def drawColor(self):
r = 1
for i in range(0, self.svgH, self.step):
for j in range(0, self.svgW, self.step):
color = convert_rgb(self.image[i, j, :])
self.svg.draw(
draw_rect(j, i, r, r, stroke_width=0, color=color))
def DrawRectangleByPt(self, startPt, stopPt):
if startPt[0] > stopPt[0]: # switch
startPt = startPt + stopPt
stopPt = startPt - stopPt
startPt = startPt - stopPt
self.svg.draw(
draw_rect(startPt[0], startPt[1], stopPt[0] - startPt[0],
stopPt[1] - startPt[1]))
def drawLineGrapic9(svg, anim=True):
W, H = svg.get_size()
cx, cy = W // 2, H // 2
N = 5000
# svg.set_background(random_color())
svg.set_background('black')
rt_w = 10
rt_h = 10
pts = random_coordinates(0, W - rt_w, 0, H - rt_h, N=N)
# remove some points may be lead intersected rect
pts = remove_covered(pts, rt_w, rt_h)
for i, pt in enumerate(pts):
rect = svg.draw(
draw_rect(pt[0],
pt[1],
width=rt_w,
height=rt_h,
color=random_color_hsv()))
if anim:
if 0: # style1 : move rect
animateDict = {}
animateDict['attributeName'] = 'x'
# animateDict['from'] = f'{pt[0] - 1}'
# animateDict['to'] = f'{pt[0] + 1}'
animateDict["values"] = get_anim_values(pt[0] - 1, pt[0] + 1)
animateDict['dur'] = str(random.randint(1, 3)) + 's'
# animateDict['fill'] = 'freeze'
animateDict["repeatCount"] = "indefinite"
animateDict["begin"] = str(random.randint(0, 10)) + 's'
# animateDict["additive"] = "replace"
addNodeAnitmation(svg, rect, animateDict)
animateDict['attributeName'] = 'y'
# animateDict['from'] = f'{pt[1] - 1}'
# animateDict['to'] = f'{pt[1] + 1}'
animateDict["values"] = get_anim_values(pt[1] - 1, pt[1] + 1)
addNodeAnitmation(svg, rect, animateDict)
else: # style2: rotation
rect_cx = int(pt[0] + rt_w / 2)
rect_cy = int(pt[1] + rt_h / 2)
animateDict = {}
animateDict['attributeName'] = 'transform'
animateDict['attributeType'] = 'xml'
animateDict['type'] = 'rotate'
animateDict['from'] = f'0 {rect_cx} {rect_cy}'
animateDict['to'] = f'360 {rect_cx} {rect_cy}'
# animateDict["begin"] = str(random.randint(0, 10)) + 's'
animateDict['dur'] = str(random.randint(4, 6)) + 's' # '8s'
animateDict["repeatCount"] = "indefinite" # "5"
addNodeAnitmation(svg,
rect,
animateDict,
elementName='animateTransform')
def draw_basic_shapes(svg):
svg.draw(sb.draw_rect(x=3, y=3, width=20, height=20, stroke_width=1,
color='transparent', stroke_color='black'))
rt = svg.draw(sb.draw_rect(x=28, y=3, width=20, height=20, stroke_width=1,
color='transparent', stroke_color='red'))
svg.set_node(rt, 'rx', '2')
svg.set_node(rt, 'ry', '2')
svg.draw(sb.draw_circle(x=60, y=13, radius=10, color='green'))
svg.draw(sb.draw_ring(x=85, y=13, radius=8, stroke_color='red', stroke_width=3))
svg.draw(sb.draw_ellipse(cx=25, cy=35, rx=20, ry=8))
svg.draw(sb.draw_line(x=50, y=30, x2=90, y2=45, stroke_width=1, color='#23ff67'))
points = '8 50 18 70 28 50 38 70 48 50 58 70 68 50 78 70 88 50 98 70'
svg.draw(sb.draw_polyline(points, stroke_width=0.5, stroke_color=random_color()))
points = '8 75 25 75 30 95 5 95'
svg.draw(sb.draw_polygon(points, stroke_width=0.5, stroke_color=random_color()))
path = 'M 35 90 Q 55 60 98 90'
svg.draw(sb.draw_path(path, stroke_width=0.2, color=random_color()))
def setborder_2():
""" Method 2: add a background rect """
self._bk_rect = self.draw(
draw_rect(0,
0,
self._width,
self._height,
stroke_width=1,
color='None',
stroke_color='black'))
self._bk_rect.set("id", "border")
self._bk_rect.set("opacity", "0.8")
def drawStep(self):
r = self.step / 2
for i in range(0, self.svgH, self.step):
for j in range(0, self.svgW, self.step):
x = i + 1 / 2 * self.step
y = j + 1 / 2 * self.step
roi = self.image[i:i + self.step, j:j + self.step]
# print(i,j,self.svgH,self.svgW,i+self.step,j+self.step)
color = color_fader(mix=np.mean(roi) / 255)
if 0:
self.svg.draw(draw_circle(y, x, r, color=color))
else:
self.svg.draw(
draw_rect(y, x, self.step, self.step, color=color))
def drawPointsRect_colors(svg, pts, r, colors):
for i, pt in enumerate(pts):
x = clip_float(pt[0])
y = clip_float(pt[1])
svg.draw(draw_rect(x, y, r, r, color=colors[i]))
def _draw_(self):
self._prepare_svg()
W, H = self.svg.get_size()
# ----------------header------------------- #
dictLink = {}
dictLink["{{{}}}".format(self.svg._xlink) + 'href'] = self.dataDict['wiki']
aLink = self.svg.draw(draw_any(tag='a'))
self.svg.set_node_dict(aLink, dictLink)
itemW = 110
itemH = 150
styleImg = {}
styleImg['width'] = str(itemW)
styleImg['height'] = str(itemH)
styleImg['x'] = str(0)
styleImg['y'] = str(0)
styleImg['href'] = self.dataDict['photo']
if 0:
# self.svg.draw(draw_any('image', **styleImg))
self.svg.add_child(aLink, self.svg.new_node(draw_any('image', **styleImg)))
else:
self.draw_portrait(aLink, styleImg['href'], itemW, itemH, (0, 0))
y0 = 30
x0 = itemW + 5
node = self.svg.draw(draw_any(tag='text', x=x0, y=y0, text=self.dataDict['name']))
self.svg.set_node(node, 'class', 'big')
node = self.svg.draw(draw_any(tag='text', x=x0, y=y0 + 30, text=self.dataDict['name_cn']))
self.svg.set_node(node, 'class', 'big')
date = '(' + self.dataDict['date_birth'] + ' - ' + self.dataDict['date_death'] + ')'
node = self.svg.draw(draw_any(tag='text', x=x0, y=y0 + 60, text=date))
self.svg.set_node(node, 'class', 'small')
node = self.svg.draw(draw_any(tag='text', x=x0, y=y0 + 90, text=self.dataDict['profile']))
self.svg.set_node(node, 'class', 'small')
# ----------------split line--------------- #
self.svg.draw(draw_rect(x=0, y=itemH, width=W, height=0.01 * H, stroke_width=0.2, color='#FCC64A'))
# ----------------body--------------------- #
y0 = itemH + 10
nodeTextBody = self.svg.draw(draw_any(tag='text'))
self.svg.set_node(nodeTextBody, 'class', 'bodyText')
dictStyle = {'dy': "0.2em", 'x': "10"}
for i, txts in enumerate(self.dataDict['quotes'], start=1):
# dictStyle['y'] = str(y0)
for k, lineText in enumerate(txts, start=1):
if k == 1:
s = str(i) + '. ' + lineText
else:
s = lineText
y0 += 30
dictStyle['y'] = str(y0)
line = self.svg.new_node(draw_any(tag='tspan', text=s, **dictStyle))
self.svg.add_child(nodeTextBody, line)
y0 += 20