def testcases():
# Test cases
# read / save photon file
# read / save cbddlp file (should be same as photon file)
# read / save properties for header/layers
#
print("Save All...")
photon_filepath_org = '/home/nard/PhotonFile/test/bunny.photon'
photonfile = PhotonFile()
photonfile.load(photon_filepath_org)
photon_dirpath_new = '/home/nard/PhotonFile/test/bunny.img'
photonfile.layers.saveAll(photon_dirpath_new)
print("...success.")
return
print("Test signatures...")
photonfile = PhotonFile()
photon_filepath_org = '/home/nard/PhotonFile/test/bunny.photon'
photonfile.load(photon_filepath_org)
assert (photonfile.signature() == 'ChituBox 1.4.0')
print("...success.")
print("Test read/write .cbddlp file...")
filepath = '/home/nard/PhotonFile/test/bunny.cbddlp'
filepath_new = '/home/nard/PhotonFile/test/bunny2.cbddlp'
org_filesize = os.path.getsize(filepath)
photonfile = PhotonFile(filepath)
photonfile.load()
photonfile.save(filepath_new)
new_filesize = os.path.getsize(filepath_new)
assert new_filesize == org_filesize
print("...success.")
print("Test read/write .photon file...")
filepath = '/home/nard/PhotonFile/test/bunny.photon'
filepath_new = '/home/nard/PhotonFile/test/bunny2.photon'
org_filesize = os.path.getsize(filepath)
photonfile = PhotonFile()
#photonfile.load()
photonfile.load(filepath)
photonfile.load(filepath) # do this 2 time to check clear old vars
photonfile.save(filepath_new)
new_filesize = os.path.getsize(filepath_new)
assert new_filesize == org_filesize
print("...success.")
print("Test layers.count / layers.last / layers.height / volume...")
filepath = '/home/nard/PhotonFile/test/bunny.photon'
photonfile.load(filepath)
assert photonfile.layers.count() == 1716
assert photonfile.layers.last() == 1716 - 1
assert photonfile.layers.height(0) == 0.05
assert photonfile.volume(retUnit='ml') == 9.0
print("...success.")
print("Test Property get/set...")
dlpWidth_write = 2560
prevWidth_write = 320
layerHeight_write = 0.04
photonfile.setProperty("Resolution X", dlpWidth_write)
photonfile.previews.setProperty(0, "Resolution X", prevWidth_write)
photonfile.layers.setProperty(0, "Layer height (mm)", layerHeight_write)
dlpWidth_read = photonfile.getProperty("Resolution X")
prevWidth_read = photonfile.previews.getProperty(0, "Resolution X")
layerHeight_read = photonfile.layers.getProperty(0, "Layer height (mm)")
assert dlpWidth_read == dlpWidth_write
assert prevWidth_read == prevWidth_write
assert layerHeight_read == layerHeight_write
print("...success.")
print("Test layerimage save to file...")
filepath0 = '/home/nard/PhotonFile/test/images/test0.png'
filepath4 = '/home/nard/PhotonFile/test/images/test4.png'
photonfile.layers.save(0, filepath0)
photonfile.layers.save(4, filepath4)
print("...success.")
print("Test image insert to layer...")
filepath0 = '/home/nard/PhotonFile/test/images/test0.png'
filepath4 = '/home/nard/PhotonFile/test/images/test4.png'
photonfile.layers.insert(filepath4, 4)
photonfile.layers.insert(filepath0, 0)
assert photonfile.layers.count() == 1716 + 2
print("...success.")
print("Test layer delete...")
photonfile.layers.delete(0)
photonfile.layers.delete(4)
assert photonfile.layers.count() == 1716
photonfile.save(filepath_new)
new_filesize = os.path.getsize(filepath_new)
assert new_filesize == org_filesize
print("...success.")
print("Test image encoding...")
filepath = '/home/nard/PhotonFile/test/images/test.png'
filepath_new = '/home/nard/PhotonFile/test/images/test2.png'
photonfile.layers.insert(filepath, 4)
photonfile.layers.save(4, filepath_new)
org_imgfilesize = os.path.getsize(filepath)
org_imgobjsize = PIL.Image.open(filepath).size
new_imgfilesize = os.path.getsize(filepath_new)
new_imgobjsize = PIL.Image.open(filepath_new).size
assert (new_imgobjsize == org_imgobjsize)
assert (new_imgfilesize == org_imgfilesize)
print("...success.")
print("Test layer replace layer with new image...")
photon_filepath_org = '/home/nard/PhotonFile/test/bunny.photon'
photonfile.load(photon_filepath_org)
img_filepath4 = '/home/nard/PhotonFile/test/images/test4.png'
photonfile.layers.replace(4, img_filepath4)
assert photonfile.layers.count() == 1716
photon_filepath_new = '/home/nard/PhotonFile/test/bunny2.photon'
photonfile.save(photon_filepath_new)
org_filesize = os.path.getsize(photon_filepath_org)
new_filesize = os.path.getsize(photon_filepath_new)
assert new_filesize == org_filesize
print("...success.")
print("Test append photonfile with new image...")
photon_filepath_org = '/home/nard/PhotonFile/test/bunny.photon'
photon_filepath_new = '/home/nard/PhotonFile/test/bunny2.photon'
photonfile.load(photon_filepath_org)
img_filepath4 = '/home/nard/PhotonFile/test/images/test4.png'
photonfile.layers.append(img_filepath4)
photonfile.layers.delete(photonfile.layers.last())
photonfile.save(photon_filepath_new)
assert new_filesize == org_filesize
print("...success.")
print("Save All...")
photon_filepath_org = '/home/nard/PhotonFile/test/bunny.photon'
photonfile.load(photon_filepath_org)
photon_dirpath_new = '/home/nard/PhotonFile/test/bunny.img'
photonfile.layers.saveAll(photon_dirpath_new)
print("...success.")
print("get All...")
print("...success.")
print("Save Replace...")
print("...success.")
print("Test copy image (via clipboard)...")
print("...success.")
print("Test cut/paste image (via clipboard)...")
print("...success.")
print("Test undo (via clipboard)...")
print("...success.")
print("Save Preview...")
print("...success.")
print("Replace Preview...")
print("...success.")
return
def readPhotonFile(filename):
global files
global layerHeight
photonfile = PhotonFile()
photonfile.load(filename)
# Check if file not already present
for file in files:
if file[1] == filename:
root.option_add('*Dialog.msg.font', 'Helvetica 10')
messagebox.showerror('File already loaded',
'You already loaded this file.')
return
# If first file we copy properties
if len(files) == 0:
layerHeight = photonfile.getProperty("Layer height (mm)")
entry_BottomLayers.delete(0, tkinter.END)
entry_NormalExp.delete(0, tkinter.END)
entry_BottomExp.delete(0, tkinter.END)
entry_Offtime.delete(0, tkinter.END)
entry_BottomLayers.insert(0, photonfile.getProperty("# Bottom Layers"))
entry_NormalExp.insert(0, photonfile.getProperty("Exp. time (s)"))
entry_BottomExp.insert(0, photonfile.getProperty("Exp. bottom (s)"))
entry_Offtime.insert(0, photonfile.getProperty("Off time (s)"))
# Check if layerheight is same as other layerheights
if photonfile.getProperty("Layer height (mm)") != layerHeight:
root.option_add('*Dialog.msg.font', 'Helvetica 10')
messagebox.showerror('Different Layer Height',
'All photonfiles should have samen layerheight.')
return
# set layerheight
label_layerHeight['text'] = str(layerHeight)
# Show messagebox to let use know we are analyzing
app = showProgress(root, "Analyzing...", 0, 1, True, False, False)
xmin, ymin, xmax, ymax = 9999, 9999, 0, 0
for layerNr in range(photonfile.layers.count()):
im = photonfile.layers.get(
layerNr, 'n') # 2560 rows, 1440 cols; element is called im[y,x]
res = cv2.findContours(im.copy(), cv2.RETR_EXTERNAL,
cv2.CHAIN_APPROX_SIMPLE)
# In the current OpenCV's master branch the return statements have changed, see http://docs.opencv.org/modules/imgproc/doc/structural_analysis_and_shape_descriptors.html?highlight=findcontours.
if len(res) == 3: _, contours, hierarchy = res
if len(res) == 2: contours, hierarchy = res
#contours, hierarchy = cv2.findContours(im.copy(),cv2.RETR_EXTERNAL,cv2.CHAIN_APPROX_SIMPLE)
idx = 0
for cnt in contours:
idx += 1
x, y, w, h = cv2.boundingRect(cnt)
xmin = min(x, xmin)
ymin = min(y, ymin)
xmax = max(x + w, xmax)
ymax = max(y + h, ymax)
app.setProgressPerc(int(100 * layerNr / photonfile.layers.count()))
app.hide()
#put some margin around regions
margin = 10
def clamp(n, smallest, largest):
return max(smallest, min(n, largest))
xmin = clamp(xmin - margin, 0, 1439)
ymin = clamp(ymin - margin, 0, 2559)
xmax = clamp(xmax + margin, 0, 1439)
ymax = clamp(ymax + margin, 0, 2559)
#files entries are tuples of:filename,photonfile classobject,position,size
files.append([
len(files), filename, photonfile, (xmin, ymin),
(xmax - xmin, ymax - ymin)
])
print("Read:", filename, photonfile.layers.count(), (xmin, ymin),
(xmax - xmin, ymax - ymin))
print("Read:", files[len(files) - 1])
basename = os.path.basename(filename)
barename = os.path.splitext(basename)[0]
item = str(len(files)) + " " + barename
listbox.insert(tkinter.END, item)
return photonfile