Révision 190 Pi/XPU/PiXpuMPI.py

PiXpuMPI.py (revision 190)
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        RNG='MWC'
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        # Value type : INT32, INT64, FP32, FP64
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        ValueType='FP32'
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        HowToUse='%s -c (Print Curves) -d <DeviceId> -g <CUDA/OpenCL> -i <Iterations> -b <BlocksBegin> -e <BlocksEnd> -s <BlocksStep> -f <ThreadsFirst> -l <ThreadsLast> -t <ThreadssTep> -r <RedoToImproveStats> -m <SHR3/CONG/MWC/KISS> -v <INT32/INT64/FP32/FP64>'


  		





  
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        # Inside based on If


  		





  
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        IfThen=False


  		





  
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        HowToUse='%s -c (Print Curves) -k (Case On IfThen) -d <DeviceId> -g <CUDA/OpenCL> -i <Iterations> -b <BlocksBegin> -e <BlocksEnd> -s <BlocksStep> -f <ThreadsFirst> -l <ThreadsLast> -t <ThreadssTep> -r <RedoToImproveStats> -m <SHR3/CONG/MWC/KISS> -v <INT32/INT64/FP32/FP64>'


  		





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        try:


  		





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            opts, args = getopt.getopt(sys.argv[1:],"hcg:i:b:e:s:f:l:t:r:d:m:v:",["gpustyle=","iterations=","blocksBegin=","blocksEnd=","blocksStep=","threadsFirst=","threadsLast=","threadssTep=","redo=","device=","marsaglia=","valuetype="])


  		





  
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            opts, args = getopt.getopt(sys.argv[1:],"hckg:i:b:e:s:f:l:t:r:d:m:v:",["gpustyle=","iterations=","blocksBegin=","blocksEnd=","blocksStep=","threadsFirst=","threadsLast=","threadssTep=","redo=","device=","marsaglia=","valuetype="])


  		





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        except getopt.GetoptError:


  		





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            print(HowToUse % sys.argv[0])


  		





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            sys.exit(2)


  		





  ......




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            elif opt == '-c':


  		





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                Curves=True


  		





  
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            elif opt == '-k':


  		





  
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                IfThen=True


  		





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            elif opt in ("-d", "--device"):


  		





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                Devices.append(int(arg))


  		





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            elif opt in ("-g", "--gpustyle"):


  		





  ......




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                InputCL['RNG']=RNG


  		





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                InputCL['ValueType']=ValueType


  		





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                InputCL['GpuStyle']=GpuStyle


  		





  
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                InputCL['IfThen']=IfThen


  		





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                for Device in Devices[1:]:


  		





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                    print("Send to device %i on rank %i" % (Device,r))


  		












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