()
| 42 | symmetricInput: PatternFactoryInput; |
| 43 | |
| 44 | constructor() { |
| 45 | this.rowsInput = new PatternFactoryInput( |
| 46 | 'Total Length', |
| 47 | 'How long should the scarf measure from tip to top along its ' + |
| 48 | 'longest dimension?', |
| 49 | 412, 'rows'); |
| 50 | this.centerLengthInput = new PatternFactoryInput( |
| 51 | 'Center Length', |
| 52 | 'How many additional rows should the scarf have in the center part ' + |
| 53 | '(between increases and decreases) along the long dimension?', |
| 54 | 0, 'rows'); |
| 55 | this.centerWidthInput = new PatternFactoryInput( |
| 56 | 'Center Width', |
| 57 | 'How many stitches should the scarf have in the center part, ' + |
| 58 | 'between the increases and decreases?' + |
| 59 | ' Does not include the 6 stitches for the i-cord border.', |
| 60 | 25, 'stitches'); |
| 61 | this.textureInput = new PatternFactoryInput( |
| 62 | 'Texture', 'What type of texture do you want?', |
| 63 | Array.from(texturesMap.keys())[0] as string, null, |
| 64 | Array.from(texturesMap.keys())); |
| 65 | this.shapeInput = new PatternFactoryInput( |
| 66 | 'Shape', 'What general shape would you like?', |
| 67 | Object.keys(ScarfPatternFactory.cubicBezierFocalPoints)[0] as string, |
| 68 | null, Object.keys(ScarfPatternFactory.cubicBezierFocalPoints)); |
| 69 | this.symmetricInput = new PatternFactoryInput( |
| 70 | 'Symmetric', 'Should the increases and decreases be symmetric?', |
| 71 | TRUE_STRING, null, [TRUE_STRING, FALSE_STRING]); |
| 72 | } |
| 73 | |
| 74 | getInputs(): PatternFactoryInput[] { |
| 75 | return [ |
nothing calls this directly
no outgoing calls
no test coverage detected