Log home 3D plans - design details

log home plans and design specialists

Are you looking for a spectacular log home in a really great place? A horseback riding paradise that's on a hill in the countryside with a terrific view, with National Forest back country at your doorstep, yet only minutes from the city center? In a community where all homes are built to strict architectural standards that preserve and enhance the value of your property?horse ranch property for sale with log home designs

Then take a closer look at North Idaho Equestrian Ranch Estates, Coeur d'Alene, Idaho

Overlooking picturesque downtown Coeur d'Alene, located among serene countryside, set against a vast scene of mountain and lake views; these equestrian ranches will be architecturally styled with a feeling of the national parks of the west. 

Each meadow and treed 5-acre parcel offers an alluring natural location to sustain a charismatic, vibrant & practical environmental community. 

North Idaho Equestrian Ranch Estates - more info

The following rendered wall modules (with texture mapping) will give you an idea of how the Logmaker © log home software could be used to create 3D models and floor plans. These are but some of the many variations that can be generated by adjusting a list of parameters. You can view a screen capture of the parameter list at the end, following these demonstration pictures.

Logmaker © has a 'smart' floor plan symbol that changes to reflect the length, width, window & door position, module joins, curved ends, etc.. and other parameters we adjust to suit  3D requirements (including sections and elevations). It has numerous snap points to facilitate rapid assembly of wall modules into a coherent design. We can also 'stretch to fit' the log modules on the floor plan without deforming the walls or moving the window position. See the floor plan views below to get a better idea.

A new feature allows us to extract a dynamic log count as the plan evolves. See the sample report taken from an actual project after the parameter list at the bottom.

Log Module 1

Picture 1

Simple stacked wall module - half-log on top, flat on first course bottom.

 

Log Module 2

Picture 2

Same wall with half-log started on bottom.

 

Log Module 3

Picture 3

Wall with window opening, full logs above and below window frame.

 

Log Module 4

Picture 4

Wall with window opening, half logs above and below window frame, bottom log coped for stacking.

 

Log Module 5

Picture 5

Wall with door opening, half log above door frame.

 

Log Module 6

Picture 6

Wall with staggered end projection, 20 degree cut angle with flat bottom on staggered logs.

 

Log Module 7

Picture 7

Wall with curved cut at end.

 

Log Module 8

Picture 8

Wall cut with arch

 

The next four pictures were created in 'hidden line - shaded' mode.  This is a quick, vector based mode similar to the hidden line mode below.  Note that the images have been converted to JPEG format for the purpose of display via the internet, so the line definition suffers somewhat:

SAMPLE 10

Picture 9: 'D log' Half-Round Window Opening with gable end cut

 

SAMPLE 11

Picture 10: 'D log' Butt/Pass Corner-Exterior

 

SAMPLE 12

Picture 11: 'D log' Rake Head Window Opening with gable end cut

 

SAMPLE 13

Picture 12: 'D log' Inverted Half-Round Window with gable end cut

 

Hidden Line Mode

Picture 13

Here is an assembled 3D model in 'hidden line' mode. It is still a vector based image, where as the rendered view (following) is a bitmap image.  Hidden line drawings are handy for faxing preliminary layouts, elevations, sections, or construction details. 

Although it appears slightly 'pixilated' over the Net, these print and fax perfectly crisp, straight lines with no artifacts.  There are a number of other variations for this mode, color shading, wire-frame, etc.

 

Rendered Assembly

Picture 14

Assembled modules showing corner and general structure with window and door inserts. Glass transparency is set for a slight smoked effect, shadow casting has been programmed for 9:00 AM, June 22, Vancouver B.C.  No background picture has been layered in, however this could be accomplished with a photograph, paint image, virtual landscaping, or imported survey data.

A few spotlights added inside or outside the building could also provide some enhanced lighting effects (via our VBS program, a wide range of lighting provides a rendered, adjustable 'lighting cone' which can actually be turned on and off).

Placing QuickTime VR cameras inside, we can produce an interactive walk-through of the house.  Exterior fly-bys are produced in a similar manner.  These can be saved and exported to video tape or digital media.

See the floor plan for this layout below.

 

Floorplan Sample 1

Floor Plan

This is the floor plan used to generate the 3D picture above.  We elected to use a color bitmap fill which prints out perfectly on our high-res color inkjet plotters, but we could also choose to use a gray scale bitmap, vectorial hatch, or no fill at all.

The Logmaker modules develop all of the log design building components; Log - walls, tail sections, siding, posts, beams, joists, rafters, purlins, ridge poles, stairs, railing, decking, etc...  

If we stretch, move or modify the modules, the associative dimensioning, square footage, 3D view, elevations, sections and log count, update automatically. Moving things around in elevation or section view and, again, everything else will update.

Note how the two log module symbols that make up the right hand wall join in a seamless manner, just as the 3D view does.

Developing a log wall layout plan, activating the 'AUTO ALTERNATE' mode,  will put the appropriate half-logs on the tops and bottoms of alternating right-angle walls.  Logmaker will also alternate butt and pass corners automatically in this mode.

 

Floorplan Symbol - Sample 1

Floor Plan Symbol

This is a close-up of the floor plan symbol.  It is in the 'selected' state, so you can see the snap nodes at all 4 corners, center of ends, 4 corners of window & door hole, center of window & door hole, object center, and corner offsets.

It is a 'smart' symbol in that it changes to reflect hole size, position, log joining, etc..  If we stretch it from the center node at the origin end, it will resize without changing the width of the wall and the opening will move with it.  Stretching it from the opposite end, the hole will stay put.  Naturally, the 3D image (and everything else) would also be updated automatically..

 

Parameter List

Parameter List

This is the 'heart' of the Logmaker system.  We adjust these settings to create or edit  each desired log object, or to transfer the settings from one object to another.  Also, if dragging a copy (or copies), all the settings will remain with the new modules.

 

Log Count

Log Count

We can call for a log count at any time during the design process via the 'calculate' menu.  Any wall category can be filtered out by adjusting the 'Wall Type' parameter.

All other components such as frame walls, concrete volume, gallons of paint, floor tile area, etc. will also be included per our standard bill of materials reporting system.

Log Count with 'Confidence Checking'

Log Count with visual Confidence Checking ON

If you're concerned about how Logmaker calculates the log count for different wall segments, we have a feature called CONFIDENCE CHECKING.

We can select any module with this feature on, activate the 3D window, and Logmaker will display a log-by-log verification of the quantities generated by the log count. This example clearly shows the deduction of the angle cut as well as the treatment of window sills as full logs.

Further confirmation of the accuracy can be obtained simply by measuring the log lengths. As in this example, note that the accuracy can be set to display measurements as small as 1/64".

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