How to use getcellsize method in pyatom

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Table.py

Source:Table.py

1import random2from enum import Enum3from threading import Lock4from src.components.Drawable import Drawable5from src.managers.ImageCache import ImageCache, Images6# status of the table7class Status(Enum):8    NotReady = 09    Ready    = 110    Waiting  = 211    Served   = 312class Table(Drawable):13    def __init__(self, minX, maxX, minY, maxY, cellSize, offset):14        # call base class constructor15        super().__init__(0, 0, minX, maxX, minY, maxY, cellSize, offset)16        self.__status = Status.NotReady17        self.__order = []18        self.__guests = self.__getRandomGuests()19        self.__tableLock = Lock()20    @staticmethod21    def __getRandomGuests():22        possibleGuests = [Images.Guest1, Images.Guest2, Images.Guest3]23        guests = []24        guestCount = random.randint(1, len(possibleGuests))25        for _ in range(guestCount):26            guests.insert(0, possibleGuests[random.randint(0, len(possibleGuests) - 1)])27        return guests28    # waiter collects orders from table29    def getOrder(self):30        order = None31        if self.__tableLock.acquire(False):32            try:33                if self.isStatus(Status.Ready) and self.hasOrder():34                    order = self.__order35                    self.setOrder([])36            finally:37                self.__tableLock.release()38        return order39    def setOrder(self, order):40        self.__order = order41    def hasOrder(self):42        return [] != self.__order43    def isStatus(self, status):44        return status == self.__status45    def setStatus(self, status):46        self.__status = status47    def __getImage(self, imageKind):48        if imageKind in [Images.Guest1, Images.Guest2, Images.Guest3, Images.Plate]:49            size = int(self.getCellSize() / 3)50        else:51            size = int(1.4 * self.getCellSize())52        return ImageCache.getInstance().getImage(imageKind, size, size)53    # draws only table54    def draw(self, screen):55        xBase = self.getX() * self.getCellSize() + self.getOffset()56        yBase = self.getY() * self.getCellSize() + self.getOffset()57        tableXYOffset = int(0.2 * self.getCellSize())58        screen.blit(self.__getImage(Images.Table), (xBase - tableXYOffset, yBase - tableXYOffset))59    # draws images related to the status of a table60    # the method is called in the second turn when all tables are already painted61    def drawAux(self, screen):62        xBase = self.getX() * self.getCellSize() + self.getOffset()63        yBase = self.getY() * self.getCellSize() + self.getOffset()64        guest1XOffset = 065        guest2XOffset = int((1 / 3) * self.getCellSize())66        guest3XOffset = int((2 / 3) * self.getCellSize())67        guest4XOffset = int((1 / 9) * self.getCellSize())68        guest5XOffset = int((5 / 9) * self.getCellSize())69        guestsYOffset = int(0.1 * self.getCellSize())70        tableXYOffset = int(0.2 * self.getCellSize())71        if len(self.__guests) == 1:72            screen.blit(self.__getImage(self.__guests[0]), (xBase + guest2XOffset, yBase - guestsYOffset))73        elif len(self.__guests) == 2:74            screen.blit(self.__getImage(self.__guests[0]), (xBase + guest4XOffset, yBase - guestsYOffset))75            screen.blit(self.__getImage(self.__guests[1]), (xBase + guest5XOffset, yBase - guestsYOffset))76        elif len(self.__guests) == 3:77            screen.blit(self.__getImage(self.__guests[0]), (xBase + guest1XOffset, yBase - guestsYOffset))78            screen.blit(self.__getImage(self.__guests[1]), (xBase + guest2XOffset, yBase - guestsYOffset))79            screen.blit(self.__getImage(self.__guests[2]), (xBase + guest3XOffset, yBase - guestsYOffset))80        if self.isStatus(Status.NotReady):81            screen.blit(self.__getImage(Images.Menu), (xBase - tableXYOffset, yBase - tableXYOffset))82        elif self.isStatus(Status.Ready):83            screen.blit(self.__getImage(Images.Check), (xBase - tableXYOffset, yBase - tableXYOffset))84        elif self.isStatus(Status.Waiting):85            platesYOffset = int(0.3 * self.getCellSize())86            imagePlate = self.__getImage(Images.Plate)87            if len(self.__guests) == 1:88                screen.blit(imagePlate, (xBase + guest2XOffset, yBase + platesYOffset))89            elif len(self.__guests) == 2:90                screen.blit(imagePlate, (xBase + guest4XOffset, yBase + platesYOffset))91                screen.blit(imagePlate, (xBase + guest5XOffset, yBase + platesYOffset))92            elif len(self.__guests) == 3:93                screen.blit(imagePlate, (xBase + guest1XOffset, yBase + platesYOffset))94                screen.blit(imagePlate, (xBase + guest2XOffset, yBase + platesYOffset))...

wumpus_draw.py

Source:wumpus_draw.py

1from graphics     import *2from wumpus_data  import *3from wumpus_logic import *45# Implement drawWumpus, drawGold, drawBreeze, drawStench, and updateDisplay here67def initializeGraphics(width, height, cell_size):8    global HIDDEN, VISIBLE9    global WUMPUS_PIXMAP, PIT_PIXMAP, GOLD_PIXMAP, STENCH_PIXMAP, BREEZE_PIXMAP10    global ADVENTURER_GOLD_PIXMAP, ADVENTURER_DEAD_PIXMAP11    global  ADVENTURER_ARROW_PIXMAP, ADVENTURER_NO_ARROW_PIXMAP1213    window = GraphWin("Find the Gold", width*cell_size, height*cell_size)14    HIDDEN  = color_rgb(100, 100, 100)15    VISIBLE = color_rgb(200, 200, 200)16    WUMPUS_PIXMAP = "wumpus_img.gif"17    PIT_PIXMAP    = "pit_img.gif"18    GOLD_PIXMAP   = "gold_img.gif"19    STENCH_PIXMAP = "stench_img.gif"20    BREEZE_PIXMAP = "breeze_img.gif"21    ADVENTURER_GOLD_PIXMAP     = "adventurer_gold_img.gif"22    ADVENTURER_DEAD_PIXMAP     = "adventurer_dead_img.gif"23    ADVENTURER_ARROW_PIXMAP    = "adventurer_arrow_img.gif"24    ADVENTURER_NO_ARROW_PIXMAP = "adventurer_no_arrow_img.gif"25    return window2627def drawCell(window, data, x, y):28    cell_size = getCellSize(data)29    b_visible = cellIsVisible(data, x, y)30    p1 = Point(x*cell_size, y*cell_size)31    p2 = Point((x+1)*cell_size, (y+1)*cell_size)32    cell = Rectangle(p1, p2)33    if b_visible:34        cell.setFill(VISIBLE)35        cell.draw(window)36        drawPit(window, data, x, y)37        drawWumpus(window, data, x, y)38        drawGold(window, data, x, y)39        drawBreeze(window, data, x, y)40        drawStench(window, data, x, y)41    else:42        cell.setFill(HIDDEN)43        cell.draw(window)4445def drawAdventurer(window, data, x, y):46    cell_size  = getCellSize(data)47    have_gold  = getHaveGold(data)48    have_arrow = getHaveArrow(data)49    is_alive   = getIsAlive(data)50    adventurer_point = Point((x+.25)*cell_size, (y+.25)*cell_size)51    if not is_alive:52        ai = Image(adventurer_point, ADVENTURER_DEAD_PIXMAP)53    elif have_gold:54        ai = Image(adventurer_point, ADVENTURER_GOLD_PIXMAP)55    elif have_arrow:56        ai = Image(adventurer_point, ADVENTURER_ARROW_PIXMAP)57    else:58        ai = Image(adventurer_point, ADVENTURER_NO_ARROW_PIXMAP)59    ai.draw(window)6061def drawPit(window, data, x, y):62    cell_size = getCellSize(data)63    contains  = cellContainsPit(data, x, y)64    point     = Point((x+.75)*cell_size, (y+.25)*cell_size)65    if contains:66        img = Image(point, PIT_PIXMAP)67        img.draw(window)6869def updateDisplay(window, data, ax, ay):70    (width, height) = getDimensions(data)71    for y in range(0, height):72        for x in range(0, width):73            drawCell(window, data, x, y)74    drawAdventurer(window, data, ax, ay) 7576def drawWumpus(window, data, x, y):77    cell_size = getCellSize(data)78    contains  = cellContainsWumpus(data, x, y)79    point     = Point((x+.75)*cell_size, (y+.75)*cell_size)80    if contains:81        img = Image(point, WUMPUS_PIXMAP)82        img.draw(window)8384def drawGold(window, data, x, y):85    cell_size = getCellSize(data)86    contains  = cellContainsGold(data, x, y)87    point     = Point((x+.25)*cell_size, (y+.75)*cell_size)88    if contains:89        img = Image(point, GOLD_PIXMAP)90        img.draw(window)9192def drawBreeze(window, data, x, y):93    cell_size = getCellSize(data)94    pit  = neighborCellContainsPit(data, x, y)95    point = Point((x+.75)*cell_size, (y+.25)*cell_size)96    if pit:97        img = Image(point, BREEZE_PIXMAP)98        img.draw(window)99100def drawStench(window, data, x, y):101    cell_size = getCellSize(data)102    wumpus  = neighborCellContainsWumpus(data, x, y)103    point = Point((x+.75)*cell_size, (y+.75)*cell_size)104    if wumpus:105        img = Image(point, STENCH_PIXMAP)106        img.draw(window)
...

dss_test_utility.py

Source:dss_test_utility.py

1from hec.heclib.grid import GridData2from hec.heclib.grid import GridUtilities3from hec.heclib.dss import HecDSSFileAccess4from jarray import zeros5from hec.lang import DSSPathString6def assertFloatEqual(o1, o2,tolerance, msg):7    if abs(o2-o2) > tolerance:8         raise Exception(msg+" \n"+str(o1)+" is not equal to "+str(o2))9def assertNotEquals(o1, o2,msg):10    if o1 == o2:11        raise Exception(msg+" \n"+str(o1)+" is not equal to "+str(o2))12def assertEqual(o1, o2,msg):13  if o1 != o2:14    raise Exception(msg+" \n"+str(o1)+" is not equal to "+str(o2))15def ReadGrid(dssFile, path):16    status = zeros(1,'i')17   18    rval = GridUtilities.retrieveGridFromDss(dssFile, path, status)19    if status[0] !=0:20      print("error reading grid "+path+" in file '"+dssFile)21    22    return rval23def compare_grids(dssFile1, dssFile2, path):24        gd1 = ReadGrid(dssFile1, path)25        gd2 = ReadGrid(dssFile2, path)26        gd1.updateStatistics()27        gd2.updateStatistics()28        info1 = gd1.getGridInfo()29        info2 = gd2.getGridInfo()30        assertEqual(info1.getGridType(), info2.getGridType(), "getGridType() " + path)31        assertEqual(info1.getDataUnits(), info2.getDataUnits(), "getDataUnits" + path)32        assertEqual(info1.getDataTypeName(), info2.getDataTypeName(), "getDataTypeName" + path)33        dssPath = DSSPathString(path)34        #// empty path in DSS6 defaults to  31 December 1899, 00:00,35        #// empty path in DSS7 is blank36        if dssPath.getDPart().strip() != "":37            assertEqual(info1.getEndTime(), info2.getEndTime(), "getEndTime()" + path)38        if dssPath.getEPart().strip() != "":39            assertEqual(info1.getStartTime(), info2.getStartTime(), "getStartTime()" + path)40        assertEqual(info1.getNumberOfCellsX(), info2.getNumberOfCellsX(), "getNumberOfCellsX()" + path)41        assertEqual(info1.getNumberOfCellsY(), info2.getNumberOfCellsY(), "getNumberOfCellsY()" + path)42        assertEqual(info1.getRangeNum(), info2.getRangeNum(), "getRangeNum()" + path)43        assertFloatEqual(info1.getMaxDataValue(), info2.getMaxDataValue(), 0.01, "getMaxDataValue()" + path)44        assertFloatEqual(info1.getMinDataValue(), info2.getMinDataValue(), 0.01, "getMinDataValue()" + path)45        assertFloatEqual(info1.getMeanDataValue(), info2.getMeanDataValue(), 0.01, "getMeanDataValue()" + path)46        assertNotEquals(0,info1.getCellSize(),"cellSize record 1")47        assertNotEquals(0,info2.getCellSize(),"cellSize record 2")48        assertEqual(info1.getCellSize(), info2.getCellSize(), "getCellSize()" + path)49        assertEqual(info1.getLowerLeftCellX(), info2.getLowerLeftCellX(), "getLowerLeftCellX()" + path)50        assertEqual(info1.getLowerLeftCellY(), info2.getLowerLeftCellY(), "getLowerLeftCellY()" + path)51        assertEqual(info1.getRangeNum(), info2.getRangeNum(), "getRangeNum" + path)52        for i in range(info1.getRangeNum() ):53            assertFloatEqual(info1.getRangeLimitTable()[i], info2.getRangeLimitTable()[i], 0.001, "getRangeLimitTable()[" + str(i) + "]" + path)54        55        assertEqual(info1.getSpatialReferenceSystem(), info2.getSpatialReferenceSystem(), "getSpatialReferenceSystem()" + path)56        data1 = gd1.getData()57        data2 = gd2.getData()58        tolerance = 0.00159        print("len of data = "+str(len(data1)))60#        for i in range(len(data1)):61        i=062        while( i<len(data1)):63            tolerance = 0.01 if data1[i]>10 else 0.00164            assertFloatEqual(data1[i], data2[i], tolerance, "comparing grid float values [" + str(i) + "] " + path)...

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