"y" equals sine ( "x" )y=sin(x)Notice how the pitch of the tone regularly increases and decreases as it moves from left to right, indicating a periodic function, and the static that plays each time the line moves below the X axis. Open this graph in the calculator. "y" equals "...
xAxisLabel String '' Label placed below the x axis. yAxisLabel String '' Label placed beside the y axis. randomSeed String '' Global random seed used for generating values from the calculator's built-in random() function. See the section on random seeds below. Destructor GraphingCalculator....
These functions support both formal function notation: sine ( "x" )sin(x), and shorthand notation: sine "x"sin x. Shorthand notation is limited to cases where the provided argument is simple and unambiguous, so function notation is recommended for any computer-generated expressions. These functi...
xAxisLabel String '' Label placed below the x axis. yAxisLabel String '' Label placed beside the y axis. randomSeed String '' Global random seed used for generating values from the calculator's built-in random() function. See the section on random seeds below. Destructor GraphingCalculator....
These functions support both formal function notation: sine ( "x" )sin(x), and shorthand notation: sine "x"sin x. Shorthand notation is limited to cases where the provided argument is simple and unambiguous, so function notation is recommended for any computer-generated expressions. These functi...
xAxisLabel String '' Label placed below the x axis. yAxisLabel String '' Label placed beside the y axis. randomSeed String '' Global random seed used for generating values from the calculator's built-in random() function. See the section on random seeds below. Destructor GraphingCalculator....
"y" equals sine ( "x" )y=sin(x)Notice how the pitch of the tone regularly increases and decreases as it moves from left to right, indicating a periodic function, and the static that plays each time the line moves below the X axis. Open this graph in the calculator. "y" equals "...
"y" equals sine ( "x" )y=sin(x)Notice how the pitch of the tone regularly increases and decreases as it moves from left to right, indicating a periodic function, and the static that plays each time the line moves below the X axis. Open this graph in the calculator. "y" equals "...
calculator.setExpression({id:'graph1',latex:'y=x^2'}); Step 4:Enjoy: Seeexamples/parabola.htmlto see this example live. Preparing for production:In this example, we used the demo API keydcb31709b452b1cf9dc26972add0fda6. For production use, you shouldobtain your own API keyand supply...
Once the token has moved, your focus is placed in the expression list where you can edit the item (such as assigning it a label). When you are finished, press the same movement keyboard shortcut again, and the token (along with your keyboard focus), returns to the navigator. The ...