CSS Transform Apply 2D or 3D Transformations to an Element: Translate | Scale | Rotate | Skew.

Slides:

Advertisements

Similar presentations

Transforming graphs of functions

Advertisements

Order of function transformations

CSS level 3. History of CSS CSS level 1 – original CSS CSS level 2 CSS level 2 Revision 1 (CSS2.1) – up to CSS2.1 monolithic structure CSS level 3 – specification.

Two or more angles whose measures add up to 90 degrees 30 x.

EQ: How can you investigate transformations? Lesson 13-5b Transformations pp Vocabulary to watch out for this lesson: Transformation Translation.

Trigonometry The science of studying angle measure.

Warm up What type of transformation is shown? Write the algebraic representation. Write the coordinates of the original triangle after reflection over.

Transformations SOL 7.8. Vocabulary Horizontal Axis Horizontal Axis: x-axis Vertical Axis Vertical Axis: y-axis Origin Origin: intersection of the y-axis.

TRANSFORMATIONS OF FUNCTIONS Shifts and stretches.

WHICH TRANSFORMATIONS DO YOU KNOW? ROTATION WHICH TRANSFORMATIONS DO YOU KNOW? ROTATION.

Transformations on the Coordinate Plane: Translations and Rotations.

Transformations LESSON 26POWER UP FPAGE 169. Transformations The new image is read as “A prime, B prime, C prime”

Transformations Review M7G2: Students will demonstrate understanding of dilations, translations, rotations, and reflections of figures.

Geometric Transformations Math 9. 1.) Translations A slide! Moving the shape left or right and/or up or down. The shape can move horizontally (left/right)

Transformations of Shapes Translation by a vector Stretches Rotations around a point Reflections in the x- and y- axis Reflections in the line y = x and.

8-7 Transformation Objective: Students recognize, describe, and show transformation.

3.3. Managing the Graphical Interface by Using CSS. Managing the Graphical Interface by Using CSS.

UNIT 7: TRANSFORMATIONS Final Exam Review. TOPICS TO INCLUDE  Types of Transformations  Translations  Reflections  Rotations  Dilations  Composition.

Transformation of Functions Lesson 2.5. Operation: Subtract 2 from DV. Transformation: Vertical translation Example #1.

Representing and Combining TransformationsProjector resources Representing and Combining Transformations Projector Resources.

Measurement of Rotation

Warm up Identify the transformation ∆RST → ∆XYZ.

5.2 Understanding Angles terminal arm q initial arm standard position

Day 1: Angles In Standard Position

2.4 Transformations of Functions

Transformations to Parent Functions

Warm-Up 1. On approximately what interval is the function is decreasing. Are there any zeros? If so where? Write the equation of the line through.

Use Absolute Value Functions and Transformations

5.2/5.9 Polynomial & Linear Factors

Line and Character Attributes 2-D Transformation

Unit 1 Transformations in the Coordinate Plane

Transformations in 3 Dimensions CS /28/2018 Dr. Mark L. Hornick

A movement of a figure in a plane.

Lesson 5.3 Transforming Parabolas

Unit 1: Transformations

Transformations and Symmetry

Warm up A function is even. Point A(-3, 4) is on the even function. Name another point. A function is even. Point B(9, 2) is on the even function.

Transformation Notes 6.07.

Representing and Combining Transformations

Graph Transformations

Transformations Day 1 Notes Slideshow.

Unit 6: Transformations

2D - GEOMETRY POSITIONS ON THE GRID TRANSLATIONS REFLECTIONS ROTATIONS

Algebraic Representations of Transformations

y = x2 Translations and Transformations Summary

Lesson 5.3 Transforming Parabolas

Chapter 5 – Trigonometric Functions

Rotate Around (0,0) By 180 Stretch Scale factor ½ In x and y directions Stretch Scale factor 2 In x and y directions Reflect In line y=x Stretch Scale.

TRANSFORMATIONS Translations Reflections Rotations

Rotation: all points in the original figure rotate, or turn, an identical number of degrees around a fixed point.

1. Turn to a piece of graph paper in your module packet. 2. Make three graphs for number one. 3. In each graph draw the triangle.

4.2 – Translations of the Graphs of the Sine and Cosine Functions

Warm-up Begin at the word “A.” Every time you move, write down the word(s) upon which you land. heart dream a 1. Move to the consecutive interior angle.

Transformation Operators

Bell Ringer What is R’ ? What is S ’ ? What is T ’ ? What is V ’ ?

Properties or Rules of Transformations

Maintenance Sheet 25 Due Friday Comprehensive Test- Friday

The vertex of the parabola is at (h, k).

Choose the correct translation from pre-image to image B

Transformations to Parent Functions

Transformations to Parent Functions

Transformations Review

We will being promptly at 7 pm!!

Bell Ringer What is R’ ? What is S ’ ? What is T ’ ? What is V ’ ?

15 – Transformations of Functions Calculator Required

Milestone Review Big Ideas Note Cards.

Replacing with and (2.6.2) October 27th, 2016.

Rotations Day 120 Learning Target:

Presentation transcript:

CSS Transform Apply 2D or 3D Transformations to an Element: Translate | Scale | Rotate | Skew

Move an element relative to its current position. Also moves content. Translate Move an element relative to its current position. Also moves content.

Translate transform: translate(x); transform: translate(x, y); Move horizontally. Amount in px or %, positive or negative values Translate transform: translate(x); transform: translate(x, y); transform:translateX(x); transform:translateY(y); Move horizontally & vertically Move horizontally Move vertically

Make an element bigger or smaller. Stretches content. Scale Make an element bigger or smaller. Stretches content.

Scale transform: scale(amt); transform: scale(x, y); Change x & y dimensions by this value. Decimal representation of amount. Ex: 1.5 = 150% bigger Scale transform: scale(amt); transform: scale(x, y); transform: scaleX(amt); transform: scaleY(amt); Scale x & y by separate amounts Scale x (stretch horizontally) Scale y (stretch vertically)

Turn an element along one or more of its axes. Rotates content too. y-axis x-axis Rotate z-axis Turn an element along one or more of its axes. Rotates content too.

Rotate transform: rotate(amt); transform: rotateX(amt); Amount in degrees (ex: 10deg) Positive (clockwise) or Negative (counterclockwise) Rotate transform: rotate(amt); transform: rotateX(amt); transform: rotateY(amt); transform: rotateZ(amt); Rotate around x-axis Rotate around y-axis Rotate around z-axis

Skew an element along x or y axis or both. Skews content too. X & Y Skew an element along x or y axis or both. Skews content too.

Amount in degrees (ex: 10deg) X and y can be different amounts Skew transform: skew(x, y); transform: skewX(amt); transform: skewY(amt); Skew along x-axis Skew along y-axis