DEC 31 (ALL) (1,24) (1) ..

"Heat On"  = SCHEDULE TYPE = ON/OFF    THRU MAR 15 (ALL) (1,24) (1.0)
                                       THRU OCT 31 (ALL) (1,24) (0)
                                       THRU DEC 31 (ALL) (1,24) (1.0) ..

"Cool On"  = SCHEDULE TYPE = ON/OFF    THRU MAR 15 (ALL) (1,24) (0)
                                       THRU OCT 31 (ALL) (1,24) (1)
                                       THRU DEC 31 (ALL) (1,24) (0) ..

##set1 dhwuse #[30 + #[2 * 10]]
DHWLoop = CIRCULATION-LOOP
   TYPE             = DHW
   PROCESS-FLOW     = #[dhwuse[] / 1440]
   PROCESS-SCH      = "Always 1"
   $DHW-INLET-T      = 50
   HEAT-SETPT-T     = 120
   ..

LINEAR01 = CURVE-FIT
   TYPE             = LINEAR
   INPUT-TYPE       = COEFFICIENTS
   COEFFICIENTS     = ( 0, 1 )
   ..

DHWheater = DW-HEATER
   TYPE             = dhwtype[]
   HIR              = #[100 / dhwef[]]
   DHW-LOOP         = DHWLoop
   TANK-UA          = 0
   TANK-VOLUME      = 100
   ..

 SYSTEM-1      = SYSTEM
                 TYPE             = RESYS2
                 CONTROL-ZONE     = GREATROOMZ

         $COOLING system variables:
                 MIN-SUPPLY-T     = 55
                 COOLING-SCHEDULE = "Always On"
               $ COOLING-SCHEDULE = "Cool On"
                 COOLING-CAPACITY = #[coolcap[] * 12000]
                 COOL-SH-CAP      = #[#[coolcap[] * 12000] * 0.85]
                 SUPPLY-KW        = FAN-KW[]
                 SUPPLY-DELTA-T   = SUPPLY_DT[]
                 SUPPLY-CFM       = supcfm[]
                 COMPRESSOR-TYPE  = SINGLE-SPEED
                 COOLING-EIR      = EIRa[]
                 COOL-EIR-FT      = COOL-EIR-SEER

                 DUCT-DT          = ductdt[]
                 DUCT-AIR-LOSS    = #[atticflow[] / supcfm[]]
                 DUCT-ZONE        = ATTICZ

                 CRANKCASE-HEAT   = 0
                 INDOOR-FAN-MODE  = INTERMITTENT

         $NATURAL VENTING system variables:
                 NATURAL-VENT-SCH = VOPSCH
                 VENT-TEMP-SCH    = VTSCH
                 OPEN-VENT-SCH    = WINDOPER
                 HOR-VENT-FRAC    = 0.0
                 FRAC-VENT-AREA   = 0.04
                 VENT-METHOD      = AIR-CHANGE $S-G
                 MAX-VENT-RATE    = 10
                 OA-CONTROL       = FIXED
                 NATURAL-VENT-AC  = 10

         $HEATING system variables:
                 MAX-SUPPLY-T     = 120
             ##if #[heattype[] EQ 1]
                 HEAT-SOURCE      = FURNACE
                 HEATING-CAPACITY = -65000
                 FURNACE-AUX      = 0
                 FURNACE-HIR      = #[100 / afue[]]
             ##else
                 HEAT-SOURCE      = HEAT-PUMP
                 MIN-HP-T         = -10
                 MAX-HP-SUPP-T    = 40
                 HEATING-EIR      = HP-HIR[]
                 HP-SUPP-SOURCE   = ELECTRIC
             ##endif

                 HEATING-SCHEDULE = "Always On"
                 ..

##set1 housecfm #[supcfm[] - atticflow[]]

GREATROOMZ  = ZONE  TYPE             = CONDITIONED
                    SPACE            = GREATROOM
                    DESIGN-HEAT-T    = 70
                    DESIGN-COOL-T    = 72
                    COOL-TEMP-SCH    = COOL-SCH
                    HEAT-TEMP-SCH    = HEAT-SCH
                    THERMOSTAT-TYPE  = TWO-POSITION
                    THROTTLING-RANGE = 2
                    BASEBOARD-CTRL   = THERMOSTATIC
                    SIZING-OPTION    = ADJUST-LOADS
                  ##ifdef assigncfm[]
                     ASSIGNED-CFM     = #[housecfm[] * 0.45]
                  ##endif
                    ..

MASTERBRZ  = ZONE   TYPE             = CONDITIONED
                    SPACE            = MASTERBR
                    DESIGN-HEAT-T    = 70
                    DESIGN-COOL-T    = 72
                    COOL-TEMP-SCH    = COOL-SCH
                    HEAT-TEMP-SCH    = HEAT-SCH
                    THERMOSTAT-TYPE  = TWO-POSITION
                    BASEBOARD-CTRL   = THERMOSTATIC
                    SIZING-OPTION    = ADJUST-LOADS
                  ##ifdef assigncfm[]
                     ASSIGNED-CFM     = #[housecfm[] * 0.36]
                  ##endif
                    ..


BEDROOMSZ  = ZONE   TYPE             = CONDITIONED
                    SPACE            = BEDROOMS
                    DESIGN-HEAT-T    = 70
                    DESIGN-COOL-T    = 72
                    COOL-TEMP-SCH    = COOL-SCH
                    HEAT-TEMP-SCH    = HEAT-SCH
                    THERMOSTAT-TYPE  = TWO-POSITION
                    BASEBOARD-CTRL   = THERMOSTATIC
                    SIZING-OPTION    = ADJUST-LOADS
                  ##ifdef assigncfm[]
                     ASSIGNED-CFM     = #[housecfm[] * 0.19]
                  ##endif
                    ..

##if #[atttype[] GT 1.5]
ATTICZ      = ZONE  TYPE             = CONDITIONED
                    SPACE            = ATTIC
                    D-H-T            = 65
                    D-C-T            = 80
                    ASSIGNED-CFM     = atticflow[]
                    EXHAUST-CFM      = #[exhfrac[] * atticflow[]]
                    EXHAUST-KW       = 0
                    ..
##else
ATTICZ      = ZONE  TYPE             = UNCONDITIONED
                    SPACE            = ATTIC
                    D-H-T            = 60
                    D-C-T            = 90
                    ..
##endif

GARAGEZ     = ZONE  TYPE             = UNCONDITIONED
                    SPACE            = GARAGE
                    D-H-T            = 40
                    D-C-T            = 80  ..

GARATTICZ     = ZONE  TYPE           = UNCONDITIONED
                    SPACE            = GARATTIC
                    D-H-T            = 60
                    D-C-T            = 90  ..


                 $*****************************************$
                 $               REPORTS                   $
                 $*****************************************$
LOADS-REPORT       VERIFICATION=(ALL-VERIFICATION)
                   SUMMARY=(ALL-SUMMARY)
                   REPORT-FREQUENCY = MONTHLY
                   ..
SYSTEMS-REPORT     VERIFICATION=(SV-A)
                   SUMMARY=(ALL-SUMMARY)
                   REPORT-FREQUENCY = MONTHLY
                   ..

PLANT-REPORT       VERIFICATION=(PV-A)
                   SUMMARY=(PS-E,PS-F,BEPU)
                   REPORT-FREQUENCY = MONTHLY
                   ..

$ ---------------------------------------------------------
$              Hourly Reporting
$ ---------------------------------------------------------

REP-SCH = SCHEDULE TYPE = ON/OFF
                               $ THRU MAY 30 (ALL) (1,24) (0)
                               $ THRU SEP 30 (ALL) (1,24) (report_on[])
                                 THRU DEC 31 (ALL) (1,24) (1) ..

INF-SCH = SCHEDULE TYPE = ON/OFF THRU DEC 31 (ALL) (1,24) (0) ..

"Infil CFM1" = REPORT-BLOCK
   VARIABLE-TYPE    = GREATROOM
   VARIABLE-LIST    = (39)
   ..
"Infil CFM2" = REPORT-BLOCK
   VARIABLE-TYPE    = BEDROOMS
   VARIABLE-LIST    = (39)
   ..
"Infil CFM3" = REPORT-BLOCK
   VARIABLE-TYPE    = MASTERBR
   VARIABLE-LIST    = (39)
   ..

WndSpd1 = REPORT-BLOCK
   VARIABLE-TYPE    = GREATROOM
   VARIABLE-LIST    = (58)
   ..
WndSpd2 = REPORT-BLOCK
   VARIABLE-TYPE    = BEDROOMS
   VARIABLE-LIST    = (58)
   ..
WndSpd3 = REPORT-BLOCK
   VARIABLE-TYPE    = MASTERBR
   VARIABLE-LIST    = (58)
   ..


"Global Block" = REPORT-BLOCK
   VARIABLE-TYPE    = GLOBAL
   VARIABLE-LIST    = (45,4,15)
   ..

"Space Block1" = REPORT-BLOCK
   VARIABLE-TYPE    = GREATROOMZ
   VARIABLE-LIST    = (1,31, 14, 5, 11 )    $load, space temp
   ..
"Space Block2" = REPORT-BLOCK
   VARIABLE-TYPE    = MASTERBRZ
   VARIABLE-LIST    = (1,31, 14, 5, 11 )    $load, space temp
   ..
"Space Block3" = REPORT-BLOCK
   VARIABLE-TYPE    = BEDROOMSZ
   VARIABLE-LIST    = (1,31, 14, 5, 11 )    $load, space temp
   ..
"Attic Temp Block" = REPORT-BLOCK
   VARIABLE-TYPE    = ATTICZ
   VARIABLE-LIST    = (6,1,31, 14, 5, 11)      $space temp
   ..

"System Vars Block" = REPORT-BLOCK
   VARIABLE-TYPE    = SYSTEM-1
   VARIABLE-LIST    = (22,17,39,75,76,100)
                      $Cool Aux
   ..

"Elec Enduse Block" = REPORT-BLOCK
   VARIABLE-TYPE    = "EM1"
   VARIABLE-LIST    = (5, 7  )
                      $Cool Aux
   ..
"Fuel Enduse Block" = REPORT-BLOCK
   VARIABLE-TYPE    = "FM1"
   VARIABLE-LIST    = ( 4, 11, 20 )
                      $Heat DHW Total
   ..

GlobalHR = HOURLY-REPORT
          OPTION    = PRINT
   REPORT-SCHEDULE  = REP-SCH
   REPORT-BLOCK     = ( "Global Block" )
   ..

InfilHR = HOURLY-REPORT
          OPTION    = PRINT
   REPORT-SCHEDULE  = REP-SCH
   REPORT-BLOCK     = ( "Infil CFM1", "Infil CFM2", "Infil CFM3" )
   ..

WINDSPDHR = HOURLY-REPORT
          OPTION    = PRINT
   REPORT-SCHEDULE  = REP-SCH
   REPORT-BLOCK     = ( WndSpd1,WndSpd2,WndSpd3 )
   ..

Space1THR = HOURLY-REPORT
          OPTION    = PRINT
   REPORT-SCHEDULE  = REP-SCH
   REPORT-BLOCK     = ( "Space Block1" )
   ..
Space2THR = HOURLY-REPORT
          OPTION    = PRINT
   REPORT-SCHEDULE  = REP-SCH
   REPORT-BLOCK     = ( "Space Block2" )
   ..

Space3THR = HOURLY-REPORT
          OPTION    = PRINT
   REPORT-SCHEDULE  = REP-SCH
   REPORT-BLOCK     = ( "Space Block3" )
   ..

AtticTHR = HOURLY-REPORT
          OPTION    = PRINT
   REPORT-SCHEDULE  = REP-SCH
   REPORT-BLOCK     = ( "Attic Temp Block" )
   ..

END ..
COMPUTE ..
STOP ..