From 146892dffe692e4531d4c3a23f58f39aff7edf2c Mon Sep 17 00:00:00 2001 From: Tharusha Theekshana Date: Sat, 9 Sep 2023 19:14:21 +0530 Subject: [PATCH 1/4] Added Sinhala as a new language. --- .gitignore | 1 + simulator/index.html | 433 +++++++++++++-------------- simulator/locales/si.js | 613 ++++++++++++++++++++++++++++++++++++++ simulator/locales/sync.js | 30 +- 4 files changed, 839 insertions(+), 238 deletions(-) create mode 100644 .gitignore create mode 100644 simulator/locales/si.js diff --git a/.gitignore b/.gitignore new file mode 100644 index 00000000..f3d47a7a --- /dev/null +++ b/.gitignore @@ -0,0 +1 @@ +.hintrc diff --git a/simulator/index.html b/simulator/index.html index 34ee2115..2cd383b9 100644 --- a/simulator/index.html +++ b/simulator/index.html @@ -2,88 +2,88 @@ - - - - - - - - - - - + + + + + + + + + + + - Simulator - Ray Optics Simulation - - - - - - - - + Simulator - Ray Optics Simulation + + + + + + + + -
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- - + document.getElementById("welcome").innerHTML = welcome_msgs[lang]; + + - -
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- Home - · - About - · - GitHub - · - English▲ -
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+ Home · + About · + GitHub · + English▲ + -
+ +
- - - - - + + + + + - - - - - - - - - - - + + + + + + + + + + + + - - - + + + - + - - - - - - - - - - - - - + + + + + + + + + + + + + - - - - - - - - - - - - - - - - - - - - - - - - - + + + + + + + + + + + + + + + + + + + + + + + + + - + \ No newline at end of file diff --git a/simulator/locales/si.js b/simulator/locales/si.js new file mode 100644 index 00000000..0d27c5b2 --- /dev/null +++ b/simulator/locales/si.js @@ -0,0 +1,613 @@ +if (typeof locales == 'undefined') locales = {}; +locales["si"] = { + "appName": { + "incomplete": true, + "message": "Ray Optics Simulation" + }, + "appShortName": { + "incomplete": true, + "message": "Ray Optics" + }, + "appDesc": { + "message": "ද්විමාන ප්‍රකාශ(ආලෝක) දර්ශන නිර්මාණය කිරීම simulate කිරීම සඳහා free, open-source වෙබ් යෙදුමකි." + }, + "homepage_desc": { + "incomplete": true, + "message": "Create & simulate 2D geometric optical scenes interactively.
Totally free and web-based. Source code is available on GitHub." + }, + "launch_simulator": { + "incomplete": true, + "message": "Launch Simulator" + }, + "home": { + "incomplete": true, + "message": "Home" + }, + "gallery": { + "incomplete": true, + "message": "Gallery" + }, + "gallery_url": { + "message": "https://phydemo.app/ray-optics/gallery/" + }, + "welcome": { + "message": "Ray Optics Simulation වෙත සාදරයෙන් පිළිගනිමු
optical component එක් කිරීමට tool තෝරා හිස් අවකාශය මත click කරන්න.
උදාහරණ සඳහා Gallery page වෙත යන්න." + }, + "toolbar_title": { + "message": "Tool: " + }, + "toolname_laser": { + "message": "තනි කිරණ" + }, + "toolname_led": { + "message": "ආලෝක ප්‍රභවය" + }, + "toolname_radiant": { + "message": "ආලෝක ප්‍රභවය" + }, + "toolname_parallel": { + "message": "ආලෝක කදම්භය" + }, + "toolname_mirror_": { + "message": "දර්පණය" + }, + "toolname_mirror": { + "message": "දර්පණය" + }, + "toolname_arcmirror": { + "message": "දර්පණය" + }, + "toolname_parabolicmirror": { + "message": "දර්පණය" + }, + "toolname_curvedmirror": { + "message": "දර්පණය" + }, + "toolname_idealmirror": { + "message": "වක්‍ර දර්පණය" + }, + "toolname_refractor_": { + "message": "වීදුරු" + }, + "toolname_blocker_": { + "message": "බාධක" + }, + "toolname_beamsplitter": { + "message": "කදම්භ විබෙදුම" + }, + "toolname_halfplane": { + "message": "වීදුරු" + }, + "toolname_circlelens": { + "message": "වීදුරු" + }, + "toolname_refractor": { + "message": "වීදුරු" + }, + "toolname_lens": { + "message": "සාමාන්‍ය කාච" + }, + "toolname_sphericallens": { + "message": "වක්‍ර කාච" + }, + "toolname_curvedglass": { + "message": "වීදුරු" + }, + "toolname_blackline": { + "message": "රේඛීය බාධක" + }, + "toolname_blackcircle": { + "message": "වක්‍ර බාධක" + }, + "toolname_ruler": { + "message": "රූල" + }, + "toolname_protractor": { + "message": "කෝණමානය" + }, + "tool_power": { + "message": "අනාවරකය" + }, + "toolname_power": { + "message": "අනාවරකය" + }, + "toolname_text": { + "incomplete": true, + "message": "Text" + }, + "toolname_": { + "incomplete": true, + "message": "Move view" + }, + "modebar_title": { + "incomplete": true, + "message": "View:" + }, + "modename_light": { + "message": "කිරණ" + }, + "modename_extended_light": { + "message": "Extended කිරණ" + }, + "modename_images": { + "incomplete": true, + "message": "All Images" + }, + "modename_observer": { + "message": "නිරීක්ෂකයාට පෙනෙන පරිදි" + }, + "color_mode": { + "incomplete": true, + "message": "Simulate Colors" + }, + "File: ": { + "incomplete": true, + "message": "File: " + }, + "Tools: ": { + "incomplete": true, + "message": "Tools: " + }, + "tool_laser": { + "message": "තනි ආලෝක කිරණයක්" + }, + "tool_parallel": { + "message": "ආලෝක කදම්භය" + }, + "tool_radiant": { + "message": "අංශක 360" + }, + "tool_led": { + "message": "සීමිත කෝණය" + }, + "tool_radiant_": { + "message": "ආලෝක ප්‍රභවය" + }, + "tool_mirror_": { + "message": "දර්පණ" + }, + "tool_mirror": { + "message": "කොටසක්" + }, + "tool_arcmirror": { + "message": "වෘත්තාකාර චාප" + }, + "tool_parabolicmirror": { + "message": "පරාවලයික" + }, + "tool_curvedmirror": { + "message": "Custom සමීකරණ" + }, + "tool_beamsplitter": { + "message": "කදම්භ විබෙදුම" + }, + "tool_idealmirror": { + "message": "පරිපූර්ණ වක්‍ර" + }, + "tool_refractor_": { + "message": "වීදුරු" + }, + "tool_blocker_": { + "message": "බාධක" + }, + "tool_halfplane": { + "message": "අර්ධ තලයක්" + }, + "tool_circlelens": { + "message": "වෘත්ත" + }, + "tool_refractor": { + "message": "නිදහස් හැඩතල" + }, + "tool_lens": { + "message": "පරිපූර්ණ කාච" + }, + "tool_sphericallens": { + "message": "වක්‍ර කාච" + }, + "tool_curvedglass": { + "message": "Custom සමීකරණ" + }, + "tool_blackline": { + "message": "‌රේඛීය බාධක" + }, + "tool_blackcircle": { + "message": "වක්‍ර බාධක" + }, + "tool_ruler": { + "message": "රූල" + }, + "tool_protractor": { + "message": "කෝණමානය" + }, + "tool_text": { + "incomplete": true, + "message": "Text" + }, + "tool_": { + "incomplete": true, + "message": "Move view" + }, + "View: ": { + "incomplete": true, + "message": "View: " + }, + "Settings: ": { + "incomplete": true, + "message": "Settings: " + }, + "mode_light": { + "message": "කිරණ" + }, + "mode_extended_light": { + "message": "දිගුකල කිරණ" + }, + "mode_images": { + "incomplete": true, + "message": "All Images" + }, + "mode_observer": { + "message": "නිරීක්ෂකයාට පෙනෙන පරිදි" + }, + "zoom": { + "message": "Zoom" + }, + "help": { + "message": "උදව්" + }, + "rayDensity": { + "message": "කිරණ ඝණත්වය" + }, + "raydensity": { + "message": "කිරණ ඝණත්වය:" + }, + "undo": { + "incomplete": true, + "message": "Undo" + }, + "redo": { + "incomplete": true, + "message": "Redo" + }, + "reset": { + "incomplete": true, + "message": "Reset" + }, + "save": { + "incomplete": true, + "message": "Save" + }, + "get_link": { + "incomplete": true, + "message": "Get Link" + }, + "export_svg": { + "incomplete": true, + "message": "Export" + }, + "view_gallery": { + "incomplete": true, + "message": "View Gallery" + }, + "save_name": { + "incomplete": true, + "message": "name:" + }, + "save_cancel": { + "incomplete": true, + "message": "Cancel" + }, + "save_description": { + "message": "ඔබේ වැඩ share කර ගැනීමට, ඔබට Galleryවෙත දායක විය හැක." + }, + "open": { + "incomplete": true, + "message": "Open" + }, + "lockobjs": { + "incomplete": true, + "message": "Lock Objects" + }, + "showgrid": { + "incomplete": true, + "message": "Grid" + }, + "grid": { + "incomplete": true, + "message": "Snap to Grid" + }, + "snaptogrid": { + "incomplete": true, + "message": "Snap to Grid" + }, + "brightness": { + "incomplete": true, + "message": "Brightness:" + }, + "wavelength": { + "message": "තරංග ආයාමය (nm):" + }, + "dichroic": { + "incomplete": true, + "message": "Dichroic" + }, + "filter": { + "incomplete": true, + "message": "Filter" + }, + "bandwidth": { + "incomplete": true, + "message": "Bandwidth (nm):" + }, + "invert": { + "incomplete": true, + "message": "Invert" + }, + "emissionangle": { + "message": "විමෝචන කෝණය (°):" + }, + "symmetric": { + "message": "සමමිතික" + }, + "focallength": { + "message": "නාභීය දුර:" + }, + "cartesiansign": { + "incomplete": true, + "message": "Cartesian Sign Convention" + }, + "refractiveindex": { + "message": "වර්තන අංකය:" + }, + "random": { + "message": "අහඹු" + }, + "lambertian": { + "incomplete": true, + "message": "Lambertian" + }, + "fontsize": { + "incomplete": true, + "message": "Font Size (px)" + }, + "fontname": { + "incomplete": true, + "message": "Font" + }, + "fontstyle": { + "incomplete": true, + "message": "Style" + }, + "fontalignment": { + "incomplete": true, + "message": "Alignment" + }, + "smallcaps": { + "incomplete": true, + "message": "Small Caps" + }, + "angle": { + "message": "කෝණය (°)" + }, + "beam_warning": { + "message": "⚠️ අපසාරී/අහඹු කදම්භ සමඟ රූප හඳුනාගැනීම ක්‍රියා නොකරයි." + }, + "refractiveindex_note": { + "message": "(වෙනත් වීදුරුවක් ඇතුළත නම් සාපේක්ෂ)" + }, + "refractiveindex_note_popover": { + "message": "මෙම වස්තුව (නිරපේක්ෂ) වර්තන දර්ශකය n₁ සමඟ අනුකරණය කළ යුතු නමුත්, වර්තන දර්ශකය n₀ සහිත වෙනත් වීදුරුවක් තුළ තබා තිබේ නම්, ඔබ මෙහි වර්තන දර්ශකය n₁/n₀ ලෙස සැකසිය යුතුය. වීදුරු කිහිපයක් එකට අතිච්ඡාදනය වන වඩාත් සංකීර්ණ අවස්ථාවන්හිදී, අතිච්ඡාදනය වන කලාපයේ ඵලදායී පරාවර්තක දර්ශකය එක් එක් ඒවායේ පරාවර්තක දර්ශකවල ගුණිතයට සමාන වේ." + }, + "cauchycoeff": { + "message": "Cauchy සංගුණකය" + }, + "transmissionratio": { + "message": "සම්ප්‍රේෂණ අනුපාතය:" + }, + "applytoall": { + "incomplete": true, + "message": "Apply to All" + }, + "duplicate": { + "incomplete": true, + "message": "Duplicate" + }, + "delete": { + "message": "මකන්න" + }, + "showadvanced": { + "message": "Advanced options පෙන්වන්න" + }, + "processing": { + "message": "සකසමින්... නතර කිරීමට මෙතන click කරන්න." + }, + "restore": { + "message": "ඔබේ previous session එක restore කිරීමට මෙතන Click කරන්න.
⚠️ වැදගත් වෙනසක්: මෙම යෙදුම තවදුරටත් sessions ගබඩා නොකරයි. මෙම page එක close කිරීමට පෙර කරුණාකර ඔබගේ වැඩ save කරගන්න." + }, + "contribute": { + "message": "දායක වන්න" + }, + "github": { + "incomplete": true, + "message": "GitHub" + }, + "about": { + "incomplete": true, + "message": "About" + }, + "translate": { + "message": "මෙම යෙදුම පරිවර්තනය කිරීමට අපට උදවු කරන්න" + }, + "translated": { + "message": "පරිවර්තිතයි" + }, + "undo_popover": { + "message": "Undo කරන්න. (Ctrl+Z)" + }, + "redo_popover": { + "message": "Redo කරන්න. (Ctrl+Y)" + }, + "reset_popover": { + "message": "සියලු වෙනස්කම් Reset කරන්න." + }, + "save_popover": { + "incomplete": true, + "message": "Save the current scene as a file." + }, + "open_popover": { + "incomplete": true, + "message": "Open an existing file or background image. The background image will be shown from the coordinate origin. (Or drop the file)" + }, + "get_link_popover": { + "incomplete": true, + "message": "Copy and go to the direct URL for the current scene, which can be used for sharing (possibly via a URL shortener)." + }, + "get_link_warning": { + "incomplete": true, + "message": "The URL is too long that it may not work on some platforms. You may need to use \"Save\" and share the file instead." + }, + "export_svg_popover": { + "incomplete": true, + "message": "Export to SVG. Color mixtures and relative refractive indices below 1 are not supported." + }, + "view_gallery_popover": { + "incomplete": true, + "message": "උදාහරණ සදහා Galleryට යන්න." + }, + "tool_laser_popover": { + "incomplete": true, + "message": "A single ray of light defined by two points. (Drag or Click to create. The first point is the source, shooting toward the second point.)" + }, + "tool_parallel_popover": { + "incomplete": true, + "message": "A parallel or divergent (advanced option) beam of rays emerges from a line segment, with density controlled by the 'Ray density' slider. (Drag or click to create.)" + }, + "tool_radiant_popover": { + "incomplete": true, + "message": "Rays emerge from a single point, with number controlled by the 'Ray density' slider. (Click to create.)" + }, + "tool_led_popover": { + "incomplete": true, + "message": "Point source with a given emission angle." + }, + "tool_mirror_popover": { + "incomplete": true, + "message": "Simulate the reflection of light on a mirror. (Drag or click to create.)" + }, + "tool_arcmirror_popover": { + "incomplete": true, + "message": "A mirror whose shape is part of a circle, which is defined by three points. (Drag or click to create. The first 2 points define the gap between arc's edges, the last point defines the arc's size.)" + }, + "tool_parabolicmirror_popover": { + "incomplete": true, + "message": "A mirror whose shape is a parabola, which is defined by three points. (Drag or click to create.)" + }, + "tool_curvedmirror_popover": { + "incomplete": true, + "message": "A mirror whose shape is defined by a custom equation y = f(x), where (x,y) is in the transformed coordinates in which the two control points are (-1,0) and (1,0). (Drag or click to create.)" + }, + "tool_beamsplitter_popover": { + "incomplete": true, + "message": "A mirror that transmits a percentage of incoming light. (Drag or click to create.)" + }, + "tool_idealmirror_popover": { + "incomplete": true, + "message": "The idealized 'curved' mirror which obeys exactly the mirror equation (1/p + 1/q = 1/f). The focal length (in pixels) can be set directly. (Drag or click to create.)" + }, + "tool_halfplane_popover": { + "incomplete": true, + "message": "Simulate the refraction and reflection of light on a surface. (Drag or click to create.)" + }, + "tool_circlelens_popover": { + "incomplete": true, + "message": "Glass with a circle shape, defined by its center and a point on the surface. (Drag or click to create.)" + }, + "tool_refractor_popover": { + "incomplete": true, + "message": "Glass with any shapes constructed from line segments and circular arcs. (Click to create a segment, drag to create an arc, click on the starting point when finish drawing.)" + }, + "tool_lens_popover": { + "incomplete": true, + "message": "An ideal lens which obeys exactly the thin lens equation (1/p + 1/q = 1/f). The focal length (in pixels) can be set directly. (Drag or click to create.)" + }, + "tool_sphericallens_popover": { + "incomplete": true, + "message": "A spherical lens. (Click to create.)" + }, + "tool_curvedglass_popover": { + "incomplete": true, + "message": "Glass with the shape defined by a custom inequality f(x) < y < g(x), where (x,y) is in the transformed coordinates in which the two control points are (-1,0) and (1,0). (Drag or click to create.)" + }, + "tool_blackline_popover": { + "incomplete": true, + "message": "A line-segment light blocker which absorbs the incident rays. (Drag or click to create.)" + }, + "tool_blackcircle_popover": { + "incomplete": true, + "message": "A circle light blocker which absorbs the incident rays. (Drag or click to create.)" + }, + "tool_ruler_popover": { + "incomplete": true, + "message": "A ruler from a point for zero and another point. The scale is in pixels. (Drag or click to create.)" + }, + "tool_protractor_popover": { + "incomplete": true, + "message": "A protractor defined from the center and another point for the zero direction. The scale is in degrees. (Drag or click to create.)" + }, + "tool_power_popover": { + "incomplete": true, + "message": "A tool for measuring the rate of energy flow (P), the rate of perpendicular momentum flow (F⊥), and the rate of parallel momentum flow (F∥) through a line segment. (Drag or click to create the line segment.) The units are arbitrary." + }, + "tool_text_popover": { + "incomplete": true, + "message": "A text label." + }, + "tool__popover": { + "incomplete": true, + "message": "Drag to move the view. (Mouse right button drag has the same function.)" + }, + "mode_light_popover": { + "incomplete": true, + "message": "Show the rays. When the 'Ray density' is high, they appear to be continuous." + }, + "mode_extended_light_popover": { + "incomplete": true, + "message": "Show both the rays and its extension. Orange indicates backward extensions, and gray indicates forward ones.
When 'Simulate Colors' is on, they are shown in source colors and distinguished by dashing instead." + }, + "mode_images_popover": { + "incomplete": true, + "message": "Show the position of all images. Yellow points indicate real images, orange indicates virtual images, and gray (none in this picture) indicates virtual objects. Note that some images cannot be detected if 'Ray density' is not high enough.
When 'Simulate Colors' is on, they are shown in source colors and distinguished by dot sizes instead." + }, + "mode_observer_popover": { + "incomplete": true, + "message": "Simulate the rays and images seen from some position. The blue circle is the observer. Any rays crossing it are considered to be 'observed'. The observer does not know where the rays actually begin, but may think they begin at some point(s) if they intersect there. The rays are shown in blue, and the points in yellow (real) or orange (virtual). (Drag the big blue dot to move the observer.)
When 'Simulate Colors' is on, they are shown in source colors instead." + }, + "color_mode_popover": { + "incomplete": true, + "message": "Simulate colors (wavelengths) of light sources, mixture of colors, color filtering of blockers and mirrors, and chromatic dispersion of glasses. You can set those parameters for those objects when selected. To simulate color spectra, overlap rays with different wavelengths. The colors shown on the screen are only rough approximations, and can be very inaccurate when 'Ray density' is too high or too low." + }, + "rayDensity_popover": { + "incomplete": true, + "message": "Decides how dense should the lights be simulated. The number is in log scale." + }, + "showgrid_popover": { + "incomplete": true, + "message": "Defines the visibility of the background grid." + }, + "grid_popover": { + "incomplete": true, + "message": "Defines whether to snap to grid." + }, + "lockobjs_popover": { + "incomplete": true, + "message": "Defines whether the objects can be moved or not." + }, + "zoom_popover": { + "incomplete": true, + "message": "Zoom the view with percentage." + }, + "help_popover": { + "incomplete": true, + "message": "
Help popups

Click this button to toggle help popups for other buttons.

Constrained dragging

When dragging an object, hold Shift to limit to horizontal/vertical; hold Ctrl to clone. When creating a line-shaped object or dragging its endpoints, hold Shift to lock the angle or snap to 0°, 45°, 90°; hold Ctrl to rotate/scale about its center.

Group, rotate, and scale objects

Hold Ctrl, click several control points (e.g. endpoints), then click empty space to group these points and create a handle. Drag the handle (or press arrow keys) to move the group; Shift+drag to limit to horizontal/vertical; Ctrl+drag to rotate, Ctrl+Shift+drag to scale. Drag the \"+\" to set rotation/scaling center. Click the handle and press Ctrl+D to duplicate the group; press Delete to ungroup.

Edit coordinates directly

Double-click or right-click the control point (e.g. endpoint) of the object, edit the (x,y) coordinates in pixels, then press Enter.

Keyboard shortcuts

When an object is selected (by clicking it), press arrow keys to move; Ctrl+D to duplicate; Delete key to delete.

" + } +} \ No newline at end of file diff --git a/simulator/locales/sync.js b/simulator/locales/sync.js index 8e7dddb2..211389ba 100644 --- a/simulator/locales/sync.js +++ b/simulator/locales/sync.js @@ -1,27 +1,27 @@ // Run this script with node.js whenever some new items are added into en.js -locale_name = ['en', 'zh-TW', 'zh-CN', 'ru', 'nl', 'fr', 'de', 'pl', 'ja', 'LOCALE_ID']; -locale_files = ['en.js', 'zh_TW.js', 'zh_CN.js', 'ru.js', 'nl.js', 'fr.js', 'de.js', 'pl.js', 'ja.js', 'template.js']; +locale_name = ['en', 'zh-TW', 'zh-CN', 'ru', 'nl', 'fr', 'de', 'pl', 'ja', 'si', 'LOCALE_ID']; +locale_files = ['en.js', 'zh_TW.js', 'zh_CN.js', 'ru.js', 'nl.js', 'fr.js', 'de.js', 'pl.js', 'ja.js', 'si.js', 'template.js']; fs = require('fs'); var locales = {}; for (var i in locale_name) { - eval(fs.readFileSync(locale_files[i]).toString()); + eval(fs.readFileSync(locale_files[i]).toString()); } var locales_new = {}; for (var i in locale_name) { - var locale = {}; - for (var key in locales['en']) { - if (locales[locale_name[i]][key]) { - locale[key] = locales[locale_name[i]][key]; - } else { - locale[key] = {incomplete: true, message: locales['en'][key].message}; + var locale = {}; + for (var key in locales['en']) { + if (locales[locale_name[i]][key]) { + locale[key] = locales[locale_name[i]][key]; + } else { + locale[key] = { incomplete: true, message: locales['en'][key].message }; + } } - } - fs.writeFileSync(locale_files[i], - "if (typeof locales == 'undefined') locales = {};\n" + - "locales[\"" + locale_name[i] + "\"] = " + - JSON.stringify(locale, null, 2)); -} + fs.writeFileSync(locale_files[i], + "if (typeof locales == 'undefined') locales = {};\n" + + "locales[\"" + locale_name[i] + "\"] = " + + JSON.stringify(locale, null, 2)); +} \ No newline at end of file From 584549783a3ae77b4f6a029e428fb65433d1aef6 Mon Sep 17 00:00:00 2001 From: Tharusha Theekshana Date: Sat, 9 Sep 2023 19:48:16 +0530 Subject: [PATCH 2/4] Translated more text. --- simulator/locales/si.js | 19 ++++++------------- 1 file changed, 6 insertions(+), 13 deletions(-) diff --git a/simulator/locales/si.js b/simulator/locales/si.js index 0d27c5b2..5e2ff425 100644 --- a/simulator/locales/si.js +++ b/simulator/locales/si.js @@ -471,32 +471,25 @@ locales["si"] = { "message": "Export to SVG. Color mixtures and relative refractive indices below 1 are not supported." }, "view_gallery_popover": { - "incomplete": true, "message": "උදාහරණ සදහා Galleryට යන්න." }, "tool_laser_popover": { - "incomplete": true, - "message": "A single ray of light defined by two points. (Drag or Click to create. The first point is the source, shooting toward the second point.)" + "message": "ලක්ෂ්‍යය දෙකකින් අර්ථ දක්වා ඇති තනි ආලෝක කිරණකි. (නිර්මාණය කිරීමට drag හෝ click කරන්න. පළමු ලක්ෂ්‍යය ප්‍රභවය ද, දෙවන ලක්ෂ්‍යය කිරණයේ දිශාව ද වේ.)" }, "tool_parallel_popover": { - "incomplete": true, - "message": "A parallel or divergent (advanced option) beam of rays emerges from a line segment, with density controlled by the 'Ray density' slider. (Drag or click to create.)" + "message": "රේඛීය සමාන්තර හෝ අපසාරී (advanced option) කිරණ කදම්භයක් මතු වන අතර 'කිරණ ඝනත්වය' slider මගින් ඝනත්වය පාලනය කරයි. (නිර්මාණය කිරීමට drag හෝ click කරන්න.)" }, "tool_radiant_popover": { - "incomplete": true, - "message": "Rays emerge from a single point, with number controlled by the 'Ray density' slider. (Click to create.)" + "message": "එක් ලක්ෂ්‍යයකින් කිරණ මතු වේ.'කිරණ ඝනත්වය' slider මඟින් සංඛ්‍යාව පාලනය වේ.(නිර්මාණය කිරීමට click කරන්න.)" }, "tool_led_popover": { - "incomplete": true, - "message": "Point source with a given emission angle." + "message": "දී ඇති විමෝචන කෝණයක් සහිත ලක්ෂ්‍යය ප්‍රභවක්." }, "tool_mirror_popover": { - "incomplete": true, - "message": "Simulate the reflection of light on a mirror. (Drag or click to create.)" + "message": "දර්පණයක් මත ආලෝකයේ පරාවර්තනය අනුකරණය (simulate) කරන්න. (නිර්මාණය කිරීමට drag හෝ click කරන්න.)" }, "tool_arcmirror_popover": { - "incomplete": true, - "message": "A mirror whose shape is part of a circle, which is defined by three points. (Drag or click to create. The first 2 points define the gap between arc's edges, the last point defines the arc's size.)" + "message": "ලක්ෂ්‍ය තුනකින් අර්ථ දක්වා ඇති රවුමක කොටසක් වන දර්පණයක්. (නිර්මාණය කිරීමට drag හෝ click කරන්න. පළමු ලක්ෂ්‍යය 2 චාපයේ දාර අතර පරතරය නිරූපණය කරයි, අවසාන ලක්ෂ්‍යය චාපයේ විශාලත්වය නිරූපණය කරයි.)" }, "tool_parabolicmirror_popover": { "incomplete": true, From 73652e8bb7226e6945f1b5e74a427a4919d87dad Mon Sep 17 00:00:00 2001 From: Tharusha Theekshana Date: Sat, 9 Sep 2023 20:50:47 +0530 Subject: [PATCH 3/4] Added sinhala index.html --- cn/index.html | 725 ++++++++++++++++++++------------------- de/index.html | 729 ++++++++++++++++++++------------------- fr/index.html | 679 ++++++++++++++++++------------------ index.html | 741 ++++++++++++++++++++-------------------- jp/index.html | 725 ++++++++++++++++++++------------------- nl/index.html | 688 +++++++++++++++++++------------------ pl/index.html | 729 ++++++++++++++++++++------------------- ru/index.html | 688 +++++++++++++++++++------------------ si/Derana.ttf | Bin 0 -> 81040 bytes si/index.html | 462 +++++++++++++++++++++++++ simulator/locales/si.js | 3 +- tw/index.html | 729 ++++++++++++++++++++------------------- 12 files changed, 3727 insertions(+), 3171 deletions(-) create mode 100644 si/Derana.ttf create mode 100644 si/index.html diff --git a/cn/index.html b/cn/index.html index e118f306..c527c5aa 100644 --- a/cn/index.html +++ b/cn/index.html @@ -1,389 +1,400 @@ - - - - - 射线光学模拟 - PhyDemo (原 ricktu288) - - - - - - - - - - - - - - - - - - - + + + + + 射线光学模拟 - PhyDemo (原 ricktu288) + + + + + + + + + + + + + + + + + + + + + -
+
- - - 射线光学模拟 - -
+ + 射线光学模拟 + +
- + 首页 作品集 关于 - + Star -
- -
-
-
-

射线光学模拟

-

建立二维几何光学场景，并实时模拟光线行为。
完全免费，免下载，源代码公开于 GitHub。

-

- 启动程序 -

-
-
- - -
-
- 3.svg -
-
- 1.jpg -
-
- 5.svg -
-
- 6.png -
-
- 4.svg -
- - - - Previous - - - - Next - -
+
+
+

射线光学模拟

+

建立二维几何光学场景，并实时模拟光线行为。
完全免费，免下载，源代码公开于 GitHub。

+

+ 启动程序 +

+
+
+ -
- - + + - - + + - + + \ No newline at end of file diff --git a/de/index.html b/de/index.html index 87c68b50..ae969d72 100644 --- a/de/index.html +++ b/de/index.html @@ -1,390 +1,401 @@ - + - - - - - Strahlenoptik-Simulation - PhyDemo - - - - - - - - - - - - - - - - - - - + + + + + Strahlenoptik-Simulation - PhyDemo + + + + + + + + + + + + + + + + + + + + + -
+
- - - Strahlenoptik-Simulation - -
+ + Strahlenoptik-Simulation + +
- + Home Gallerie Über - + Star -
- -
-
-
-

Strahlenoptik-Simulation

-

Erstellen und simulieren Sie 2D geometrische optische Szenen interaktiv.
Völlig kostenlos und webbasiert. Der Quellcode ist auf GitHub verfügbar.

-

- Simulator starten -

-
-
- - -
-
- 1.jpg -
-
- 4.svg -
-
- 3.svg -
-
- ../img/5.svg -
-
- ../img/6.png -
+
+
+

Strahlenoptik-Simulation

+

Erstellen und simulieren Sie 2D geometrische optische Szenen interaktiv.
Völlig kostenlos und webbasiert. Der Quellcode ist auf GitHub verfügbar.

+

+ Simulator starten +

+
+
+ - -
-
-
-

Werkzeuge

-
- ray -
-

Einzelstrahl

- Ein einzelner Lichtstrahl, der durch zwei Punkte definiert ist. -
-
-
- Beam -
-

Bündel

- Ein paralleles Lichtbündel strahlt aus einem Segment aus, wobei die Dichte durch den Slider "Strahl-Anzahldichte" eingestellt wird. -
-
-
- Point Source -
-

Punktquelle

- Strahlen entspringen aus einem einzigen Punkt, wobei die Zahl durch den Schieberegler "Strahl-Anzahldichte" eingestellt wird. -
-
-
- Mirror -
-

Spiegel

- Simulieren Sie die Reflexion von Licht auf einem Spiegel. -
-
-
- Mirror (Curved) -
-

Spiegel (gebogen)

- Ein Spiegel, dessen Form gebogen ist. Es kann kreisförmig, parabolisch oder durch eine benutzerdefinierte Gleichung y = f(x) definiert sein. -
-
-
- Ideal curved mirror -
-

Ideal gebogener Spiegel

- Der idealisierte "gekrümmte" Spiegel, der die Spiegelgleichung (1/p + 1/q = 1/f) erfüllt. Die Brennweite (in Pixel) kann direkt eingestellt werden. -
-
-
- Beam Splitter -
-

Strahlteiler

- Ein Spiegel, der einen Teil der Lichteinstrahlung durchlässt. -
-
-
- Glass -
-

Glas

- Simulieren Sie die Brechung und Reflexion von Licht an einer Oberfläche. -
-
-
- Glass (Other shapes) -
-

Glas (andere Formen)

- Glas mit beliebigen Formen, die aus Segmenten und Kreisbögen bestehen, oder Formen, die durch eine benutzerdefinierte Ungleichung f(x) < y < g(x) definiert sind. -
-
-
- Glass (Ideal lens) -
-

Glas (Ideale Linse)

- Eine ideale Linse, die die Linsengleichung (1/p + 1/q = 1/f) erfüllt. Die Brennweite (in Pixel) kann direkt eingestellt werden. -
-
-
- Blocker -
-

Absorber

- Ein linienförmiger Absorber, der die einfallenden Strahlen absorbiert. -
-
-
- Ruler -
-

Lineal

- Ein Lineal von einem Nullpunkt bis zu einem anderen Punkt. Die Skala ist in Pixeln angegeben. -
-
-
- Protractor -
-

Winkelmesser

- Ein Winkelmesser, der vom Zentrum und einem anderen Punkt für die Nullrichtung definiert ist. Die Skala ist in Grad. -
-
-
- Detector -
-

Detektor

- Ein Messwerkzeug für Energieflussrate (P), der Rate des senkrechten Impulsflusses (F∩) und der Rate des parallelen Impulsflusses (F∥) durch ein Segment. Die Einheiten sind willkürlich. -
-
-
-
-
-
-

Ansicht

-
-
-

Strahlen

- In dieser Ansicht werden die Lichtstrahlen angezeigt. Wenn die "Strahl-Anzahldichte" hoch ist, scheinen sie kontinuierlich zu sein. -
-
-
- High density -
-
- Low density -
-
-
-
-
-

Virtuelle Strahlen

- In dieser Ansicht werden die Lichtstrahlen als auch ihre Verlängerungen angezeigt. Orange bezeichnet die Rückwärtsverlängerung, während Grau vorwärts deutet. -
-
-
- Extended rays -
-
-
-
-
-

Alle Abbildungen

- In dieser Annsicht wird die Position aller Bilder angezeigt. Gelb bedeutet echte Bilder, Orange bedeutet virtuelle Bilder und Grau (nicht in diesem Bild dargestellt) steht für ein virtuelles Objekt. Beachten Sie, dass einige Bilder nicht erkannt werden können, wenn die "Strahl-Anzahldichte" nicht hoch genug ist. -
-
-
- All images + +
+
+ 1.jpg +
+
+ 4.svg +
+
+ 3.svg +
+
+ ../img/5.svg +
+
+ ../img/6.png +
-
+ + + + + Previous + + + + Next +
-
-
-

Beobachterperspektive

- In dieser Ansicht werden die Strahlen und Bilder von der Beobachterperspektive angezeigt. Der blaue Punkt ist der Beobachter. Alle Strahlen, die ihn kreuzen, gelten als \"wird beobachtet\". Der Beobachter weiß nicht, wo die Strahlen tatsächlich beginnen, 'denkt' aber, dass sie an einem Punkt beginnen, an dem sie sich schneiden. Die Strahlen sind blau und die Punkte gelb (real) oder orange (virtuell) dargestellt. -
-
-
- Seen by obeserver + +
+
+
+

Werkzeuge

+
+ ray +
+

Einzelstrahl

+ Ein einzelner Lichtstrahl, der durch zwei Punkte definiert ist. +
+
+
+ Beam +
+

Bündel

+ Ein paralleles Lichtbündel strahlt aus einem Segment aus, wobei die Dichte durch den Slider "Strahl-Anzahldichte" eingestellt wird. +
+
+
+ Point Source +
+

Punktquelle

+ Strahlen entspringen aus einem einzigen Punkt, wobei die Zahl durch den Schieberegler "Strahl-Anzahldichte" eingestellt wird. +
+
+
+ Mirror +
+

Spiegel

+ Simulieren Sie die Reflexion von Licht auf einem Spiegel. +
+
+
+ Mirror (Curved) +
+

Spiegel (gebogen)

+ Ein Spiegel, dessen Form gebogen ist. Es kann kreisförmig, parabolisch oder durch eine benutzerdefinierte Gleichung y = f(x) definiert sein. +
+
+
+ Ideal curved mirror +
+

Ideal gebogener Spiegel

+ Der idealisierte "gekrümmte" Spiegel, der die Spiegelgleichung (1/p + 1/q = 1/f) erfüllt. Die Brennweite (in Pixel) kann direkt eingestellt werden. +
+
+
+ Beam Splitter +
+

Strahlteiler

+ Ein Spiegel, der einen Teil der Lichteinstrahlung durchlässt. +
+
+
+ Glass +
+

Glas

+ Simulieren Sie die Brechung und Reflexion von Licht an einer Oberfläche. +
+
+
+ Glass (Other shapes) +
+

Glas (andere Formen)

+ Glas mit beliebigen Formen, die aus Segmenten und Kreisbögen bestehen, oder Formen, die durch eine benutzerdefinierte Ungleichung f(x) < y < g(x) definiert sind. +
+
+
+ Glass (Ideal lens) +
+

Glas (Ideale Linse)

+ Eine ideale Linse, die die Linsengleichung (1/p + 1/q = 1/f) erfüllt. Die Brennweite (in Pixel) kann direkt eingestellt werden. +
+
+
+ Blocker +
+

Absorber

+ Ein linienförmiger Absorber, der die einfallenden Strahlen absorbiert. +
+
+
+ Ruler +
+

Lineal

+ Ein Lineal von einem Nullpunkt bis zu einem anderen Punkt. Die Skala ist in Pixeln angegeben. +
+
+
+ Protractor +
+

Winkelmesser

+ Ein Winkelmesser, der vom Zentrum und einem anderen Punkt für die Nullrichtung definiert ist. Die Skala ist in Grad. +
+
+
+ Detector +
+

Detektor

+ Ein Messwerkzeug für Energieflussrate (P), der Rate des senkrechten Impulsflusses (F∩) und der Rate des parallelen Impulsflusses (F∥) durch ein Segment. Die Einheiten sind willkürlich. +
+
+
-
-
-
-
-

Farbe simulieren

- +
+
+

Ansicht

+
+
+

Strahlen

+ In dieser Ansicht werden die Lichtstrahlen angezeigt. Wenn die "Strahl-Anzahldichte" hoch ist, scheinen sie kontinuierlich zu sein. +
+
+
+ High density +
+
+ Low density +
+
+
+
+
+

Virtuelle Strahlen

+ In dieser Ansicht werden die Lichtstrahlen als auch ihre Verlängerungen angezeigt. Orange bezeichnet die Rückwärtsverlängerung, während Grau vorwärts deutet. +
+
+
+ Extended rays +
+
+
+
+
+

Alle Abbildungen

+ In dieser Annsicht wird die Position aller Bilder angezeigt. Gelb bedeutet echte Bilder, Orange bedeutet virtuelle Bilder und Grau (nicht in diesem Bild dargestellt) steht für ein virtuelles Objekt. Beachten Sie, dass einige Bilder nicht erkannt werden können, wenn die "Strahl-Anzahldichte" nicht hoch genug ist. +
+
+
+ All images +
+
+
+
+
+

Beobachterperspektive

+ In dieser Ansicht werden die Strahlen und Bilder von der Beobachterperspektive angezeigt. Der blaue Punkt ist der Beobachter. Alle Strahlen, die ihn kreuzen, gelten als \"wird beobachtet\". Der Beobachter weiß nicht, wo die Strahlen tatsächlich beginnen, 'denkt' aber, dass sie an einem Punkt beginnen, an dem sie sich schneiden. Die Strahlen sind blau und die Punkte gelb (real) oder orange (virtuell) dargestellt. +
+
+
+ Seen by obeserver +
+
+
+
+
+

Farbe simulieren

+ In diesem Modus werden die Farben (Wellenlängen) von Lichtquellen, Farbmischung und chromatische Dispersion von Gläsern ebenfalls mitsimuliert. -
-
-
- Simulate Colors +
+
+
+ Simulate Colors +
+
+
+
-
-
-
-
-
-
-
- - - - + + + + - + + \ No newline at end of file diff --git a/fr/index.html b/fr/index.html index a9dd951e..52cff0c4 100644 --- a/fr/index.html +++ b/fr/index.html @@ -1,363 +1,374 @@ - + - - - - - Simulateur de rayon optique - - - - - - - - - - - - - - - - - - - + + + + + Simulateur de rayon optique + + + + + + + + + + + + + + + + + + + + + -
+
- - - Simulateur de rayon optique - -
+ + Simulateur de rayon optique + +
- + Home Gallery About - + Star -
- -
-
-
-

Simulateur de rayon optique

-

Une application web open-source pour simuler la reflexion et refraction de la lumière.
Ecrit en HTML, CSS et JavaScript.

-

- Lancer l'application -

-
-
- - -
-
- 1.jpg -
-
- 4.svg -
-
- 3.svg -
-
- ../img/5.svg -
-
- ../img/6.png -
+
+
+

Simulateur de rayon optique

+

Une application web open-source pour simuler la reflexion et refraction de la lumière.
Ecrit en HTML, CSS et JavaScript.

+

+ Lancer l'application +

+
+
+ - -
-
-
-

Outils

-
- ray -
-

Rayon

- Un rayon de lumière unique définit par deux points. -
-
-
- Beam -
-

Faisceau

- Un faisceau de rayons parallèle émergeant d'un segment, avec une densité controlée par le curseur 'Densité de rayons'. -
-
-
- Point Source -
-

Source de lumière

- Rayons émergeant d'un point unique, avec un nombre de rayons controlé par le curseur 'Densité de rayons'. -
-
-
- Mirror -
-

Miroir

- Simule la reflexion de la lumière sur un miroir. -
-
-
- Mirror (Curved) -
-

Miroir (Arc)

- Un miroir dont la forme est un arc circulaire, qui est définit par trois points. -
-
-
- Ideal curved mirror -
-

Miroir parfaitement courbé

- Un miroir 'courbé' qui obéit exactement à l'équation (1/p + 1/q = 1/f). La distance focale (en centimètre) peut être défini directement. (Glisser ou cliquer pour le créer.) -
-
-
- Glass -
-

Verre

- Simule la réfraction et la reflexion de la lumière sur une surface. L'intensité est calculée en l'assumant non-polarisée. (Glisser ou cliquer pour le créer.) -
-
-
- Glass (Other shapes) -
-

Verre (Autres formes)

- Verre avec une forme quelconque construite avec des segments et des arcs circulaires, prismes et lentilles spherique inclus. -
-
-
- Glass (Ideal lens) -
-

Verre (Lentille idéale)

- Une lentille obéissant exactement à l'équation de lentille (1/p' + 1/p = 1/f'). La distance focale (en pixels) peut être défini directement. -
-
-
- Blocker -
-

Diaphragme

- Un segment absorbant les rayons incidents. -
-
-
- Ruler -
-

Règle

- Une règle de zéro à un autre point. L'échelle est en pixels. -
-
-
- Protractor -
-

Rapporteur

- Un rapporteur défini par le centre et un autre point pour la direction zero. L'echelle est en degrès. -
-
-
-
-
-
-

Vues

-
-
-

Rayons

- Montre les rayons. Quand la 'Densité de rayons' est élevée, elles paraissent continues. -
-
-
- High density -
-
- Low density + +
+
+ 1.jpg +
+
+ 4.svg +
+
+ 3.svg +
+
+ ../img/5.svg +
+
+ ../img/6.png +
-
-
-
-
-

Rayons étendus

- Montre les rayons et leur extensions. Le orange indique les extensions de derrière, le gris les extensions de devant. -
-
-
- Extended rays -
-
+ + + + + Previous + + + + Next +
-
-
-

Toutes images

- Montre la position de toutes les images. Les points jaunes indiquent les images réelles, l'orange indique les images virtuelles et le gris (absent sur l'image) indique les objets virtuels. Notons que certaines images ne peuvent pas être detectées si la 'Densité de rayon' n'est pas suffisament grande. -
-
-
- All images + +
+
+
+

Outils

+
+ ray +
+

Rayon

+ Un rayon de lumière unique définit par deux points. +
+
+
+ Beam +
+

Faisceau

+ Un faisceau de rayons parallèle émergeant d'un segment, avec une densité controlée par le curseur 'Densité de rayons'. +
+
+
+ Point Source +
+

Source de lumière

+ Rayons émergeant d'un point unique, avec un nombre de rayons controlé par le curseur 'Densité de rayons'. +
+
+
+ Mirror +
+

Miroir

+ Simule la reflexion de la lumière sur un miroir. +
+
+
+ Mirror (Curved) +
+

Miroir (Arc)

+ Un miroir dont la forme est un arc circulaire, qui est définit par trois points. +
+
+
+ Ideal curved mirror +
+

Miroir parfaitement courbé

+ Un miroir 'courbé' qui obéit exactement à l'équation (1/p + 1/q = 1/f). La distance focale (en centimètre) peut être défini directement. (Glisser ou cliquer pour le créer.) +
+
+
+ Glass +
+

Verre

+ Simule la réfraction et la reflexion de la lumière sur une surface. L'intensité est calculée en l'assumant non-polarisée. (Glisser ou cliquer pour le créer.) +
+
+
+ Glass (Other shapes) +
+

Verre (Autres formes)

+ Verre avec une forme quelconque construite avec des segments et des arcs circulaires, prismes et lentilles spherique inclus. +
+
+
+ Glass (Ideal lens) +
+

Verre (Lentille idéale)

+ Une lentille obéissant exactement à l'équation de lentille (1/p' + 1/p = 1/f'). La distance focale (en pixels) peut être défini directement. +
+
+
+ Blocker +
+

Diaphragme

+ Un segment absorbant les rayons incidents. +
+
+
+ Ruler +
+

Règle

+ Une règle de zéro à un autre point. L'échelle est en pixels. +
+
+
+ Protractor +
+

Rapporteur

+ Un rapporteur défini par le centre et un autre point pour la direction zero. L'echelle est en degrès. +
+
+
-
-
-
-
-

Vu par un observateur

- Simule les rayons et images vus depuis une certaine position. Le cercle bleu est l'observateur. N'importe quel rayon traversant ce cercle est consideré comme 'observé'. L'observateur ne sait pas exactement où le rayon commence réellement, mais pensera qu'il commence à un certain point s'ils se croisent ici. Les rayons sont montrés en bleu, et les points en orange. -
-
-
- Seen by obeserver +
+
+

Vues

+
+
+

Rayons

+ Montre les rayons. Quand la 'Densité de rayons' est élevée, elles paraissent continues. +
+
+
+ High density +
+
+ Low density +
+
+
+
+
+

Rayons étendus

+ Montre les rayons et leur extensions. Le orange indique les extensions de derrière, le gris les extensions de devant. +
+
+
+ Extended rays +
+
+
+
+
+

Toutes images

+ Montre la position de toutes les images. Les points jaunes indiquent les images réelles, l'orange indique les images virtuelles et le gris (absent sur l'image) indique les objets virtuels. Notons que certaines images ne peuvent pas être detectées si la 'Densité de rayon' n'est pas suffisament grande. +
+
+
+ All images +
+
+
+
+
+

Vu par un observateur

+ Simule les rayons et images vus depuis une certaine position. Le cercle bleu est l'observateur. N'importe quel rayon traversant ce cercle est consideré comme 'observé'. L'observateur ne sait pas exactement où le rayon commence réellement, mais pensera qu'il commence à un certain point s'ils se croisent ici. Les rayons sont montrés en bleu, et les points en orange. +
+
+
+ Seen by obeserver +
+
+
+
-
-
-
-
-
-
-
- - - - + + + + - + + \ No newline at end of file diff --git a/index.html b/index.html index e5e608fa..b8bdc84b 100644 --- a/index.html +++ b/index.html @@ -1,390 +1,397 @@ - + - - - - - Ray Optics Simulation - PhyDemo (formerly ricktu288) - - - - - - - - - - - - - - - - - - - + + + + + Ray Optics Simulation - PhyDemo (formerly ricktu288) + + + + + + + + + + + + + + + + + + + + + -
+
- - - Ray Optics Simulation - -
+ + Ray Optics Simulation + +
- + Home Gallery About - + Star -
+
-
-
-
-

Ray Optics Simulation

-

- Create & simulate 2D geometric optical scenes interactively.
- Totally free and web-based. Source code is available on GitHub. -

-

- Launch Simulator - -

+
+
+
+

Ray Optics Simulation

+

+ Create & simulate 2D geometric optical scenes interactively.
Totally free and web-based. Source code is available on GitHub. +

+

+ Launch Simulator + +

-
-
- -
-
-
-

Tools

-
- ray -
-

Ray

- +
+
+
+

Tools

+
+ ray +
+

Ray

+ A single ray of light defined by two points. -
-
-
- Beam -
-

Beam

- +
+
+
+ Beam +
+

Beam

+ A parallel beam of rays emerges from a line segment, with density controlled by the "Ray density" slider. -
-
-
- Point Source -
-

Point Source

- +
+
+
+ Point Source +
+

Point Source

+ Rays emerge from a single point, with number controlled by the "Ray density" slider. -
-
-
- Mirror -
-

Mirror

- +
+
+
+ Mirror +
+

Mirror

+ Simulate the reflection of light on a mirror. -
-
-
- Mirror (Curved) -
-

Mirror (Curved)

- +
+
+
+ Mirror (Curved) +
+

Mirror (Curved)

+ A mirror whose shape is curved. Can be circular, parabolic, or defined by a custom equation y = f(x). -
-
-
- Ideal curved mirror -
-

Ideal curved mirror

- +
+
+
+ Ideal curved mirror +
+

Ideal curved mirror

+ The idealized "curved" mirror which obeys exactly the mirror equation (1/p + 1/q = 1/f). The focal length (in pixels) can be set directly. -
-
-
- Beam Splitter -
-

Beam Splitter

- +
+
+
+ Beam Splitter +
+

Beam Splitter

+ A mirror that transmits a percentage of incoming light. -
-
-
- Glass -
-

Glass

- +
+
+
+ Glass +
+

Glass

+ Simulate the refraction and reflection of light on a surface. -
-
-
- Glass (Other shapes) -
-

Glass (Other shapes)

- +
+
+
+ Glass (Other shapes) +
+

Glass (Other shapes)

+ Glass with any shapes constructed from line segments and circular arcs, or shapes defined by a custom inequality f(x) < y < g(x). -
-
-
- Glass (Ideal lens) -
-

Glass (Ideal lens)

- +
+
+
+ Glass (Ideal lens) +
+

Glass (Ideal lens)

+ An ideal lens that obeys exactly the thin lens equation (1/p + 1/q = 1/f). The focal length (in pixels) can be set directly. -
-
-
- Blocker -
-

Blocker

- +
+
+
+ Blocker +
+

Blocker

+ A line-segment light blocker that absorbes the incident rays. -
-
-
- Ruler -
-

Ruler

- +
+
+
+ Ruler +
+

Ruler

+ A ruler from a point for zero and another point. The scale is in pixels. -
-
-
- Protractor -
-

Protractor

- +
+
+
+ Protractor +
+

Protractor

+ A protractor defined from the center and another point for the zero direction. The scale is in degrees. -
-
-
- Detector -
-

Detector

- +
+
+
+ Detector +
+

Detector

+ A tool for measuring the rate of energy flow (P), the rate of perpendicular momentum flow (F⊥), and the rate of parallel momentum flow (F∥) through a line segment. The units are arbitrary. -
-
-
-
-
-
-

Views

-
-
-

Rays

- +
+
+
+
+
+
+

Views

+
+
+

Rays

+ Show the rays. When the "Ray density" is high, they appear to be continuous. -
-
-
- High density -
-
- Low density -
-
-
-
-
-

Extended Rays

- +
+
+
+ High density +
+
+ Low density +
+
+
+
+
+

Extended Rays

+ Show both the rays and their extension. Orange indicates backward extensions, and gray indicates forward ones. -
-
-
- Extended rays -
-
-
-
-
-

All Images

- +
+
+
+ Extended rays +
+
+
+
+
+

All Images

+ Show the position of all images. Yellow points indicate real images, orange indicates virtual images, and gray (none in this picture) indicates virtual objects. Note that some images cannot be detected if "Ray density" is not high enough. -
-
-
- All images -
-
-
-
-
-

Seen by observer

- +
+
+
+ All images +
+
+
+
+
+

Seen by observer

+ Simulate the rays and images seen from some position. The blue circle is the observer. Any rays crossing it are considered to be "observed". @@ -392,53 +399,55 @@

Views

but may think they begin at some point(s) if they intersect there. The rays are shown in blue, and the point(s) in yellow (real) or orange (virtual). -
-
-
- Seen by obeserver -
-
-
-
-
-

Simulate Colors

- +
+
+
+ Seen by obeserver +
+
+
+
+
+

Simulate Colors

+ Simulate colors (wavelengths) of light sources, mixture of colors, color filtering, and chromatic dispersion of glasses. -
-
-
- Simulate Colors +
+
+
+ Simulate Colors +
+
+
+
-
-
-
-
-
-
-
- - - - + + + + - + + \ No newline at end of file diff --git a/jp/index.html b/jp/index.html index 4561aad1..fca73b48 100644 --- a/jp/index.html +++ b/jp/index.html @@ -1,389 +1,400 @@ - - - - - 光線光学系シミュレーション - PhyDemo - - - - - - - - - - - - - - - - - - - + + + + + 光線光学系シミュレーション - PhyDemo + + + + + + + + + + + + + + + + + + + + + -
+
- - - 光線光学系シミュレーション - -
+ + 光線光学系シミュレーション + +
- + ホーム ギャラリー このソフトウェアについて - + Star -
- -
-
-
-

光線光学系シミュレーション

-

2次元の幾何学的な光学シーンを双方向的にシミュレートすることができます。
完全無料、ウェブベース。ソースコードは GitHubで利用可能です。.

-

- シミュレーターを起動 -

-
-
- - -
-
- 1.jpg -
-
- 4.svg -
-
- 3.svg -
-
- ../img/5.svg -
-
- ../img/6.png -
- - - - Previous - - - - Next - -
+
+
+

光線光学系シミュレーション

+

2次元の幾何学的な光学シーンを双方向的にシミュレートすることができます。
完全無料、ウェブベース。ソースコードは GitHubで利用可能です。.

+

+ シミュレーターを起動 +

+
+
+ -
- - + + - - + + - + + \ No newline at end of file diff --git a/nl/index.html b/nl/index.html index 3b52f05c..cf762fc1 100644 --- a/nl/index.html +++ b/nl/index.html @@ -1,397 +1,407 @@ - + - - - - - Ray Optics Simulatie - - - - - - - - - - - - - - - - - - - + + + + + Ray Optics Simulatie + + + + + + + + + + + + + + + + + + + + + -
+
- - - Ray Optics Simulatie - -
+ + Ray Optics Simulatie + +
- + Home Gallery About - + Star -
- -
-
-
-

Ray Optics Simulatie

-

- Een open-source web applicatie om reflectie en refractie van licht te simuleren.
- Geschreven in HTML, CSS en JavaScript. -

-

- Start Applicatie -

-
-
- - -
-
- 1.jpg -
-
- 4.svg -
-
- 3.svg -
-
- ../img/5.svg -
-
- ../img/6.png -
+
+
+

Ray Optics Simulatie

+

+ Een open-source web applicatie om reflectie en refractie van licht te simuleren.
Geschreven in HTML, CSS en JavaScript. +

+

+ Start Applicatie +

+
+
+ + +
+
+ 1.jpg +
+
+ 4.svg +
+
+ 3.svg +
+
+ ../img/5.svg +
+
+ ../img/6.png +
+
+ + + + + Previous + + + + Next + +
-
-
-
-

Gereedschap

-
- ray -
-

Straal

- +
+
+
+

Gereedschap

+
+ ray +
+

Straal

+ Één lichtstraal door twee punten. -
-
-
- Beam -
-

Beam

- +
+
+
+ Beam +
+

Beam

+ Een evenwijdige bundel uit een lijnstuk, de dichtheid wordt met "Straal dichtheid" ingesteld. -
-
-
- Point Source -
-

Punt bron

- +
+
+
+ Point Source +
+

Punt bron

+ Stralen komen uit een punt, aantal wordt met "Straal dichtheid" ingesteld. -
-
-
- Mirror -
-

Spiegel

- +
+
+
+ Mirror +
+

Spiegel

+ Simuleert de reflectie in een spiegel. -
-
-
- Mirror (Curved) -
-

Gebogen spiegel

- +
+
+
+ Mirror (Curved) +
+

Gebogen spiegel

+ Een deel van een cirkel als spiegel, gedefinieerd met drie punten. -
-
-
- Ideal curved mirror -
-

Ideale gebogen spiegel

- +
+
+
+ Ideal curved mirror +
+

Ideale gebogen spiegel

+ Een ideale "gebogen" spiegel die aan de spiegelvergelijking voldoet (1/p + 1/q = 1/f). De brandpuntafstand (in pixels) kan ingesteld worden. -
-
-
- Glass -
-

Glas

- +
+
+
+ Glass +
+

Glas

+ Simuleert de breking en spiegelig van licht op een oppervlak. De intensiteiten worden berekend op basis van ongepolarizeerd glas. -
-
-
- Glass (Other shapes) -
-

Glas (overige vormen)

- +
+
+
+ Glass (Other shapes) +
+

Glas (overige vormen)

+ Willekeurige glazen vormen uit lijnstukken en cirkelbogen, inclusief prismas en "ronde" lenzen. -
-
-
- Glass (Ideal lens) -
-

Glas (Ideale lens)

- +
+
+
+ Glass (Ideal lens) +
+

Glas (Ideale lens)

+ Een ideale lens die de lensformule volgt (1/p + 1/q = 1/f). De brandpuntafstand (in pixels) kan ingesteld worden. -
-
-
- Blocker -
-

Scherm

- +
+
+
+ Blocker +
+

Scherm

+ Een lijnstuk dat opvallend licht absorbeert. -
-
-
- Ruler -
-

Lineaal

- +
+
+
+ Ruler +
+

Lineaal

+ Een lineaal van 0 tot een ander punt. De schaal is in pixels. -
-
-
- Protractor -
-

Gradenboog

- +
+
+
+ Protractor +
+

Gradenboog

+ Een gradenboog met een middelpunt tot een ander punt voor een hoek van 0 graden. De schaal is in graden. -
-
-
-
-
-
-

Views

-
-
-

Stralen

- +
+
+
+
+
+
+

Views

+
+
+

Stralen

+ Toont de lichtstralen. Als de "Straaldichtheid" groot is, lijkt op een lichtvlek. -
-
-
- High density -
-
- Low density -
-
-
-
-
-

Uitgebreide stralen

- +
+
+
+ High density +
+
+ Low density +
+
+
+
+
+

Uitgebreide stralen

+ Toont de echte en virtuele stralen. Oranje voor stralen tegengesteld aan lichtrichting, grijs voor doortrekken in de lichtrichting. -
-
-
- Extended rays -
-
-
-
-
-

Alle beelden

- +
+
+
+ Extended rays +
+
+
+
+
+

Alle beelden

+ Toont de plaats van alle beelden. Gele punten voor de reeele beelden, oranje voor de virtuele beelden, grijs (niet in deze figuur) geven virtuele objecten aan. Let op dat sommige beelden niet zichtbaar zijn als de "Straaldichtheid" te laag is. -
-
-
- All images -
-
-
-
-
-

Beeld voor waarnemer

- +
+
+
+ All images +
+
+
+
+
+

Beeld voor waarnemer

+ Simuleert de stralen en beelden zoals die vanaf een bepaalde plaats zichtbaar zijn. De blauwe cirkel is de waarnemer (het oog). Elke straal die de cirkel kruist is "zichtbaar". De waarnemer "weet" niet waar de eigenlijke straal begint, maar gaat uit van een rechte lijn van het punt van inval naar de "bron". De (zichtbare) stralen worden in het blauw getoond en de punt(en) in oranje. -
-
-
- Seen by obeserver +
+
+
+ Seen by obeserver +
+
+
+
-
-
-
-
-
-
-
- - + + - - + + - + + \ No newline at end of file diff --git a/pl/index.html b/pl/index.html index ace5f42e..6abc89e6 100644 --- a/pl/index.html +++ b/pl/index.html @@ -1,390 +1,401 @@ - + - - - - - Symulacja promieni optycznych - - - - - - - - - - - - - - - - - - - + + + + + Symulacja promieni optycznych + + + + + + + + + + + + + + + + + + + + + -
+
- - - Symulacja promieni optycznych - -
+ + Symulacja promieni optycznych + +
- + Strona główna Galeria O aplikacji - + Star -
- -
-
-
-

Symulacja biegu promieni

-

Twórz i symuluj interaktywnie sceny optyki geometrycznej 2D.
Całkowicie darmowa aplikacja webowa. Kod źródłowy jest dostępny na GitHub.

-

- Uruchom symulator -

-
-
- - -
-
- 1.jpg -
-
- 4.svg -
-
- 3.svg -
-
- 5.svg -
-
- 6.png -
+
+
+

Symulacja biegu promieni

+

Twórz i symuluj interaktywnie sceny optyki geometrycznej 2D.
Całkowicie darmowa aplikacja webowa. Kod źródłowy jest dostępny na GitHub.

+

+ Uruchom symulator +

+
+
+ - -
-
-
-

Narzędzia

-
- ray -
-

Promień

- Pojedynczy promień światła określony przez dwa punkty. -
-
-
- Beam -
-

Wiązka

- Wysyłana prostopadle do odcinka wiązka promieni równoległych, których gęstość jest kontrolowana za pomocą suwaka "Gęstość promieni". -
-
-
- Point Source -
-

Źródło punktowe

- Promienie wychodzące z jednego punktu, a ich liczba jest kontrolowana za pomocą suwaka "Gęstość promieni". -
-
-
- Mirror -
-

Zwierciadło

- Symuluje odbicie światła od zwierciadła płaskiego. -
-
-
- Mirror (Curved) -
-

Zwierciadło (zakrzywione)

- Zwierciadło, którego powierzchnia jest zakrzywiona. Może być kołowa, paraboliczna lub zdefiniowana przez niestandardowe równanie y = f(x). -
-
-
- Ideal curved mirror -
-

Idealnie zakrzywione zwierciadło

- Idealnie 'zakrzywione' zwierciadło, dokładnie spełniające równanie (1/x + 1/y = 1/f). Ogniskową (w pikselach) można ustawić bezpośrednio. -
-
-
- Beam Splitter -
-

Rozdzielacz wiązki

- Zwierciadło odbijające tylko część padającego światła. -
-
-
- Glass -
-

Szkło

- Symuluje załamanie i odbicie światła na granicy ośrodków. -
-
-
- Glass (Other shapes) -
-

Szkło (inne kształty)

- Szkło o dowolnych kształtach, ograniczonych odcinkami i łukami okręgów lub zdefiniowanych układem nierówności f(x) < y < g(x). -
-
-
- Glass (Ideal lens) -
-

Szkło (idealna soczewka)

- Idealna soczewka, która spełnia dokładnie równanie (1/x + 1/y = 1/f). Ogniskową (w pikselach) można ustawić bezpośrednio. -
-
-
- Blocker -
-

Przesłona

- Przeszkoda - odcinek - pochłaniająca padające promienie. -
-
-
- Ruler -
-

Linijka

- Linijka odmierzająca odległość od punktu zero (pierwsze kliknięcie) do innego punktu (drugie kliknięcie). Wyskalowana w pikselach. -
-
-
- Protractor -
-

Kątomierz

- Kątomierz określony przez środek (wierzchołek kąta - pierwsze kliknięcie) i inny punkt dla kierunku zerowego (drugie kliknięcie). Skala jest w stopniach. -
-
-
- Detector -
-

Detektor

- Narzędzie do pomiaru szybkości przepływu energii (P), szybkości prostopadłego przepływu pędu (F⊥), i szybkości równoległego przepływu pędu (F∥) przez odcinek. Jednostki są umowne. -
-
-
-
-
-
-

Widok

-
-
-

Promienie

- Pokaż promienie. Gdy "gęstość promieni" jest duża, wiązka pojawia się jako ciągła. -
-
-
- High density -
-
- Low density -
-
-
-
-
-

Rozszerzone promienie

- Pokaż zarówno promienie, jak i ich przedłużenia. Kolor pomarańczowy wskazuje przedłużenia do tyłu, a szary do przodu. -
-
-
- Extended rays -
-
-
-
-
-

Wszystkie obrazy

- Pokaż położenie wszystkich obrazów. Żółte punkty oznaczają obrazy rzeczywiste, pomarańczowe obrazy pozorne, a szare (brak na tym zdjęciu) obiekty wirtualne. Zwróć uwagę, że niektórych obrazów nie można wykryć, jeśli "Gęstość promieni" nie jest wystarczająco wysoka. -
-
-
- All images + +
+
+ 1.jpg +
+
+ 4.svg +
+
+ 3.svg +
+
+ 5.svg +
+
+ 6.png +
-
+ + + + + Previous + + + + Next +
-
-
-

Widziane przez obserwatora

- Symuluje promienie i obrazy widziane z określonego miejsca. Obserwatora symbolizuje niebieskie kółko. Wszelkie przecinające je promienie uważa się za "obserwowane". Obserwator nie wie, gdzie faktycznie zaczynają się promienie, ale będzie mu się wydawało, że zaczynają się w pewnym punkcie (punktach), jeśli się tam przecinają. Promienie są pokazane na niebiesko, a punkt(y) na żółto (rzeczywiste) lub pomarańczowo (pozorne). -
-
-
- Seen by obeserver + +
+
+
+

Narzędzia

+
+ ray +
+

Promień

+ Pojedynczy promień światła określony przez dwa punkty. +
+
+
+ Beam +
+

Wiązka

+ Wysyłana prostopadle do odcinka wiązka promieni równoległych, których gęstość jest kontrolowana za pomocą suwaka "Gęstość promieni". +
+
+
+ Point Source +
+

Źródło punktowe

+ Promienie wychodzące z jednego punktu, a ich liczba jest kontrolowana za pomocą suwaka "Gęstość promieni". +
+
+
+ Mirror +
+

Zwierciadło

+ Symuluje odbicie światła od zwierciadła płaskiego. +
+
+
+ Mirror (Curved) +
+

Zwierciadło (zakrzywione)

+ Zwierciadło, którego powierzchnia jest zakrzywiona. Może być kołowa, paraboliczna lub zdefiniowana przez niestandardowe równanie y = f(x). +
+
+
+ Ideal curved mirror +
+

Idealnie zakrzywione zwierciadło

+ Idealnie 'zakrzywione' zwierciadło, dokładnie spełniające równanie (1/x + 1/y = 1/f). Ogniskową (w pikselach) można ustawić bezpośrednio. +
+
+
+ Beam Splitter +
+

Rozdzielacz wiązki

+ Zwierciadło odbijające tylko część padającego światła. +
+
+
+ Glass +
+

Szkło

+ Symuluje załamanie i odbicie światła na granicy ośrodków. +
+
+
+ Glass (Other shapes) +
+

Szkło (inne kształty)

+ Szkło o dowolnych kształtach, ograniczonych odcinkami i łukami okręgów lub zdefiniowanych układem nierówności f(x) < y < g(x). +
+
+
+ Glass (Ideal lens) +
+

Szkło (idealna soczewka)

+ Idealna soczewka, która spełnia dokładnie równanie (1/x + 1/y = 1/f). Ogniskową (w pikselach) można ustawić bezpośrednio. +
+
+
+ Blocker +
+

Przesłona

+ Przeszkoda - odcinek - pochłaniająca padające promienie. +
+
+
+ Ruler +
+

Linijka

+ Linijka odmierzająca odległość od punktu zero (pierwsze kliknięcie) do innego punktu (drugie kliknięcie). Wyskalowana w pikselach. +
+
+
+ Protractor +
+

Kątomierz

+ Kątomierz określony przez środek (wierzchołek kąta - pierwsze kliknięcie) i inny punkt dla kierunku zerowego (drugie kliknięcie). Skala jest w stopniach. +
+
+
+ Detector +
+

Detektor

+ Narzędzie do pomiaru szybkości przepływu energii (P), szybkości prostopadłego przepływu pędu (F⊥), i szybkości równoległego przepływu pędu (F∥) przez odcinek. Jednostki są umowne. +
+
+
-
-
-
-
-

Symuluj kolory

- +
+
+

Widok

+
+
+

Promienie

+ Pokaż promienie. Gdy "gęstość promieni" jest duża, wiązka pojawia się jako ciągła. +
+
+
+ High density +
+
+ Low density +
+
+
+
+
+

Rozszerzone promienie

+ Pokaż zarówno promienie, jak i ich przedłużenia. Kolor pomarańczowy wskazuje przedłużenia do tyłu, a szary do przodu. +
+
+
+ Extended rays +
+
+
+
+
+

Wszystkie obrazy

+ Pokaż położenie wszystkich obrazów. Żółte punkty oznaczają obrazy rzeczywiste, pomarańczowe obrazy pozorne, a szare (brak na tym zdjęciu) obiekty wirtualne. Zwróć uwagę, że niektórych obrazów nie można wykryć, jeśli "Gęstość promieni" nie jest wystarczająco wysoka. +
+
+
+ All images +
+
+
+
+
+

Widziane przez obserwatora

+ Symuluje promienie i obrazy widziane z określonego miejsca. Obserwatora symbolizuje niebieskie kółko. Wszelkie przecinające je promienie uważa się za "obserwowane". Obserwator nie wie, gdzie faktycznie zaczynają się promienie, ale będzie mu się wydawało, że zaczynają się w pewnym punkcie (punktach), jeśli się tam przecinają. Promienie są pokazane na niebiesko, a punkt(y) na żółto (rzeczywiste) lub pomarańczowo (pozorne). +
+
+
+ Seen by obeserver +
+
+
+
+
+

Symuluj kolory

+ Symuluj kolory (długości fal) źródeł światła, mieszanie kolorów i dyspersję chromatyczną szkieł. -
-
-
- Simulate Colors +
+
+
+ Simulate Colors +
+
+
+
-
-
-
-
-
-
-
- - - - + + + + - + + \ No newline at end of file diff --git a/ru/index.html b/ru/index.html index 678bed21..99f58b59 100644 --- a/ru/index.html +++ b/ru/index.html @@ -1,397 +1,407 @@ - + - - - - - Симуляция оптических лучей - - - - - - - - - - - - - - - - - - - + + + + + Симуляция оптических лучей + + + + + + + + + + + + + + + + + + + + + -
+
- - - Симуляция оптических лучей - -
+ + Симуляция оптических лучей + +
- + Home Gallery About - + Star -
- -
-
-
-

Симуляция оптических лучей

-

- Веб-приложение с открытым исходным кодом симулируещее отражение и рефракцию света.
- Написано на HTML, CSS и JavaScript. -

-

- Запустить приложение -

-
-
- - -
-
- 1.jpg -
-
- 4.svg -
-
- 3.svg -
-
- ../img/5.svg -
-
- ../img/6.png -
+
+
+

Симуляция оптических лучей

+

+ Веб-приложение с открытым исходным кодом симулируещее отражение и рефракцию света.
Написано на HTML, CSS и JavaScript. +

+

+ Запустить приложение +

+
+
+ + +
+
+ 1.jpg +
+
+ 4.svg +
+
+ 3.svg +
+
+ ../img/5.svg +
+
+ ../img/6.png +
+
+ + + + + Previous + + + + Next + +
-
-
-
-

Инструменты

-
- ray -
-

Луч

- +
+
+
+

Инструменты

+
+ ray +
+

Луч

+ Одиночный луч света определенный двумя точками. -
-
-
- Beam -
-

Пучок

- +
+
+
+ Beam +
+

Пучок

+ Пучок параллельных лучей исходит из прямой. Плотность лучей конторолируется ползунком "Плотность лучей". -
-
-
- Point Source -
-

Точечный источник

- +
+
+
+ Point Source +
+

Точечный источник

+ Лучи исходят из точки. Плотность лучей конторолируется ползунком "Плотность лучей". -
-
-
- Mirror -
-

Зеркало

- +
+
+
+ Mirror +
+

Зеркало

+ Симулирует отражение света в зеркале. -
-
-
- Mirror (Curved) -
-

Зеркало (Дуга)

- +
+
+
+ Mirror (Curved) +
+

Зеркало (Дуга)

+ Зеркало в форме дуги. Задается тремя точками. -
-
-
- Ideal curved mirror -
-

Идеальное кривое зеркало

- +
+
+
+ Ideal curved mirror +
+

Идеальное кривое зеркало

+ Идеальное "кривое" зеркало, которое идеально подчиняется уравнению зеркала (1/p + 1/q = 1/f). Фокальное расстояние задается в пикселях. -
-
-
- Glass -
-

Стекло

- +
+
+
+ Glass +
+

Стекло

+ Симулирует рефракцию и отражение света на поверхности. -
-
-
- Glass (Other shapes) -
-

Стекло (Другие формы)

- +
+
+
+ Glass (Other shapes) +
+

Стекло (Другие формы)

+ Стекло, форма которого состоит из отрезков и дуг. Включает в себя призмы и "сферические" линзы. -
-
-
- Glass (Ideal lens) -
-

Стекло (Идеальная линза)

- +
+
+
+ Glass (Ideal lens) +
+

Стекло (Идеальная линза)

+ Идеальная линза, которая строго подчиняется уравнению плоской линзы (1/d + 1/f = 1/F). The focal length (in pixels) can be set directly. -
-
-
- Blocker -
-

Блокатор

- +
+
+
+ Blocker +
+

Блокатор

+ Отрезок, поглощающий свет. -
-
-
- Ruler -
-

Линейка

- +
+
+
+ Ruler +
+

Линейка

+ Линейка от нуля до определенной точки. Масштаб в пикселях. -
-
-
- Protractor -
-

Транспортир

- +
+
+
+ Protractor +
+

Транспортир

+ Транспортир, нулевое значение которого задается центром и другой точкой. Масштаб в градусах. -
-
-
-
-
-
-

Виды отображения

-
-
-

Лучи

- +
+
+
+
+
+
+

Виды отображения

+
+
+

Лучи

+ Показываются лучи. Когда "плотность лучей" высока, они выглядят как единый пучок. -
-
-
- High density -
-
- Low density -
-
-
-
-
-

Продленные лучи

- +
+
+
+ High density +
+
+ Low density +
+
+
+
+
+

Продленные лучи

+ Показываются и лучи, и их продолжения. Оранжевые лучи - продолжения назад, серые - вперед. -
-
-
- Extended rays -
-
-
-
-
-

Все изображения

- +
+
+
+ Extended rays +
+
+
+
+
+

Все изображения

+ Показываются все изображения. Желтые точки означают реальные изображения, оранжевые - мнимые, серые (нет на данном рисунке) - виртуальные обьекты. Заметьте, что если "плотность лучей" недостаточно велика, некоторые изображения не будут видны. -
-
-
- All images -
-
-
-
-
-

Видимое наблюдателем

- +
+
+
+ All images +
+
+
+
+
+

Видимое наблюдателем

+ Симулировать лучи и изображения, видимые из какой-то позиции. Синий круг - наблюдатель. Лучи пересекающие его, считаются "видимыми". Наблюдатель не знает где лучи начинаются на самом деле, но может думать, что они начинаются в какой-то точке/точках, если они там пересекаются. Видимые лучи показаны синим, а точки оранжевым. -
-
-
- Seen by obeserver +
+
+
+ Seen by obeserver +
+
+
+
-
-
-
-
-
-
-
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ztr&ekKM{qA7LZ6*v07vpC<^al0;z#7uu^3eH5tcORCtFfS#c}7TgTUGWfU=f8s9FL z-KpyMI`KASLBZ=GCNg{-GE%uI5}JsZ0jQfv)D)Xw(KOu2@b%j9gyKV)A3a> z4+0B_4y@&|e}UxVNFuND4o%0GaiGr3z?apqmJ#eA(Q>{vpOV*8c^3(fvRy75RrXtgYCXp{l$`#psQQMi_N*SyMFB zq!eGLhD?h32PlFMZ8l^u238Dx{P5ys>o;}Vzz?5 zXa?YG7tv@Sup12H*YWkKcC#B~WcX^bhUW}?QBibyv(<_WKv)Q(E@ppV3ck4C4mq98 zvcMNLAQn61DFuT+8V~rYkcXi8P=TC^?HWzTmx)NIKQ1wRHOOBYeux_HvLI6)?gaKTAJeugk5Wk4Or`SJS+BJt9gdz!$0ZTvU~9z!#Cgp@x^ul2t>ZQsAqp9$C=> zPS!?#)gideR*lD5G`ZqZ8NLc;Z-%d6vw8!5;Oo*9b6#ePBkYh9dfQn#c76Y@zVZK` XG@AxU%_l_x-=8p + + + + + + + Ray Optics Simulation - PhyDemo (formerly ricktu288) + + + + + + + + + + + + + + + + + + + + + + + + +
+
+

Ray Optics Simulation

+

+ Create & simulate 2D geometric optical scenes interactively.
Totally free and web-based. Source code is available on GitHub. +

+

+ Simulator Launch lrkak + +

+ +
+
+ + +
+
+
+

Tools

+
+ ray +
+

Ray

+ + A single ray of light defined by two points. + +
+
+
+ Beam +
+

Beam

+ + A parallel beam of rays emerges from a line segment, + with density controlled by the "Ray density" slider. + +
+
+
+ Point Source +
+

Point Source

+ + Rays emerge from a single point, + with number controlled by the "Ray density" slider. + +
+
+
+ Mirror +
+

Mirror

+ + Simulate the reflection of light on a mirror. + +
+
+
+ Mirror (Curved) +
+

Mirror (Curved)

+ + A mirror whose shape is curved. Can be circular, parabolic, or defined by a custom equation y = f(x). + +
+
+
+ Ideal curved mirror +
+

Ideal curved mirror

+ + The idealized "curved" mirror which obeys exactly the mirror equation (1/p + 1/q = 1/f). + The focal length (in pixels) can be set directly. + +
+
+
+ Beam Splitter +
+

Beam Splitter

+ + A mirror that transmits a percentage of incoming light. + +
+
+
+ Glass +
+

Glass

+ + Simulate the refraction and reflection of light on a surface. + +
+
+
+ Glass (Other shapes) +
+

Glass (Other shapes)

+ + Glass with any shapes constructed from line segments and circular arcs, or shapes defined by a custom inequality f(x) < y < g(x). + +
+
+
+ Glass (Ideal lens) +
+

Glass (Ideal lens)

+ + An ideal lens that obeys exactly the thin lens equation (1/p + 1/q = 1/f). + The focal length (in pixels) can be set directly. + +
+
+
+ Blocker +
+

Blocker

+ + A line-segment light blocker that absorbes the incident rays. + +
+
+
+ Ruler +
+

Ruler

+ + A ruler from a point for zero and another point. + The scale is in pixels. + +
+
+
+ Protractor +
+

Protractor

+ + A protractor defined from the center and another point for the zero direction. + The scale is in degrees. + +
+
+
+ Detector +
+

Detector

+ + A tool for measuring the rate of energy flow (P), the rate of perpendicular momentum flow (F⊥), and the rate of parallel momentum flow (F∥) through a line segment. The units are arbitrary. + +
+
+
+
+
+
+

Views

+
+
+

Rays

+ + Show the rays. When the "Ray density" is high, they appear to be continuous. + +
+
+
+ High density +
+
+ Low density +
+
+
+
+
+

Extended Rays

+ + Show both the rays and their extension. + Orange indicates backward extensions, and gray indicates forward ones. + +
+
+
+ Extended rays +
+
+
+
+
+

All Images

+ + Show the position of all images. + Yellow points indicate real images, orange indicates virtual images, + and gray (none in this picture) indicates virtual objects. + Note that some images cannot be detected if "Ray density" is not high enough. + +
+
+
+ All images +
+
+
+
+
+

Seen by observer

+ + Simulate the rays and images seen from some position. + The blue circle is the observer. + Any rays crossing it are considered to be "observed". + The observer does not know where the rays actually begin, + but may think they begin at some point(s) if they intersect there. + The rays are shown in blue, and the point(s) in yellow (real) or orange (virtual). + +
+
+
+ Seen by obeserver +
+
+
+
+
+

Simulate Colors

+ +Simulate colors (wavelengths) of light sources, mixture of colors, color filtering, and chromatic dispersion of glasses. + +
+
+
+ Simulate Colors +
+
+
+
+
+
+ +
+ + + + + + + + + \ No newline at end of file diff --git a/simulator/locales/si.js b/simulator/locales/si.js index 5e2ff425..35d1faa0 100644 --- a/simulator/locales/si.js +++ b/simulator/locales/si.js @@ -16,8 +16,7 @@ locales["si"] = { "message": "Create & simulate 2D geometric optical scenes interactively.
Totally free and web-based. Source code is available on GitHub." }, "launch_simulator": { - "incomplete": true, - "message": "Launch Simulator" + "message": "Simulator Launch කරන්න." }, "home": { "incomplete": true, diff --git a/tw/index.html b/tw/index.html index c0e31c31..ff64b494 100644 --- a/tw/index.html +++ b/tw/index.html @@ -1,390 +1,401 @@ - + - - - - - 線光學模擬 - PhyDemo (原 ricktu288) - - - - - - - - - - - - - - - - - - - + + + + + 線光學模擬 - PhyDemo (原 ricktu288) + + + + + + + + + + + + + + + + + + + + + -
+
- - - 線光學模擬 - -
+ + 線光學模擬 + +
- + 首頁 作品集 關於 - + Star -
- -
-
-
-

線光學模擬

-

建立平面幾何光學場景，並即時模擬光線行為。
完全免費，免下載，原始碼公開於 GitHub。

-

- 啟動程式 -

-
-
- - -
-
- 3.svg -
-
- 1.jpg -
-
- 5.svg -
-
- 6.png -
-
- 4.svg -
+
+
+

線光學模擬

+

建立平面幾何光學場景，並即時模擬光線行為。
完全免費，免下載，原始碼公開於 GitHub。

+

+ 啟動程式 +

+
+
+ - -
-
-
-

工具

-
- ray -
-

單一光線

- 由兩點決定一條光線。 -
-
-
- Beam -
-

平行光

- 由一線段產生一束平行光，密度由「光線密度」滑桿決定。 -
-
-
- Point Source -
-

點光源

- 由一點向四周發射光線，數量由「光線密度」滑桿決定。 -
-
-
- Mirror -
-

鏡子

- 模擬光線射到鏡子時的反射。 -
-
-
- Mirror (Curved) -
-

鏡子 (曲線)

- 曲線形的鏡子。可選圓弧、拋物線，或自訂函數 y = f(x)。 -
-
-
- Ideal curved mirror -
-

理想曲面鏡

- 完全符合面鏡公式(1/p + 1/q = 1/f)的理想化「曲面」鏡，可直接設定其焦距(單位為像素)。 -
-
-
- Beam Splitter -
-

分光鏡

- 能穿透一個比例的光的鏡子。 -
-
-
- Glass -
-

透光物

- 模擬光線經過透光物體界面時的反射與折射。 -
-
-
- Glass (Other shapes) -
-

透光物 (其他形狀)

- 任何由線段與圓弧組成的透光物，或自訂不等式 f(x) < y < g(x)。 -
-
-
- Glass (Ideal lens) -
-

透光物 (理想透鏡)

- 完全符合薄透鏡公式(1/p + 1/q = 1/f)的理想化透鏡，可直接設定其焦距(單位為像素)。 -
-
-
- Blocker -
-

吸光片

- 線段形狀的吸光片，光線射到其上後就不會再射出。 -
-
-
- Ruler -
-

直尺

- 指定原點與另一點。刻度單位為像素。 -
-
-
- Protractor -
-

量角器

- 指定圓心和圓周上一點作為零度位置。刻度單位為度。 -
-
-
- Detector -
-

探測器

- 測量通過一線段的能量流率(P)、垂直動量流率(F⊥)與水平動量流率(F∥)。單位為任意。 -
-
-
-
-
-
-

呈現方式

-
-
-

光線

- 畫出光線。當「光線密度」高時，光線呈現連續。 -
-
-
- High density -
-
- Low density -
-
-
-
-
-

延長光線

- 除光線實際路徑外，亦畫出其延長線。橘色、灰色分別表示向後、向前的延長線。 -
-
-
- Extended rays -
-
-
-
-
-

所有像

- 點出像的位置。黃點表示實像，橘點表示虛像，灰點(圖中沒有)表示虛物。注意「光線密度」不夠高時有些像無法正常顯示。 -
-
-
- All images + +
+
+ 3.svg +
+
+ 1.jpg +
+
+ 5.svg +
+
+ 6.png +
+
+ 4.svg +
-
+ + + + + Previous + + + + Next +
-
-
-

觀察者所見

- 模擬從某位置見到的光線與像。藍色圓形為觀察者，與其相交的光線被其「觀察」到。觀察者無法知道光線真正的起始位置，但若其在某處相交，它會認為光線是從該處來的。光線以藍色表示，相交處以黃色（實像）或橘色（虛像）表示。 -
-
-
- Seen by obeserver + +
+
+
+

工具

+
+ ray +
+

單一光線

+ 由兩點決定一條光線。 +
+
+
+ Beam +
+

平行光

+ 由一線段產生一束平行光，密度由「光線密度」滑桿決定。 +
+
+
+ Point Source +
+

點光源

+ 由一點向四周發射光線，數量由「光線密度」滑桿決定。 +
+
+
+ Mirror +
+

鏡子

+ 模擬光線射到鏡子時的反射。 +
+
+
+ Mirror (Curved) +
+

鏡子 (曲線)

+ 曲線形的鏡子。可選圓弧、拋物線，或自訂函數 y = f(x)。 +
+
+
+ Ideal curved mirror +
+

理想曲面鏡

+ 完全符合面鏡公式(1/p + 1/q = 1/f)的理想化「曲面」鏡，可直接設定其焦距(單位為像素)。 +
+
+
+ Beam Splitter +
+

分光鏡

+ 能穿透一個比例的光的鏡子。 +
+
+
+ Glass +
+

透光物

+ 模擬光線經過透光物體界面時的反射與折射。 +
+
+
+ Glass (Other shapes) +
+

透光物 (其他形狀)

+ 任何由線段與圓弧組成的透光物，或自訂不等式 f(x) < y < g(x)。 +
+
+
+ Glass (Ideal lens) +
+

透光物 (理想透鏡)

+ 完全符合薄透鏡公式(1/p + 1/q = 1/f)的理想化透鏡，可直接設定其焦距(單位為像素)。 +
+
+
+ Blocker +
+

吸光片

+ 線段形狀的吸光片，光線射到其上後就不會再射出。 +
+
+
+ Ruler +
+

直尺

+ 指定原點與另一點。刻度單位為像素。 +
+
+
+ Protractor +
+

量角器

+ 指定圓心和圓周上一點作為零度位置。刻度單位為度。 +
+
+
+ Detector +
+

探測器

+ 測量通過一線段的能量流率(P)、垂直動量流率(F⊥)與水平動量流率(F∥)。單位為任意。 +
+
+
-
-
-
-
-

模擬色彩

- +
+
+

呈現方式

+
+
+

光線

+ 畫出光線。當「光線密度」高時，光線呈現連續。 +
+
+
+ High density +
+
+ Low density +
+
+
+
+
+

延長光線

+ 除光線實際路徑外，亦畫出其延長線。橘色、灰色分別表示向後、向前的延長線。 +
+
+
+ Extended rays +
+
+
+
+
+

所有像

+ 點出像的位置。黃點表示實像，橘點表示虛像，灰點(圖中沒有)表示虛物。注意「光線密度」不夠高時有些像無法正常顯示。 +
+
+
+ All images +
+
+
+
+
+

觀察者所見

+ 模擬從某位置見到的光線與像。藍色圓形為觀察者，與其相交的光線被其「觀察」到。觀察者無法知道光線真正的起始位置，但若其在某處相交，它會認為光線是從該處來的。光線以藍色表示，相交處以黃色（實像）或橘色（虛像）表示。 +
+
+
+ Seen by obeserver +
+
+
+
+
+

模擬色彩

+ 模擬光源的顏色（波長）、混色、濾光，以及透光物的色散。 -
-
-
- Simulate Colors +
+
+
+ Simulate Colors +
+
+
+
-
-
-
-
-
-
-
- - - - + + + + - + + \ No newline at end of file From bcda2cfdeb4ee7c26ebe3b1ebc7add16e75fa391 Mon Sep 17 00:00:00 2001 From: Tharusha Theekshana Date: Sun, 10 Sep 2023 20:10:39 +0530 Subject: [PATCH 4/4] Update. --- nl/index.html | 2 +- si/Derana.ttf | Bin 81040 -> 0 bytes si/index.html | 29 ++++++++++++----------------- 3 files changed, 13 insertions(+), 18 deletions(-) delete mode 100644 si/Derana.ttf diff --git a/nl/index.html b/nl/index.html index cf762fc1..8530241b 100644 --- a/nl/index.html +++ b/nl/index.html @@ -1,4 +1,4 @@ - + diff --git a/si/Derana.ttf b/si/Derana.ttf deleted file mode 100644 index 9becb63ed1a47a7deb38dd522ca5dff4b7b7d0d8..0000000000000000000000000000000000000000 GIT binary patch literal 0 HcmV?d00001 literal 81040 zcmeFacVOe_c_;k7APBI7AV`9}_ui>4sP`F3qtT3}_qH>;vwgN#*L91_y2OcVTw}-G zaqM)L^ow(8mt1Toz9haRpU>yBeg2&6>Yf(>DM&+UW>fC3)9i{>B=D5q(;py=5VD~s zkq({Of1q4@`h6pxg=hW={@-`@+Ue_k`q#V~Av}bTe*WUshc0~Vn}7Vv2r;ij*!#1W 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z-KpyMI`KASLBZ=GCNg{-GE%uI5}JsZ0jQfv)D)Xw(KOu2@b%j9gyKV)A3a> z4+0B_4y@&|e}UxVNFuND4o%0GaiGr3z?apqmJ#eA(Q>{vpOV*8c^3(fvRy75RrXtgYCXp{l$`#psQQMi_N*SyMFB zq!eGLhD?h32PlFMZ8l^u238Dx{P5ys>o;}Vzz?5 zXa?YG7tv@Sup12H*YWkKcC#B~WcX^bhUW}?QBibyv(<_WKv)Q(E@ppV3ck4C4mq98 zvcMNLAQn61DFuT+8V~rYkcXi8P=TC^?HWzTmx)NIKQ1wRHOOBYeux_HvLI6)?gaKTAJeugk5Wk4Or`SJS+BJt9gdz!$0ZTvU~9z!#Cgp@x^ul2t>ZQsAqp9$C=> zPS!?#)gideR*lD5G`ZqZ8NLc;Z-%d6vw8!5;Oo*9b6#ePBkYh9dfQn#c76Y@zVZK` XG@AxU%_l_x-=8p @@ -164,7 +160,7 @@

Ray Optics Simulation

Create & simulate 2D geometric optical scenes interactively.
Totally free and web-based. Source code is available on GitHub.

- Simulator Launch lrkak + Simulator Launch

@@ -210,16 +206,16 @@

Ray Optics Simulation

-
+

Tools

ray
-

Ray

+

තනි කිරණයක්

- A single ray of light defined by two points. + ලක්ෂ්‍යය දෙකකින් අර්ථ දක්වා ඇති තනි ආලෝක කිරණකි.
@@ -228,36 +224,35 @@

Tools

Beam

- A parallel beam of rays emerges from a line segment, - with density controlled by the "Ray density" slider. + රේඛා ඛණ්ඩයකින් මතුවන සමාන්තර ආලෝක කිරණ කදම්භයක්, + "කිරණ ඝනත්වය" slider මගින් කිරණවල ඝනත්වය පාලනය කරයි.
Point Source
-

Point Source

+

ලක්ෂ්‍යය ආලෝක මූලාශ්‍රය

- Rays emerge from a single point, - with number controlled by the "Ray density" slider. + එක් ලක්ෂ්‍යයකින් කිරණ මතු වේ.'කිරණ ඝනත්වය' slider මඟින් සංඛ්‍යාව පාලනය වේ.
Mirror
-

Mirror

+

දර්පණ

- Simulate the reflection of light on a mirror. + දර්පණයක් මත ආලෝකයේ පරාවර්තනය අනුකරණය (simulate) කරයි.
Mirror (Curved)
-

Mirror (Curved)

+

වක්‍ර දර්පණ

- A mirror whose shape is curved. Can be circular, parabolic, or defined by a custom equation y = f(x). + වෘත්තාකාර හෝ පරාවලයික හැඩැති දර්පණ. y = f(x) සමීකරණ මගින් වෙනත් හැඩ ලබා ගත හැක.
+ + + Ray Optics Simulation + +
+ + + Home + Gallery + About + + +Star + +
+ +