Structure for holding the input values and derived values.
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| | __init__ (self, filename) |
| | Initializes input object by reading inputs, calculating derived values, and checking physical constraints and software constraints on the input.
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| | get_input (self, filename) |
| | Reads input from a file with the given file name.
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| derived_values (self) |
| | Calculates values that can be immediately derived from the inputs.
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| input_constraints (self) |
| | Verifies that input values satisfy the physical constraints and software constraints.
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| a = float(infile.readline()) |
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| b = float(infile.readline()) |
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| w = float(infile.readline()) |
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| P_btol = float(infile.readline()) |
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| TNT = float(infile.readline()) |
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str | g = infile.readline().rstrip() |
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| t = float(infile.readline()) |
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| SD_x = float(infile.readline()) |
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| SD_y = float(infile.readline()) |
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| SD_z = float(infile.readline()) |
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float | h = 1.0 / 1000.0 * (2.16 if self.t == 2.5 else 2.59 if self.t == 2.7 else 2.92 if self.t == 3.0 else 3.78 if self.t == 4.0 else 4.57 if self.t == 5.0 else 5.56 if self.t == 6.0 else 7.42 if self.t == 8.0 else 9.02 if self.t == 10.0 else 11.91 if self.t == 12.0 else 15.09 if self.t == 16.0 else 18.26 if self.t == 19.0 else 21.44) |
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tuple | LDF = (3.0 / 60.0) ** (7.0 / 16.0) |
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int | GTF = 1 |
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| SD = math.sqrt(self.SD_x ** 2.0 + self.SD_y ** 2.0 + self.SD_z ** 2.0) |
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| AR = self.a / self.b |
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| w_TNT = self.w * self.TNT |
Structure for holding the input values and derived values.
◆ __init__()
| python.InputParameters.InputParameters.__init__ |
( |
| self, |
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| filename ) |
Initializes input object by reading inputs, calculating derived values, and checking physical constraints and software constraints on the input.
- Parameters
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| filename | name of the input file |
◆ get_input()
| python.InputParameters.InputParameters.get_input |
( |
| self, |
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| filename ) |
Reads input from a file with the given file name.
- Parameters
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| filename | name of the input file |
The documentation for this class was generated from the following file: