This, together with the Total height, Length/width ratio and the Azimuth angle of the longest wall, determine the wind pressure coefficients for the building, which are used for simulating air movement and calculations. 

• Name — Used to enter the project building engineer’s, client’s or owner’s name.
• Title — Used to enter the project building engineer’s, client’s or owner’s title.
• E-mail address — Used to enter the project building engineer’s, client’s or owner’s e-mail address.
• Address — Used to enter the street address for the project building (Address tab), the engineer, the client or the owner.
• Zip code — Used to enter the zip or postal code for the project building (Address tab), the engineer, the client or the owner.
• City — Used to enter the city the project building (Address tab), the engineer, the client or the owner is located in.
• State — Used to enter the state the project building (Address tab), the engineer, the client or the owner is located in.
• Country — Used to enter the country the project building (Address tab), the engineer, the client or the owner is located in.
• Telephone — Used to enter the telephone number for the project building (Address tab), the engineer, the client or the owner.

• Orientation — Used to set the orientation of the building. Orientation refers to solar orientation which is the siting of the building with respect to solar access. The orientation value entered here defines the angle between the building y-axis and true north in the clockwise direction. A rotation of 180 degrees flips the building around so that the north (or back) facade is facing south (or front).Orientation has an impact on heating, lighting and cooling costs. By maximizing southern exposure, the building design can take advantage of the sun for daylight and passive solar heating. This results in lower cooling costs by minimizing western exposures, where it's most difficult to provide shade from the sun.
• Total height — Used to enter the building’s total height.
• Length/width ratio — Used to set the building length/width ratio. Values greater than one indicate that a larger proportion of building surface area is facing due south.
• Surroundings angle — Used to set the surroundings angle. The surroundings angle is an average angle of the building’s surroundings such as other buildings, terrain and city scape which obscures direct solar radiation at times when the sun is below the specified angle.
• Window area — Used to set a default window glazing area for the building. The total area of glass is measured as a percentage of the total building surface area exposed to the sun. This enables a correction to be made in heat gain calculations.

• Occupancy — Used to set the amount of time the building is occupied per week, and can be viewed in a number of time formats. The maximum value allowed is equivalent to seven days.
• Cooling plant time ON — Used to set the time of day when the building’s cooling plant is turned on. The value can be viewed in a number of time formats. The maximum value allowed is equivalent to 23 hours (the hours of the day begin at zero hours).
• Cooling plant time OFF — Used to set the time of day when the building’s cooling plant is turned off. The value can be viewed in a number of time formats. The maximum value allowed is equivalent to 23 hours (the hours of the day begin at zero hours).

• Inside Temperature — Defines the default inside temperature for the building as a whole, which is used for dew point calculations.