def make_frame(frameidx, filename):
frame = makefigure.FrameData(frameidx)
# make the pdf
row = makefigure.make_figure(frame, True, False)
figuregen.horizontal_figure(row,
17.7,
filename,
tex_packages=["{dfadobe}"])
# convert to .png
images = convert_from_path(filename, dpi=1000)
img = np.array(images[0])
cv2.imwrite(filename.replace(".pdf", ".png"),
cv2.cvtColor(img, cv2.COLOR_RGB2BGR))
grid1.set_col_titles('south', ['Blue', 'Yellow'])
layout1.set_col_titles('south',
field_size_mm=4.,
offset_mm=0.2,
bg_color=[[200, 200, 255], [255, 255, 200]])
grid1.set_row_titles('east', ['Awesome 1', 'Awesome 2'])
layout1.set_row_titles('east',
field_size_mm=3.,
bg_color=[186, 98, 82],
txt_color=[255, 255, 255])
grid1.set_title('north', 'Top Title')
# ---- Grid Module ----
grid2 = single_module.grid
# ------ ALL ------
modules = [grid0, grid1, grid2]
if __name__ == "__main__":
figuregen.horizontal_figure(modules,
width_cm=18.,
filename='multimodule_test.pdf')
figuregen.horizontal_figure(modules,
width_cm=18.,
filename='multimodule_test.pptx')
figuregen.horizontal_figure(modules,
width_cm=18.,
filename='multimodule_test.html')
res = "\\DeclareDocumentCommand{\\Outlined}{ O{black} O{white} O{0.55pt} m }{"\
"\\contourlength{#3}"\
"\\contour{#2}{\\textcolor{#1}{#4}}"\
"}"
res += "\\definecolor{FillClr}{RGB}{" + f"{text_clr[0]},{text_clr[1]},{text_clr[2]}" + "}"
res += "\\definecolor{StrokeClr}{RGB}{" + f"{outline_clr[0]},{outline_clr[1]},{outline_clr[2]}" + "}"
res += "\\Outlined[FillClr][StrokeClr][0.55pt]{" + org + "}"
return res
e.set_label(
outline("relMSE: ") + outline(f"{err_bal:.2f}") + "\n" +
outline("Balance heur."), "top_left", **label_params)
e.set_label(
outline("Ours") + "\n" + outline("relMSE: ") +
outline(f"{err_our:.2f}"), "bottom_right", **label_params)
i += 1
grid.set_col_titles("bottom",
["10 shadow rays", "50 shadow rays", "100 shadow rays"])
grid.get_layout().set_col_titles("bottom",
fontsize=8,
field_size_mm=2.8,
offset_mm=0.25)
figuregen.horizontal_figure(
[grid],
8.4,
"SplitComparison.pdf",
tex_packages=["{dfadobe}", "[outline]{contour}", "{color}"])
plot.set_v_line(pos=vline_positions[idx][0],
color=colors[baseline],
linestyle=(0, (4, 6)),
linewidth_pt=0.6)
plot.set_v_line(pos=vline_positions[idx][1],
color=colors[3],
linestyle=(-5, (4, 6)),
linewidth_pt=0.6)
plot_module = figuregen.Grid(1, 1)
plot_module.get_element(0, 0).set_image(plot)
# ---- TOGETHER ----
modules = [ref_grid, comp_grid, plot_module]
if __name__ == "__main__":
figuregen.horizontal_figure(modules,
width_cm=18.,
filename=scene[idx] + '-siggraph.pdf')
figuregen.horizontal_figure(modules,
width_cm=18.,
filename=scene[idx] + '-siggraph.pptx')
figuregen.horizontal_figure(modules,
width_cm=18.,
filename=scene[idx] + '-siggraph.html')
try:
from figuregen.util import jupyter
jupyter.convert(scene[idx] + '-siggraph.pdf', 300)
except:
print('Warning: pdf could not be converted to png')
import figuregen import numpy as np img_blue = np.tile([x / 255 for x in [94, 163, 188]], (32, 64, 1)) img_yellow = np.tile([x / 255 for x in [232, 181, 88]], (32, 64, 1)) grid = figuregen.Grid(1, 2) grid[0, 0].set_image(figuregen.JPEG(img_blue)) grid[0, 1].set_image(figuregen.JPEG(img_yellow)) figuregen.horizontal_figure([grid], 8, "jpeg_export.pdf") figuregen.horizontal_figure([grid], 8, "jpeg_export.pptx") figuregen.horizontal_figure([grid], 8, "jpeg_export.html") grid = figuregen.Grid(1, 2) grid[0, 0].set_image(figuregen.PNG(img_blue)) grid[0, 1].set_image(figuregen.PNG(img_yellow)) figuregen.horizontal_figure([grid], 8, "png_export.pdf") figuregen.horizontal_figure([grid], 8, "png_export.pptx") figuregen.horizontal_figure([grid], 8, "png_export.html")
import multi_module
import matplot_module
import figuregen
import figuregen.util
multi_type_modules = [
multi_module.grid0,
multi_module.grid1,
matplot_module.plot_module,
]
if __name__ == "__main__":
figuregen.horizontal_figure(multi_type_modules, width_cm=18., filename='multiplot_test.pdf')
figuregen.horizontal_figure(multi_type_modules, width_cm=18., filename='multiplot_test.pptx')
figuregen.horizontal_figure(multi_type_modules, width_cm=18., filename='multiplot_test.html')