Crown MoldingTools for iPhone

Some screen shots for Crown Molding Tools for iPhone-iPad.


Download on iTunes













Horizontal Crown Molding 2 Piece Corner.
        Calculate Crown Moulding Miter Angle & Saw Blade Bevel Angles for horizontal crown moulding at wall-ceiling corners.

Horizontal to Rake with Corner Transition Piece.
                 "Calculate Horizontal to Rake Crown Moulding Miter Angle & Saw Blade Bevel Angles with a Transition piece at the wall corner.


Rake to Horizontal Standard.
                 Calculate Rake to Horizontal Crown Moulding Miter Angle & Saw Blade Bevel Angles.


Rake to Rake Standard.
                Calculate Rake to Rake Crown Moulding Miter Angle & Saw Blade Bevel Angles on Gable End Roofs or Sloped Ceilings.


Radius Bullnose Crown Moulding.
                 Calculate Crown Moulding for Radius Bullnose Corners.


Polygon Crown Moulding.
                 Calculate Crown Moulding for Polygons.



Horizontal To Rake.
                 Calculate Horizontal to Rake Wall Crown Moulding with No Transitions pieces.


Rake To Horizontal at Corner Wall.
                 Calculate Rake to Horizontal Crown Moulding at wall corners with No Transitions pieces.


Rake To Rake.
                Calculate Rake Wall Crown Moulding to Rake Wall Crown Moulding with No Transitions pieces.

Rake To Level.
                 Calculate Rake Wall Crown Moulding to Level Crown Moulding with No Transitions pieces.



Rake To Level Return.
                 Calculate Rake Wall Crown Moulding to Level Return Crown Moulding with No Transitions pieces.


Rake To Rake At Peak
                 Calculate Rake Wall Crown Moulding to Rake WAll Crown Moulding at Peak of Roof with No Transitions pieces.


Exterior Rake Crown Moulding.
                 Calculate Exterior Rake Crown using 2 or 3 different crown profiles.


Crown Spring Angle.
                 Calculate Crown Moulding Spring Angle.

Material On Edge.
                 Calculate the Miter Angle & Saw Blade Bevel Angle for cutting Material On Edge in a Compound Miter Saw for compound joinery or crown moulding.



Email sent with the iPhone for
Exterior Rake Moulding with 3 Crown Moulding Profiles
Crown Molding Tools
Exterior Rake Crown using 2 or 3 different crown profiles 

Crown Moulding Spring Angle 38.00000° 
Roof Slope Angle 30.00000° 
Crown BackSide Width
2.79110

Crown Moulding Laying Flat with Top Edge of Moulding  Against Fence

Face A Joint #1
Miter Angle 1
31.61901°
Saw Blade Bevel Angle 1
33.86291°

Face B Joint #1
Miter Angle 2
6.80631°
Saw Blade Bevel Angle 2
51.92308°

Face B Joint #2
Miter Angle 3
47.72592°
Saw Blade Bevel Angle 3
24.44620°

Face C Joint #2
Miter Angle 4
20.80367°
Saw Blade Bevel Angle 4
40.85010°

Face C Joint #3
Miter Angle 5
20.80367°
Saw Blade Bevel Angle 5
40.85010°

Face B Joint #3
Miter Angle 6
47.72592°
Saw Blade Bevel Angle 6
24.44620°

Face B Roof Peak
Miter Angle 7
26.11942°
Saw Blade Bevel Angle 7
15.30723°


Cutting Crown Moulding Nested
Nested Miter Angle #1
45.00000°
Nested Bevel Angle #1
0.00000°

Nested Miter Angle #2
30.00000°
Nested Bevel Angle #2
45.00000°

Nested Miter Angle #3
30.00000°
Nested Bevel Angle #2
45.00000°

Nested Miter Angle #4
45.00000°
Nested Bevel Angle #2
0.00000°

Nested Miter Angle #7
30.00000°
Nested Bevel Angle #2
0.00000°

Face A Crown Slope Reference Plane
52.00000°

Face B Crown Slope Reference Plane
58.13029°

Face C Crown Slope Reference Plane
67.67018°

Backside Width Face A
2.79110

Backside Width Face B
3.25456

Backside Width Face C
4.52278

Level Projection for all Faces (Run)
1.71837

Face A Rise
2.19942

Face B Rise
2.76394

Face C Rise
4.18362
  

Sent from my iPhone

Email sent with the iPhone for
Horizontal to Rake with Corner Transition Piece
Crown Molding Tools
Horizontal to Rake with Corner Transition Piece
Crown Moulding Spring Angle
38.00000°
Wall Corner Angle
135.00000°
Roof Slope Angle
30.00000°

Crown Moulding Laying Flat with Top Edge of Moulding  Against Fence

Face A
Crown Moulding Miter Angle
14.30638°

Crown Moulding Bevel Angle
17.55124°


Face B Joint #1
Crown Moulding Miter Angle
14.30638°

Crown Moulding Bevel Angle
17.55124°


Face B Joint #2
Crown Moulding Miter Angle
8.79150°

Crown Moulding Bevel Angle
6.80951°


Face C Joint #2
Crown Moulding Miter Angle
8.79150°

Crown Moulding Bevel Angle
6.80951°


Cutting Crown Moulding Nested at Joint #2
Nested Miter Angle
11.10383°
Nested Bevel Angle
0.00000°


Sent from my iPhone

Key Words:
Cathedral ceiling rake crown molding miter and bevel angles
Vaulted ceiling rake crown molding miter and bevel angles
Sloped ceiling rake crown molding miter and bevel angles



Komentar

Posting Komentar

Postingan populer dari blog ini

Layover Valley Rafter Basics

Gambar
Before I get into the Hexenschnitt for the Layover Valley Rafter I needed to review the basic geometry that defines the layover valley rafter. I needed to make sure I could draw the layover valley rafter correctly in plan view (ground plan). Here's one method of a basic drawing using the layover valley rafter backing triangle to position the layover valley rafter material on the roof surface that defines the  layover valley rafter in plan view. The  layover valley rafter top bevel is easily defined by extending the  layover valley rafter backing triangle to the top of the  layover valley rafter. The other  layover valley rafter line in plan view is defined by the bottom edge of the  layover valley rafter material sitting on the  layover valley rafter backing triangle. (Roof Surface). The  layover valley rafter plan view lines at the intersection of the two roofs. I tried this method for drawing the  layover valley rafter, but this method seems to be slow of a process for determinin
Baca selengkapnya

Hip Rafter Edge Bevel and Backing Angle

Gambar
In complex roof framing there are 7 main roof framing angles. Hip Rafter Backing Angle Valley Sleeper Bevel Angle Plain Titl (DP) Main Plan Angle Adjacent Plan Angle  Main Profile Rafter Slope Angle Adjacent Profile Rafter Slope Angle In this article I will discuss the hip rafter backing angle and the valley sleeper bevel angle. These two angles determine the miter angle and and saw blade bevel angles for jack rafters and purlin rafters that are plumb to the earth and for jack rafters and purlin rafters that are skewed from the eave line. A thorough knowledge of these two angles is critical in complex roof framing using geometry or trigonometry. The hip rafter edge bevel was avoided in the 12th century on some roof structures by rotating the hip rafter into the roof surface plane. However, by avoiding the hip rafter edge bevel, the carpenters-builders had to have a knowledge of the Valley Sleeper Bevel Angle. They didn't call it the Valley Sleeper Bevel Angle, but it's the same
Baca selengkapnya

Layover Valley Rafter Hexenschnitt #3

Gambar
In the book Das neue Buch vom alten Wissen der Schiftung The new book on the ancient knowledge Schiftung The new book on the ancient knowledge Roof Framing The new book on the ancient knowledge Roof Framing Geometry by Bernd Küppers I'm stuck on page 23. The geometry in the book, just doesn't return the correct miter angle for the Layover Valley Rafter Witches Cut (Hexenschnitt). I don't know if I'm drawing it incorrectly, or the BE (Bottom Edge Plane of the Layover Valley Rafter) should be drawn differently. Similar drawing at File: Kehlbohle mit Hexenschnitt.jpg There's 3 canted planes that define the Layover Valley Rafter Witches Cut Miter Angle. The main roof surface, the square tail fascia plane of the main roof and the the square tail fascia plane of the adjacent roof.  I think the problem with my geometric drawings is defining the intersection of the roof surface with the adjacent  square tail fascia plane.
Baca selengkapnya