I am trying to render an inline SVG that is base64 encoded that is using a monospace font and TEXT elements to display a simple dungeon. But even though I am specifying a monospace font, the characters do not line up when the line includes glyphs.
This is on Chrome or Safari on Mac, so I assume the Courier font.
Example code:
<style>
.base {
fill: green;
font-family: monospace;
font-size: 14px;
}
</style>
Related
I downloaded the Inter font from google fonts and then took the variable font file and uploaded it to font squirrel so that I could just embed the base64 directly into my CSS.
The problem is that the font weight is not accurate as compared to using the separate downloaded weights (400, 500, 600). I read elsewhere that with variable fonts you can use any font weight under the sun.
Instead, it looks like the only font weights available are 500 and 600. 500 is the regular one and 600 is extremely bolded (and kind of ugly). Am I doing something wrong? Here is my CSS declaration for the inline font:
#font-face {
font-family: 'Inter';
src: url(data:application/font-woff2;charset=utf-8;base64,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) format('woff2');
}
Then in my code I set the font family to Inter and try altering its font-weight, but it only lets my choose two values instead of what I assumed would be an infinite amount due to the fact it's a variable font.
Here's a fiddle demonstrating the problem: https://jsfiddle.net/tnc4y0w5/
My end goal is to be able to embed the Inter font (with just the Western languages subset) into my CSS and have it basically look-wise to the external google fonts link.
For variable fonts, you want to use the font-variation-settings CSS property, not the font-weight.
Also the file you are using represents one of the static versions of this font, to use variable fonts from GoogleFonts you can request a range of weights by appending :wght#min..max to the stylesheet's URL:
#import url('https://fonts.googleapis.com/css2?family=Inter:wght#200..900');
.t1 {
font-family: 'Inter';
font-variation-settings: 'wght' 200;
}
.t2 {
font-family: 'Inter';
font-variation-settings: 'wght' 400;
}
.t3 {
font-family: 'Inter';
font-variation-settings: 'wght' 500;
}
.t4 {
font-family: 'Inter';
font-variation-settings: 'wght' 200;
animation: weight 2s infinite;
}
#keyframes weight {
50% { font-variation-settings: 'wght' 900; }
}
<main>
<span class="t1">hellofg</span>
<span class="t2">hellofg</span>
<span class="t3">hellofg</span>
<span class="t4">hellofg</span>
</main>
The information available online around this change is quite confusing. You can use font-variation-settings to set the font weight and that will work, but the actual problem here was just that the #font-face was missing a font-weight in the declaration:
#font-face {
font-family: 'Inter';
/* need to specify a range of weights that are covered by this font face declaration */
font-weight: 100 900;
src: 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xqiUUcGoTqW8tlK5gub9dGiCHzZ3dAL9da8jYjQCp4cTE+mrDRDBRuYTSaGy8SoSnxde9qYAY5rqi8Jcg0UlMLIHYuIKkSRcmS7ZI+VbqoMF6w11y3VhK720WFLTTpz63y1e+sxcBTAb656Oh9jFmvSBRKNKl+EdBxpbKA/UQu+5H0IPsAJY+y5nC+BDjdicGB2x3lw+J4y45kQWeB+wYMhDOmGQGxF9wE9nAumRTkiD1NsU0y9hbLisF8gEEABibcAAhgIUA835MQpg/hpJQjgXXLMyJYHaqwAffDgQqnxJtUSRpss0+x5xzzT3PvPGZ7/xWoCmS5VCsjmlEEwohANUmdABzHdCUUssxp/msIYtnQmuyQXtkBgz3bmbDC7t+ey/Dm+JbmnU7E67icFrnltpeQ/XPerFP7lPLLUtTY8Uyulwdw4YfCADNlAEJoJnAYLe2R9tber0YNGu32/c6MGjOzAbfwuY+HMmj9513AQTxe1bz31SYb2zhWURHbqADVJuXH7lwNC8lHq0rsaWKLW1jYXCYN99WbLfevrKjARuGXd8p/i5e+zvtBZ3jOve/L9yVpSvGIXGpuEe7I37A/vCX3la9Tv3j+rN7cwwwBjOGI/vm9hvulxsXHsg/2H7on8OSI6lHeSbtZkizU2Y5Zv1m6+YHzePN+83XLRwtKiyGLdYsj1qSLMWW76yMrJLIW0AAaHSWDsBGF0c7I7s7Tz6L3MeYcZ/rKwsCp/DKxAFEQRwIwBBSFwLsk6rXx/5rCsNLMybMJdcRpi4ft5CRB8cJIWmwBKM29NBO8+CluBDxMhWpzl9YDj4TT765iAfcHQUTYf45vXlBPPZaHkr0yIQmsXXkjQT4CkHCkIqPaDBRkERDo0GFwBs38kqVx48gCFE8DgQXDPnl3qordL6DvrKBRzKfMicEikLPJT7li2MrznB5DPTG9DSJspWo6ZQICCoM+eCSqYbID/rKOq5CcTuCAyaFlDMcuKoRLxc5s/d2BDtM0qlV2LHUoEQCNaNuJzaYJFEos/nL9Aw5R5IXdjxoulBnKD6pnaHJ30VDZHQcM5DdEjqEROXqUzipBBB3JTpPsYWUTi3SK/888OpUnqPbmW9951Ji7jh5MYM6Q2wcl1hdn8H9IL0cTfwa85SZ1AiQRY5H4n4r4HfC4FihSs/+sZCtSABBoMFQIyeDSI+lEtX5ChJlcHyoYVzMxzqevxBE9AB4oJU1JtEfG6eEIYnHNulDgoRePu9CAGsQ6ArCr33jMLG9ko6g3S3cAC4PF+Hsy7C11jgD8OJmzTb2Npi5y2Rf7mDZmKqDwZIygMGtTOF+eFkRUaRvlr3yGirNvGxnILslPJy6VxO9xgthuZkGaFDfZAWKbAFEAIARBUQCbHSC6pRLMl1xRaHrritCdEKYlSgThUiFgLsNeCXopk997rEvfecZQKiumMjGpzqSnFEuka6pjl2emij41ozqaXb39RwK1EaTb51To3wWPN1cCMT4BNJpc6RnzN5I4Dk5v7FYqA7r+Ad0QXVQD+eIkS901Hh10qyyQW2KbvxG7rqmsfeVTWm6Q+i0DNeZHs+nDegryNAhegwEiSInLy8SUL8VAF3BHwmcLJOfNK3sijxGl14KQSXz52l7s9dYdZoG0RSTfBae4LMOSImXS5ZJlVMdST7RFNLRYHFvUoBI9JntuSWyKG6aqqLd7h4jRb2TbVq1H7gdaDmmSF8IMrKgljmxY21JREKu5GWehiOKyTf1hwrKsIg9IE3AUGb7ZCI/NolHldPEjOnkiUhRx/XTap+9xfoPAYKSc6bG7IhuiivvZH96BQVpTgU4WZGeeSNxsUDBBuitxtCk3BUU2ZRhqHNlpM/wvwUdO78kDa75aSQe9cLJJwxrBUDvQKoXUtTE5JQMtD4uBHItFDRCx0B1vkT6Q4hmcyAFo8AkWO2QPdCnHil4xSEwEGZ6uY1QpwgMhpRlJTuxuhl8oF8OflECJT6e6+6w6bOI57ELGwzMOZ6jLtz7tiNQd9pBJ4BF5IZf/DOaX84zlCbRWO0hLwkNzpFV3mjlu7PJLlOkG7VcPgYeePFtSarut0qvOrYmt/zmv+ozml/Yz6Bd/HhNTYtzjadbITKxCGWlcCnnKtqECpXeeOud94IIwBHHaS3ynDpj8fETfCZ/Io/AQUiyo87W2kN/Ps9BbLviM73xlUQNJxiCFT0rDSrYSOBQmVToja/JnxF0EPuh5CkzfYEiiZOC5GLHVSVvDYgRfRi4dOgLFJM/uwij6qBPwFlAn+FZP4O229okzlgHrTXRrXeTS+WR2Jrt0TcTdlR5gvVqosCgOhl6P+lpzqDLp8S3Tyes9vMS6JOJAoN+qdC3E01/BhT2IDwX67is34wbg4N71pxNOHt2rxkggMPNK7Aqx+6ZGrNSK/vKuhYiCLwyBaT01A7Z3oqkGYQoAZ684J1wSqAgFBKbbbHVNtvtsNMuu+2x1yFHHHXMcSeccoUw/oc4ImEyNlcBPF6d/AMX2tuCzYqMA4DwDZYbbAwAAdB4wycA5LRvIblrB6Ynawf0AgA6BgA0ZgDXAafPu5bGwBHASfAFwEcjsBtP6Z4FPa6yVtokO2pnrb4zqac1VXNpHi1WS9MKtIDWpu06M+rd7wY9SMKeHmCH0Bg9dlH/XjvU45pDc25M/g8VPefmofnTXOQh08u3XNfn9dObE8mx5HDyR+In+13XTaqAw9tAzdGyNbfmQgvmbdUH0HZKOQBTOxPgAyKyvtYn31f95Pv6v/4gAogwoYwLqbSxzoeYcqmtj7n2ue8DiDChjAuptLHOh5hyqa2PufbjvO5n+2esrEJRZV2TVCJrbWnr6Orsvnylp/fqtev9NwYHhod+GgE2hRq3xLvESviQGg/nGyAFIDYNAAAYWdB+K4+cBACQmL1Myj9Tqxidm3+1oHx5E27fffv+9RsASP9lEYTFgpLCC2XlpdU1UCW62JjGS8H3W7j31gKAdhMbEEqPYwDgJwDoF8A/ID0Hjk0A/huwZwCkYgAAYOnRMCL6c2AGv5lMG9wV1HdHoT931kEHa7tuTIbivVFk4cpnNppMfjURukNHdKPUGB8KrRzoPVu9s270XS8UQSpXiHyA3fqeqU3gTMAKXFct/ctF0/1VBZiWA3AiBIic/+diGeKIL1U5FOOLiAqwOzVY5rtF0vMhLESG+ymAnPzPHI3IRdXkbmg8pZFDHrqx5J30lCI5pgxcoud+KLoiLuwz3ECvELRJ80TV57Ta2haIoZU/a3scpAnMjX9htmuargc6NAQj4CrXH0wO5iz9tCeWzO59iRNWL4PNbyyriVqhGoXRhr8HUpjJosCxy/D0zZLmH5rJzuKbdV+qosma7BlOTdRSKAFoEdY2lkCvioGxMNckA0CJEsdG2OtGic3cTsxp7sGpbmNwelzAozyH05Avc7OKCaYGL6LQCL4erQUkrxRMkHZPfERCp0y25A9cJyJmetenX8qMsvmi76CP0tlvqRY/bQFzYmH+4fYjkMgSleWeV1fctdaixDlGf/zJu5Xn1A8h4NR7zid/5chkNDMdTw3z4Ew4ORVMD4mwsSiwE3QtUHrJBBEL1HAKpJTUJNpFq+8xt8BV3W0zvDV/vdRrktn+RpyShoRmcYHxoK89kzFKa18FSsDSWaiDAXGDLAnhi7dxiFImW2pmG/ROAl/3CoULpKEJm8VLq+muI1E3h/1ImlAb5d/NOdoilM4XoqvXPwb1HS+cc6//Ws3HpO7MTwo2UMAPg0WewFwbaw2faxQ8wlpBi20BUA8o33s8xD2MM0zLVLmaun4nHl4S8ixDkE3f7A6loI/DMVMQbIJmXdFFOYJHbdEc4Bf2g/gZHhh4V/cGo55KpdtLpZOccj55mC3ayRgX5/RWivGcSzBoor9VGyM7PCT0gLs9OZJlCtSJF7PJuttMhd+4q2OIqLgFJZ5RlnQTGiy+DgLiRAE+fYo2lQq9c88uhXLnGBmiiKzJScFdcAbajFKS8OjWLVXxD5mVevRaeXUgRBTjGi3Vb/XXvTvSG6m5bFjFOiS2MlPUYYCvF7LTdNmQ24iwEa57o3ks5oT8DizytFF2sMQpVIeCm4owOqnJkgWM4Hxva7l7NpNQmrj3ZO78nrmcGhQQyq8S+z3DFcuINxTOqeGoq3sV/SPBKJucDiZQNdvwIeSrImJ20Ed8axc5cC4A7Dvq5XYlFop87ZDLKCFylU2YEx+U8UAYmowqeqIwtwEtOu36l3mxCRZl3htay+jWahJelEZhSHSXDiEriSJxfByWwHgwghyFS/xmsBL+rjRIMJG8ICuEGNi0qcc4/SzQ74xgrZmD5ydlqQEus4noNdrd17SsDuhiaGCd8ETSgZTQgMQYM5KMk33Bq/cP25AxoRWNX68TwcWB+5MRFTzE5EkmitqkQ+YRoah2h9ykX3A3zAfeLul2jvH3YyOMgxiAJoI9bFWsqtBAwy2RU3kGOtRGg26UF8KKRvObBywg3lTH7iu5RlWNDkLrlqjZ2QePKhUJ3rGYiAgL2WqDKI+PoCdC0XRy4lpzhJgLvlvDl7NWBEvwRoo0saJNN18ZppwTTjLaIrZRzaUVb3FJLS+qleUld15/3DMibhSf0t2lJ0LBWo7VoG6gtwgxIxHoGS4knxIsuW5ITZCdRkGVBRYZkgd4vIKTc17ZGu/nR7ADWcYA4USOGTVTcu6pLzgQUSa5GnZqd0ZaCa9J2F0Rla9aWpTlGtbnTQ9owLR32xyLbRWN+hpvQ0s2R5DKAEmox9KMhpJiGS2Eej6e06ba5mICa8TTWKGBNWig4ftYYYfEIVdoQRKfmfr4VU/4vvXMUMyE2x2z050C0yXwt4VL4OlbWtnZ1MfVsmBVJ1+FtBwr3yxJzyjz/GnmlLzoh7JhcxUd69mCf/lG8tzPXjsGS7tOZWUxOkTUK0EmZ4Se1VfwmXEngsPB6KSGGLt8QRWl7LUMiim05bwgVFoYomE4974cxMmghpIt1miOKY/49C0KWOZvDnBFcAERqiMi5tTUJPjQC1s5MA18qohs9vc20+HPkSPe7JhEBZUGjpYWXImTI6oStIafVeQMB11iJIq+LHFpEmd+G6a26dapey9diXK2Rm5g3RH8AR0q1Qz9BYRg38UihXuOhpCewGKxsdGRhFPcPaYM0rJieXlMVZZ0lbgXyCwkS59Zbj5eS3yin9YHjGef3c6KVopp6q6LDxqJzofxFc4XkteOoVh0VUtMKgjyZX9B/HEukcQdu0enakDCGRz6L2+RrndF0vBC02y/cazuAw2sl6rnOrJYB7Pi8jxG0Z/5TKv1cnFCuMBzQMMha8VzChA5BGTMMe6KkDEUABof+m2LhYnBLxEI940I6ooD3xFJy8gri4Qr8QrDouUlULJQS2BjEzRiG+C3BWb4LHwq+c9SVy7z2AQvqjKXfKqN9DL6wH+A5YIJNbjVGA8YaBZ8mMTY5UqEsGRnFZYbg1YdoPQNuOGfbNaOOAecp4YH9dGAV3xS4TobHmzeXVq6tt6555y8+RzoHq3ANyy48rPps8fbEhg6Hrv0ks9jG1fAexHnIwDBy4jAKVdB/bHNts6D34nNJ0i33rgr1z9g+j49ddORL+57L2fvy89XX+PPZ1Z/lg9v/KttqHHnwZrftu2Jxet7Wjfnt+762G/lzL9Zx/rx/3/e1YH5E6NfY+3+v9CADlP+6uZop28zyX9zc6jDunIMd3obvb050pkM/R9gRAZXMOKCKiI/1IAzLKyCIJism41GvgxBQ4P/S8BMjrtvUHkR0cpnjMk7s0/vnw+ypefF+Z4vZ/qm+rrynPG+FRl1Ln72o1k4U0F7Qt6Vx7H/4xVmzPzCqWl4mZp2h11Z/jw7otakgBrz80EiueU6NYMzT+oboqNaVqYiEdxyixGHEVLSEQbswoNcKYftCmLGaMYNjRkvUpZeZIgl89qn8PeN0mjBzA2N0Qw4ovrTJll9tYxU+dsGUj5Gt52bTLDBDsWA8tMisIBiUNcW+PVh6mq4cIoPC2CjvS0Bk+yu+uNrbbf+6QMPD6pond3CBHeBUslXgmAbD7LtJ4gHfqyaRWOwAdySw+9tz3wJ7c8cNxYWCBYi+JZQ/226OL/wx5UyDRb3kaLqlz/7L2gwUx7dBns8ABoZIDs1v3r/s5ngSb90OTWvXn6iM4pBu3j1NDO1hxh1mbva37Lth9pr/TtrLyKakv2fjSGvDE9+xAwqwZaPG7M81/8FJf4HRUorve2TKpwMT5Eykpndz2NEMqUsYzCY3sygh9e3nk6Ov0XglqlR19TF178Ynbs6sq2u/M/yy/1fG45ibu95gVa09aNtakEqnbL1KKs6TjkotMQMK1WlS9GgfnAV0ICVM673+6KOr6jGNa3Chf6LOaNc1gPBWc6jyfR8iIS79v++1UUp1oyVIV7hmos/ucQOG/W1W42P9pib9YKNHJeN+Dt8ei47FfcttfW2/vbqy92aBR3rOuJ1/WLFDcknTBPwMDaBDbwhl7heg54r5mMjHfbmgw9e5kxkcx7n57JmRjNzoqUnMvI8WiMy2I8n8gBr54XF6ClPAbyzQ+mAtTPugX3FFRXYDnmxyv4q5g7Nin2X/wMJNDb/plPS36ddIv4NGkHS89+FfZpJO65WxSkhD1p6VWwrpuaL7oUmSiERUrhX71PzBVNUzlVIgUSGdDIUrZhK6gyOuQhxEBvd0BGYnNIVGNkAsRBHvNgVDNZovWz4O3L6hV1jaK3y9Z7vXNe+tK5XPNr9/+0XM3p7QH26M77XsKfH1W5nfnNa5aMMJR+FNwHdabF/fhk43FbmGudu9QB2CJSzM7M+Kv7dMQDJdeYn8u4bZstMTcSI92JRUYy9NJJknedHCr9Q7xN1qtaNWo7i/oPqEP+KzpX0qhWVfhUluV7NKgq2CraO45m0IDI1mX68/lcj2BVn/rTVyU361GRf6/8cXSc69L9vvYGzLhU8KNc9ELpxq7bZs+1QHnXLac10UmyTQ7JqntrdeOGg63rpOb9XpW1yCnML+RupYRx+XpP15HxgZG4YjVFkbLByFq9Wsfzq8mHSzx/ZZSrYs4V/b/5F6G3niiHp6QGp2TGbgRdjFgv6WlLc2ZYE7xet7QFDUm8eW5waOMrhuy3UFwJBzQQNMEFDr9Gewxg9N5GOUgc2AI0Tz3ZWnPu9RhjRVUMO1sZGqv+UlvtK0lD025ELXz7Or36dGj5Hj+tVxJ/dmJ1i9QfHNzPODQ1PPYHUM/yNnfGMSw1JQza0W4eHehM1NHoTDw/dog3ZNCQxJDvjNnRFlX/Md2NCG5G1m++7u79/XruJXI0Jne+u/B1YPEBj1cG29cUJR+flqWu/D8yz/vNRSOP+2rhEc5GvFcMGoBEplf0ipWhwVanom1D5pJ+n5FVBrDpfjxIvrki+eYx548DQlUQNjauJJkMjvZo1Ndhh7210paby32dc3tQ6pmFzpfvXfOHnb73K70p0iMreynXdKtgANLIy97LHGVXuVbAnCvRXE+B8Hh6Kem30wrfqJX3t6hnVyxfXg4P4tV4xCdWhvj25Le/Kho6dYMPdSiGyGqUcPiwY3NxTVzUBVGFQCdsqYHzorEyHNYwBjRSQN2GNqS5oWJDvgDtaUnqM4cuIufHq8EQStn4QMoUAlA80fRf77AawD2x9R8f9IaD6q3l35b7r1yv2m/V8XlO+axlPDruTmRl2+15SWz+gCuCowscsHzrmF6DAvDpk471fgZ9ixpqFpFK3dqW2WdMn0wVj2UR0WG83M3zgHqX1v+FhRd0eQZ3eHtU6OH22jF8l+mtDJRFAKQRUAewokBErePDRKJ46/OuvBOOPrj23t8+oEbxbF3Z1/SbMf1cD2AkwQg7rqC8amoBhgIbOXWNCrK6nUAccm/k/dRo4TyJG1gfaaLhLNRCTNDR2hz5tqK/qjkHS8IA7oBjUKoAzEAzr4C7gjrr3EzYI0N/vgWRFKEOc4emOgHczaMAaZQG6zBoFtTxxdg4MwSGUfVd3P8ofT8FvFn2vIGL4z/Gq2zUdp2vwj9IfQAkmyBmbaezXaWg0qPh/UtGjGmGs7HLko6PxWkXf9mz3P2KHrhJLpR0/VxoFvPI7VjQh+uTIOSHf25+Q9mJgfXVGM5mZfNMv5nGxPJF0mTi7SMHlYzO2BoZvabIk0sMyb2TBBqDRXMfWRmT1kGru7L/dQv6y3kLZd0dedZUUnVOPW1Xd7KGiFVWlVWMiioZMQlIbq6spU5SRVWA8X2/WZrKN+uZDN836/oxENa3l+Y4Lq7vogxJR4YNStkpPHwv1oLw4otopNm1nwOqOc6JZyAEzuZ58350WyvqXFvL+23dqekgRWbXY9VVAo7GKq4/OuUpKeVyqqKKie7rJKoqyspqxOpKaREbRGBOBlVzvF+fRbtLqajfd+v4M773fz33J+55TxFO9+bTJYS6/ZKow8WXu+R7e2vOsC5E1lonxu/2WnQxSOnr+JIKtJ0wcn9h2FgAZCTOv3A1OCk7U7XKb3LlowaVx2YDcBJauxK7fgiTFJn5Dgj9jGJ3+Rbd+vSa3xdZHZfRG1dwyutLpt7baErVffqemlxSVVauzvgLI4ljfxmGOpiqhVJFH/drZSv5XcaGsZqyWtCkSU9bHCgHnJhKtAhrNNaxV6mzx9Ysfs/JhbGZVPjA80ca5EUMfgmsmqgamzV2Gk4+xPygOAxrOuLbgP9qkRxQiwOHh48uDWUCisYY1yXh6vqbu/nnbDIx96sfilgfqMKTXqlrnzfIcydU71e/WcIIO8dmIphhid7J8dAcSjTqc+dIe0fucPBjttn996L4suTeGOoRl4Yzt3R7yp7UeqhkzrzOoa596yI2mHzdNXopBNTTEfDMpbWoiiEf8qPqygudOgCYr6zjqnCbsYfBwlnkL7zivHsaivStVbDhl3PrK2030RRUpmP2/Du8wB5LnSwp3+SDM1voCNU1YPREUCX0KTgrbHx+zJFAELrElt/jkkFzqOf1lm/+Z3Zu6JKyZ1kq79tFi0ljxymZPZl9mecudYrI/k5Gya/PYI7PRR835FeP/JUtW1MbBxhMmcBNvmaugXqPYkyL0LPfrLJk85p3e7koZOZ115SycUOEUO9TeVMOseVnSU/YqJ7d5+/B4ZciN0KybEIGEu8/CmpJ0wi7hBKYxWO72hA3saB0GK6z7B+teZYnRqo06/W6nmkhHMkDnLDBTgh3zedMuMwPsmLebIPfg2PHI7TrHpvl6Xe6OXYfSDM6i8Z57hKrxG+UhTl5Dpzd091sLiRiCMmvYSi0Ew1AC8vOIrDZhkcy50PJemmDcqXKUI/SyruGW+RrnJobfNztg+E/lCE04iBc6yzzxtixJDS1o307fMq51tRDPsXAbXVtdAwONKtDSJnjMYOdGQfPjfb2HcTVCr9v+NlqlJfnejXAarT2EEfWjU4iFVRA5C5E6e8/BujcwZ1tIYhTeKfTiTtJZiHzQOYt++Nq+uan/SdMtdRhMD5oNbzdRl2U8wN1e/YeUTXSGQDko8Zq74iRbkX2uVFGlqGfbPvG3/cPmuFPazmZdhIKCetGzB1ciuvCe1nzZaRaX/NZJKzasTHwijHg1LHkYnJxxHfvzFz5m2w0MZNsuvN+f19FpnGehXNsylGvXeh6M8zvmM59RLl0NfyfsazLQvCyTbb0sNujrFRtu7TkqtG1u26ErbdPwNN6h2yzV1ibK28c5tKVSDbc1uDTX1oUdE6A3yvnZz0ht9ICQ03FsH9qwXIsGbPp5/V55xdtrDVD3KNuVWvf4MqUM/M7iVvLyO0vC2C7WZPPjbnTyqb8Fy1Tyj+Hxxy9EniBU5iR7a6t5ObrJiFUXRt5GCJt+yyp6I35X2Ss6x2xnMAluPr+He/Ar2muBcbwsEu9Vnc09qY3+RBARs7Ll80mlDa/y09+ou32xtyKeJvx9bvkm2ywwM5DIyThxOOV5bYZJFBf2omAmkejkQQzjOQsL83AKI/69v49wWA22NWtpNctK19IvPtou/LKDdj2fQ5HGxEgpFIBlUjjifCztS7Og8tGb9FKZVrOzgaEgay5HunevLBvmYG7L0N+bLZ2br0br7ZWqUiW3wduuQ7mLi7kHoQM6cw/tSw/kdnUegLbEj3dCe+tnYmnxIB/M1cRPgn1DToZRPVw/7ih8d13RPz/yU6/r1nTv9c+YxGN3xRO8hPDjdt6OgbZsM4LXXu3m3S7ivJKWvs6S+g+t/4cAYeBq1qqXnLGCXYEDgqql1CNx5ifo/id9WEl2Zlt5Sn2Ci6s7wWR3Q7xu+EB437VwEGBb9TPn5zP1W1sz9U3Tz6ywL2z5uX2HVLqjvZ0g1e3bbQD3CZhonwBjNV7uTGbmTG6ugFTnqsKccTzXw4OLxwtINV5lgm70gj8fJCowVr8DX2sxCxhAHwbR42YPh8gYk3DLsII4GkPAjpzp+ndmTDgexZTRT7kUFVUnRqsuoym9sE+xVjgbnnMJEadU8a8mMbk1CYGB4oRzFDGFWUUO9M2m0mgVZJWAGURcRvODUH7+3WBmPYlRWZDwLboCK2pm0rLFLyPAADnzdRprM10/aq0WZ9OHR+L4/JF4BLIK6n1a0XTgvczh85U5jjxNQwhDGa4d5swdaW3ce2uQKx1pn6NsO//w/txoo0a3+flsyYvn5j2RTKMaIzPsPTyoZslouJMCXzSOPXzi8XxmCr45ImKUpsw/za745d/tTy8Tkl88zmyM2PrZmZGZJuZx2eJMBi9FGs5xqhRMz2qWmlvv9dOE/YSlosKYYxVRZGu+f+9op5Uj3ZAdlxBzkOUuwHREQ5sz/O/mdq4AqlBlNW4odVNOKCGEL/YU0mtr36Qnv24FrAeuBNTGhqKPH7EowbuH9ujWym81M5RnCGbuSFOjhkRCsOd8DqPElCoCqRIOh9qqCCnFwAaoX+6q+UND2NOpldv4UXbl2qcLZtg72zc0nkkq/9tS0b+gXElsCg5upDQ9/d+NohmfWkHzk0WUjYy3NE4NVp78RAAb9DZP/mU0cejvE5dxd6eaMu2XHDV9o0oPm5985vF0S/rjpnd9dFl31OOjcZrKji2wRVdekkna5ffLsfG7i255Z/ST1BXd2N2nZRc+nIYAlMjCpdit8q2G7oT/gyM/Sb2fzfE1t/NmJ+eyX1qaLlYvIvlxn1LlUV9YbFtbEF5LiyYeRm20RR0ZvPe44u458uvS/NBNhaaK29XRv5WdD/30cxWQVMsW/AEWjFWNvel0bzw9lh80NhbvHUtXE2qanzQxOWl+XwCZAbWxbkhLPWKNPKG9+iRpVWCVcUxw7DNxFT1O4DxmHZXj4IptrKq7Gy76qFS7CUjAdGsNLE2ZW/KoNf9tDfl32MDXWQlIs3fs4Hhr3Jc11Dl4bwzU5owOsgZj73r2+671FawCkpUSp+8kV2nqaCo1sZoMcg4XdJGDCxi35tmpNmZhWht2omAeKdLVVU2PtQbonu2myUKJ9cTltjfLomk0SXRUM5EYVS8JpdYGJqTgvRN4gYjzvPH56QKdscEBVH3PnTy7YCM/s0AjazvfEKdr20Q9A3keoUYeZj5GdnYnQt4OWem1FqIaDwGIaq+t96uO/pLff8p+kNXt55Qb6xgacYc5CLvOw31Nszxe+nhq6nh6RuqYQQiNpSKUkV4CGoE5KGcqg7ErudG5CSvY2A5D86+kltrUG+dD79uGa4ffPRw+fpIPXuN4RJn6GeE2xAi6o6f/LAloPBLUuW3oYqKGBgG3rTNEdOS8Xzl5mk76nlL/e8bms+7uANT+fSs2EfCv9TxeCZd1k1+ItGSBvwD6M7gg5oujmSxnFvDrumKj/YOZTr7pkWFh6aSTE/WvR27dejlSgrfNzDkTe3r+GtqwHcIVsi3Py1ZCEj6qzbRHKzZUvWDUGbQpQNPYcvXJzoEZZ9jrtsafOM2uJj7xEIaRyfwoD3xJMDukKoQsDPJwTQ4NC8sO85hCRCaWDwXweAO+sedDIgWZCVvRZ78tKyRHJJfdOwW658+H1wSElgQFEaQjPKJ6U6ozat2jI9zcxHRXDVMPmAUmkCdhGgAoBbI6rSDc4VDkVS/JCdx0CVyfjP/e6FP0qX0CMlLs7NNx9NlVfjYAkBd93nScHd+6cGjfjFPL2K/HL4vUyG8mzMHbwkz4D/8kKmw3h5cNO/flGuYeyJgiRSD+4ztuDub/bNFo5/vmTWlq2Ggg0+7LOTw2IKFotl2g6KFtqq7cl2+xe7Bd7u7YxhulDkeDozGx4+JjjgVUN8eyQ6vwWOThsajGdqkOJMY0EJCPDVTGhrlKMR8UmdOc0EB17oLEnDcbsx6EdZjxAdWjJI5fVV1vfIfD6D/1oZivRr8vP2Di2j5gE23CplkDimX7jQ4dZc7aCbgv36ruwRaOfmNTAo9Ss91Ej6E55mMh0S78WHWgxh6nQgnYevUzgmz4mUHPeJUugigpsVycllLnnhJgtNm+QNMSHQdDnWqfnX8OUT1VN2CH2m3teScLCTBiaJbIoY6DYUOz5w2glP7zOGt2UwMSAA4DBBa8mmDrpU/evijwUA54HcS3dWA/pRlxgn3bwFxbe7ZcoKyTWV99Xe6EfdRDDZfA0cv0OqGdMKONt+VTsLzcAWqw3gMwhnUFc7NKGwLb2MSkWYa7riu7DyMDUfdWAGwvS2YMJHXIFQyeh52FYc8qH3+k7HMW6UCdssZ43NmomreCwjY2swnZrJcuFQDbjCLPi8IPMUpdYRuPbyHaQrNWN7blTZBJxK5lCtsGoR7WYZ0RA2vOMQVwzDE5cIXYorEOO54kpNKKbR/MSYhnM76rBNgGOOl6OA4xMIjPolHKmzje9jK07QncJuBeOK2XIZliPOFuh6ibUMo8Ft3QM3J6Guiv8V0/0V4e5jPCvecPVS9cOncwe1fMgz3Xht/8TbZYeqj60D9ZyPZVbAHwVuVjyP++TfuRH3kI33rBXaz171uM/hmgIwcAAt7xBQQOIAq+K5/rfW0tWAjAf6F62+1WiBojSIlevSC6pFl5cKu7vVNFvMB8EQ6bimggt7EvFALPI/QmJBPcGMaudIkK2JfCtvSIs041TSoZ8OtGXIlfsoiGqWGs9yNWwcaDVIphlkbWgaeVkuUq8KWlUtR6gVudFRlLq9hS9PAStLnJrSludq5a5Qnt7ZVCpWtkeMnBmFb2PFgWJsWUd+pBumB3GhoarGWzM8qq5Xh4RmRZWIGKHfbMz6s50yG2TbiSmvXoBIC28MHJOD9SqsRFa7fVCZ9VDbiSL2OpCu1SlUiUc5Rd1WV2eSe2r5MdenERzstOQ96wxKvLbMs8NGsqr5PDXp2cofBvk+yLK9PJovC6Z1sALyVs0gRftH2Uo2x6xtK2jnVSF5lE+mKYz9jkV3epQYcOHQxbxXeSW1210SBxoDHQFYHQjEFXfhhatVr36YqQKiJVkziUKQr5kjSrZJJbKW0UqRrAhqRtmlWoMReAWqF6DCopEppoEocyTSCW1ZXgbG98iDsacEqEC43xPQX2JnCd8WA4RPEhGBlYr8VdYAeAoutVtQEbA3gAYqNDMwccAjCdiuVR1LDWskdsxZ7URZcY5Y8BLtkHbb3+u4xLJbojHqxNY2l7hpLfAm0mdjp8yU3ynTP8AgMC8JMOkJpQy/GnIxXHAOHFQAAQxAM4GjMC0MRvLmJS08VIGru4VB1dAtV8l8hnh0tH9cal19SGy8BQdV1GWjVVQ/BQ1YyXapbCR1yS7OGJ6wZ7M7huSm8u1y2GVn+N23St+ZoJaNgikPfSobY930IX+ZZXPO8pLjuV+m1B0u/8pfTnjnRjKeCCgYOKLUnMLVtPV3FiuTxHih8lHfFTIzTOmoshBntM22vOU2Sm9EEtSPt0Zoaz9smTJ99xID0MEWSpnyIOUxI9WVLBM6JZGH63H8HaiCPlQXizYk49nSShlGvZS4o1oWco8mNQUCX68gRsNQCNHiGeyODR2+hTYgTXU5RjMuIoJUHHWedkSWEvrdT79PVDZXLEm4KREtWxOGdXm6g0kUYsSKXN+9oOyaiSpKByU4dhihyK7pZu4kcEkQ2woAy1f11v9XDFOKgZ5Co0UlYhS0XkqSri5JckDKsYETlBPyAhpYuTG9SqvU8GNiSGII9bxWHhjGIIzmf9UQOwxTLRgCeC+/LBqEhojBkfkW4RlPhJrlhI5NOiyEtcZ7YCOUEtnXmfJKlYrBJMBJppInd0ESMC23GuyVRUQUSvcIJpF8zYECX7o+aWpCPR7J8S6aXJuOKETgsYVMyb+88bF6z8E9BA/JOPWn6SUPrF1rN3iNa/5HoeGTuiuD7sBPdE6TUq+dY2VM5lWF4zLJeHMsliiJZ5d3datuN6PgBCMPIuz1zEfyUUzbAcL4iSrKiabpiW3eF0uT0FpHjxsamzlvvCdPPNsdZOW0ods70yxZJCkh7zrDDTZW8qj3V2+dUvfrPJXjddt09nZGW6mtTNhFvuu+Oue77U3WMPPLRfD2sWeeaJp3r66Fuz9BYnQSKGJGIDJGNhS8HFkSrNByNlSJcpW5ZBG02Qg2+Sb3znlOcOOOh0fUMmvFCh0ssaQGaykEShJMsqRWGyKVx2RcjBIYcdc9wVRxx11Qy763vOOe9M7VIkcwunKLnklqaq8mSPYhjpLLrZ652ao7hJcaamLqZri/twV3NsgeyGmdmOMrewId8M0GrYDJtjC2yJrbA1tsG22K7FZbiZacxM4/uuWUiJSaH/NWbuCW1WnmrfLTQxizxMXa2hxXaYm0e7uyn6nzjf3OKP1S23ZzWI2DzTq1YCAAAA) format('woff2');
}
If you set the font-weight in the declaration, you get what the original asker was expecting without needing to use the font-variation-settings property. For example, this will now work:
h1 {
font-family: Inter, sans-serif;
font-weight: bold;
}
In Kaiido's answer they mentioned using the following import along-side font-variation-settings:
#import url('https://fonts.googleapis.com/css2?family=Inter:wght#200..900');
That doesn't seem to be necessary; if you inspect the source for the imported CSS you can see that it includes font-weight settings for the #font-faces, so it should work fine with regular font-weights.
There's some more information on this available on the MDN font-weight page and the MDN variable fonts guide.
#font-face {
font-family: 'Inter';
font-weight: 600; //700, 800 or ...
src: url(font);
}
As commented by #Kaiido:
font squirrel's generator apparently converts variable fonts to static/single-weight fonts.
This also applies to other converters like transfonter.
If you need to convert font files – make sure your converter definitely supports variable fonts.
Subset google fonts via subset query
To circumvent this problem you could retrieve an subsetted woff2 file via &text query parameter from google fonts like so:
https://fonts.googleapis.com/css2?family=Inter:wght#200..900&text=helofg
(resulting in a subset containing only the glyphs "h, e, l, o, f, g")
Test the returned #font-face output.
Due to googles user-agent detection, you might get static rules in some browsers – even though they support variable fonts flawlessly (e.g. chromium/blink based Opera browser). Firefox or Chrome should work perfectly.
Base64 Data-URL conversion
Use a "neutral" Base64 encoder that's only encoding the binary file without any font-optimizations.
See this answer by #Ilyich Converting and rendering web fonts to base64 - keep original look
Working example
body{
font-size:5vw
}
#font-face {
font-family: 'InterBase64';
font-style: normal;
font-weight: 200 900;
src: url(data:application/font-woff2;charset=utf-8;base64,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);
}
/* format("woff2-variations") */
#font-face {
font-family: 'InterSub';
font-style: normal;
font-weight: 200 900;
src: url(https://fonts.gstatic.com/l/font?kit=UcC73FwrK3iLTeHuS_fvQtMwCp50KnMq14D4FCBW97h6&skey=c491285d6722e4fa&v=v12) format('woff2');
}
.InterBase64{
font-family: 'InterBase64';
font-weight: 400;
}
.interSub{
font-family: 'InterSub';
}
.t1 {
font-weight: 200;
}
.t2 {
font-weight: 600;
}
.t3 {
font-weight: 900;
}
.variableTest{
transition: 0.5s;
}
<p style="font-family:sans-serif; font-size:12px">Font-weight: <input type="range" id="fontWeight" value="100" min="100" max="900" step="50"></p>
<p id="variableTest" style="font-weight:100" class="InterBase64 variableTest">hellofg</p>
<div class="InterBase64">
<span class="t1">hellofg</span>
<span class="t2">hellofg</span>
<span class="t3">hellofg</span>
</div>
<div class="interSub">
<span class="t1">hellofg</span>
<span class="t2">hellofg</span>
<span class="t3">hellofg</span>
</div>
<script>
fontWeight.addEventListener('change', (e) => {
variableTest.style.fontWeight = e.currentTarget.value;
})
</script>
The above excerpt shows a range slider that seamlessly interpolates the font-weight. If you see fine-grained transitions, you have applied the correct variable font format.
As suggested by #gpoole add a font-weight range like font-weight:200 900 to you #font-face rule for best compatibility.
i imported a custom font to my css. the problem is special characters like apostrophs and commas are not shown in html.
my idea was to make a fallback to another font for not supported characters, but have no clue how to.
Here is a piece auf my code
HTML
<h2>apostrophe isn't shown</h2>
CSS
#font-face { font-family: 'SunriseInternational';
src: url('fonts/SunriseInternational.otf') format('otf'),
url('fonts/SunriseInternational.ttf') format('truetype'); }
h1,
h2,
.h1,
.h2 {
font-family: 'SunriseInternational', 'Branding-Medium', sans-serif;
font-size: 8vw;
color: #ffffff;
letter-spacing:2px;
}
Branding-Medium is a font that supports special characters in the main text. But the fallback seems not to work.
If the SunriseInternational font is the same as this one, indeed it doesn't contain all the ASCII characters.
Now fonts are supposed to report which Unicode ranges they support, so that the browser (or any other program using the font) knows which characters can be displayed using them, but since "ASCII" is such a range, there is no way for the font itself to differentiate between which characters it supports in that range and which it doesn't. (Apparently the idea is that if a font supports ASCII, it's supposed to support all 95 ASCII characters, not just a handful of them.)
So you will have to tell the browser manually which characters are in the font.
#font-face {
font-family: 'SunriseInternational';
src: url('fonts/SunriseInternational.otf') format('otf'),
url('fonts/SunriseInternational.ttf') format('truetype');
unicode-range: U+20-21, U+3F, U+41-5A, U+61-7A;
}
h1,
h2,
.h1,
.h2 {
font-family: 'SunriseInternational', 'Branding-Medium', sans-serif;
font-size: 8vw;
color: #ffffff;
letter-spacing:2px;
}
Only then will the browser know which characters to use from this font and which to display in the next font (Branding-Medium).
I'm using custom fonts in WordPress. I do it by defining font family. I'm having problem if line spacing with One if my fonts. If I use line-height code in my custom css I'd theme, it's applied to all the fonts which isn't required. I just want to change line spacing of problematic font. Can we define line spacing for a font while defining its font family?
Best Regards
You can implement font-family with line-height in one class. I mean something like this:
HTML:
<div class="lato-font">Text</div>
<div class="monospace-font">Text</div>
CSS:
.lato-font {
font-family: Lato, sans-serif;
line-height: 1.6;
}
.monospace-font {
font-family: monospace, serif;
line-height: 1.6;
}
In this case you can set custom line-height for each font.
You'll have to define line-height for each element or class that uses the custom font.
h1,h2,h3,h4,h5,h6,.lead-text,.some-other-class,li {
font-family: ######;
line-height: 20px;
}
I have a odd issue on my "in-development" website here: http://www.cphrecmedia.dk/musikdk/stage/
The H1-h6 fonts are just "sans-serif", but often in Chrome it shows another font (screenshot: http://cl.ly/image/260B0H0l1w0C). When the mouse hover the navigation it changes to the right font. FYI this is how it should look like: http://cl.ly/image/442l071M3N1B
The code used for font is:
.nm li a {
float: left;
font-family: sans-serif;
height:22px;
padding: 12px 14px 7px 14px;
color:#white;
font-size: 12px;
line-height: 20px;
}
I mainly develop using Chrome, so I'm not sure if the issue is present in other browsers. Have anyone of you seen this issue before?
'sans-serif' is not a font name it's a font family specification.
Use a sans-serif font name like "Arial" or "Verdana" or else you will have unexpected results (the browser may replace your font with generic ones).
Try using custom font method by downloading the font and keeping it in your fonts folder.
Example:
#font-face {
font-family: myFirstFont;
src: url('Sansation_Light.ttf')
,url('Sansation_Light.eot'); /* IE9 */
}
div
{ font-family:myFirstFont; }
Try using custom web font from google:
http://www.google.com/fonts
Select a font and uses one of the three metods, i prefer CSS method.
Example:
#import url(http://fonts.googleapis.com/css?family=Roboto);
Import this in CSS and use this for you text: font-family: 'Roboto', sans-serif;
<style>
#font-face
{
font-family : 'Avenir';
src : url("/fonts/Avenir999.otf");
}
p.price a span
{
/*font-family : 'Avenir';*/
font-size : 45px;
color: #889900;
}
</style>
<p class="price" style="border:1px solid red;">
<span>this text is above the middle of red rectangle if uncomment //font-family</span>
</p>
Again, the font is detected properly. Everything works fine. If I use
p.price a span
{
font-size : 45px;
color: #889900;
}
then it is perfect.
But, once I add a string font-face so that
p.price a span
{
font-family : 'Avenir';
font-size : 45px;
color: #889900;
}
the font style changes (great!), but it jumps up almost out of the red 1px solid rectangle. Why? How to fix? Why it happens? that's just the font. No padding, no margin is used.
Firefox is OK, but Chrome is a problem.
It must be something wrong with your font file. I would use Font Squirrel's font generator to build your font files to use with #font-face. It will generate the cross-browser CSS for you to use that should work better across different browsers.