6 - 9: Not supported 10: Supported 11: Supported Edge 12 - 101: Supported 102: Supported Firefox 2 - 4: Not supported 5 - 15: Supported 16 - 100: Supported 101: Supported 102 - 103: Supported Chrome 4 - 42: Supported 43 - 101: Supported ...
CSS property: transition-timing-function Global usage 96.69% + 0% = 96.69% IE ❌ 6 - 9: Not supported ✅ 10: Supported ✅ 11: Supported Edge ✅ 12 - 134: Supported ✅ 135: Supported Firefox ❌ 2 - 3.6: Not supported ✅ 4 - 15: Supported ✅ 16 - 136: Supported ✅...
.example{transition-timing-function:step-start;}.example-2{transition-timing-function:steps(1,start);} Thesteps()function allows you to specify intervals for the timing function. It takes one or two parameters, separated by a comma: a positive integer and an optional value of eitherstartorend....
The basics of implementing something along those lines should be straightforward in any language. A very simple PHP implementation could use themicrotime()function for timing operations, and might look something along the lines of the following. class Timers { private $timers = []; public function...
or Log in Site links Home Feature index Browser usage table Feature suggestion list Caniuse data on GitHub Legend Green ✅ = Supported Red ❌ = Not supported Greenish yellow ◐ = Partial support Gray ﹖ = Support unknown ...
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or Log in Site links Home Feature index Browser usage table Feature suggestion list Caniuse data on GitHub Legend Green ✅ = Supported Red ❌ = Not supported Greenish yellow ◐ = Partial support Gray ﹖ = Support unknown ...
or Log in Site links Home Feature index Browser usage table Feature suggestion list Caniuse data on GitHub Legend Green ✅ = Supported Red ❌ = Not supported Greenish yellow ◐ = Partial support Gray ﹖ = Support unknown ...
Firefox ❌ 2 - 44: Not supported ✅ 45 - 137: Supported ✅ 138: Supported ✅ 139 - 141: Supported Chrome ❌ 4 - 53: Not supported ✅ 54 - 135: Supported ✅ 136: Supported ✅ 137 - 139: Supported Safari ❌ 3.1 - 10.1: Not supported ✅ 11 - 18.3: Supported ✅...
The computation for the dense layer is formulated as in Equation (5), where the tanh function is used as the activation function, and W and b are the weight coefficient and bias, respectively, to produce the output y with the input x. yli+1 = tanh xli ·Wli + bli , 1 ≤ li ≤...