Would you like
to print a copy of this book to read offline? Click Here to download the printable PDF version |
|
|
ORIGAMI DIAGRAMS HOME RESOURCES
FOREWARD
INTRODUCTION
1. LOVE KNOT
2. PAPER CUP
3. DUTCH HAT
4. BIRD FLIES
5. DUSTPAN
6. PINWHEEL
7. SMALL BOX
8. ROW BOAT
9. NAVY CAP
10. PAPER BALL
11. KNIGHT'S HELMET
12. FISHING BOAT
13. OLD SCHOLAR
14. FOOTSTOOL
15. CHAIR
16. COASTER
17. POKE BONNET
18. TENT
19. EASTER BUNNY
20. STEAMBOATS
21. WINGED HAT
22. CANDY BASKET
23. LIGHTHOUSE
24. MONKEY
25. BIRD
26. PAGODA
27. CANDY BOX
28. TABLE
29. LIVING ROOM
ADD URL
PRIVACY POLICY
INTRODUCTION
The different objects in this book are arranged in such a way that the simpler and easier ones are shown in the beginning of the book, while the more elaborate ones appear in the subsequent pages.
Every step is shown by a numbered figure and should be followed in accordance with the accompanying directions. When dotted lines are shown in the figure it always means to fold the object and leave it folded, unless otherwise stated.
Folding must be accurately done so that corners and edges will meet evenly. Folds should be creased securely to make them stay in place. Usually, it is best to use the pressure of a thumb nail tip to press the fold into place.
When the directions indicate that the paper is to be folded, creased, and unfolded before proceeding to the next step, the creases which are indicated by a very fine line in the figure are intended to be used as a guide to keep the work accurate, or as a preparation for the next step.
A square of paper is used for making almost all of the folded novelties described in this book. On pages x, xi and xii are shown simple methods for making accurate squares.
1. To obtain the largest square from any sized piece of paper
![]() |
Fold on the dotted line by bringing line B on line A.
Cut on line C-C. When unfolded the square is the largest that can be obtained from this piece of paper.
2. To obtain a square of any desired size:
![]() |
Make a diagonal fold in a piece of paper that is larger in both length and width than the desired square. Fold again on dotted line.
Points A and B now A-B
![]() |
Measure and mark any desired length from point D toward A-B, and use the same length from D toward C. (Line X to X will be the length of a side of the square.)
Cut from point X to X through all folds of the paper. Unfold, and you will have a square of the desired size.
Are You Ready To Move Onto The Next Lesson? Click Here...



