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Getting Started with Processing.py [Mīkstie vāki]

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  • Formāts: Paperback / softback, 242 pages, height x width x depth: 216x139x14 mm, weight: 310 g
  • Izdošanas datums: 28-Jun-2016
  • Izdevniecība: O'Reilly Media
  • ISBN-10: 1457186837
  • ISBN-13: 9781457186837
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  • Mīkstie vāki
  • Cena: 24,39 €*
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Getting Started with Processing.pyPalielināt
  • Formāts: Paperback / softback, 242 pages, height x width x depth: 216x139x14 mm, weight: 310 g
  • Izdošanas datums: 28-Jun-2016
  • Izdevniecība: O'Reilly Media
  • ISBN-10: 1457186837
  • ISBN-13: 9781457186837
Citas grāmatas par šo tēmu:
Permanent link: https://www.kriso.lv/db/9781457186837.html
Keywords:

Processing opened up the world of programming to artists, designers, educators, and beginners. The p5.js JavaScript implementation of Processing reinterprets it for today's web. This short book gently introduces the core concepts of computer programming and working with Processing. Written by the co-founders of the Processing project, Reas and Fry, along with co-author Allison Parrish, Getting Started with Processing.py is your fast track to using Python's Processing mode.

Preface ix
1 Hello 1(6)
Sketching and Prototyping
2(1)
Flexibility
3(1)
Giants
3(2)
Family Tree
5(1)
Join In
5(2)
2 Starting to Code 7(6)
Python Mode
8(1)
Your First Program
9(1)
Example 2-1: Draw an Ellipse
9(1)
Example 2-2: Make Circles
10(1)
Show
10(1)
Save and New
11(1)
Share
11(1)
Examples and Reference
12(1)
3 Draw 13(22)
The Display Window
13(1)
Example 3-1: Draw a Window
14(1)
Example 3-2: Draw a Point
14(1)
Basic Shapes
14(6)
Example 3-3: Draw a Line
16(1)
Example 3-4: Draw Basic Shapes
16(1)
Example 3-5: Draw a Rectangle
16(1)
Example 3-6: Draw an Ellipse
17(1)
Example 3-7: Draw Part of an Ellipse
18(1)
Example 3-8: Draw with Degrees
19(1)
Drawing Order
20(1)
Example 3-9: Control Your Drawing Order
20(1)
Example 3-10: Put It in Reverse
20(1)
Shape Properties
21(1)
Example 3-11: Set Stroke Weight
21(1)
Example 3-12: Set Stroke Caps
21(1)
Example 3-13: Set Stroke Joins
22(1)
Drawing Modes
22(1)
Example 3-14: On the Corner
23(1)
Color
23(5)
Example 3-15: Paint with Grays
25(1)
Example 3-16: Control Fill and Stroke
25(1)
Example 3-17: Draw with Color
26(1)
Example 3-18: Set Transparency
27(1)
Custom Shapes
28(2)
Example 3-19: Draw an Arrow
28(1)
Example 3-20: Close the Gap
28(1)
Example 3-21: Create Some Creatures
29(1)
Comments
30(1)
Robot 1: Draw
31(4)
4 Variables 35(12)
First Variables
35(1)
Example 4-1: Reuse the Same Values
35(1)
Example 4-2: Change Values
36(1)
Making Variables
36(1)
Processing Variables
37(1)
Example 4-3: Adjust the Size, See What Follows
37(1)
A Little Math
37(2)
Example 4-4: Basic Arithmetic
38(1)
Repetition
39(6)
Example 4-5: Do the Same Thing Over and Over
39(1)
Example 4-6: Use a for Loop
40(1)
Example 4-7: Flex Your for Loop's Muscles
41(1)
Example 4-8: Fanning Out the Lines
41(1)
Example 4-9: Kinking the Lines
42(1)
Example 4-10: Embed One for Loop in Another
42(1)
Example 4-11: Rows and Columns
43(1)
Example 4-12: Pins and Lines
44(1)
Example 4-13: Halftone Dots
44(1)
Robot 2: Variables
45(2)
5 Response 47(26)
Once and Forever
47(2)
Example 5-1: The draw() Function
47(1)
Example 5-2: The setup() Function
48(1)
Example 5-3: Global Variables
49(1)
Follow
49(5)
Example 5-4: Track the Mouse
49(1)
Example 5-5: The Dot Follows You
50(1)
Example 5-6: Draw Continuously
50(1)
Example 5-7: Set Thickness on the Fly
51(1)
Example 5-8: Easing Does It
52(1)
Example 5-9: Smooth Lines with Easing
53(1)
Modifying Global Variables
54(1)
Click
55(4)
Example 5-10: Click the Mouse
56(1)
Example 5-11: Detect When Not Clicked
57(1)
Example 5-12: Multiple Mouse Buttons
58(1)
Location
59(5)
Example 5-13: Find the Cursor
60(1)
Example 5-14: The Bounds of a Circle
61(1)
Example 5-15: The Bounds of a Rectangle
62(2)
Type
64(4)
Example 5-16: Tap a Key
65(1)
Example 5-17: Draw Some Letters
65(1)
Example 5-18: Check for Specific Keys
66(1)
Example 5-19: Move with Arrow Keys
67(1)
Map
68(2)
Example 5-20: Map Values to a Range
68(1)
Example 5-21: Map with the map() Function
69(1)
Robot 3: Response
70(3)
6 Translate, Rotate, Scale 73(12)
Translate
73(2)
Example 6-1: Translating Location
74(1)
Example 6-2: Multiple Translations
74(1)
Rotate
75(5)
Example 6-3: Corner Rotation
76(1)
Example 6-4: Center Rotation
76(1)
Example 6-5: Translation, Then Rotation
77(1)
Example 6-6: Rotation, Then Translation
78(1)
Example 6-7: An Articulating Arm
79(1)
Scale
80(1)
Example 6-8: Scaling
80(1)
Example 6-9: Keeping Strokes Consistent
81(1)
Push and Pop
81(2)
Example 6-10: Isolating Transformations
82(1)
Robot 4: Translate, Rotate, Scale
83(2)
7 Media 85(14)
Images
86(5)
Example 7-1: Load an Image
86(1)
Example 7-2: Load More Images
87(1)
Example 7-3: Mousing Around with Images
88(2)
Example 7-4: Transparency with a GIF
90(1)
Example 7-5: Transparency with a PNG
90(1)
Fonts
91(3)
Example 7-6: Drawing with Fonts
92(1)
Example 7-7: Draw Text in a Box
93(1)
Example 7-8: Store Text in a String
93(1)
Shapes
94(3)
Example 7-9: Draw with Shapes
94(1)
Example 7-10: Scaling Shapes
95(1)
Example 7-11: Creating a New Shape
95(2)
Robot 5: Media
97(2)
8 Motion 99(18)
Frames
99(1)
Example 8-1: See the Frame Rate
99(1)
Example 8-2: Set the Frame Rate
100(1)
Speed and Direction
100(4)
Example 8-3: Move a Shape
101(1)
Example 8-4: Wrap Around
101(2)
Example 8-5: Bounce Off the Wall
103(1)
Tweening
104(1)
Example 8-6: Calculate Tween Positions
104(1)
Random
105(3)
Example 8-7: Generate Random Values
105(1)
Example 8-8: Draw Randomly
106(1)
Example 8-9: Move Shapes Randomly
106(2)
Timers
108(1)
Example 8-10: Time Passes
108(1)
Example 8-11: Triggering Timed Events
108(1)
Circular
109(5)
Example 8-12: Sine Wave Values
111(1)
Example 8-13: Sine Wave Movement
111(1)
Example 8-14: Circular Motion
112(1)
Example 8-15: Spirals
113(1)
Robot 6: Motion
114(3)
9 Functions 117(12)
Function Basics
118(2)
Example 9-1: Roll the Dice
118(1)
Example 9-2: Another Way to Roll
119(1)
Make a Function
120(5)
Example 9-3: Draw the Owl
120(1)
Example 9-4: Two's Company
121(1)
Example 9-5: An Owl Function
122(2)
Example 9-6: Increasing the Surplus Population
124(1)
Example 9-7: Owls of Different Sizes
124(1)
Return Values
125(2)
Example 9-8: Return a Value
126(1)
Robot 7: Functions
127(2)
10 Objects 129(12)
Fields and Methods
130(1)
Define a Class
131(4)
Create Objects
135(4)
Example 10-1: Make an Object
135(1)
Example 10-2: Make Multiple Objects
136(1)
Code in Tabs
137(2)
Robot 8: Objects
139(2)
11 Lists 141(14)
From Variables to Lists
141(3)
Example 11-1: Many Variables
141(1)
Example 11-2: Too Many Variables
142(1)
Example 11-3: Lists, Not Variables
143(1)
List Operations
144(3)
Example 11-4: Declare and Append to a List
146(1)
Example 11-5: Compact List Initialization
146(1)
Example 11-6: Revisiting the First Example
146(1)
Repetition and Lists
147(2)
Example 11-7: Filling a List in a for Loop
147(1)
Example 11-9: Track Mouse Movements
148(1)
Lists of Objects
149(3)
Example 11-10: Managing Many Objects
149(1)
Example 11-11: A New Way to Manage Objects
150(1)
Example 11-12: Sequences of Images
151(1)
Robot 9: Lists
152(3)
12 Data and Dictionaries 155(24)
Data Summary
155(1)
Dictionaries
156(6)
Example 12-1: (Keyboard) Keys as (Dictionary) Keys
157(1)
Lists of Dictionaries
158(3)
Example 12-2: The Planets
161(1)
CSV Files
162(6)
Example 12-3: Read the Data
162(1)
Getting the Right Type
163(1)
Example 12-4: Draw the Table
164(2)
Example 12-5: 29,740 Cities
166(2)
JSON
168(4)
Example 12-6: Read a JSON File
169(1)
Example 12-7: Visualize Data from a JSON File
170(2)
Network Data and APIs
172(4)
Example 12-8: Parsing the Weather Data
175(1)
Example 12-9: Chaining Square Brackets
175(1)
Robot 10: Data
176(3)
13 Extend 179(18)
Sound
180(5)
Example 13-1: Play a Sample
181(1)
Example 13-2: Listen to a Microphone
182(2)
Example 13-3: Create a Sine Wave
184(1)
Image and PDF Export
185(3)
Example 13-4: Saving Images
185(2)
Example 13-5: Draw to a PDF
187(1)
Hello, Arduino
188(9)
Example 13-6: Read a Sensor
189(2)
Example 13-7: Read Data from the Serial Port
191(1)
Example 13-8: Visualizing the Data Stream
192(1)
Example 13-9: Another Way to Look at the Data
193(4)
A Coding Tips 197(6)
B Data Types 203(2)
C Order of Operations 205(2)
D Variable Scope 207(4)
E Processing, Python, and Java 211(4)
Index 215
Allison Parrish is an artist and programmer, currently residing in Brooklyn. She has 10 years of professional programming experience, with an emphasis on programming for the Web. Ben Fry has a doctorate from the MIT Media Laboratory and was the 2006-2007 Nierenberg Chair of Design for the Carnegie Mellon School of Design. He worked with Casey Reas to develop Processing, which won a Golden Nica from the Prix Ars Electronica in 2005. Ben's work has received a New Media Fellowship from the Rockefeller Foundation, and been shown at the Museum of Modern Art, Ars Electronica, the 2002 Whitney Biennial, and the 2003 Cooper Hewitt Design Triennial. Casey Reas is a professor in the Department of Design Media Arts at UCLA and a graduate of the MIT Media Laboratory. Reas' software has been featured in numerous solo and group exhibitions at museums and galleries in the United States, Europe, and Asia. With Ben Fry, he co-founded Processing in 2001. He is the co-author of Processing: A Programming Handbook for Visual Designers and Artists (2007) and Form+Code in Design, Art, and Architecture (2010).