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| print("Looking for " + names[k] + "'s number") | ||
| print(f"Looking for {names[k]}" + "'s number") | ||
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| # oracle construction | ||
| fdef = bin(k)[2:] | ||
| fdef = "0"*(n-len(fdef)) + fdef | ||
| g.def_oracle(fdef) | ||
| print("We are looking for " + fdef) | ||
| print(f"We are looking for {fdef}") | ||
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| # running the algorithm | ||
| reg = g.run_iteration() | ||
| final = "" | ||
| for i in range(reg.nbits-1): | ||
| _, p = reg.get_qbit(i) | ||
| if p.state[0]>0.5: | ||
| final += '0' | ||
| else: | ||
| final += '1' | ||
| final += '0' if p.state[0]>0.5 else '1' | ||
| for i in range(reg.nbits): | ||
| print(reg.get_qbit(i)[0]) | ||
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| # output of answers | ||
| print("Probably looking for : "+final) | ||
| print("Found Number: " + numbers[int(final,2)]) | ||
| print(f"Probably looking for : {final}") | ||
| print(f"Found Number: {numbers[int(final,2)]}") |
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Function main refactored with the following changes:
- Use f-string instead of string concatenation (
use-fstring-for-concatenation) - Replace if statement with if expression (
assign-if-exp)
| target_state = int(base+"1",2) | ||
| target_state = int(f"{base}1", 2) | ||
| cmatrix[target_state,i_col] = 1 | ||
| target_state = int(base+"0",2) | ||
| cmatrix[target_state,i_col+1] = 1 | ||
| target_state = int(f"{base}0", 2) | ||
| else: | ||
| target_state = int(base+"0",2) | ||
| target_state = int(f"{base}0", 2) | ||
| cmatrix[target_state,i_col] = 1 | ||
| target_state = int(base+"1",2) | ||
| cmatrix[target_state,i_col+1] = 1 | ||
| target_state = int(f"{base}1", 2) | ||
| cmatrix[target_state,i_col+1] = 1 |
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Function construct_unitary_F refactored with the following changes:
- Use f-string instead of string concatenation (
use-fstring-for-concatenation) - Hoist repeated code outside conditional statement (
hoist-statement-from-if)
| assert qreg.nbits == self.qreg_size, "This gate cannot be applied to register of size {}. Expected size: {}".format(qreg.nbits, self.qreg_size) | ||
| assert ( | ||
| qreg.nbits == self.qreg_size | ||
| ), f"This gate cannot be applied to register of size {qreg.nbits}. Expected size: {self.qreg_size}" | ||
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Function Gate.apply refactored with the following changes:
- Replace call to format with f-string. (
use-fstring-for-formatting)
| if isinstance(other, Sequence): | ||
| self.seq += other.seq | ||
| else: | ||
| self.seq += [other] | ||
| self.seq += other.seq if isinstance(other, Sequence) else [other] |
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Function Sequence.add refactored with the following changes:
- Replace if statement with if expression (
assign-if-exp)
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| self.matrix = matrix | ||
| self.msize = 2**len(qbpos) | ||
| self.qsize = 2**qreg_size | ||
| self.bases = np.arange(self.qsize) | ||
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| self.qbpos = qbpos | ||
| self.specpos = list(filter(lambda x : not x in qbpos, range(qreg_size))) | ||
| self.specpos = list(filter(lambda x: x not in qbpos, range(qreg_size))) |
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Function LazyGate.__init__ refactored with the following changes:
- Simplify logical expression using De Morgan identities (
de-morgan)
| for i in range(0,self.rowSize): | ||
| for j in range(0,that.colSize): | ||
| for i in range(self.rowSize): | ||
| for j in range(that.colSize): |
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Function SparseMatrix.multiplySparseMatrix refactored with the following changes:
- Replace range(0, x) with range(x) (
remove-zero-from-range)
| new = SparseMatrix(matrix.shape[0],matrix.shape[1]) | ||
| for i in range(0,matrix.shape[0]): | ||
| for j in range(0,matrix.shape[1]): | ||
| new = SparseMatrix(matrix.shape[0],matrix.shape[1]) | ||
| for i in range(matrix.shape[0]): | ||
| for j in range(matrix.shape[1]): |
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Function SparseMatrix.convertToSparse refactored with the following changes:
- Replace range(0, x) with range(x) (
remove-zero-from-range)
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| def scalarMultiply(self,scalar): | ||
| for i in range(0,len(self.elements)): | ||
| for i in range(len(self.elements)): |
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Function SparseMatrix.scalarMultiply refactored with the following changes:
- Replace range(0, x) with range(x) (
remove-zero-from-range)
| for i in range(0,len(new.elements)): | ||
| for i in range(len(new.elements)): | ||
| new.elements[i].value = element.value*new.elements[i].value | ||
| cornerRow = element.rowIndex*that.rowSize | ||
| cornerCol = element.colIndex*that.colSize | ||
| for i in range (0,len(new.elements)): | ||
| for i in range(len(new.elements)): | ||
| new.elements[i].rowIndex += cornerRow | ||
| new.elements[i].colIndex += cornerCol | ||
| for element in new.elements: | ||
| new1.append(element) | ||
| new1.extend(iter(new.elements)) |
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Function SparseMatrix.kronSparse refactored with the following changes:
- Simplify generator expression (
simplify-generator) - Replace range(0, x) with range(x) (
remove-zero-from-range) - Replace a for append loop with list extend (
for-append-to-extend)
| for i in range(0,3): | ||
| for j in range(0,3): | ||
| for i in range(3): | ||
| for j in range(3): |
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Function test_smatrix refactored with the following changes:
- Replace range(0, x) with range(x) (
remove-zero-from-range)
Sourcery Code Quality Report✅ Merging this PR will increase code quality in the affected files by 0.38%.
Here are some functions in these files that still need a tune-up:
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