Eleven filter effects for static images-Ie7 and non-ie browsers are not supported. _ Image effects

Eleven filter effects for static images-Ie7 and non-ie browsers are not supported. Please create a new file testimage.html
Note: Eleven filter effects for static images-Ie7 and non-ie browsers are not supported.
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The content is as follows (you can modify it yourself ):

The Code is as follows:

Test image effects

Source image

Translucent Opacity: transparency at the beginning. FinishOpacity: transparency at the end. Style: 0 indicates the average transparency. 1 indicates the linear transparency. 2 indicates the circular transparency. 3 indicates the diamond transparency.

Flip left and right

Flip up/down

Grayscale

X-ray

Color swap

Luminous border Color is the luminous color code, strength is the luminous intensity, the filter width = the image width + the luminous intensity x2, the filter Height = the image height + the luminous intensity x2 + 10

Projection border Color indicates the luminous color code, and direction indicates the direction (only a multiple of 45 degrees, for example, 45, 90, 135,180,225,270,315 degrees). The filter width is equal to the width of the image + 25, and the height is equal to the height of the image + 40.

Shadow border Color indicates the luminous color code. offX indicates horizontal displacement. offY indicates vertical displacement (positive and negative). Filter width = Image Width + absolute horizontal displacement value + 10, filter Height = image height + absolute vertical displacement value + 2)

Blur border Direction indicates the Direction (only a multiple of 45 degrees, for example, 45, 90, 135,180,225,270,315 degrees), filter width = Image Width + 15, Height = image height + 30

Waveform border Freq indicates the waveform frequency (> 0), strength indicates the amplitude intensity (> 0), and lightstrength indicates the peak intensity (0 ~ 100), phase indicates the start phase (0 ~ 100), filter width = Image Width + amplitude strength x2 Filter Height = image height + amplitude intensity x2 + 10

The effect is as follows: