pylint fixes

Author: cogliano

EInk_Autostereograms/code.py

@@ -110,7 +110,7 @@ def display_bitmap(epd, filename):
                 for b in range(8):
                     if (rowdata[col] & (0x80 >> b) != 0 and blkpixel == 0) or (
                         rowdata[col] & (0x80 >> b) == 0 and blkpixel == 1):
-                            epd.pixel(col * 8 + b, row, Adafruit_EPD.BLACK)
+                        epd.pixel(col * 8 + b, row, Adafruit_EPD.BLACK)
     except OSError:
         display_message("Error: couldn't read file " + filename)
     except BMPError:
@@ -249,55 +249,55 @@ def run_job(jobfile):
         with open(
             config["bkfolder"] + "/background-" + str(whitepct)
             + "-" + str(pixelsize) + ".dat", "rb") as fp:
-                bkdata = fp.read()
-                canvas = list(bkdata)
-                for y in range(0, display.height):
-                    # blink the LED
-                    if y % 2 == 0:
-                        led.value = True
-                    else:
-                        led.value = False
-                    tcanvas = [0 for i in range(display.width + panelwidth)]
-                    tpanel = [0 for i in range(panelwidth)]
-                    for x in range(panelwidth):
-                        bytepos = ((x % panelwidth) // 8) + (
-                            y // pixelsize * (panelwidth + 7) // 8
-                        )
-                        bitpos = x % 8
-                        pixel = canvas[bytepos] & 1 << (bitpos)
-                        if pixel != 0:
-                            tpanel[x] = 1
-                    for x in range(display.width + panelwidth):
-                        pixel = tpanel[x % panelwidth]
-                        if pixel != 0:
-                            tcanvas[x] = 1
-                    for x in range(0, display.width):
-                        if (x % panelwidth) == 0 and x > 0:
-                            for x2 in range(x, x + panelwidth):
-                                tcanvas[x2] = tcanvas[x2 - panelwidth]
-                            for x2 in range(panelwidth):
-                                tpanel[x2] = tcanvas[x + x2 - panelwidth]
-                        offset = 0
-                        if x >= 22 and (
-                            x < (image.width + panelwidth // 2)
-                            and y < image.height
-                            and (
-                                (image[x - panelwidth // 2, y] != 0 and not inv
-                                ) or (
-                                    image[x - panelwidth // 2, y] == 0 and inv)
-                            )):
-                                # offset = 4
-                                if job["imagegrayscale"] == 0:
-                                    offset = job["imageheight"]
-                                else:
-                                    offset = (
-                                        image[x - panelwidth // 2, y]
-                                        * job["grayscalecolors"]
-                                        // 255
-                                    )
-                        if offset != 0:
-                            for x2 in range(x, display.width, panelwidth):
-                                tcanvas[x2] = tcanvas[x2 + offset]
+            bkdata = fp.read()
+            canvas = list(bkdata)
+            for y in range(0, display.height):
+                # blink the LED
+                if y % 2 == 0:
+                    led.value = True
+                else:
+                    led.value = False
+                tcanvas = [0 for i in range(display.width + panelwidth)]
+                tpanel = [0 for i in range(panelwidth)]
+                for x in range(panelwidth):
+                    bytepos = ((x % panelwidth) // 8) + (
+                        y // pixelsize * (panelwidth + 7) // 8
+                    )
+                    bitpos = x % 8
+                    pixel = canvas[bytepos] & 1 << (bitpos)
+                    if pixel != 0:
+                        tpanel[x] = 1
+                for x in range(display.width + panelwidth):
+                    pixel = tpanel[x % panelwidth]
+                    if pixel != 0:
+                        tcanvas[x] = 1
+                for x in range(0, display.width):
+                    if (x % panelwidth) == 0 and x > 0:
+                        for x2 in range(x, x + panelwidth):
+                            tcanvas[x2] = tcanvas[x2 - panelwidth]
+                        for x2 in range(panelwidth):
+                            tpanel[x2] = tcanvas[x + x2 - panelwidth]
+                    offset = 0
+                    if x >= 22 and (
+                        x < (image.width + panelwidth // 2)
+                        and y < image.height
+                        and (
+                            (image[x - panelwidth // 2, y] != 0 and not inv
+                            ) or (
+                                image[x - panelwidth // 2, y] == 0 and inv)
+                        )):
+                            # offset = 4
+                            if job["imagegrayscale"] == 0:
+                                offset = job["imageheight"]
+                            else:
+                                offset = (
+                                    image[x - panelwidth // 2, y]
+                                    * job["grayscalecolors"]
+                                    // 255
+                                )
+                    if offset != 0:
+                        for x2 in range(x, display.width, panelwidth):
+                            tcanvas[x2] = tcanvas[x2 + offset]
                     for x in range(0, display.width):
                         # write line to eink display
                         if tcanvas[x] != 0: