def _cnv_vbars(po_src_file, po_dst_file, po_cfg):
"""
Image conversion that pixelates the image using vertical bars.
This function is a quick modification (only two lines modified from _cnv_mosaic:
In _cnv_mosaic:
[1] ti_pic_size_final = geom.max_rect_in(po_cfg.ti_size, po_cfg.tf_aspect)
[2] u_cmd += u'-ordered-dither o2x2 -resize %ix%i! ' % (ti_pic_size_small[0], ti_pic_size_small[1])
[3] ti_pic_size_small = geom.max_rect_in((i_pixels, i_pixels), po_cfg.tf_aspect)
Here:
[1] ti_pic_size_final = po_cfg.ti_size
[2] u_cmd += u'-ordered-dither o2x2 -resize %ix%i! ' % (ti_pic_size_small[1], 1)
[3] ti_pic_size_small = (i_pixels, 1)
So, don't edit this function
directly for any major change.
:param po_src_file:
:param po_dst_file:
:param po_cfg:
:return:
"""
# Variables preparation
#----------------------
i_colors = int(po_cfg.tf_options[0])
i_pixels = int(po_cfg.tf_options[1])
ti_pic_size_final = po_cfg.ti_size
ti_pic_size_small = (i_pixels, 1)
ti_pic_size_big = geom.min_rect_out(ptf_rec_in=ti_pic_size_final, pf_rot_out=po_cfg.f_rotation)
# Command line build
#-------------------
u_cmd = u'convert '
u_cmd += u'"%s" ' % cmd.sanitize_path(po_src_file.u_path)
# Pixelation
u_cmd += u'-colors %i ' % i_colors
u_cmd += u'-ordered-dither o2x2 -resize %ix%i! ' % (ti_pic_size_small[0], ti_pic_size_small[1])
u_cmd += u'-modulate 100,120,100 '
# Color overlay
u_cmd += u'-colorspace rgb '
u_cmd += u'\( -clone 0 -fill "#%s" -colorize 100%% \) -compose Over -composite ' % po_cfg.u_color
# Resize (1 extra pixel added in each border to avoid border color seen because rounding error)
u_cmd += u'-filter point -resize %ix%i! ' % (ti_pic_size_big[0] + 2, ti_pic_size_big[1] + 2)
#u_cmd += u'-background red '
# Rotation
u_cmd += u'-rotate %f +repage ' % po_cfg.f_rotation
# Crop
u_cmd += u'-gravity Center '
u_cmd += u'-crop %ix%i+0+0 +repage ' % (ti_pic_size_final[0], ti_pic_size_final[1])
# Final output
u_cmd += u'"%s"' % cmd.sanitize_path(po_dst_file.u_path)
# Command line execution
#-----------------------
du_output = cmd.execute(u_cmd)
if du_output['u_stderr']:
print du_output['u_stderr']
# Coordinates calculation after image manipulation
#-------------------------------------------------
o_img_transformation = ImgKeyCoords()
o_img_transformation.ti_size = _img_get_size(po_dst_file.u_path)
# Debug code to overlay image regions
#_draw_coordinates(po_dst_file, o_img_transformation)
return o_img_transformation
def _cnv_mosaic(po_src_file, po_dst_file, po_cfg):
# Variables preparation
#----------------------
i_colors = int(po_cfg.tf_options[0])
i_pixels = int(po_cfg.tf_options[1])
ti_pic_size_final = po_cfg.ti_size
# The shortest side of original picture will contain the desired number of pixels and the longest one the pixels
# needed to keep the original aspect ratio.
if po_cfg.tf_aspect[0] < po_cfg.tf_aspect[1]:
i_width_small = i_pixels
i_height_small = int(round(po_cfg.tf_aspect[1] / po_cfg.tf_aspect[0] * i_pixels))
else:
i_height_small = i_pixels
i_width_small = int(round(po_cfg.tf_aspect[0] / po_cfg.tf_aspect[1] * i_pixels))
ti_pic_size_small = (i_width_small, i_height_small)
#print 'SRC ASPECT: %s' % str(po_cfg.tf_aspect)
#print 'SMALL SIZE: %s' % str(ti_pic_size_small)
ti_pic_size_big = geom.min_rect_out(ptf_rec_in=ti_pic_size_final,
pf_rot_out=po_cfg.f_rotation,
ptf_asp_out=po_cfg.tf_aspect)
# Command line build
#-------------------
u_cmd = u'convert '
u_cmd += u'"%s" ' % cmd.sanitize_path(po_src_file.u_path)
# Pixelation
u_cmd += u'-colors %i ' % i_colors
u_cmd += u'-ordered-dither o2x2 -resize %ix%i! ' % (ti_pic_size_small[0], ti_pic_size_small[1])
u_cmd += u'-modulate 100,120,100 '
# Color overlay
u_cmd += u'-colorspace rgb '
u_cmd += u'\( -clone 0 -fill "#%s" -colorize 100%% \) -compose Over -composite ' % po_cfg.u_color
# Resize (1 extra pixel added in each border to avoid border color seen because rounding error)
u_cmd += u'-filter point -resize %ix%i! ' % (ti_pic_size_big[0] + 2, ti_pic_size_big[1] + 2)
#u_cmd += u'-background red '
# Rotation
u_cmd += u'-rotate %f +repage ' % po_cfg.f_rotation
# Crop
u_cmd += u'-gravity Center '
u_cmd += u'-crop %ix%i+0+0 +repage ' % (ti_pic_size_final[0], ti_pic_size_final[1])
# Final output
u_cmd += u'"%s"' % cmd.sanitize_path(po_dst_file.u_path)
# Command line execution
#-----------------------
du_output = cmd.execute(u_cmd)
if du_output['u_stderr']:
print du_output['u_stderr']
# Coordinates calculation after image manipulation
#-------------------------------------------------
o_img_transformation = ImgKeyCoords()
o_img_transformation.ti_size = _img_get_size(po_dst_file.u_path)
# Debug code to overlay image regions
#_draw_coordinates(po_dst_file, o_img_transformation)
return o_img_transformation
