Searched full:infinity (Results 1 – 25 of 46) sorted by relevance
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163 …f two infinities of the same sign or the difference of two infinities of opposite sign is infinity.165 The sum or the difference of infinity and any finite value is infinity.166 The sign of result matches the sign of infinity.229 …f two infinities of the same sign or the difference of two infinities of opposite sign is infinity.231 The sum or the difference of infinity and any finite value is infinity.232 The sign of result matches the sign of infinity.330 The sum or the difference of infinity and any finite value is infinity.331 The sign of result matches the sign of infinity.388 The sum or the difference of infinity and any finite value is infinity.389 The sign of result matches the sign of infinity.[all …]
146 …f two infinities of the same sign or the difference of two infinities of opposite sign is infinity.148 The sum or the difference of infinity and any finite value is infinity.149 The sign of result matches the sign of infinity.207 …f two infinities of the same sign or the difference of two infinities of opposite sign is infinity.209 The sum or the difference of infinity and any finite value is infinity.210 The sign of result matches the sign of infinity.304 The sum or the difference of infinity and any finite value is infinity.305 The sign of result matches the sign of infinity.372 The sum or the difference of infinity and any finite value is infinity.373 The sign of result matches the sign of infinity.[all …]
421 …fldai.64 0x7ff0000000000000 # Positive infinity (hexadecimal representation is `0x7ff0000000000000…425 …fldai.64 0xfff0000000000000 # Negative infinity (hexadecimal representation is `0xfff0000000000000…506 …fmovi.64 v1, 0x7ff0000000000000 # Positive infinity (hexadecimal representation is `0x7ff000000000…510 …fmovi.64 v1, 0xfff0000000000000 # Negative infinity (hexadecimal representation is `0xfff000000000…587 …fldai.64 0x7ff0000000000000 # Positive infinity (hexadecimal representation is `0x7ff0000000000000…591 …fldai.64 0xfff0000000000000 # Negative infinity (hexadecimal representation is `0xfff0000000000000…644 …fmovi.64 v1, 0x7ff0000000000000 # Positive infinity (hexadecimal representation is `0x7ff000000000…648 …fmovi.64 v1, 0xfff0000000000000 # Negative infinity (hexadecimal representation is `0xfff000000000…
421 …fldai.64 0x7ff0000000000000 # Positive infinity (hexadecimal representation is `0x7ff0000000000000…425 …fldai.64 0xfff0000000000000 # Negative infinity (hexadecimal representation is `0xfff0000000000000…541 …fmovi.64 v1, 0x7ff0000000000000 # Positive infinity (hexadecimal representation is `0x7ff000000000…545 …fmovi.64 v1, 0xfff0000000000000 # Negative infinity (hexadecimal representation is `0xfff000000000…653 …fldai.64 0x7ff0000000000000 # Positive infinity (hexadecimal representation is `0x7ff0000000000000…657 …fldai.64 0xfff0000000000000 # Negative infinity (hexadecimal representation is `0xfff0000000000000…747 …fmovi.64 v1, 0x7ff0000000000000 # Positive infinity (hexadecimal representation is `0x7ff000000000…751 …fmovi.64 v1, 0xfff0000000000000 # Negative infinity (hexadecimal representation is `0xfff000000000…
425 …fldai.64 0x7ff0000000000000 # Positive infinity (hexadecimal representation is `0x7ff0000000000000…429 …fldai.64 0xfff0000000000000 # Negative infinity (hexadecimal representation is `0xfff0000000000000…545 …fmovi.64 v1, 0x7ff0000000000000 # Positive infinity (hexadecimal representation is `0x7ff000000000…549 …fmovi.64 v1, 0xfff0000000000000 # Negative infinity (hexadecimal representation is `0xfff000000000…657 …fldai.64 0x7ff0000000000000 # Positive infinity (hexadecimal representation is `0x7ff0000000000000…661 …fldai.64 0xfff0000000000000 # Negative infinity (hexadecimal representation is `0xfff0000000000000…751 …fmovi.64 v1, 0x7ff0000000000000 # Positive infinity (hexadecimal representation is `0x7ff000000000…755 …fmovi.64 v1, 0xfff0000000000000 # Negative infinity (hexadecimal representation is `0xfff000000000…
423 …fldai.64 0x7ff0000000000000 # Positive infinity (hexadecimal representation is `0x7ff0000000000000…427 …fldai.64 0xfff0000000000000 # Negative infinity (hexadecimal representation is `0xfff0000000000000…508 …fmovi.64 v1, 0x7ff0000000000000 # Positive infinity (hexadecimal representation is `0x7ff000000000…512 …fmovi.64 v1, 0xfff0000000000000 # Negative infinity (hexadecimal representation is `0xfff000000000…589 …fldai.64 0x7ff0000000000000 # Positive infinity (hexadecimal representation is `0x7ff0000000000000…593 …fldai.64 0xfff0000000000000 # Negative infinity (hexadecimal representation is `0xfff0000000000000…646 …fmovi.64 v1, 0x7ff0000000000000 # Positive infinity (hexadecimal representation is `0x7ff000000000…650 …fmovi.64 v1, 0xfff0000000000000 # Negative infinity (hexadecimal representation is `0xfff000000000…
167 description: Division is infinity if any non zero value is divided by zero.237 description: Division is infinity if any non zero value is divided by zero.310 Division is NaN if Infinity is divided by Infinity.447 description: Division is infinity if any non zero value is divided by zero.524 description: Division is infinity if any non zero value is divided by zero.
158 … description: If source is positive infinity, the result is maximum value for destination type.174 … description: If source is negative infinity, the result is minimal value for destination type.
167 … description: If source is positive infinity, the result is maximum value for destination type.183 … description: If source is negative infinity, the result is minimal value for destination type.
147 description: Multiplication is infinity if any non zero value is multiplied by infinity.212 description: Multiplication is infinity if any non zero value is multiplied by infinity.381 Multiplication is NaN if zero is multiplied by infinity.
187 … description: If source is positive infinity, the result is maximum value for destination type.208 … description: If source is negative infinity, the result is minimal value for destination type.
177 … description: If source is positive infinity, the result is maximum value for destination type.193 … description: If source is negative infinity, the result is minimal value for destination type.
267 …fldai.64 0x7ff0000000000000 # Positive infinity (hexadecimal representation is `0x7ff0000000000000…271 …fldai.64 0xfff0000000000000 # Negative infinity (hexadecimal representation is `0xfff0000000000000…
243 // 9. If x = +infinity, then in ToExponential()244 // a. Return the concatenation of the Strings s and "Infinity". in ToExponential()247 return GetTaggedString(thread, "-Infinity"); in ToExponential()249 return GetTaggedString(thread, "Infinity"); in ToExponential()375 // 9. If x = +infinity, then in ToPrecision()376 // a. Return the String that is the concatenation of s and "Infinity". in ToPrecision()379 return GetTaggedString(thread, "-Infinity"); in ToPrecision()381 return GetTaggedString(thread, "Infinity"); in ToPrecision()430 // If x = +infinity, then in ToString()431 // Return the String that is the concatenation of s and "Infinity". in ToString()[all …]
45 // check whether value is a Infinity46 pandaGen.loadAccumulator(lit, getVregisterCache(pandaGen, CacheList.Infinity));
45 Infinity, enumerator58 [CacheList.Infinity, expandInfinity],
50 let vreg = getVregisterCache(pandaGen, CacheList.Infinity);
29 let insns = compileMainSnippet(`NaN; Infinity; globalThis;`);
40 it("Infinity", function () {
90 - Positive infinity (hexadecimal representation is `0x7ff0000000000000`)91 - Negative infinity (hexadecimal representation is `0xfff0000000000000`)1263 - Division is NaN if Infinity is divided by Infinity.1265 - Multiplication is NaN if zero is multiplied by infinity.1267 - Division is infinity if any non zero value is divided by zero.1268 - Multiplication is infinity if any non zero value is multiplied by infinity.1269 …f the same sign or the difference of two infinities of opposite sign is infinity. The sign of resu…1270 …- The sum or the difference of infinity and any finite value is infinity. The sign of result match…1828 - If source is negative infinity, the result is minimal value for destination type.1830 - If source is positive infinity, the result is maximum value for destination type.