def makeFrontPart(self, base_pt):
# Begin pattern piece
part = PatternPiece('pattern',
'front',
letter='A',
fabric=1,
interfacing=0,
lining=0)
path_cut = path()
part.add(
Path('pattern', 'path_cut', 'Cut path for front', path_cut,
'cuttingline_style'))
path_front = path()
part.add(
Path('pattern', 'path', 'Path for front', path_front,
'seamline_style'))
hem_pt = pPoint(base_pt.x, base_pt.y + self.length)
sweep_pt = pPoint(base_pt.x + self.quarter_sweep, hem_pt.y)
# Draw length
moveP(path_cut, pPoint(base_pt.x, base_pt.y - self.seam_allowance))
lineP(path_cut, pPoint(hem_pt.x, hem_pt.y + self.hem_allowance))
# Draw waist
waist_pt = pPoint(base_pt.x + self.quarter_waist + 0.5 * IN_TO_PX,
base_pt.y)
hip_pt = pPoint(base_pt.x + self.quarter_hip,
base_pt.y + self.cd.front_hip_length)
adjust_waist_pt = pPoint(base_pt.x + self.quarter_waist * 2 / 3,
base_pt.y)
adjust_hem_pt = pPoint(base_pt.x + self.quarter_sweep * 2 / 3,
hem_pt.y)
# Draw waist dart
dart_pt = pPoint(base_pt.x + self.quarter_waist / 2, waist_pt.y)
drawCenteredDart(path_front, dart_pt, 0.5 * IN_TO_PX, 3 * IN_TO_PX)
# Figure out how to square the waist
new_waist_pt = squareLine(waist_pt, hip_pt, adjust_waist_pt)
curveThroughPoints('Waist', path_front,
[base_pt, adjust_waist_pt, new_waist_pt])
cut_waist_pt = pntOffLineP(new_waist_pt, hip_pt, self.seam_allowance)
# Not a perfect continuation of the curve, but close enough
cut_waist_pt.x += self.seam_allowance
cut_waist_pt.y += self.seam_allowance * slopeOfLineP(
adjust_waist_pt, new_waist_pt)
curveThroughPoints('Waist Cut', path_cut, [
pPoint(base_pt.x, base_pt.y - self.seam_allowance),
pPoint(adjust_waist_pt.x, adjust_waist_pt.y - self.seam_allowance),
cut_waist_pt
])
# Draw hip
new_hem_pt = squareLine(hip_pt, sweep_pt, adjust_hem_pt)
moveP(path_front, pPoint(base_pt.x, hip_pt.y))
lineP(path_front, hip_pt)
# Draw hem
curveThroughPoints('Hem', path_front,
[hem_pt, adjust_hem_pt, new_hem_pt])
cut_hem_pt = pntOffLineP(new_hem_pt, adjust_hem_pt,
self.seam_allowance)
cut_hem_pt.y += self.hem_allowance
curveThroughPoints('Hem Cut', path_cut, [
pPoint(hem_pt.x, hem_pt.y + self.hem_allowance),
pPoint(adjust_hem_pt.x, adjust_hem_pt.y + self.hem_allowance),
cut_hem_pt
])
# Draw the side curve that passes through the hip point
curveThroughPoints('Side', path_front,
[new_waist_pt, hip_pt, new_hem_pt])
curveThroughPoints('Side Cut', path_cut, [
cut_waist_pt,
pPoint(hip_pt.x + self.seam_allowance, hip_pt.y), cut_hem_pt
])
# set the label location. Somday this should be automatic
part.label_x = base_pt.x + self.quarter_sweep / 2
part.label_y = base_pt.y + (self.length + 2 * IN_TO_PX) / 2
# end of pattern piece
return part
def makeFrontPart(self, base_pt):
# Begin pattern piece
part = PatternPiece('pattern', 'front', letter = 'A', fabric = 1, interfacing = 0, lining = 0)
path_cut = path()
part.add(Path('pattern', 'path_cut', 'Cut path for front', path_cut, 'cuttingline_style'))
path_front = path()
part.add(Path('pattern', 'path', 'Path for front', path_front, 'seamline_style'))
hem_pt = pPoint(base_pt.x, base_pt.y + self.length)
sweep_pt = pPoint(base_pt.x + self.quarter_sweep, hem_pt.y)
# Draw length
moveP(path_cut, pPoint(base_pt.x, base_pt.y - self.seam_allowance))
lineP(path_cut, pPoint(hem_pt.x, hem_pt.y + self.hem_allowance))
# Draw waist
waist_pt = pPoint(base_pt.x + self.quarter_waist + 0.5 * IN_TO_PX, base_pt.y)
hip_pt = pPoint(base_pt.x + self.quarter_hip, base_pt.y + self.cd.front_hip_length)
adjust_waist_pt = pPoint(base_pt.x + self.quarter_waist * 2 / 3, base_pt.y)
adjust_hem_pt = pPoint(base_pt.x + self.quarter_sweep * 2 / 3, hem_pt.y)
# Draw waist dart
dart_pt = pPoint(base_pt.x + self.quarter_waist / 2, waist_pt.y)
drawCenteredDart(path_front, dart_pt, 0.5 * IN_TO_PX, 3 * IN_TO_PX)
# Figure out how to square the waist
new_waist_pt = squareLine(waist_pt, hip_pt, adjust_waist_pt)
curveThroughPoints('Waist', path_front, [base_pt, adjust_waist_pt, new_waist_pt])
cut_waist_pt = pntOffLineP(new_waist_pt, hip_pt, self.seam_allowance)
# Not a perfect continuation of the curve, but close enough
cut_waist_pt.x += self.seam_allowance
cut_waist_pt.y += self.seam_allowance * slopeOfLineP(adjust_waist_pt, new_waist_pt)
curveThroughPoints('Waist Cut', path_cut,
[pPoint(base_pt.x, base_pt.y - self.seam_allowance),
pPoint(adjust_waist_pt.x, adjust_waist_pt.y - self.seam_allowance),
cut_waist_pt])
# Draw hip
new_hem_pt = squareLine(hip_pt, sweep_pt, adjust_hem_pt)
moveP(path_front, pPoint(base_pt.x, hip_pt.y))
lineP(path_front, hip_pt)
# Draw hem
curveThroughPoints('Hem', path_front, [hem_pt, adjust_hem_pt, new_hem_pt])
cut_hem_pt = pntOffLineP(new_hem_pt, adjust_hem_pt, self.seam_allowance)
cut_hem_pt.y += self.hem_allowance
curveThroughPoints('Hem Cut', path_cut,
[pPoint(hem_pt.x, hem_pt.y + self.hem_allowance),
pPoint(adjust_hem_pt.x, adjust_hem_pt.y + self.hem_allowance),
cut_hem_pt])
# Draw the side curve that passes through the hip point
curveThroughPoints('Side', path_front, [new_waist_pt, hip_pt, new_hem_pt])
curveThroughPoints('Side Cut', path_cut,
[cut_waist_pt,
pPoint(hip_pt.x + self.seam_allowance, hip_pt.y),
cut_hem_pt])
# set the label location. Somday this should be automatic
part.label_x = base_pt.x + self.quarter_sweep / 2
part.label_y = base_pt.y + (self.length + 2 * IN_TO_PX) / 2
# end of pattern piece
return part
def makeFrontPart(self, base_pt):
# Begin pattern piece
part = PatternPiece('pattern',
'front',
letter='A',
fabric=1,
interfacing=0,
lining=0)
# path_cut = path()
# part.add(Path('pattern', 'path_cut', 'Cut path for front', path_cut, 'cuttingline_style'))
path_svg = path()
part.add(
Path('pattern', 'path', 'Path for front', path_svg,
'seamline_style'))
placket_width = 1 * IN_TO_PX
placket_allowance = 1.5 * placket_width + self.seam_allowance
placket_pt = offsetPoint(base_pt, placket_allowance, 2 * IN_TO_PX)
hem_pt = offsetPoint(placket_pt, 0, self.length)
# Plot the shoulder
shoulder_pt = offsetPoint(placket_pt, self.half_shoulder, 0)
# Plot the hip and waist
waist_pt = offsetPoint(placket_pt, self.quarter_waist,
self.cd.front_shoulder_height)
hip_pt = offsetPoint(hem_pt, self.quarter_hip, 0)
adjust_hip_pt = offsetPoint(hem_pt, self.quarter_hip * 2 / 3, 0)
new_hip_pt = squareLine(waist_pt, hip_pt, adjust_hip_pt)
curveThroughPoints('Hem', path_svg,
[hem_pt, adjust_hip_pt, new_hip_pt])
# Plot the waist
moveP(path_svg,
offsetPoint(placket_pt, 0, self.cd.front_shoulder_height))
lineP(path_svg, waist_pt)
# Plot the bust line
armscye_pt = offsetPoint(shoulder_pt, 0, self.cd.armscye_depth)
bust_pt = offsetPoint(placket_pt, self.quarter_bust,
self.cd.armscye_depth)
moveP(path_svg, shoulder_pt)
armscye_top_pt = offsetPoint(shoulder_pt, 0, 2 * IN_TO_PX)
armscye_bottom_pt = offsetPoint(bust_pt, -0.5 * IN_TO_PX, 0)
lineP(path_svg, armscye_top_pt)
rPoint(part, 'Armscye top', armscye_top_pt.x, armscye_top_pt.y)
control1 = offsetPoint(armscye_top_pt, 0, 2 * IN_TO_PX)
control2 = offsetPoint(armscye_bottom_pt, -1 * IN_TO_PX, 0)
cubicCurveP(path_svg, control1, control2, armscye_bottom_pt)
self.front_armscye_length = (
lineLengthP(shoulder_pt, armscye_top_pt) + curveLength(
[armscye_top_pt, control1, control2, armscye_bottom_pt]) +
lineLengthP(armscye_bottom_pt, bust_pt))
moveP(path_svg, armscye_pt)
lineP(path_svg, armscye_bottom_pt)
moveP(path_svg, offsetPoint(placket_pt, 0, self.cd.armscye_depth))
rPoint(part, 'Armscye bottom', armscye_bottom_pt.x,
armscye_bottom_pt.y)
moveP(path_svg, offsetPoint(placket_pt, 0, self.cd.armscye_depth))
lineP(path_svg, bust_pt)
# Plot the neck points
high_neck_pt = offsetPoint(placket_pt, self.half_neck,
-0.25 * IN_TO_PX)
moveP(path_svg, high_neck_pt)
lineP(path_svg, shoulder_pt)
neck_pt = offsetPoint(placket_pt, 0,
self.front_neck_drop - 0.5 * IN_TO_PX)
rPoint(part, 'Neck point', neck_pt.x, neck_pt.y)
moveP(path_svg, neck_pt)
lineP(path_svg, hem_pt)
# Draw the curve for the neck points
# Connect the dots
curveThroughPoints('Side', path_svg, [bust_pt, waist_pt, new_hip_pt])
# Plot the neckline
new_neck_pt = pntOffLineP(high_neck_pt, shoulder_pt, 0.5 * IN_TO_PX)
rPointP(part, 'Neck', new_neck_pt)
# TODO: Un-fudge these numbers
moveP(path_svg, high_neck_pt)
lineP(path_svg, new_neck_pt)
control1 = offsetPoint(new_neck_pt, 0, 2 * IN_TO_PX)
control2 = offsetPoint(neck_pt, 2 * IN_TO_PX, 0)
cubicCurveP(path_svg, control1, control2, neck_pt)
print "curveLength for front neck: "
self.front_neck_length = curveLength(
[new_neck_pt, control1, control2, neck_pt])
# Plot the placket
moveP(path_svg, offsetPoint(neck_pt, -0.5 * IN_TO_PX, 0))
lineP(path_svg, offsetPoint(hem_pt, -0.5 * IN_TO_PX, 0))
moveP(path_svg, pPoint(base_pt.x, neck_pt.y))
lineP(path_svg, neck_pt)
moveP(path_svg, pPoint(base_pt.x, neck_pt.y))
lineP(path_svg, pPoint(base_pt.x, hem_pt.y))
lineP(path_svg, hem_pt)
# set the label location. Somday this should be automatic
part.label_x = base_pt.x
part.label_y = base_pt.y + (self.length + 2 * IN_TO_PX) / 2
# end of pattern piece
return part
def makeFrontPart(self, base_pt):
# Begin pattern piece
part = PatternPiece('pattern', 'front', letter = 'A', fabric = 1, interfacing = 0, lining = 0)
# path_cut = path()
# part.add(Path('pattern', 'path_cut', 'Cut path for front', path_cut, 'cuttingline_style'))
path_svg = path()
part.add(Path('pattern', 'path', 'Path for front', path_svg, 'seamline_style'))
placket_width = 1 * IN_TO_PX
placket_allowance = 1.5 * placket_width + self.seam_allowance
placket_pt = offsetPoint(base_pt, placket_allowance, 2 * IN_TO_PX)
hem_pt = offsetPoint(placket_pt, 0, self.length)
# Plot the shoulder
shoulder_pt = offsetPoint(placket_pt, self.half_shoulder, 0)
# Plot the hip and waist
waist_pt = offsetPoint(placket_pt, self.quarter_waist, self.cd.front_shoulder_height)
hip_pt = offsetPoint(hem_pt, self.quarter_hip, 0)
adjust_hip_pt = offsetPoint(hem_pt, self.quarter_hip * 2 / 3, 0)
new_hip_pt = squareLine(waist_pt, hip_pt, adjust_hip_pt)
curveThroughPoints('Hem', path_svg, [hem_pt, adjust_hip_pt, new_hip_pt])
# Plot the waist
moveP(path_svg, offsetPoint(placket_pt, 0, self.cd.front_shoulder_height))
lineP(path_svg, waist_pt)
# Plot the bust line
armscye_pt = offsetPoint(shoulder_pt, 0, self.cd.armscye_depth)
bust_pt = offsetPoint(placket_pt, self.quarter_bust, self.cd.armscye_depth)
moveP(path_svg, shoulder_pt)
armscye_top_pt = offsetPoint(shoulder_pt, 0, 2 * IN_TO_PX)
armscye_bottom_pt = offsetPoint(bust_pt, -0.5 * IN_TO_PX, 0)
lineP(path_svg, armscye_top_pt)
rPoint(part, 'Armscye top', armscye_top_pt.x, armscye_top_pt.y)
control1 = offsetPoint(armscye_top_pt, 0, 2 * IN_TO_PX)
control2 = offsetPoint(armscye_bottom_pt, -1 * IN_TO_PX, 0)
cubicCurveP(path_svg, control1, control2, armscye_bottom_pt)
self.front_armscye_length = (lineLengthP(shoulder_pt, armscye_top_pt)
+ curveLength([armscye_top_pt, control1, control2, armscye_bottom_pt])
+ lineLengthP(armscye_bottom_pt, bust_pt))
moveP(path_svg, armscye_pt)
lineP(path_svg, armscye_bottom_pt)
moveP(path_svg, offsetPoint(placket_pt, 0, self.cd.armscye_depth))
rPoint(part, 'Armscye bottom', armscye_bottom_pt.x, armscye_bottom_pt.y)
moveP(path_svg, offsetPoint(placket_pt, 0, self.cd.armscye_depth))
lineP(path_svg, bust_pt)
# Plot the neck points
high_neck_pt = offsetPoint(placket_pt, self.half_neck, -0.25 * IN_TO_PX)
moveP(path_svg, high_neck_pt)
lineP(path_svg, shoulder_pt)
neck_pt = offsetPoint(placket_pt, 0, self.front_neck_drop - 0.5 * IN_TO_PX)
rPoint(part, 'Neck point', neck_pt.x, neck_pt.y)
moveP(path_svg, neck_pt)
lineP(path_svg, hem_pt)
# Draw the curve for the neck points
# Connect the dots
curveThroughPoints('Side', path_svg, [bust_pt, waist_pt, new_hip_pt])
# Plot the neckline
new_neck_pt = pntOffLineP(high_neck_pt, shoulder_pt, 0.5 * IN_TO_PX)
rPointP(part, 'Neck', new_neck_pt)
# TODO: Un-fudge these numbers
moveP(path_svg, high_neck_pt)
lineP(path_svg, new_neck_pt)
control1 = offsetPoint(new_neck_pt, 0, 2 * IN_TO_PX)
control2 = offsetPoint(neck_pt, 2 * IN_TO_PX, 0)
cubicCurveP(path_svg, control1, control2, neck_pt)
print "curveLength for front neck: "
self.front_neck_length = curveLength([new_neck_pt, control1, control2, neck_pt])
# Plot the placket
moveP(path_svg, offsetPoint(neck_pt, -0.5 * IN_TO_PX, 0))
lineP(path_svg, offsetPoint(hem_pt, -0.5 * IN_TO_PX, 0))
moveP(path_svg, pPoint(base_pt.x, neck_pt.y))
lineP(path_svg, neck_pt)
moveP(path_svg, pPoint(base_pt.x, neck_pt.y))
lineP(path_svg, pPoint(base_pt.x, hem_pt.y))
lineP(path_svg, hem_pt)
# set the label location. Somday this should be automatic
part.label_x = base_pt.x
part.label_y = base_pt.y + (self.length + 2 * IN_TO_PX) / 2
# end of pattern piece
return part
