Mathematica has build-in zoom for 3D. but for 2D, you'd have to make your own (as far as I know). Here is very basic example:
Manipulate[ Plot[Sin[x], {x, from, to}, GridLines -> Automatic, GridLinesStyle -> LightGray], {{from, -2 Pi, "from?"}, -2 Pi, 0, .1}, {{to, 2 Pi, "to?"}, 0, 2 Pi, .1} ] For more advanced example, see how-to-zoom-and-pan-a-listlineplothow-to-zoom-and-pan-a-listlineplot and zoom-in-on-a-2d-graphzoom-in-on-a-2d-graph
Mathematica has build-in zoom for 3D. but for 2D, you'd have to make your own (as far as I know). Here is very basic example:
Manipulate[ Plot[Sin[x], {x, from, to}, GridLines -> Automatic, GridLinesStyle -> LightGray], {{from, -2 Pi, "from?"}, -2 Pi, 0, .1}, {{to, 2 Pi, "to?"}, 0, 2 Pi, .1} ] For more advanced example, see how-to-zoom-and-pan-a-listlineplot and zoom-in-on-a-2d-graph
Mathematica has build-in zoom for 3D. but for 2D, you'd have to make your own (as far as I know). Here is very basic example:
Manipulate[ Plot[Sin[x], {x, from, to}, GridLines -> Automatic, GridLinesStyle -> LightGray], {{from, -2 Pi, "from?"}, -2 Pi, 0, .1}, {{to, 2 Pi, "to?"}, 0, 2 Pi, .1} ] For more advanced example, see how-to-zoom-and-pan-a-listlineplot and zoom-in-on-a-2d-graph
Mathematica has build-in zoom for 3D. but for 2D, you'd have to make your own (as far as I know). Here is very basic example:
Manipulate[ Plot[Sin[x], {x, from, to}, GridLines -> Automatic, GridLinesStyle -> LightGray], {{from, -2 Pi, "from?"}, -2 Pi, 0, .1}, {{to, 2 Pi, "to?"}, 0, 2 Pi, .1} ] For more advanced example, see how-to-zoom-and-pan-a-listlineplot and zoom-in-on-a-2d-graph