BindAllocation(Allocation, Int32)
|
仅供生成的反射代码使用。
(继承自 Script)
|
BNNM(Allocation, Int32, Allocation, Int32, Allocation, Int32, Int32)
|
神经网络的 8 位 GEMM 类似操作:C = A * Transpose(B) 计算在 1 中完成。
|
CGBMV(Int32, Int32, Int32, Float2, Allocation, Allocation, Int32, Float2, Allocation, Int32)
|
CGBMV 执行矩阵向量运算之一 y := alphaAx + betay 或 y := alphaATx + betay 或 y := alpha*AHx + betay
|
CGEMM(Int32, Int32, Float2, Allocation, Allocation, Float2, Allocation)
|
CGEMM 执行矩阵运算 C := alpha*op(A)op(B) + betaC,其中 op(X) = X 或 op(X) = X 或 op(X) = XT 或 op(X) = XH
|
CGEMV(Int32, Float2, Allocation, Allocation, Int32, Float2, Allocation, Int32)
|
CGEMV 执行矩阵向量运算 y := alphaAx + betay 或 y := alphaATx + betay 或 y := alpha*AHx + betay
|
CGERC(Float2, Allocation, Int32, Allocation, Int32, Allocation)
|
CGERC 执行排名 1 运算 A := alphaxy**H + A
|
CGERU(Float2, Allocation, Int32, Allocation, Int32, Allocation)
|
CGERU 执行排名 1 运算 A := alphaxy**T + A
|
CHBMV(Int32, Int32, Float2, Allocation, Allocation, Int32, Float2, Allocation, Int32)
|
CHBMV 执行矩阵向量运算 y := alphaAx + beta*y
|
CHEMM(Int32, Int32, Float2, Allocation, Allocation, Float2, Allocation)
|
CHEMM 执行矩阵运算 C := alphaAB + betaC 或 C := alphaBA + betaC
|
CHEMV(Int32, Float2, Allocation, Allocation, Int32, Float2, Allocation, Int32)
|
CHEMV 执行矩阵向量运算 y := alphaAx + beta*y
|
CHER(Int32, Single, Allocation, Int32, Allocation)
|
CHER 执行排名 1 运算 A := alphaxx**H + A
|
CHER2(Int32, Float2, Allocation, Int32, Allocation, Int32, Allocation)
|
CHER2 执行对称排名 2 运算 A := alphaxyH + alphayxH + A
|
CHER2K(Int32, Int32, Float2, Allocation, Allocation, Single, Allocation)
|
CHER2K 执行 2k 运算 C:= alpha A B H + conjg(alpha)BAH + betaC 或 C := alphaAH*B + conjg(alpha)*BHA + betaC
|
CHERK(Int32, Int32, Single, Allocation, Single, Allocation)
|
CHERK 执行一个隐士排名 k 运算 C := alpha A H + betaC 或 C := alphaA HA+ betaC
|
CHPMV(Int32, Float2, Allocation, Allocation, Int32, Float2, Allocation, Int32)
|
CHPMV 执行矩阵向量运算 y := alphaAx + beta*y
|
CHPR(Int32, Single, Allocation, Int32, Allocation)
|
CHPR 执行排名 1 运算 A := alphax x**H + A
|
CHPR2(Int32, Float2, Allocation, Int32, Allocation, Int32, Allocation)
|
CHPR2 执行对称排名 2 运算 A:= alphaxyH + alphayxH + A
|
Clone()
|
创建并返回此对象的副本。
(继承自 Object)
|
Create(RenderScript)
|
创建用于访问 BLAS 子例程的内部函数。
|
CreateFieldID(Int32, Element)
|
仅供生成的反射类使用。
(继承自 Script)
|
CreateInvokeID(Int32)
|
仅供生成的反射类使用。
(继承自 Script)
|
CreateKernelID(Int32, Int32, Element, Element)
|
仅供生成的反射类使用。
(继承自 Script)
|
CSYMM(Int32, Int32, Float2, Allocation, Allocation, Float2, Allocation)
|
CSYMM 执行矩阵运算 C := alphaAB + betaC 或 C := alphaBA + betaC
|
CSYR2K(Int32, Int32, Float2, Allocation, Allocation, Float2, Allocation)
|
CSYR2K 执行对称排名 2k 运算之一 C := alpha A B T + alphaBAT + betaC 或 C := alpha ATB + alphaBTA + betaC
|
CSYRK(Int32, Int32, Float2, Allocation, Float2, Allocation)
|
CSYRK 执行对称排名 k 运算 C := alphaA AT + betaC 或 C := alphaA TA+ betaC
|
CTBMV(Int32, Int32, Int32, Int32, Allocation, Allocation, Int32)
|
CTBMV 执行矩阵向量运算 x := Ax 或 x := A**Tx 或 x := A**H*x
|
CTBSV(Int32, Int32, Int32, Int32, Allocation, Allocation, Int32)
|
CTBSV 求解公式 A x = b 或 A**Tx = b 或 A**H*x = b 的系统之一
|
CTPMV(Int32, Int32, Int32, Allocation, Allocation, Int32)
|
CTPMV 执行矩阵向量运算 x := Ax 或 x := A**Tx 或 x := A**H*x
|
CTPSV(Int32, Int32, Int32, Allocation, Allocation, Int32)
|
CTPSV 求解公式 A x = b 或 A**Tx = b 或 A**H*x = b 的系统之一
|
CTRMM(Int32, Int32, Int32, Int32, Float2, Allocation, Allocation)
|
CTRMM 执行矩阵运算 B := alphaop(A)B 或 B := alphaBop(A) op(A) 是 op(A) = A 或 op(A) = A 或 op(A) = A 或 op(A) = AH
|
CTRMV(Int32, Int32, Int32, Allocation, Allocation, Int32)
|
CTRMV 执行矩阵向量运算 x := Ax 或 x := A**Tx 或 x := A**H*x
|
CTRSM(Int32, Int32, Int32, Int32, Float2, Allocation, Allocation)
|
CTRSM 求解矩阵公式之一 op(A)X := alphaB 或 Xop(A) := alphaB op(A) 是 op(A) = A 或 op(A) = A 或 op(A) = A 或 op(A) = AH
|
CTRSV(Int32, Int32, Int32, Allocation, Allocation, Int32)
|
CTRSV 求解公式 A x = b 或 A**Tx = b 或 A**H*x = b 的系统之一
|
Destroy()
|
释放与此对象关联的任何本机资源。
(继承自 BaseObj)
|
DGBMV(Int32, Int32, Int32, Double, Allocation, Allocation, Int32, Double, Allocation, Int32)
|
DGBMV 执行矩阵向量运算 y := alphaAx + betay 或 y := alphaA**Tx + betay
|
DGEMM(Int32, Int32, Double, Allocation, Allocation, Double, Allocation)
|
DGEMM 执行矩阵运算 C := alpha*op(A)op(B) + betaC,其中 op(X) = X 或 op(X) = X**T
|
DGEMV(Int32, Double, Allocation, Allocation, Int32, Double, Allocation, Int32)
|
DGEMV 执行矩阵向量运算之一 y := alphaAx + betay 或 y := alphaA**Tx + betay
|
DGER(Double, Allocation, Int32, Allocation, Int32, Allocation)
|
DGER 执行排名 1 运算 A := alphaxy**T + A
|
Dispose()
|
ScriptIntrinsicBLAS 类为 BLAS 提供高性能 RenderScript API。
(继承自 Object)
|
Dispose(Boolean)
|
ScriptIntrinsicBLAS 类为 BLAS 提供高性能 RenderScript API。
(继承自 Object)
|
DSBMV(Int32, Int32, Double, Allocation, Allocation, Int32, Double, Allocation, Int32)
|
DSBMV 执行矩阵向量运算 y := alphaAx + beta*y
|
DSPMV(Int32, Double, Allocation, Allocation, Int32, Double, Allocation, Int32)
|
DSPMV 执行矩阵向量运算 y := alphaAx + beta*y
|
DSPR(Int32, Double, Allocation, Int32, Allocation)
|
DSPR 执行排名 1 运算 A := alphax x**T + A
|
DSPR2(Int32, Double, Allocation, Int32, Allocation, Int32, Allocation)
|
DSPR2 执行对称排名 2 运算 A:= alphaxyT + alphayxT + A
|
DSYMM(Int32, Int32, Double, Allocation, Allocation, Double, Allocation)
|
DSYMM 执行矩阵矩阵运算 C := alphaAB + betaC 或 C := alphaBA + betaC
|
DSYMV(Int32, Double, Allocation, Allocation, Int32, Double, Allocation, Int32)
|
DSYMV 执行矩阵向量运算 y := alphaAx + beta*y
|
DSYR(Int32, Double, Allocation, Int32, Allocation)
|
DSYR 执行排名 1 运算 A := alphax x**T + A
|
DSYR2(Int32, Double, Allocation, Int32, Allocation, Int32, Allocation)
|
DSYR2 执行对称排名 2 运算 A := alphaxyT + alphayxT + A
|
DSYR2K(Int32, Int32, Double, Allocation, Allocation, Double, Allocation)
|
DSYR2K 执行对称排名 2k 运算之一 C := alpha A B T + alphaBAT + betaC 或 C := alpha ATB + alphaBTA + betaC
|
DSYRK(Int32, Int32, Double, Allocation, Double, Allocation)
|
DSYRK 执行对称排名 k 运算 C := alphaA AT + betaC 或 C := alphaA TA+ betaC
|
DTBMV(Int32, Int32, Int32, Int32, Allocation, Allocation, Int32)
|
DTBMV 执行矩阵向量运算 x := Ax 或 x := A**Tx
|
DTBSV(Int32, Int32, Int32, Int32, Allocation, Allocation, Int32)
|
DTBSV 求解公式 Ax = b 或 A**Tx = b 的系统之一
|
DTPMV(Int32, Int32, Int32, Allocation, Allocation, Int32)
|
DTPMV 执行矩阵向量运算 x := Ax 或 x := A**Tx
|
DTPSV(Int32, Int32, Int32, Allocation, Allocation, Int32)
|
DTPSV 求解公式 Ax = b 或 A**Tx = b 的系统之一
|
DTRMM(Int32, Int32, Int32, Int32, Double, Allocation, Allocation)
|
DTRMM 执行矩阵运算 B := alphaop(A)B 或 B := alphaBop(A) op(A) 是 op(A) = A 或 op(A) = A 或 op(A) = A**T
|
DTRMV(Int32, Int32, Int32, Allocation, Allocation, Int32)
|
DTRMV 执行矩阵向量运算之一 x := Ax 或 x := A**Tx
|
DTRSM(Int32, Int32, Int32, Int32, Double, Allocation, Allocation)
|
DTRSM 求解矩阵公式之一 op(A)X := alphaB 或 Xop(A) := alphaB op(A) 是 op(A) = A 或 op(A) = A**T
|
DTRSV(Int32, Int32, Int32, Allocation, Allocation, Int32)
|
DTRSV 求解公式 Ax = b 或 A**Tx = b 的系统之一
|
Equals(Object)
|
指示其他对象是否“等于”此对象。
(继承自 Object)
|
ForEach(Int32, Allocation, Allocation, FieldPacker, Script+LaunchOptions)
|
仅供生成的反射代码使用。
(继承自 Script)
|
ForEach(Int32, Allocation, Allocation, FieldPacker)
|
仅供生成的反射代码使用。
(继承自 Script)
|
ForEach(Int32, Allocation[], Allocation, FieldPacker, Script+LaunchOptions)
|
仅供生成的反射代码使用。
(继承自 Script)
|
ForEach(Int32, Allocation[], Allocation, FieldPacker)
|
仅供生成的反射代码使用。
(继承自 Script)
|
GetHashCode()
|
返回对象的哈希代码值。
(继承自 Object)
|
GetVarB(Int32)
|
(继承自 Script)
|
GetVarD(Int32)
|
(继承自 Script)
|
GetVarF(Int32)
|
(继承自 Script)
|
GetVarI(Int32)
|
(继承自 Script)
|
GetVarJ(Int32)
|
(继承自 Script)
|
GetVarV(Int32, FieldPacker)
|
仅供生成的反射代码使用。
(继承自 Script)
|
Invoke(Int32, FieldPacker)
|
仅供生成的反射代码使用。
(继承自 Script)
|
Invoke(Int32)
|
仅供生成的反射代码使用。
(继承自 Script)
|
JavaFinalize()
|
当垃圾回收确定不再引用该对象时,由对象上的垃圾回收器调用。
(继承自 Object)
|
Notify()
|
唤醒正在等待此对象的监视器的单个线程。
(继承自 Object)
|
NotifyAll()
|
唤醒正在等待此对象的监视器的所有线程。
(继承自 Object)
|
Reduce(Int32, Allocation[], Allocation, Script+LaunchOptions)
|
仅供生成的反射代码使用。
(继承自 Script)
|
SetHandle(IntPtr, JniHandleOwnership)
|
设置 Handle 属性。
(继承自 Object)
|
SetTimeZone(String)
|
(继承自 Script)
|
SetVar(Int32, BaseObj)
|
仅供生成的反射代码使用。
(继承自 Script)
|
SetVar(Int32, Boolean)
|
仅供生成的反射代码使用。
(继承自 Script)
|
SetVar(Int32, Double)
|
仅供生成的反射代码使用。
(继承自 Script)
|
SetVar(Int32, FieldPacker, Element, Int32[])
|
仅供生成的反射代码使用。
(继承自 Script)
|
SetVar(Int32, FieldPacker)
|
仅供生成的反射代码使用。
(继承自 Script)
|
SetVar(Int32, Int32)
|
仅供生成的反射代码使用。
(继承自 Script)
|
SetVar(Int32, Int64)
|
仅供生成的反射代码使用。
(继承自 Script)
|
SetVar(Int32, Single)
|
仅供生成的反射代码使用。
(继承自 Script)
|
SGBMV(Int32, Int32, Int32, Single, Allocation, Allocation, Int32, Single, Allocation, Int32)
|
SGBMV 执行矩阵向量运算之一 y := alphaAx + betay 或 y := alphaA**Tx + betay
|
SGEMM(Int32, Int32, Single, Allocation, Allocation, Single, Allocation)
|
SGEMM 执行矩阵运算 C := alpha*op(A)op(B) + betaC 之一,其中 op(X) = X 或 op(X) = X**T
|
SGEMV(Int32, Single, Allocation, Allocation, Int32, Single, Allocation, Int32)
|
SGEMV 执行矩阵向量运算之一 y := alphaAx + betay 或 y := alphaA**Tx + betay
|
SGER(Single, Allocation, Int32, Allocation, Int32, Allocation)
|
SGER 执行排名 1 运算 A := alphaxy**T + A
|
SSBMV(Int32, Int32, Single, Allocation, Allocation, Int32, Single, Allocation, Int32)
|
SSBMV 执行矩阵向量运算 y := alphaAx + beta*y
|
SSPMV(Int32, Single, Allocation, Allocation, Int32, Single, Allocation, Int32)
|
SSPMV 执行矩阵向量运算 y := alphaAx + beta*y
|
SSPR(Int32, Single, Allocation, Int32, Allocation)
|
SSPR 执行排名 1 运算 A := alphaxx**T + A
|
SSPR2(Int32, Single, Allocation, Int32, Allocation, Int32, Allocation)
|
SSPR2 执行对称排名 2 运算 A := alphaxyT + alphayxT + A
|
SSYMM(Int32, Int32, Single, Allocation, Allocation, Single, Allocation)
|
SSYMM 执行矩阵矩阵运算 C := alphaAB + betaC 或 C := alphaBA + betaC
|
SSYMV(Int32, Single, Allocation, Allocation, Int32, Single, Allocation, Int32)
|
SSYMV 执行矩阵向量运算 y := alphaAx + beta*y
|
SSYR(Int32, Single, Allocation, Int32, Allocation)
|
SSYR 执行排名 1 运算 A := alphax x**T + A
|
SSYR2(Int32, Single, Allocation, Int32, Allocation, Int32, Allocation)
|
SSYR2 执行对称排名 2 运算 A := alphaxyT + alphayxT + A
|
SSYR2K(Int32, Int32, Single, Allocation, Allocation, Single, Allocation)
|
SSYR2K 执行对称排名 2k 运算之一 C := alpha A B T + alphaBAT + betaC 或 C := alpha ATB + alphaBTA + betaC
|
SSYRK(Int32, Int32, Single, Allocation, Single, Allocation)
|
SSYRK 执行对称排名 k 运算 C := alphaA AT + betaC 或 C := alphaA TA+ betaC
|
STBMV(Int32, Int32, Int32, Int32, Allocation, Allocation, Int32)
|
STBMV 执行矩阵向量运算 x := Ax 或 x := A**Tx
|
STBSV(Int32, Int32, Int32, Int32, Allocation, Allocation, Int32)
|
STBSV 求解公式 Ax = b 或 A**Tx = b 的系统之一
|
STPMV(Int32, Int32, Int32, Allocation, Allocation, Int32)
|
STPMV 执行矩阵向量运算 x := Ax 或 x := A**Tx
|
STPSV(Int32, Int32, Int32, Allocation, Allocation, Int32)
|
STPSV 求解公式 Ax = b 或 A**Tx = b 的系统之一
|
STRMM(Int32, Int32, Int32, Int32, Single, Allocation, Allocation)
|
STRMM 执行矩阵矩阵运算 B := alphaop(A)B 或 B := alphaBop(A) op(A) 是 op(A) = A 或 op(A) = A**T
|
STRMV(Int32, Int32, Int32, Allocation, Allocation, Int32)
|
STRMV 执行矩阵向量运算 x := Ax 或 x := A**Tx
|
STRSM(Int32, Int32, Int32, Int32, Single, Allocation, Allocation)
|
STRSM 求解矩阵公式之一 op(A)X := alphaB 或 Xop(A) := alphaB op(A) 是 op(A) = A 或 op(A) = A**T
|
STRSV(Int32, Int32, Int32, Allocation, Allocation, Int32)
|
STRSV 解决了公式 Ax = b 或 A**Tx = b 的系统之一
|
ToArray<T>()
|
ScriptIntrinsicBLAS 类为 BLAS 提供高性能 RenderScript API。
(继承自 Object)
|
ToString()
|
返回对象的字符串表示形式。
(继承自 Object)
|
UnregisterFromRuntime()
|
ScriptIntrinsicBLAS 类为 BLAS 提供高性能 RenderScript API。
(继承自 Object)
|
Wait()
|
使当前线程等待,直到唤醒它,通常是通过 em 通知/em> 或 <em>interrupted</em>。<><
(继承自 Object)
|
Wait(Int64, Int32)
|
使当前线程等待直到唤醒,通常是通过 <em>通知</em> 或 <em interrupted</em>>,或直到经过一定数量的实时。
(继承自 Object)
|
Wait(Int64)
|
使当前线程等待直到唤醒,通常是通过 <em>通知</em> 或 <em interrupted</em>>,或直到经过一定数量的实时。
(继承自 Object)
|
ZGBMV(Int32, Int32, Int32, Double2, Allocation, Allocation, Int32, Double2, Allocation, Int32)
|
ZGBMV 执行矩阵向量运算之一 y := alphaAx + betay 或 y := alphaATx + betay 或 y := alpha*AHx + betay
|
ZGEMM(Int32, Int32, Double2, Allocation, Allocation, Double2, Allocation)
|
ZGEMM 执行矩阵运算 C 之一:= alpha*op(A)op(B) + betaC,其中 op(X) = X 或 op(X) = X 或 op(X) = XT 或 op(X) = XH
|
ZGEMV(Int32, Double2, Allocation, Allocation, Int32, Double2, Allocation, Int32)
|
ZGEMV 执行矩阵向量运算之一 y := alphaAx + betay 或 y := alphaATx + betay 或 y := alpha*AHx + betay
|
ZGERC(Double2, Allocation, Int32, Allocation, Int32, Allocation)
|
ZGERC 执行排名 1 运算 A := alphaxy**H + A
|
ZGERU(Double2, Allocation, Int32, Allocation, Int32, Allocation)
|
ZGERU 执行排名 1 运算 A := alphaxy**T + A
|
ZHBMV(Int32, Int32, Double2, Allocation, Allocation, Int32, Double2, Allocation, Int32)
|
ZHBMV 执行矩阵向量运算 y := alphaAx + beta*y
|
ZHEMM(Int32, Int32, Double2, Allocation, Allocation, Double2, Allocation)
|
ZHEMM 执行矩阵运算 C := alphaAB + betaC 或 C := alphaBA + betaC
|
ZHEMV(Int32, Double2, Allocation, Allocation, Int32, Double2, Allocation, Int32)
|
ZHEMV 执行矩阵向量运算 y := alphaAx + beta*y
|
ZHER(Int32, Double, Allocation, Int32, Allocation)
|
ZHER 执行排名 1 运算 A := alphax x**H + A
|
ZHER2(Int32, Double2, Allocation, Int32, Allocation, Int32, Allocation)
|
ZHER2 执行对称排名 2 运算 A := alphaxyH + alphayxH + A
|
ZHER2K(Int32, Int32, Double2, Allocation, Allocation, Double, Allocation)
|
ZHER2K 执行 2k 运算 C:= alpha A B H+ conjg(alpha )BAH + betaC 或 C := alphaAH*B + conjg(alpha)*BHA + betaC
|
ZHERK(Int32, Int32, Double, Allocation, Double, Allocation)
|
ZHERK 执行一个隐士排名 k 运算 C := alphaA AH + betaC 或 C := alphaA HA+ betaC
|
ZHPMV(Int32, Double2, Allocation, Allocation, Int32, Double2, Allocation, Int32)
|
ZHPMV 执行矩阵向量运算 y := alphaAx + beta*y
|
ZHPR(Int32, Double, Allocation, Int32, Allocation)
|
ZHPR 执行排名 1 运算 A := alphaxx**H + A
|
ZHPR2(Int32, Double2, Allocation, Int32, Allocation, Int32, Allocation)
|
ZHPR2 执行对称排名 2 运算 A:= alphaxyH + alphayxH + A
|
ZSYMM(Int32, Int32, Double2, Allocation, Allocation, Double2, Allocation)
|
ZSYMM 执行矩阵运算 C := alphaAB + betaC 或 C := alphaBA + betaC
|
ZSYR2K(Int32, Int32, Double2, Allocation, Allocation, Double2, Allocation)
|
ZSYR2K 执行对称排名 2k 运算之一 C := alpha A B T + alphaBAT + betaC 或 C := alpha ATB + alphaBA+ betaC
|
ZSYRK(Int32, Int32, Double2, Allocation, Double2, Allocation)
|
ZSYRK 执行对称排名 k 运算 C := alphaA AT + betaC 或 C := alphaA TA+ betaC
|
ZTBMV(Int32, Int32, Int32, Int32, Allocation, Allocation, Int32)
|
ZTBMV 执行矩阵向量运算 x := Ax 或 x := A**Tx 或 x := A**H*x
|
ZTBSV(Int32, Int32, Int32, Int32, Allocation, Allocation, Int32)
|
ZTBSV 求解公式 A = b 或 A**Tx = b 或 A**H*x = b 的系统之一
|
ZTPMV(Int32, Int32, Int32, Allocation, Allocation, Int32)
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ZTPMV 执行矩阵向量运算 x := Ax 或 x := A**Tx 或 x := A**H*x
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ZTPSV(Int32, Int32, Int32, Allocation, Allocation, Int32)
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ZTPSV 求解公式 A = b 或 A**Tx = b 或 A**H*x = b 的系统之一
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ZTRMM(Int32, Int32, Int32, Int32, Double2, Allocation, Allocation)
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ZTRMM 执行矩阵运算 B := alphaop(A)B 或 B := alphaBop(A) op(A) 是 op(A) = A 或 op(A) = A 或 op(A) = A 或 op(A) = AH
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ZTRMV(Int32, Int32, Int32, Allocation, Allocation, Int32)
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ZTRMV 执行矩阵向量运算 x := Ax 或 x := A**Tx 或 x := A**H*x
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ZTRSM(Int32, Int32, Int32, Int32, Double2, Allocation, Allocation)
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ZTRSM 求解矩阵公式之一 op(A)X := alphaB 或 Xop(A) := alphaB op(A) 是 op(A) = A 或 op(A) = A 或 op(A) = AH
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ZTRSV(Int32, Int32, Int32, Allocation, Allocation, Int32)
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ZTRSV 求解公式 A = b 或 A**Tx = b 或 A**H*x = b 的系统之一
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