def text(self, e):
keys = e.keys()
values = e.values()
txt = e.text
def txt_anchor():
anchor_dict = {'hanging':'t', 'middle':'ctr', True:'t', False:'ctr', 'left':'ctr'}
if 'dominant-baseline' in keys:
anchor = anchor_dict[e.get('dominant-baseline')]
elif 'dy' in keys:
em = float(re.findall(".\d+", e.get('dy'))[0]) > 0.5
anchor = anchor_dict[em]
# elif 'text-anchor' in keys:
# anchor = anchor_dict[e.get('text-anchor')]
else:
anchor = 'ctr'
return anchor
def txt_align():
if 'text-anchor' in keys:
align_dict = {'end':'r', 'middle':'ctr', 'start':'l', 'left':'l'}
align = align_dict[e.get('text-anchor')]
else:
align = 'l'
return align
if not e.text:
return
ax, ay = translate(e)
x = float(interpret_str(e.get('x', 0))) + float(ax)
y = float(interpret_str(e.get('y', 0))) + float(ay)
shp = shape('rect', self.x(x), self.y(y), self.x(0), self.y(0))
if 'transform' in keys:
t_key = e.get('transform')
rotate = str(int(t_key[(t_key.find('rotate')+7):-1].split()[0])*60000)
shp.find('.//a:xfrm', namespaces=nsmap).set('rot', rotate)
def text_style(keys, txt):
bold = '1' if 'font-weight' in keys else '0'
fill_text_ml = a.solidFill(color(srgbClr=msclr(e.get('fill') if 'fill' in keys else 'black')))
autofit_ml = a.normAutofit(fontScale="62500", lnSpcReduction="20000") # Auto fit
font_size = str(int(float(interpret_str(e.get('font-size')))*100)) if 'font-size' in keys else '1600'
shp.append(p.txBody(a.bodyPr(anchor=txt_anchor(), wrap='none'),
a.p(a.pPr(algn=txt_align()), a.r(a.rPr(fill_text_ml, lang='en-US', sz=font_size, b=bold, dirty='0', smtClean='0'),
a.t(txt)))))
return shp
e = tag_attrs(keys, values, e)
keys = e.keys()
text_style(keys, txt)
self.shapes.append(shp)
return shp
def circle(self, e):
ax, ay = translate(e)
x = float(e.get('cx', 0)) + float(ax)
y = float(e.get('cy', 0)) + float(ay)
r = float(e.get('r', 0))
shp = shape('ellipse', self.x(x - r), self.y(y - r),
self.x(2 * r), self.y(2 * r))
self.shapes.append(shp)
return shp
def circle(self, e):
ax, ay = translate(e)
x = float(e.get('cx', 0)) + float(ax)
y = float(e.get('cy', 0)) + float(ay)
r = float(e.get('r', 0))
shp = shape('ellipse', self.x(x - r), self.y(y - r), self.x(2 * r),
self.y(2 * r))
self.shapes.append(shp)
return shp
def ellipse(self, e):
ax, ay = translate(e)
x = float(e.get('cx', 0)) + float(ax)
y = float(e.get('cy', 0)) + float(ay)
rx = float(e.get('rx', 0))
ry = float(e.get('ry', 0))
shp = shape('ellipse', self.x(x - rx), self.y(y - ry),
self.x(2 * rx), self.y(2 * ry))
self.shapes.append(shp)
return shp
def ellipse(self, e):
ax, ay = translate(e)
x = float(e.get('cx', 0)) + float(ax)
y = float(e.get('cy', 0)) + float(ay)
rx = float(e.get('rx', 0))
ry = float(e.get('ry', 0))
shp = shape('ellipse', self.x(x - rx), self.y(y - ry), self.x(2 * rx),
self.y(2 * ry))
self.shapes.append(shp)
return shp
def rect(self, e):
ax, ay = translate(e)
x = float(interpret_str(e.get('x', 0))) + float(ax)
y = float(interpret_str(e.get('y', 0))) + float(ay)
keys = e.keys()
shp_name = 'roundRect' if 'rx' in keys and 'ry' in keys else 'rect'
shp = shape(shp_name, self.x(x), self.y(y),
self.x(interpret_str(e.get('width', 0))),
self.y(interpret_str(e.get('height', 0))))
self.shapes.append(shp)
return shp
def line(self, e):
ax, ay = translate(e)
x1 = self.x(float(interpret_str(e.get('x1', 0))) + float(ax))
y1 = self.y(float(interpret_str(e.get('y1', 0))) + float(ay))
x2 = self.x(float(interpret_str(e.get('x2', 0))) + float(ax))
y2 = self.y(float(interpret_str(e.get('y2', 0))) + float(ay))
ax1 = x1 if x2 > x1 else x2
ax2 = x2 if x1 < x2 else x1
ay1 = y1 if y2 > y1 else y2
ay2 = y2 if y1 < y2 else y1
shp = shape('line', ax1, ay1, ax2-ax1, ay2-ay1)
self.shapes.append(shp)
return shp
def line(self, e):
ax, ay = translate(e)
x1 = self.x(float(interpret_str(e.get('x1', 0))) + float(ax))
y1 = self.y(float(interpret_str(e.get('y1', 0))) + float(ay))
x2 = self.x(float(interpret_str(e.get('x2', 0))) + float(ax))
y2 = self.y(float(interpret_str(e.get('y2', 0))) + float(ay))
ax1 = x1 if x2 > x1 else x2
ax2 = x2 if x1 < x2 else x1
ay1 = y1 if y2 > y1 else y2
ay2 = y2 if y1 < y2 else y1
shp = shape('line', ax1, ay1, ax2 - ax1, ay2 - ay1)
self.shapes.append(shp)
return shp
def rect(self, e):
ax, ay = translate(e)
x = float(interpret_str(e.get('x', 0))) + float(ax)
y = float(interpret_str(e.get('y', 0))) + float(ay)
keys = e.keys()
shp_name = 'roundRect' if 'rx' in keys and 'ry' in keys else 'rect'
shp = shape(shp_name,
self.x(x),
self.y(y),
self.x(interpret_str(e.get('width', 0))),
self.y(interpret_str(e.get('height', 0)))
)
self.shapes.append(shp)
return shp
def text(self, e):
keys = e.keys()
values = e.values()
txt = e.text
def txt_anchor():
anchor_dict = {
'hanging': 't',
'middle': 'ctr',
True: 't',
False: 'ctr',
'left': 'ctr'
}
if 'dominant-baseline' in keys:
anchor = anchor_dict[e.get('dominant-baseline')]
elif 'dy' in keys:
em = float(re.findall(".\d+", e.get('dy'))[0]) > 0.5
anchor = anchor_dict[em]
# elif 'text-anchor' in keys:
# anchor = anchor_dict[e.get('text-anchor')]
else:
anchor = 'ctr'
return anchor
def txt_align():
if 'text-anchor' in keys:
align_dict = {
'end': 'r',
'middle': 'ctr',
'start': 'l',
'left': 'l'
}
align = align_dict[e.get('text-anchor')]
else:
align = 'l'
return align
if not e.text:
return
ax, ay = translate(e)
x = float(interpret_str(e.get('x', 0))) + float(ax)
y = float(interpret_str(e.get('y', 0))) + float(ay)
shp = shape('rect', self.x(x), self.y(y), self.x(0), self.y(0))
if 'transform' in keys:
t_key = e.get('transform')
rotate = str(
int(t_key[(t_key.find('rotate') + 7):-1].split()[0]) * 60000)
shp.find('.//a:xfrm', namespaces=nsmap).set('rot', rotate)
def text_style(keys, txt):
bold = '1' if 'font-weight' in keys else '0'
fill_text_ml = a.solidFill(
color(srgbClr=msclr(
e.get('fill') if 'fill' in keys else 'black')))
autofit_ml = a.normAutofit(fontScale="62500",
lnSpcReduction="20000") # Auto fit
font_size = str(int(
float(interpret_str(e.get('font-size'))) *
100)) if 'font-size' in keys else '1600'
shp.append(
p.txBody(
a.bodyPr(anchor=txt_anchor(), wrap='none'),
a.p(
a.pPr(algn=txt_align()),
a.r(
a.rPr(fill_text_ml,
lang='en-US',
sz=font_size,
b=bold,
dirty='0',
smtClean='0'), a.t(txt)))))
return shp
e = tag_attrs(keys, values, e)
keys = e.keys()
text_style(keys, txt)
self.shapes.append(shp)
return shp
from pptx import Presentation
from pypptx import nsmap, a, p, shape, color
prs = Presentation()
slide = prs.slides.add_slide(prs.slidelayouts[6])
shapes = slide._element.find('.//p:spTree', namespaces=nsmap)
shp = shape('ellipse', 0, 0, 999999, 999999)
shapes.append(shp)
# Fill with a scheme colour
shp.spPr.append(a.solidFill(color(
schemeClr='accent2', # 2nd theme colour
tint='50%', # 50% white mixed
alpha='30%' # 30% opaque, 70% transparent
)))
shp = shape('ellipse', 999999, 0, 999999, 999999)
shapes.append(shp)
# Fill with an RGB colour
shp.spPr.append(a.solidFill(color(
srgbClr='FF0000', # Red
shade='50%', # 50% black mixed
sat='30%' # 30% saturation
)))
shp = shape('ellipse', 0, 999999, 999999, 999999)
shapes.append(shp)
# Fill with an RGB colour
from pptx import Presentation
from pypptx import nsmap, a, p, shape, color
prs = Presentation()
slide = prs.slides.add_slide(prs.slidelayouts[6])
shapes = slide._element.find('.//p:spTree', namespaces=nsmap)
shp = shape('ellipse', 0, 0, 999999, 999999)
shapes.append(shp)
# Fill with a scheme colour
shp.spPr.append(
a.solidFill(
color(
schemeClr='accent2', # 2nd theme colour
tint='50%', # 50% white mixed
alpha='30%' # 30% opaque, 70% transparent
)))
shp = shape('ellipse', 999999, 0, 999999, 999999)
shapes.append(shp)
# Fill with an RGB colour
shp.spPr.append(
a.solidFill(
color(
srgbClr='FF0000', # Red
shade='50%', # 50% black mixed
sat='30%' # 30% saturation
)))
