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PrimeOrderCalculator converted to a template.

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mlemanczyk committed 2025-12-21 18:02:59 +01:00
1 parent 48df3df290
commit 2bf9ff233c
19 files changed
+3407 -4332
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PerfectNumbers.Core/MersenneDivisorCyclesTemplate.cs
+31 -30
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@@ -259,22 +259,23 @@ public struct MersenneDivisorCyclesTemplate
}
#if DEVICE_GPU
UInt128 wideOrder = PrimeOrderCalculator.CalculateGpu(
UInt128 wideOrder = PrimeOrderCalculatorGpu.Calculate(
gpu,
divisor,
previousOrder: null,
PrimeOrderCalculator.PrimeOrderCalculatorConfig.HeuristicDefault);
PrimeOrderCalculatorConfig.HeuristicDefault);
#elif DEVICE_HYBRID
UInt128 wideOrder = PrimeOrderCalculator.CalculateHybrid(
UInt128 wideOrder = PrimeOrderCalculatorHybrid.Calculate(
gpu,
divisor,
previousOrder: null,
PrimeOrderCalculator.PrimeOrderCalculatorConfig.HeuristicDefault);
MontgomeryDivisorData.FromModulus((ulong)divisor),
PrimeOrderCalculatorConfig.HeuristicDefault);
#else
UInt128 wideOrder = PrimeOrderCalculator.CalculateCpu(
UInt128 wideOrder = PrimeOrderCalculatorCpu.Calculate(
divisor,
previousOrder: null,
PrimeOrderCalculator.PrimeOrderCalculatorConfig.HeuristicDefault);
PrimeOrderCalculatorConfig.HeuristicDefault);
#endif
if (wideOrder != UInt128.Zero)
{
@@ -329,25 +330,25 @@ public struct MersenneDivisorCyclesTemplate
// }
#if DEVICE_GPU
ulong computedOrder = PrimeOrderCalculator.CalculateGpu(
ulong computedOrder = PrimeOrderCalculatorGpu.Calculate(
gpu,
divisor,
previousOrder: null,
divisorData,
PrimeOrderCalculator.PrimeOrderCalculatorConfig.HeuristicDefault);
PrimeOrderCalculatorConfig.HeuristicDefault);
#elif DEVICE_HYBRID
ulong computedOrder = PrimeOrderCalculator.CalculateHybrid(
ulong computedOrder = PrimeOrderCalculatorHybrid.Calculate(
gpu,
divisor,
previousOrder: null,
divisorData,
PrimeOrderCalculator.PrimeOrderCalculatorConfig.HeuristicDefault);
PrimeOrderCalculatorConfig.HeuristicDefault);
#else
ulong computedOrder = PrimeOrderCalculator.CalculateCpu(
ulong computedOrder = PrimeOrderCalculatorCpu.Calculate(
divisor,
previousOrder: null,
divisorData,
PrimeOrderCalculator.PrimeOrderCalculatorConfig.HeuristicDefault);
PrimeOrderCalculatorConfig.HeuristicDefault);
#endif
if (computedOrder != 0UL)
{
@@ -1011,14 +1012,14 @@ public struct MersenneDivisorCyclesTemplate
}
#if DEVICE_GPU
if (!skipPrimeOrderHeuristic && HeuristicPrimeTester.IsPrimeGpu(gpu, divisor))
{
ulong computedOrder = PrimeOrderCalculator.CalculateGpu(
gpu,
divisor,
previousOrder: null,
divisorData,
PrimeOrderCalculator.PrimeOrderCalculatorConfig.HeuristicDefault);
if (!skipPrimeOrderHeuristic && HeuristicPrimeTester.IsPrimeGpu(gpu, divisor))
{
ulong computedOrder = PrimeOrderCalculatorGpu.Calculate(
gpu,
divisor,
previousOrder: null,
divisorData,
PrimeOrderCalculatorConfig.HeuristicDefault);
if (computedOrder != 0UL)
{
cycleLength = computedOrder;
@@ -1026,14 +1027,14 @@ public struct MersenneDivisorCyclesTemplate
}
}
#elif DEVICE_HYBRID
if (!skipPrimeOrderHeuristic && HeuristicPrimeTester.IsPrimeCpu(divisor))
{
ulong computedOrder = PrimeOrderCalculator.CalculateHybrid(
gpu,
divisor,
previousOrder: null,
divisorData,
PrimeOrderCalculator.PrimeOrderCalculatorConfig.HeuristicDefault);
if (!skipPrimeOrderHeuristic && HeuristicPrimeTester.IsPrimeCpu(divisor))
{
ulong computedOrder = PrimeOrderCalculatorHybrid.Calculate(
gpu,
divisor,
previousOrder: null,
divisorData,
PrimeOrderCalculatorConfig.HeuristicDefault);
if (computedOrder != 0UL)
{
cycleLength = computedOrder;
@@ -1043,11 +1044,11 @@ public struct MersenneDivisorCyclesTemplate
#else
if (!skipPrimeOrderHeuristic && HeuristicPrimeTester.IsPrimeCpu(divisor))
{
ulong computedOrder = PrimeOrderCalculator.CalculateCpu(
ulong computedOrder = PrimeOrderCalculatorCpu.Calculate(
divisor,
previousOrder: null,
divisorData,
PrimeOrderCalculator.PrimeOrderCalculatorConfig.HeuristicDefault);
PrimeOrderCalculatorConfig.HeuristicDefault);
if (computedOrder != 0UL)
{
cycleLength = computedOrder;