Rectangular Objects - Hip

These objects have a hip top extending from the center of the user defined baseline following the entire depth of the object. Hip tops are characterized by their four sided inclining slanting planes. Two of the larger planes intersect at the center of the object forming its highest point, the ridge. The other two smaller inclined planes, the hips, intersect the ridge at some point, determined by the hip length. At the very extreme, hip tops become pyramids. The footprint of this object is located using three user defined inputs - two defining the object's baseline and the third indicating the object's depth. They are created in Plan view and may be located at any angle.

1. From the Add menu select Object - Rectangular - Hip, or from the Rooms/Objects Toolkit click on the pull-down arrow to the right of the Object-Rectangular button . This will invoke the secondary menu. Select Hip.
2. Specify a unique label for the object up to 32 characters long. The default label will be Object_1. Unless changed, subsequent labels will be Object_2, Object_3, etc. If a number is used for the label, subsequent labels will be incremented accordingly
3. An optional description may be entered, up to 80 characters long. Meaningful descriptions that include size and color information will be useful when generating schedules.
4. The object will be created in AGi32 using the selected Wire Frame Color. This color is not used in AGi32's Render mode, it is only used to represent the object's shape in the graphics window. By default, this color is blue. To change it, click in the color cell. The Color dialog will appear for your use.
5. If surface labeling is desired, click on the Labeling button. A separate dialog will appear for specification of text labels for the object and/or its surfaces.
6. Enter the height of the object walls in the Side Height text box.
7. Enter the hip height, the vertical distance from the top of the object walls to the highest point of the peak top, in the Hip Height text box.
8. Enter the hip length, the horizontal distance from the roof edge to the inner point on the top peak, in the Hip Length text box.
9. All object surfaces are assigned a color. By default, the surfaces are assigned a shade of gray corresponding to a reflectance value of 0.5. You may change the reflectance of a surface by simply typing a new value in the Reflectance cell for the Top, Sides, or Bottom. You may change surface color and its corresponding reflectance by clicking in the Color cell for the Top, Sides or Bottom. The Color Selection dialog will appear allowing you to select surface colors based on user defined reflectances.
10. You may assign a texture to the surface by clicking in the Texture cell. The Select Texture dialog will appear so that you may choose a texture from the Textures database. Alternately, you may browse for a texture anywhere on your system or assign a texture already in use on another surface in the job file. Once the desired texture is selected, you'll determine how the texture should be applied to the surface. Textures may be stretched across the entire surface, applied in a grid pattern or assigned a Static size (representing real dimensions) and tiled on the surface accordingly. In addition, you may opt to rotate the texture on the surface.

To delete a texture from the surface, Ctrl-click in the Texture cell and select the Delete key on your keyboard. When a texture is deleted from a surface, its correlated color and reflectance are used as the current color and reflectance.

• To apply additional surface properties (such as Texture, Transmittance, Transparency, Luminance, Specularity, Color Bleed control or surface specific Mesh Levels) to any of the object surfaces, you must first position the object in the environment. Then, either Edit the object and select the Surface Edit button in the Edit dialog or use the Edit Surface command to select the object.
• Removing Surfaces - Removing surfaces allows you to append other surfaces to factory defined shapes and create more complex models. Surfaces may only be removed from an object after it has been initially located in the environment. Surfaces may be removed by Editing the object and selecting the Surface Edit button in the Edit dialog or using the Edit Surface command once it has been placed.

11. The Surfaces Same Attributes button will cause all surfaces to take on the color/reflectance/texture of the first surface in the list.
12. Click OK to return to the graphics window and locate the first point of the object. Click the left mouse button. Before clicking the first point, you will have the opportunity to change the Z coordinate of the floor if desired. Move the cursor into the Z-Coord text box and enter the appropriate value. Then, locate the first point of the object by clicking the left mouse button.
    • Note: If the Z-Coord value is not equal to zero,a warning icon will be displayed to alert the user to this condition.
13. Drag the cursor to the second point on a object edge and left click again. These two points define the object's baseline.
14. Drag the cursor to open up the object perpendicular to the specified baseline and left click when the appropriate depth has been achieved. The object may be created on either side of the baseline. The hip peak will be extruded perpendicular to the specified baseline and the shorter hips will be located on the object edges parallel to the specified baseline.