179     skvm::F32 f32(skvm::Val id) { SkASSERT(id != skvm::NA); return {fBuilder, id}; }  in f32()
180     skvm::I32 i32(skvm::Val id) { SkASSERT(id != skvm::NA); return {fBuilder, id}; }  in i32()
190             result[i] = fn({fBuilder, v[i]});  in unary()
253     skvm::Builder* fBuilder;  member in SkSL::SkVMGenerator
356         , fBuilder(builder)  in SkVMGenerator()
367     fConditionMask = fLoopMask = fBuilder->splat(0xffff'ffff);  in writeProgram()
409                         this->writeToSlot(slot + 2, fBuilder->splat(0.0f).id);  in setupGlobals()
410                         this->writeToSlot(slot + 3, fBuilder->splat(1.0f).id);  in setupGlobals()
447         fBuilder->trace_call_enter(this->mask(), function.fLine);  in writeFunction()
450     fFunctionStack.push_back({outReturn, /*returned=*/fBuilder->splat(0)});  in writeFunction()
485         fBuilder->trace_call_exit(this->mask(), function.fLine);  in writeFunction()
492             fBuilder->trace_var(this->mask(), slot, f32(value));  in writeToSlot()
494             fBuilder->trace_var(this->mask(), slot, bool(value));  in writeToSlot()
496             fBuilder->trace_var(this->mask(), slot, i32(value));  in writeToSlot()
571     skvm::Val initialValue = fBuilder->splat(0.0f).id;  in getSlot()
641         const skvm::F32 zero = fBuilder->splat(0.0f);  in writeBinaryExpression()
866     const skvm::F32 zero = fBuilder->splat(0.0f);  in writeConstructorDiagonalMatrix()
890                 dst[dstIndex++] = fBuilder->splat(c == r ? 1.0f : 0.0f);  in writeConstructorMatrixResize()
920     SkAssertResult(fBuilder->allImm(index[0], &indexValue));  in indexSlotOffset()
1117             result[i] = fn({fBuilder, args[0][args[0].slots() == 1 ? 0 : i]},  in writeIntrinsicCall()
1118                            {fBuilder, args[1][args[1].slots() == 1 ? 0 : i]});  in writeIntrinsicCall()
1132             result[i] = fn({fBuilder, args[0][args[0].slots() == 1 ? 0 : i]},  in writeIntrinsicCall()
1133                            {fBuilder, args[1][args[1].slots() == 1 ? 0 : i]},  in writeIntrinsicCall()
1134                            {fBuilder, args[2][args[2].slots() == 1 ? 0 : i]});  in writeIntrinsicCall()
1332     const skvm::F32 zero = fBuilder->splat(0.0f);  in writeFunctionCall()
1380     std::vector<skvm::F32> result(nslots, fBuilder->splat(0.0f));  in writeExternalFunctionCall()
1382     c.function().call(fBuilder, args.data(), result.data(), this->mask());  in writeExternalFunctionCall()
1395         return fBuilder->splat(l.as<Literal>().floatValue());  in writeLiteral()
1398         return fBuilder->splat(static_cast<int>(l.as<Literal>().intValue()));  in writeLiteral()
1401     return fBuilder->splat(l.as<Literal>().boolValue() ? ~0 : 0);  in writeLiteral()
1414                     val = f32(val) + fBuilder->splat(incr ? 1.0f : -1.0f);  in writePrefixExpression()
1417                     val = i32(val) + fBuilder->splat(incr ? 1 : -1);  in writePrefixExpression()
1456                     val = f32(val) + fBuilder->splat(incr ? 1.0f : -1.0f);  in writePostfixExpression()
1459                     val = i32(val) + fBuilder->splat(incr ? 1 : -1);  in writePostfixExpression()
1659     const skvm::I32 zero      = fBuilder->splat(0);  in writeForStatement()
1667                                         ? fBuilder->splat(static_cast<float>(val)).id  in writeForStatement()
1668                                         : fBuilder->splat(static_cast<int>(val)).id);  in writeForStatement()
1711     skvm::I32 falseValue = fBuilder->splat( 0);  in writeSwitchStatement()
1712     skvm::I32 trueValue  = fBuilder->splat(~0);  in writeSwitchStatement()
1754         this->writeToSlot(slot + i, val ? val[i] : fBuilder->splat(0.0f).id);  in writeVarDeclaration()
1760         fBuilder->trace_line(this->mask(), line);  in emitTraceLine()