pyrobot.camera.fake.ManualFakeCamera

Package pyrobot :: Package camera :: Package fake :: Class ManualFakeCamera

Class ManualFakeCamera

      Device --+    
               |    
PyrobotImage --+    
               |    
          Camera --+
                   |
                  ManualFakeCamera

camera = ManualFakeCamera(w, h, d)

Used when you are creating the image from Python, and wish
to have the camera class show or manipulate the image.

Currently only depth 3 works.

Values in camera array are ints between 0 and 255.

Method Summary
	`__init__(self, width, height, depth)`
	`blankImage(self, val)`
	`setGrayImage(self, array)` Will set the RGB camera image from a grayscale array (depth 1) assuming column major order.
	`setRGBImage(self, array)` Will set the RGB camera image from a RGB array (depth 3) assuming column major order.
Inherited from Camera
	`addFilter(self, func, *args)` Add a filter to the filter list.
	`apply(self, command, *args)`
	`clearCallbackList(self)`
	`clearFilters(self)`
	`delFilter(self, pos)`
	`getCanvasHeight(self)`
	`getCanvasWidth(self)`
	`getData(self)`
	`getDeviceData(self)` Returns the device data, whatever it might be.
	`getDeviceState(self)` Returns the .state.
	`getFilterList(self)`
	`getImage(self)`
	`hideWindow(self)`
	`listCallbackList(self)`
	`loadFilters(self)`
	`makeFilterMenu(self, data)`
	`makeMenu(self, bar, name, commands)` Assumes self.menuButtons exists...
	`makeWindow(self)` Method to make and show the device window.
	`pauseButton(self)`
	`playButton(self)`
	`popCallbackList(self)`
	`popFilterList(self)`
	`printit(self, event)`
	`processAll(self)`
	`processLeftClickDown(self, event)`
	`processLeftClickUp(self, event)`
	`processMiddleClick(self, event)`
	`processRightClick(self, event)`
	`saveAsTGA(self, path)` Save a copy of the image to disk, in TGA format (Gimp and display can read it).
	`saveFilters(self)`
	`saveImage(self)`
	`setFilterList(self, filterList)` Filters take the form: ("name", (args))...
	`setTitle(self, title)` Sets the title of the device.
	`setUpdateInterval(self, val)`
	`startDevice(self)` Starts the device (sets the .state).
	`stopDevice(self)` Stops the device (sets the .state).
	`toggleFilterMode(self)`
	`togglePlay(self, event)`
	`update(self)` Update method for getting next sequence from a video camera.
	`updateButton(self)`
	`updateDevice(self)` Method called to update the device properties.
	`updateOnce(self)`
	`updateWindow(self)` Method to update the device window.
Inherited from PyrobotImage
	`convolve(self, convmask, bit, threshold)`
	`cropPixels(self, l, t, r, b)` cropPixels() ------------ crops pixels in the amount specified from left, top, right, and bottom if unspecified, right is assumed to be the same as left and bottom the same as top.
	`display(self)` Display PyrobotImage in ASCII Art.
	`get(self, x, y, offset)` Get a pixel value.
	`getBitmap(self, cutoff, cutoff2, mode)` getBitmap()...
	`getCol(self, x)` Get the entire col, in tuples...
	`getColorFilter(self, r, g, b)` returns a filtered image r,g,b values indicate percentage of each color to keep eg.
	`getDim(self)`
	`getGrayScale(self)` Method to convert depth 3 color into depth 1 grayscale...
	`getPlane(self, colorPlane)`
	`getRow(self, y)` Get the entire row, in tuples...
	`getScaledImage(self, xscale, yscale, mode)` return a scaled version of the current image...
	`getVal(self, x, y)` Get the entire color value of the pixel in quetion, returned as a tuple.
	`histogram(self, cols, rows, initvals)` Creates a histogram.
	`incr(self, x, y, offset)` Method to increment a pixel value.
	`loadFromFile(self, filename)` Method to load image from file.
	`reset(self, vector)` Reset an image to a vector.
	`resetToColor(self, r, g, b)` reset the image to a specified color...
	`saveToFile(self, filename)` Method to save image to a file.
	`setVal(self, x, y, val)` Method to set the entire RGB value of a pixel.
	`swapPlanes(self, plane1, plane2)`
Inherited from Device
	`__getitem__(self, item)` Get a SensorValue, a range, or a set.
	`__iter__(self)` Used to iterate through SensorValues of device.
	`addWidgets(self, window)` Method to addWidgets to the device window.
	`angle(self, args, *kwargs)` Device-level method to get all of the angles.
	`destroy(self)` Hides the window.
	`distance(self, args, *kwargs)` Device-level method to get all of the distances.
	`getActive(self)` Returns the value of .active.
	`getGroupNames(self, pos)` Return all of the groups a pos is in.
	`getMaxvalue(self)` Get the maxvalue of the sensor.
	`getSensorValue(self, pos)` Returns a specific SensorValue from the range device.
	`getVisible(self)` Returns the .visible of the sensor.
	`rawToUnits(self, raw, noise, units)` Convert the sensor units into default units.
	`setActive(self, value)` Sets the .active property.
	`setMaxvalue(self, value)` Set the maxvalue of the sensor.
	`setup(self)` Use this to put setup code in (instead of in __init__).
	`setVisible(self, value)` Sets the .visible attribute, and hides/shows window.

Property Summary
Inherited from Device
	`geometry`
	`noise`
	`pos`
	`rawValue`
	`value`

Method Details

setGrayImage(self, array)

Will set the RGB camera image from a grayscale array (depth 1)
assuming column major order.

setRGBImage(self, array)

Will set the RGB camera image from a RGB array (depth 3)
assuming column major order.

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