mirror of
https://github.com/lalbornoz/roar.git
synced 2024-11-22 07:16:38 +00:00
Reduce memory usage by folding nested patch {coordinate,colour} list(s).
This commit is contained in:
Lucio Andrés Illanes Albornoz
parent
1a503979d1
commit
6d5e081dfb
@ -41,7 +41,7 @@ class MiRCARTCanvas(wx.Panel):
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# {{{ _commitPatch(self, patch): XXX
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def _commitPatch(self, patch):
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self.canvasMap[patch[0][1]][patch[0][0]] = patch[1:]
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self.canvasMap[patch[1]][patch[0]] = patch[2:]
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# }}}
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# {{{ _dispatchDeltaPatches(self, deltaPatches): XXX
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def _dispatchDeltaPatches(self, deltaPatches):
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@ -58,8 +58,8 @@ class MiRCARTCanvas(wx.Panel):
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self.canvasJournal, eventDc)
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self._canvasDirtyCursor = True
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if self.canvasBackend.drawPatch(eventDc, patch):
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patchDeltaCell = self.canvasMap[patch[0][1]][patch[0][0]]
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patchDelta = [list(patch[0]), *patchDeltaCell.copy()]
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patchDeltaCell = self.canvasMap[patch[1]][patch[0]]
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patchDelta = [*patch[0:2], *patchDeltaCell]
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if isCursor:
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self.canvasJournal.pushCursor(patchDelta)
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else:
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@ -127,10 +127,10 @@ class MiRCARTCanvas(wx.Panel):
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and numRow < len(newCanvas) \
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and numCol < len(newCanvas[numRow]):
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self._commitPatch([ \
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[numCol, numRow], *newCanvas[numRow][numCol]])
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numCol, numRow, *newCanvas[numRow][numCol]])
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self.canvasBackend.drawPatch(eventDc, \
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([numCol, numRow], \
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*self.canvasMap[numRow][numCol]))
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[numCol, numRow, \
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*self.canvasMap[numRow][numCol]])
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wx.SafeYield()
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# }}}
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# {{{ resize(self, newCanvasSize): XXX
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@ -160,20 +160,20 @@ class MiRCARTCanvas(wx.Panel):
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else:
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for numRow in range(oldCanvasSize[1]):
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self.canvasMap[numRow].extend( \
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[[[1, 1], 0, " "]] * deltaCanvasSize[0])
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[[1, 1, 0, " "]] * deltaCanvasSize[0])
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for numNewCol in range(oldCanvasSize[0], newCanvasSize[0]):
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self.canvasBackend.drawPatch( \
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eventDc, [[numNewCol, numRow], \
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eventDc, [numNewCol, numRow, \
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*self.canvasMap[numRow][-1]])
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if deltaCanvasSize[1] < 0:
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del self.canvasMap[-1:(deltaCanvasSize[1]-1):-1]
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else:
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for numNewRow in range(oldCanvasSize[1], newCanvasSize[1]):
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self.canvasMap.extend( \
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[[[[1, 1], 0, " "]] * newCanvasSize[0]])
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[[[1, 1, 0, " "]] * newCanvasSize[0]])
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for numNewCol in range(newCanvasSize[0]):
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self.canvasBackend.drawPatch( \
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eventDc, [[numNewCol, numNewRow], \
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eventDc, [numNewCol, numNewRow, \
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*self.canvasMap[-1][-1]])
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self.canvasSize = newCanvasSize
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@ -33,27 +33,27 @@ class MiRCARTCanvasBackend():
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# {{{ _drawBrushPatch(self, eventDc, patch): XXX
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def _drawBrushPatch(self, eventDc, patch):
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absPoint = self._xlatePoint(patch[0])
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brushFg = self._brushes[patch[1][1]]
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brushBg = self._brushes[patch[1][0]]
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pen = self._pens[patch[1][1]]
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absPoint = self._xlatePoint(patch)
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brushFg = self._brushes[patch[3]]
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brushBg = self._brushes[patch[2]]
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pen = self._pens[patch[3]]
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self._setBrushDc(brushBg, brushFg, eventDc, pen)
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eventDc.DrawRectangle(*absPoint, *self.cellSize)
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# }}}
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# {{{ _drawCharPatch(self, eventDc, patch): XXX
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def _drawCharPatch(self, eventDc, patch):
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absPoint = self._xlatePoint(patch[0])
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brushFg = self._brushes[patch[1][0]]
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brushBg = self._brushes[patch[1][1]]
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pen = self._pens[patch[1][1]]
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absPoint = self._xlatePoint(patch)
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brushFg = self._brushes[patch[2]]
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brushBg = self._brushes[patch[3]]
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pen = self._pens[patch[3]]
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fontBitmap = wx.Bitmap(*self.cellSize)
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fontDc = wx.MemoryDC(); fontDc.SelectObject(fontBitmap);
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fontDc.SetTextForeground(wx.Colour(MiRCARTColours[patch[1][0]][0:4]))
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fontDc.SetTextBackground(wx.Colour(MiRCARTColours[patch[1][1]][0:4]))
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fontDc.SetTextForeground(wx.Colour(MiRCARTColours[patch[2]][0:4]))
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fontDc.SetTextBackground(wx.Colour(MiRCARTColours[patch[3]][0:4]))
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fontDc.SetBrush(brushBg); fontDc.SetBackground(brushBg); fontDc.SetPen(pen);
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fontDc.SetFont(self._font)
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fontDc.DrawRectangle(0, 0, *self.cellSize)
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fontDc.DrawText(patch[3], 0, 0)
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fontDc.DrawText(patch[5], 0, 0)
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eventDc.Blit(*absPoint, *self.cellSize, fontDc, 0, 0)
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# }}}
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# {{{ _finiBrushesAndPens(self): XXX
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@ -89,18 +89,18 @@ class MiRCARTCanvasBackend():
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dc.SetPen(pen)
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self._lastPen = pen
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# }}}
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# {{{ _xlatePoint(self, relMapPoint): XXX
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def _xlatePoint(self, relMapPoint):
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return [a*b for a,b in zip(relMapPoint, self.cellSize)]
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# {{{ _xlatePoint(self, patch): XXX
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def _xlatePoint(self, patch):
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return [a*b for a,b in zip(patch[0:2], self.cellSize)]
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# }}}
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# {{{ drawPatch(self, eventDc, patch): XXX
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def drawPatch(self, eventDc, patch):
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if patch[0][0] < self.canvasSize[0] \
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and patch[0][0] >= 0 \
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and patch[0][1] < self.canvasSize[1] \
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and patch[0][1] >= 0:
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if patch[3] == " ":
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if patch[0] < self.canvasSize[0] \
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and patch[0] >= 0 \
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and patch[1] < self.canvasSize[1] \
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and patch[1] >= 0:
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if patch[5] == " ":
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self._drawBrushPatch(eventDc, patch)
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else:
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self._drawCharPatch(eventDc, patch)
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@ -105,7 +105,7 @@ class MiRCARTCanvasImportStore():
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inCellState, self._CellState.CS_UNDERLINE)
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else:
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inRowCols += 1
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outMap[inCurRow].append((inCurColours, inCellState, inChar))
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outMap[inCurRow].append([*inCurColours, inCellState, inChar])
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elif inParseState == self._ParseState.PS_COLOUR_DIGIT0 \
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or inParseState == self._ParseState.PS_COLOUR_DIGIT1:
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if inChar == "," \
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@ -146,8 +146,8 @@ class MiRCARTCanvasImportStore():
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# }}}
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# {{{ importNew(self, newCanvasSize=None): XXX
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def importNew(self, newCanvasSize=None):
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newMap = [[[[1, 1], 0, " "] \
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for x in range(newCanvasSize[0])] \
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newMap = [[[1, 1, 0, " "] \
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for x in range(newCanvasSize[0])] \
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for y in range(newCanvasSize[1])]
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self.parentCanvas.onStoreUpdate(newCanvasSize, newMap)
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# }}}
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@ -45,9 +45,9 @@ class MiRCARTToolCircle(MiRCARTTool):
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for brushX in range(-radius, radius + 1):
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if ((brushX**2)+(brushY**2) < (((radius**2)+radius)*0.8)):
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patch = [ \
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[atPoint[0] + int(originPoint[0]+brushX), \
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atPoint[1] + int(originPoint[1]+brushY)], \
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brushColours, 0, " "]
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atPoint[0] + int(originPoint[0]+brushX), \
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atPoint[1] + int(originPoint[1]+brushY), \
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*brushColours, 0, " "]
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if isLeftDown or isRightDown:
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dispatchFn(eventDc, False, patch); dispatchFn(eventDc, True, patch);
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else:
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@ -32,17 +32,17 @@ class MiRCARTToolFill(MiRCARTTool):
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# onMouseEvent(self, event, atPoint, brushColours, brushSize, isDragging, isLeftDown, isRightDown, dispatchFn, eventDc): XXX
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def onMouseEvent(self, event, atPoint, brushColours, brushSize, isDragging, isLeftDown, isRightDown, dispatchFn, eventDc):
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pointStack = [list(atPoint)]; pointsDone = [];
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testColour = self.parentCanvas.canvasMap[atPoint[1]][atPoint[0]][0][1]
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testColour = self.parentCanvas.canvasMap[atPoint[1]][atPoint[0]][0:2]
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if isLeftDown or isRightDown:
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if isRightDown:
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brushColours = [brushColours[1], brushColours[0]]
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while len(pointStack) > 0:
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point = pointStack.pop()
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pointCell = self.parentCanvas.canvasMap[point[1]][point[0]]
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if pointCell[0][1] == testColour:
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if pointCell[0:2] == testColour:
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if not point in pointsDone:
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dispatchFn(eventDc, False, [point.copy(), \
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[brushColours[0], brushColours[0]], 0, " "])
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dispatchFn(eventDc, False, [*point, \
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brushColours[0], brushColours[0], 0, " "])
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if point[0] > 0:
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pointStack.append([point[0] - 1, point[1]])
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if point[0] < (self.parentCanvas.canvasSize[0] - 1):
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@ -55,10 +55,10 @@ class MiRCARTToolLine(MiRCARTTool):
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lineD = 2 * pointDelta[1] - pointDelta[0]; lineY = 0;
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for lineX in range(pointDelta[0] + 1):
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for brushStep in range(brushSize[0]):
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patch = [[ \
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patch = [ \
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originPoint[0] + lineX*lineXX + lineY*lineYX + brushStep, \
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originPoint[1] + lineX*lineXY + lineY*lineYY], \
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brushColours, 0, " "]
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originPoint[1] + lineX*lineXY + lineY*lineYY, \
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*brushColours, 0, " "]
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if isCursor:
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dispatchFn(eventDc, False, patch); dispatchFn(eventDc, True, patch);
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else:
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@ -83,7 +83,7 @@ class MiRCARTToolLine(MiRCARTTool):
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self.toolColours = brushColours
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self.toolOriginPoint = list(atPoint)
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self.toolState = self.TS_ORIGIN
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dispatchFn(eventDc, True, [atPoint, brushColours, 0, " "])
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dispatchFn(eventDc, True, [*atPoint, *brushColours, 0, " "])
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elif self.toolState == self.TS_ORIGIN:
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targetPoint = list(atPoint)
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originPoint = self.toolOriginPoint
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@ -43,7 +43,7 @@ class MiRCARTToolRect(MiRCARTTool):
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brushSize[0] *= 2
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for brushRow in range(brushSize[1]):
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for brushCol in range(brushSize[0]):
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patch = [[atPoint[0] + brushCol, atPoint[1] + brushRow],brushColours, 0, " "]
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patch = [atPoint[0] + brushCol, atPoint[1] + brushRow, *brushColours, 0, " "]
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if isLeftDown or isRightDown:
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dispatchFn(eventDc, False, patch); dispatchFn(eventDc, True, patch);
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else:
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@ -53,18 +53,18 @@ class MiRCARTToolSelect(MiRCARTTool):
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else:
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curColours = [0, 0]
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dispatchFn(eventDc, True, \
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[[rectX, rectFrame[0][1]], curColours, 0, " "])
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[rectX, rectFrame[0][1], *curColours, 0, " "])
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dispatchFn(eventDc, True, \
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[[rectX, rectFrame[1][1]], curColours, 0, " "])
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[rectX, rectFrame[1][1], *curColours, 0, " "])
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for rectY in range(rectFrame[0][1], rectFrame[1][1]+1):
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if curColours == [0, 0]:
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curColours = [1, 1]
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else:
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curColours = [0, 0]
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dispatchFn(eventDc, True, \
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[[rectFrame[0][0], rectY], curColours, 0, " "])
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[rectFrame[0][0], rectY, *curColours, 0, " "])
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dispatchFn(eventDc, True, \
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[[rectFrame[1][0], rectY], curColours, 0, " "])
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[rectFrame[1][0], rectY, *curColours, 0, " "])
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# }}}
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#
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@ -82,7 +82,7 @@ class MiRCARTToolSelect(MiRCARTTool):
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self.toolState = self.TS_ORIGIN
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else:
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dispatchFn(eventDc, True, \
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[list(atPoint), brushColours.copy(), 0, " "])
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[*atPoint, *brushColours, 0, " "])
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elif self.toolState == self.TS_ORIGIN:
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self.toolRect[1] = list(atPoint)
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if isLeftDown or isRightDown:
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@ -53,7 +53,7 @@ class MiRCARTToolSelectClone(MiRCARTToolSelect):
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cellOld = self.toolSelectMap[numRow][numCol]
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rectY = selectRect[0][1] + numRow
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rectX = selectRect[0][0] + numCol
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dispatchFn(eventDc, isCursor, [[rectX+disp[0], rectY+disp[1]], *cellOld])
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dispatchFn(eventDc, isCursor, [rectX+disp[0], rectY+disp[1], *cellOld])
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self._drawSelectRect(newToolRect, dispatchFn, eventDc)
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self.toolRect = newToolRect
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@ -50,14 +50,14 @@ class MiRCARTToolSelectMove(MiRCARTToolSelect):
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isCursor = True
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for numRow in range(len(self.toolSelectMap)):
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for numCol in range(len(self.toolSelectMap[numRow])):
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dispatchFn(eventDc, isCursor, [[self.srcRect[0] + numCol, \
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self.srcRect[1] + numRow], [1, 1], 0, " "])
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dispatchFn(eventDc, isCursor, [self.srcRect[0] + numCol, \
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self.srcRect[1] + numRow, 1, 1, 0, " "])
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for numRow in range(len(self.toolSelectMap)):
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for numCol in range(len(self.toolSelectMap[numRow])):
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cellOld = self.toolSelectMap[numRow][numCol]
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rectY = selectRect[0][1] + numRow
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rectX = selectRect[0][0] + numCol
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dispatchFn(eventDc, isCursor, [[rectX+disp[0], rectY+disp[1]], *cellOld])
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dispatchFn(eventDc, isCursor, [rectX+disp[0], rectY+disp[1], *cellOld])
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self._drawSelectRect(newToolRect, dispatchFn, eventDc)
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self.toolRect = newToolRect
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@ -42,7 +42,7 @@ class MiRCARTToolText(MiRCARTTool):
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self.textColours = brushColours.copy()
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if self.textPos == None:
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self.textPos = list(atPoint)
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dispatchFn(eventDc, False, [self.textPos, self.textColours, 0, keyChar])
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dispatchFn(eventDc, False, [*self.textPos, *self.textColours, 0, keyChar])
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if self.textPos[0] < (self.parentCanvas.canvasSize[0] - 1):
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self.textPos[0] += 1
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elif self.textPos[1] < (self.parentCanvas.canvasSize[1] - 1):
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@ -65,6 +65,6 @@ class MiRCARTToolText(MiRCARTTool):
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if self.textColours == None:
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self.textColours = brushColours.copy()
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self.textPos = list(atPoint)
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dispatchFn(eventDc, True, [self.textPos, self.textColours, 0, "_"])
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dispatchFn(eventDc, True, [*self.textPos, *self.textColours, 0, "_"])
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# vim:expandtab foldmethod=marker sw=4 ts=4 tw=120
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