mirror of
https://github.com/lalbornoz/roar.git
synced 2024-11-22 23:36:36 +00:00
3bb4fb0197
1) Backend: initial optimised cell rendering Python C module implementation skeleton.
2) Backend: raise alpha blending {fore,back}ground colour coefficient to {0.8,1.0 - 0.8}, resp.
3) Backend: reimplement cell rendering using Draw{Rectangle,Text}List().
4) Canvas window: eliminate {canvas,{scroll,tool}bar} flickering during resize.
5) Canvas window: fix cursor artifacts during resizing by masking cursor.
6) Canvas window: restore cursor after executing operations that remove it.
7) Import store: correctly parse non-conforming \u0003,<bg colour> sequences.
8) GUI: correctly save list of recently used files post-update.
254 lines
14 KiB
Python
254 lines
14 KiB
Python
#!/usr/bin/env python3
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#
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# GuiCanvasWxBackend.py
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# Copyright (c) 2018, 2019 Lucio Andrés Illanes Albornoz <lucio@lucioillanes.de>
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#
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from ctypes import *
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from GuiCanvasColours import Colours
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import GuiCanvasWxBackendFast
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import math, os, platform, wx
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class GuiBufferedDC(wx.MemoryDC):
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def __del__(self):
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self.dc.Blit(0, 0, *self.viewSize, self, 0, 0)
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self.SelectObject(wx.NullBitmap)
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def __init__(self, backend, buffer, clientSize, dc, viewRect):
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super().__init__()
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canvasSize = [a - b for a, b in zip(backend.canvasSize, viewRect)]
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clientSize = [math.ceil(m / n) for m, n in zip(clientSize, backend.cellSize)]
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viewRect = [m * n for m, n in zip(backend.cellSize, viewRect)]
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viewSize = [min(m, n) for m, n in zip(canvasSize, clientSize)]
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viewSize = [m * n for m, n in zip(backend.cellSize, viewSize)]
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self.SelectObject(buffer); self.SetDeviceOrigin(*viewRect);
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self.dc, self.viewRect, self.viewSize = dc, viewRect, viewSize
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class GuiCanvasWxBackend():
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arabicShapes = {
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u'\u0621': (u'\uFE80'),
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u'\u0622': (u'\uFE81', None, None, u'\uFE82'),
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u'\u0623': (u'\uFE83', None, None, u'\uFE84'),
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u'\u0624': (u'\uFE85', None, None, u'\uFE86'),
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u'\u0625': (u'\uFE87', None, None, u'\uFE88'),
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u'\u0626': (u'\uFE89', u'\uFE8B', u'\uFE8C', u'\uFE8A'),
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u'\u0627': (u'\uFE8D', None, None, u'\uFE8E'),
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u'\u0628': (u'\uFE8F', u'\uFE91', u'\uFE92', u'\uFE90'),
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u'\u0629': (u'\uFE93', None, None, u'\uFE94'),
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u'\u062A': (u'\uFE95', u'\uFE97', u'\uFE98', u'\uFE96'),
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u'\u062B': (u'\uFE99', u'\uFE9B', u'\uFE9C', u'\uFE9A'),
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u'\u062C': (u'\uFE9D', u'\uFE9F', u'\uFEA0', u'\uFE9E'),
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u'\u062D': (u'\uFEA1', u'\uFEA3', u'\uFEA4', u'\uFEA2'),
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u'\u062E': (u'\uFEA5', u'\uFEA7', u'\uFEA8', u'\uFEA6'),
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u'\u062F': (u'\uFEA9', None, None, u'\uFEAA'),
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u'\u0630': (u'\uFEAB', None, None, u'\uFEAC'),
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u'\u0631': (u'\uFEAD', None, None, u'\uFEAE'),
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u'\u0632': (u'\uFEAF', None, None, u'\uFEB0'),
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u'\u0633': (u'\uFEB1', u'\uFEB3', u'\uFEB4', u'\uFEB2'),
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u'\u0634': (u'\uFEB5', u'\uFEB7', u'\uFEB8', u'\uFEB6'),
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u'\u0635': (u'\uFEB9', u'\uFEBB', u'\uFEBC', u'\uFEBA'),
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u'\u0636': (u'\uFEBD', u'\uFEBF', u'\uFEC0', u'\uFEBE'),
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u'\u0637': (u'\uFEC1', u'\uFEC3', u'\uFEC4', u'\uFEC2'),
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u'\u0638': (u'\uFEC5', u'\uFEC7', u'\uFEC8', u'\uFEC6'),
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u'\u0639': (u'\uFEC9', u'\uFECB', u'\uFECC', u'\uFECA'),
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u'\u063A': (u'\uFECD', u'\uFECF', u'\uFED0', u'\uFECE'),
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u'\u0640': (u'\u0640', None, None, None),
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u'\u0641': (u'\uFED1', u'\uFED3', u'\uFED4', u'\uFED2'),
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u'\u0642': (u'\uFED5', u'\uFED7', u'\uFED8', u'\uFED6'),
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u'\u0643': (u'\uFED9', u'\uFEDB', u'\uFEDC', u'\uFEDA'),
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u'\u0644': (u'\uFEDD', u'\uFEDF', u'\uFEE0', u'\uFEDE'),
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u'\u0645': (u'\uFEE1', u'\uFEE3', u'\uFEE4', u'\uFEE2'),
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u'\u0646': (u'\uFEE5', u'\uFEE7', u'\uFEE8', u'\uFEE6'),
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u'\u0647': (u'\uFEE9', u'\uFEEB', u'\uFEEC', u'\uFEEA'),
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u'\u0648': (u'\uFEED', None, None, u'\uFEEE'),
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u'\u0649': (u'\uFEEF', None, None, u'\uFEF0'),
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u'\u064A': (u'\uFEF1', u'\uFEF3', u'\uFEF4', u'\uFEF2'),
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}
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class _CellState():
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CS_NONE = 0x00
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CS_BOLD = 0x01
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CS_UNDERLINE = 0x02
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def _blendColours(self, bg, fg):
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return [int((fg * 0.8) + (bg * (1.0 - 0.8))) for bg, fg in zip(Colours[bg][:3], Colours[fg][:3])]
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def _finiBrushesAndPens(self):
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for wxObject in Rtl.flatten([
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(self._brushAlpha,), (*(self._brushes or ()),), (self._penAlpha,), (*(self._pens or ()),),
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*[[self._brushesBlend[bg][fg] for fg in self._brushesBlend[bg].keys()] for bg in self._brushesBlend.keys()],
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*[[self._pensBlend[bg][fg] for fg in self._pensBlend[bg].keys()] for bg in self._pensBlend.keys()]]):
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if wxObject != None:
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wxObject.Destroy()
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self._brushAlpha, self._brushes, self._brushesBlend, self._lastBrush, self._lastPen, self._penAlpha, self._pens, self._pensBlend = None, [], {}, None, None, None, [], {}
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def _initBrushesAndPens(self):
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self._brushes, self._brushesBlend, self._lastBrush, self._lastPen, self._pens, self._pensBlend = [], {}, None, None, [], {}
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self._brushAlpha, self._penAlpha = wx.Brush(wx.Colour(48, 48, 48, 255), wx.BRUSHSTYLE_SOLID), wx.Pen(wx.Colour(48, 48, 48, 255), 1)
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for mircColour in range(len(Colours)):
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self._brushes += [wx.Brush(wx.Colour(Colours[mircColour][:4]), wx.BRUSHSTYLE_SOLID)]; self._brushesBlend[mircColour] = {};
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self._pens += [wx.Pen(wx.Colour(Colours[mircColour][:4]), 1)]; self._pensBlend[mircColour] = {};
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for mircColourFg in range(len(Colours)):
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colourBlend = self._blendColours(mircColour, mircColourFg)
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self._brushesBlend[mircColour][mircColourFg] = wx.Brush(wx.Colour(colourBlend), wx.BRUSHSTYLE_SOLID)
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self._pensBlend[mircColour][mircColourFg] = wx.Pen(wx.Colour(colourBlend), 1)
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def _reshapeArabic(self, canvas, eventDc, isCursor, patch, point):
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lastCell, patches = point[0], []
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while True:
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if ((lastCell + 1) >= (canvas.size[0] - 1)) \
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or (not canvas.map[point[1]][lastCell + 1][3] in self.arabicShapes):
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break
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else:
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lastCell += 1
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connect = False
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for runX in range(lastCell, point[0], -1):
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runCell = list(canvas.map[point[1]][runX])
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if runX == lastCell:
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if self.arabicShapes[runCell[3]][1] != None:
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runCell[3] = self.arabicShapes[runCell[3]][1]; connect = True;
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else:
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runCell[3] = self.arabicShapes[runCell[3]][0]; connect = False;
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else:
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if connect and (self.arabicShapes[runCell[3]][2] != None):
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runCell[3] = self.arabicShapes[runCell[3]][2]; connect = True;
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elif connect and (self.arabicShapes[runCell[3]][3] != None):
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runCell[3] = self.arabicShapes[runCell[3]][3]; connect = False;
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elif not connect and (self.arabicShapes[runCell[3]][1] != None):
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runCell[3] = self.arabicShapes[runCell[3]][1]; connect = True;
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else:
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runCell[3] = self.arabicShapes[runCell[3]][0]; connect = False;
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patches += [[runX, point[1], *runCell]]
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runCell = list(patch[2:])
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if connect and (self.arabicShapes[patch[5]][3] != None):
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runCell[3] = self.arabicShapes[patch[5]][3]
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else:
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runCell[3] = self.arabicShapes[patch[5]][0]
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patches += [[*point, *runCell]]
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return patches
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def _setBrushColours(self, dc, isCursor, patch, patchBg):
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if ((patch[0] != -1) and (patch[1] != -1)) \
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or ((patch[0] == -1) and (patch[1] != -1)):
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if not isCursor:
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brush, pen = self._brushes[patch[1]], self._pens[patch[1]]
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else:
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bg = patchBg[1] if patchBg[1] != -1 else 14
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brush, pen = self._brushesBlend[bg][patch[1]], self._pensBlend[bg][patch[1]]
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else:
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if not isCursor:
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brush, pen = self._brushAlpha, self._penAlpha
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else:
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bg = patchBg[1] if patchBg[1] != -1 else 14
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brush, pen = self._brushesBlend[bg][14], self._pensBlend[bg][14]
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return brush, pen
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def drawCursorMaskWithJournal(self, canvas, canvasJournal, eventDc, reset=True):
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eventDcOrigin = eventDc.GetDeviceOrigin(); eventDc.SetDeviceOrigin(0, 0);
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cursorPatches = canvasJournal.popCursor(reset=reset); patches = [];
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for cursorCell in [p[:2] for p in cursorPatches]:
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if (cursorCell[0] < canvas.size[0]) \
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and (cursorCell[1] < canvas.size[1]):
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patches += [[*cursorCell, *canvas.map[cursorCell[1]][cursorCell[0]]]]
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if len(patches) > 0:
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self.drawPatches(canvas, eventDc, patches, False)
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eventDc.SetDeviceOrigin(*eventDcOrigin)
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return cursorPatches
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def drawPatches(self, canvas, eventDc, patches, isCursor=False):
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GuiCanvasWxBackendFast.drawPatches()
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patchesRender = []
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for patch in patches:
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point = patch[:2]
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if [(c >= 0) and (c < s) for c, s in zip(point, self.canvasSize)] == [True, True]:
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if patch[5] in self.arabicShapes:
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for patchReshaped in self._reshapeArabic(canvas, eventDc, isCursor, patch, point):
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patchesRender += [patchReshaped]
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else:
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patchesRender += [patch]
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numPatch, textBg = 0, wx.Colour(0, 0, 0, 0)
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rectangles, pens, brushes = [None] * len(patchesRender), [None] * len(patchesRender), [None] * len(patchesRender)
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textList, coords, foregrounds, backgrounds = [], [], [], []
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eventDc.SetFont(self._font)
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for patchRender in patchesRender:
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if (patchRender[5] == " ") and (patchRender[3] == -1):
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text, textFg = "░", wx.Colour(0, 0, 0, 255)
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elif isCursor and (patchRender[5] == " ") and (canvas.map[patchRender[1]][patchRender[0]][3] != " "):
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patchRender = [*patchRender[:-2], *canvas.map[patchRender[1]][patchRender[0]][2:]]
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text, textFg = canvas.map[patchRender[1]][patchRender[0]][3], wx.Colour(self._blendColours(canvas.map[patchRender[1]][patchRender[0]][0], patchRender[3]))
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elif isCursor and (patchRender[5] == " ") and (canvas.map[patchRender[1]][patchRender[0]][2] & self._CellState.CS_UNDERLINE):
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patchRender = [*patchRender[:-2], *canvas.map[patchRender[1]][patchRender[0]][2:]]
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text, textFg = "_", wx.Colour(self._blendColours(canvas.map[patchRender[1]][patchRender[0]][0], patchRender[3]))
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elif patchRender[5] != " ":
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text, textFg = patchRender[5], wx.Colour(Colours[patchRender[2]][:4])
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elif patchRender[4] & self._CellState.CS_UNDERLINE:
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text, textFg = "_", wx.Colour(Colours[patchRender[2]][:4])
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else:
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text = None
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brush, pen = self._setBrushColours(eventDc, isCursor, patchRender[2:], canvas.map[patchRender[1]][patchRender[0]])
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rectangles[numPatch] = [patchRender[:2][0] * self.cellSize[0], patchRender[:2][1] * self.cellSize[1], self.cellSize[0], self.cellSize[1]];
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pens[numPatch] = pen; brushes[numPatch] = brush;
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if text != None:
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textList += [text]; coords += [[patchRender[:2][0] * self.cellSize[0], patchRender[:2][1] * self.cellSize[1]]]; foregrounds += [textFg]; backgrounds += [textBg];
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numPatch += 1
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eventDc.DrawRectangleList(rectangles, pens, brushes)
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eventDc.DrawTextList(textList, coords, foregrounds, backgrounds)
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def getDeviceContext(self, clientSize, parentWindow, viewRect=None):
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if viewRect == None:
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viewRect = parentWindow.GetViewStart()
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if viewRect == (0, 0):
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eventDc = wx.BufferedDC(wx.ClientDC(parentWindow), self.canvasBitmap)
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else:
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eventDc = GuiBufferedDC(self, self.canvasBitmap, clientSize, wx.ClientDC(parentWindow), viewRect)
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self._lastBrush, self._lastPen = None, None
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return eventDc
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def onPaint(self, clientSize, panelWindow, viewRect):
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if self.canvasBitmap != None:
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if viewRect == (0, 0):
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eventDc = wx.BufferedPaintDC(panelWindow, self.canvasBitmap)
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else:
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eventDc = GuiBufferedDC(self, self.canvasBitmap, clientSize, wx.PaintDC(panelWindow), viewRect)
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def resize(self, canvasSize):
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if platform.system() == "Windows":
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self._font = wx.TheFontList.FindOrCreateFont(self.fontSize, wx.FONTFAMILY_DEFAULT, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL, False, self.fontName)
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fontInfoDesc = self._font.GetNativeFontInfoDesc().split(";"); fontInfoDesc[12] = "3";
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self._font.SetNativeFontInfo(";".join(fontInfoDesc))
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dc = wx.MemoryDC()
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dc.SetFont(self._font); self.cellSize = dc.GetTextExtent("_");
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dc.Destroy()
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else:
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self._font = wx.Font(self.cellSize[0] + 1, wx.FONTFAMILY_TELETYPE, wx.FONTSTYLE_NORMAL, wx.FONTWEIGHT_NORMAL)
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winSize = [a * b for a, b in zip(canvasSize, self.cellSize)]
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if self.canvasBitmap == None:
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self.canvasBitmap = wx.Bitmap(winSize)
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else:
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oldDc = wx.MemoryDC(); oldDc.SelectObject(self.canvasBitmap);
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newDc = wx.MemoryDC(); newBitmap = wx.Bitmap(winSize); newDc.SelectObject(newBitmap);
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newDc.Blit(0, 0, *self.canvasBitmap.GetSize(), oldDc, 0, 0)
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oldDc.SelectObject(wx.NullBitmap)
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self.canvasBitmap.Destroy(); self.canvasBitmap = newBitmap;
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self.canvasSize = canvasSize
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def xlateEventPoint(self, event, eventDc, viewRect):
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eventPoint = event.GetLogicalPosition(eventDc)
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rectX, rectY = eventPoint.x - (eventPoint.x % self.cellSize[0]), eventPoint.y - (eventPoint.y % self.cellSize[1])
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mapX, mapY = int(rectX / self.cellSize[0] if rectX else 0), int(rectY / self.cellSize[1] if rectY else 0)
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return [m + n for m, n in zip((mapX, mapY), viewRect)]
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def __del__(self):
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if self.canvasBitmap != None:
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self.canvasBitmap.Destroy(); self.canvasBitmap = None;
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self._finiBrushesAndPens()
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def __init__(self, canvasSize, fontName="Dejavu Sans Mono", fontPathName=os.path.join("assets", "fonts", "DejaVuSansMono.ttf"), fontSize=8):
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self._brushes, self._font, self._lastBrush, self._lastPen, self._pens = None, None, None, None, None
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self.canvasBitmap, self.cellSize, self.fontName, self.fontPathName, self.fontSize = None, None, fontName, fontPathName, fontSize
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if platform.system() == "Windows":
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WinDLL("gdi32.dll").AddFontResourceW(self.fontPathName.encode("utf16"))
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self._initBrushesAndPens(); self.resize(canvasSize);
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# vim:expandtab foldmethod=marker sw=4 ts=4 tw=120
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