Some tables were re-sequenced into different locations or appendices: September 13, 2009
Formula A8.21a needed a definition added that a surrogate h-dial was being used. September 14, 2009
Nomograms for H, V, M, P dials, sunrise/set, and SD and SH for v-dec dials. Sept 13, 2009
Appendix 7 updated with alternative proofs of SD and DL. Feb 2, 2010
Appendix 1 Geometry and trigonometry
Trigonometric functions and geometrical rules and circular measures
Tables of trig values – sin, cos, and tan
Appendix 2 Tables independent of latitude or longitude
Julian day
Declination of the sun by the day
The equation of time, generic and astronomical, and century comparisons
Sun's apparent hour angle, and standard time to hour angle
Longitude to time
Aids to locating north, compass correction and astro compass, noon transit time
Latitude, Longitude, Magnetic declination information
Appendix 3 Location dependant ~ miscellaneous dial hour line data
Hour line angles for horizontal and vertical dials latitude 30 to 60
Reflecting or ceiling dial information.
Polar and Meridian dial tables because they are not latitude dependant
Equatorial calendar line radii and sunset line distance data
Appendix 4 Location dependant ~ Tables of altitude, azimuth, and calendar data
Table for analemmatic dials – angle to hour point, and analemma
Tables for calendar lines for flat dials lat 0-65, declinations 23.5, 0, -23.5
Conversion of style linear length and linear height for several latitudes
Appendix 5 Location dependant ~ Vertical decliners, and miscellaneous useful data
Mostly south facing decliner hour line angles and SD and SH
Mostly east or west facing great decliner hour line angles
Tables for the great decliner (vertical), east/west gnomon adjustment
Appendix 6 Sunrises and sunsets ~ for some longitudes and latitudes.
Several ways of finding sunrise and sunset.
Sunrise, sunset, day-length for Italian and Babylonian etc lines - many latitudes
Appendix 7 Proofs and derivations ~ Geometric, trigonometric, and etc
Durer geometrical model for many hour angle dials
Vertical decliner hour lines, SD and SH, calendar curves, and DL
Altitude/azimuth pole determination, reflecting dials
Derivation of the planispheric astrolabe geometrically and trigonometrically
Southern hemisphere considerations,
Appendix 8 Formulae
Constants and variables
Spreadsheet formulae issues
Actual and apparent inconsistencies in the three "classic books" on sundials
Appendix 9 Templates ~ for various dial construction methods
Paper cut out dials
Paper popup dials
Appendix 10 Bibliography ~ and cross references
Books, software, other references, and sundial parts
Miscellaneous dates, Limiting hours by dial type
Trivia, Safety tips
Formula A8.21a needed a definition added that a surrogate h-dial was being used. September 14, 2009
Nomograms for H, V, M, P dials, sunrise/set, and SD and SH for v-dec dials. Sept 13, 2009
Appendix 7 updated with alternative proofs of SD and DL. Feb 2, 2010
Appendix 1 Geometry and trigonometry
Trigonometric functions and geometrical rules and circular measures
Tables of trig values – sin, cos, and tan
Appendix 2 Tables independent of latitude or longitude
Julian day
Declination of the sun by the day
The equation of time, generic and astronomical, and century comparisons
Sun's apparent hour angle, and standard time to hour angle
Longitude to time
Aids to locating north, compass correction and astro compass, noon transit time
Latitude, Longitude, Magnetic declination information
Appendix 3 Location dependant ~ miscellaneous dial hour line data
Hour line angles for horizontal and vertical dials latitude 30 to 60
Reflecting or ceiling dial information.
Polar and Meridian dial tables because they are not latitude dependant
Equatorial calendar line radii and sunset line distance data
Appendix 4 Location dependant ~ Tables of altitude, azimuth, and calendar data
Table for analemmatic dials – angle to hour point, and analemma
Tables for calendar lines for flat dials lat 0-65, declinations 23.5, 0, -23.5
Conversion of style linear length and linear height for several latitudes
Appendix 5 Location dependant ~ Vertical decliners, and miscellaneous useful data
Mostly south facing decliner hour line angles and SD and SH
Mostly east or west facing great decliner hour line angles
Tables for the great decliner (vertical), east/west gnomon adjustment
Appendix 6 Sunrises and sunsets ~ for some longitudes and latitudes.
Several ways of finding sunrise and sunset.
Sunrise, sunset, day-length for Italian and Babylonian etc lines - many latitudes
Appendix 7 Proofs and derivations ~ Geometric, trigonometric, and etc
Durer geometrical model for many hour angle dials
Vertical decliner hour lines, SD and SH, calendar curves, and DL
Altitude/azimuth pole determination, reflecting dials
Derivation of the planispheric astrolabe geometrically and trigonometrically
Southern hemisphere considerations,
Appendix 8 Formulae
Constants and variables
Spreadsheet formulae issues
Actual and apparent inconsistencies in the three "classic books" on sundials
Appendix 9 Templates ~ for various dial construction methods
Paper cut out dials
Paper popup dials
Appendix 10 Bibliography ~ and cross references
Books, software, other references, and sundial parts
Miscellaneous dates, Limiting hours by dial type
Trivia, Safety tips
| Illustrating Time's Shadow The Illustrating Shadows and The Illustrating More Shadows appendices are here free ~ 154 pages Illustrating Time's Shadow replaces both original books which were Illustrating Shadows and Illustrating More Shadows which are no longer available. If you have Illustrating Shadows and want its sequel Illustrating More Shadows, you can download it for free with the userid and password you got back then, or email me for a new set. Or better still, acquire Illustrating Time's Shadow. |
| Feb 2, 2010 |
book 3 chapters front cover
book 3 chapters themselves
book 3 chapters rear cover
~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
A lot more on programming more
languages in the context of
sundials
~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
book appendices with covers
also separately...
appendices front and back cover
book 3 chapters themselves
book 3 chapters rear cover
~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
A lot more on programming more
languages in the context of
sundials
~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
book appendices with covers
also separately...
appendices front and back cover
introduction a walk around the garden and a simple horizontal dial project
chapter 1 the universe and how the stars revolve
chapter 2 the solar system and how the Earth and sun interact
chapter 3 the planet Earth and its tilted axis and the seasons, solar declination
chapter 4 the evolution of the sundial
chapter 5 the equation of time or EOT, orbits and the tilted axis
chapter 6 methods of finding north
chapter 7 geometry and math for sundials
chapter 8 general interest about sundials
chapter 9 the basic hour angle dials, equatorial, armillary, and case study
chapter 10 polar dials, and case study
chapter 11 meridian dials are like polar dials in many ways
chapter 12 the horizontal dial
chapter 13 the vertical true south/north dial
chapter 14 the general model for all hour angle dials
chapter 15 the vertical recliner, common on pyramid faces and roofs
chapter 16 the vertical decliner, common on walls, facing mostly the equator or pole
chapter 17 the vertical great decliner, facing mostly east or west
chapter 18 the inclined decliner
chapter 19 cube dials
chapter 20 altitude dials
chapter 21 azimuth dials
chapter 22 dial furniture ~ calendar or declination curve
chapter 23 dial furniture ~ Italian, Babylonian, and day of length dial furniture
chapter 24 dial furniture ~ the Analemma, and the use of “DL”
chapter 25 other interesting hour angle dials, ceiling, polarized, etc
chapter 26 night time dials
chapter 27 glass, brass, and paper dials
chapter 28 buying dials, and then making them work correctly
chapter 29 programming or use of ~ 3D-CAD, vrml, and spreadsheets
chapter 30 programming or use of ~ 2D-CAD, and other languages
chapter 31 Middleton scales
chapter 32 extra thoughts and additional information
appendices the appendices for this book are printed separately, and are free on
www.illustratingshadows.com however, some key tables are in some
chapters, and an abbreviated appendix is also contained herein.
chapter 1 the universe and how the stars revolve
chapter 2 the solar system and how the Earth and sun interact
chapter 3 the planet Earth and its tilted axis and the seasons, solar declination
chapter 4 the evolution of the sundial
chapter 5 the equation of time or EOT, orbits and the tilted axis
chapter 6 methods of finding north
chapter 7 geometry and math for sundials
chapter 8 general interest about sundials
chapter 9 the basic hour angle dials, equatorial, armillary, and case study
chapter 10 polar dials, and case study
chapter 11 meridian dials are like polar dials in many ways
chapter 12 the horizontal dial
chapter 13 the vertical true south/north dial
chapter 14 the general model for all hour angle dials
chapter 15 the vertical recliner, common on pyramid faces and roofs
chapter 16 the vertical decliner, common on walls, facing mostly the equator or pole
chapter 17 the vertical great decliner, facing mostly east or west
chapter 18 the inclined decliner
chapter 19 cube dials
chapter 20 altitude dials
chapter 21 azimuth dials
chapter 22 dial furniture ~ calendar or declination curve
chapter 23 dial furniture ~ Italian, Babylonian, and day of length dial furniture
chapter 24 dial furniture ~ the Analemma, and the use of “DL”
chapter 25 other interesting hour angle dials, ceiling, polarized, etc
chapter 26 night time dials
chapter 27 glass, brass, and paper dials
chapter 28 buying dials, and then making them work correctly
chapter 29 programming or use of ~ 3D-CAD, vrml, and spreadsheets
chapter 30 programming or use of ~ 2D-CAD, and other languages
chapter 31 Middleton scales
chapter 32 extra thoughts and additional information
appendices the appendices for this book are printed separately, and are free on
www.illustratingshadows.com however, some key tables are in some
chapters, and an abbreviated appendix is also contained herein.
| Illustrating Time's Shadow ~ chapters ~ scroll down for appendix summary |
| Illustrating Time's Shadow ~ ISBN 0-9765286-8-1 plus 0-9765286-9-X ~ Lib Cong 2005900674 plus 2006930654 Merges Illustrating Shadows and Illustrating More Shadows, deletes duplicated material, and techniques that are complex and replaced by easier methods, adds new material. The book is 400 pages, the appendix 177 pages. Hands on, empirical, geometric, trigonometric, CAD, and spreadsheet dial design for small dials plus garden dials using common masonry supplies, clay, and glass, with emphasis on many calendar line techniques, and inclined decliners, while providing details on the use of DeltaCAD programming including the animation of many sheets as parameters vary. Get CD here. Case studies abound with associated problems solved, and cover the infamous inclined decliner, as well as all the other kinds of outdoor dials. You get a free CD of booklets, spreadsheets, VRML/WRL files, templates, etc with the book. The CD has all books and booklets and programs along with source code. PayPal here to buy. |
To download the appendices, no
userid or password is needed, they
are free.
userid or password is needed, they
are free.
To download the book itself, use the
userid and password you got when
you bought book 1 or 2, email me if
they are expired.
userid and password you got when
you bought book 1 or 2, email me if
they are expired.
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| Illustrating Time's Shadow ~ appendices ~ minor appendix 1 and 9 refinements Jan 18, 2010 |