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""" QuArK - Quake Army Knife Map editor views, grid scale numbering feature. """ # # Copyright (C) 1996-99 Armin Rigo # THIS FILE IS PROTECTED BY THE GNU GENERAL PUBLIC LICENCE # FOUND IN FILE "COPYING.TXT" # #$Header: /cvsroot/quark/runtime/plugins/mapgridscale.py,v 1.4 2003/12/18 21:51:46 peter-b Exp $ Info = { "plug-in": "Display grid scale", "desc": "Displays the grid scale in the 2D viewing windows. Activate from the 'Options' menu", "date": "Dec. 13 2003", "author": "cdunde", "author e-mail": "cdunde1@comcast.net", "quark": "Version 6" } import quarkpy.mapoptions from quarkpy.maputils import * # # -------- grid numbering routines # def NumberGrid(cv, view, text): "function to place numbers on grid" editor = mapeditor() cv.textout(view.y, view.z, text) # # This part is a magical incantation. # First the normal arguments for # finishdrawing, then the oldfinish=... stuff, # which has the effect of storing the current # finishdrawing method inside this function as # the value of the oldfinish variable. # These def statements are executed as the plugins are being # loaded, but not reexecuted in later operations # of the map editor, only the functions they define are. # def gridfinishdrawing(editor, view, gridoldfinish=quarkpy.mapeditor.MapEditor.finishdrawing): # # execute the old method # gridoldfinish(editor, view) # # Below test if the grid is even on # if editor.grid == 0:return def MyMakeScroller(layout, view): sbviews = [None, None] for ifrom, linkfrom, ito, linkto in layout.sblinks: if linkto is view: sbviews[ito] = (ifrom, linkfrom) def scroller(x, y, view=view, hlink=sbviews[0], vlink=sbviews[1]): view.scrollto(x, y) if hlink is not None: if hlink[0]: hlink[1].scrollto(None, x) else: hlink[1].scrollto(x, None) if vlink is not None: if vlink[0]: vlink[1].scrollto(None, y) else: vlink[1].scrollto(y, None) if not MapOption("AxisXYZ") and not MapOption("All2DviewsScale") and not MapOption("XviewScale") and not MapOption("YviewScale") and not MapOption("ZviewScale"): view.update() else: view.repaint() return scroller quarkpy.qhandles.MakeScroller = MyMakeScroller # The following sets the canvas function to draw the images. cv = view.canvas() grid = editor.gridstep # Gives grid setting gridunits = quarkx.ftos(grid) # Converts float nbr to string type = view.info["type"] # These type values are set # in the layout-defining plugins. if type == "YZ": if not MapOption("XviewScale") and not MapOption("All2DviewsScale"): return YZarea = `view.clientarea` # Gets the view area as a string pixels = YZarea.replace("(","") # trims ( from YZarea pixels = pixels.replace(")","") # trims ) from YZarea pixels = pixels.split(",") # trims , from YZarea Ystring = pixels[0] # pulls out y factor string Zstring = pixels[1].strip() # pulls out z factor string Ypixels = int(Ystring) # converts y string to intiger nbr Zpixels = int(Zstring) # converts z string to intiger nbr highlight = int(quarkx.setupsubset(SS_MAP, "Display")["GridHighlight"]) Ygroups = ((Ypixels/(grid * 1.0)) / view.scale()) / highlight Zgroups = ((Zpixels/(grid * 1.0)) / view.scale()) / highlight pixspergroup = Zpixels / Zgroups Ycounter = 1 Zcounter = 1 Ygroup = (Ypixels / Ygroups) Zgroup = (Zpixels / Zgroups) if Ygroup < 20:return units = (grid * highlight) Ystring = quarkx.ftos(0) Zstring = quarkx.ftos(0) Yviewcenter = (Ypixels/2)+4 Zviewcenter = (Zpixels/2)-4 Ygroup1 = Yviewcenter+2 Zgroup1 = Zviewcenter+2 cv.brushstyle = BS_CLEAR cv.fontname = "Terminal" cv.textout(Yviewcenter, 2, "Y " + Ystring) cv.textout(0, Zviewcenter, "Z " + Zstring) Ytotal = (units * 2) Ztotal = units if pixspergroup > 40: Zgroup = Zgroup/2 Ztotal = Ztotal/2 units = units/2 if pixspergroup > 80: Zgroup = Zgroup/2 Ztotal = Ztotal/2 units = units/2 if pixspergroup > 160: Zgroup = Zgroup/2 Ztotal = Ztotal/2 units = units/2 while 1: if Zcounter > 11: break else: Zstring = quarkx.ftos(Ztotal) Znextgroupup = Zgroup1 - (Zgroup * Zcounter) if Znextgroupup > 19: cv.textout(0, Znextgroupup, " " + Zstring) Znextgroupdown = Zgroup1 + (Zgroup * Zcounter) cv.textout(0, Znextgroupdown, "-" + Zstring) Zcounter = Zcounter + 1 Ztotal = Ztotal + units if pixspergroup > 40: Ygroup = Ygroup/2 Ytotal = Ytotal/2 if pixspergroup > 80: Ygroup = Ygroup/2 Ytotal = Ytotal/2 if pixspergroup > 160: Ygroup = Ygroup/2 Ytotal = Ytotal/2 if pixspergroup > 320: Ygroup = Ygroup/2 Ytotal = Ytotal/2 units = units*.5 while 1: if Ycounter > 7: break else: Ystring = quarkx.ftos(Ytotal) Ynextgroupleft = Ygroup1 - ((Ygroup*2) * Ycounter) if not MapOption("AxisXYZ"): cv.textout(Ynextgroupleft-2, 2, "-" + Ystring) else: if Ynextgroupleft > 40: cv.textout(Ynextgroupleft-2, 2, "-" + Ystring) Ynextgroupright = Ygroup1 + ((Ygroup*2) * Ycounter) cv.textout(Ynextgroupright-2, 2, Ystring) Ycounter = Ycounter + 1 Ytotal = Ytotal + (units*2) elif type == "XZ": if not MapOption("All2DviewsScale") and not MapOption("YviewScale"): return XZarea = `view.clientarea` pixels = XZarea.replace("(","") pixels = pixels.replace(")","") pixels = pixels.split(",") Xstring = pixels[0] Zstring = pixels[1].strip() Xpixels = int(Xstring) Zpixels = int(Zstring) highlight = int(quarkx.setupsubset(SS_MAP, "Display")["GridHighlight"]) Xgroups = ((Xpixels/(grid * 1.0)) / view.scale()) / highlight Zgroups = ((Zpixels/(grid * 1.0)) / view.scale()) / highlight pixspergroup = Zpixels / Zgroups Xcounter = 1 Zcounter = 1 Xgroup = (Xpixels / Xgroups) Zgroup = (Zpixels / Zgroups) if Xgroup < 20:return units = (grid * highlight) Xstring = quarkx.ftos(0) Zstring = quarkx.ftos(0) Xviewcenter = (Xpixels/2)+4 Zviewcenter = (Zpixels/2)-4 Xgroup1 = Xviewcenter+2 Zgroup1 = Zviewcenter+2 cv.brushstyle = BS_CLEAR cv.fontname = "Terminal" cv.textout(Xviewcenter, 2, "X " + Xstring) cv.textout(0, Zviewcenter, "Z " + Zstring) Xtotal = (units * 2) Ztotal = units if pixspergroup > 40: Zgroup = Zgroup/2 Ztotal = Ztotal/2 units = units/2 if pixspergroup > 80: Zgroup = Zgroup/2 Ztotal = Ztotal/2 units = units/2 if pixspergroup > 160: Zgroup = Zgroup/2 Ztotal = Ztotal/2 units = units/2 while 1: if Zcounter > 11: break else: Zstring = quarkx.ftos(Ztotal) Znextgroupup = Zgroup1 - (Zgroup * Zcounter) if Znextgroupup > 19: cv.textout(0, Znextgroupup, " " + Zstring) Znextgroupdown = Zgroup1 + (Zgroup * Zcounter) cv.textout(0, Znextgroupdown, "-" + Zstring) Zcounter = Zcounter + 1 Ztotal = Ztotal + units if pixspergroup > 40: Xgroup = Xgroup/2 Xtotal = Xtotal/2 if pixspergroup > 80: Xgroup = Xgroup/2 Xtotal = Xtotal/2 if pixspergroup > 160: Xgroup = Xgroup/2 Xtotal = Xtotal/2 if pixspergroup > 320: Xgroup = Xgroup/2 Xtotal = Xtotal/2 units = units*.5 while 1: if Xcounter > 7: break else: Xstring = quarkx.ftos(Xtotal) Xnextgroupleft = Xgroup1 - ((Xgroup*2) * Xcounter) if not MapOption("AxisXYZ"): cv.textout(Xnextgroupleft-2, 2, "-" + Xstring) else: if Xnextgroupleft > 40: cv.textout(Xnextgroupleft-2, 2, "-" + Xstring) Xnextgroupright = Xgroup1 + ((Xgroup*2) * Xcounter) cv.textout(Xnextgroupright-2, 2, Xstring) Xcounter = Xcounter + 1 Xtotal = Xtotal + (units*2) elif type == "XY": if not MapOption("All2DviewsScale") and not MapOption("ZviewScale"): return XZarea = `view.clientarea` pixels = XZarea.replace("(","") pixels = pixels.replace(")","") pixels = pixels.split(",") Xstring = pixels[0] Ystring = pixels[1].strip() Xpixels = int(Xstring) Ypixels = int(Ystring) highlight = int(quarkx.setupsubset(SS_MAP, "Display")["GridHighlight"]) Xgroups = ((Xpixels/(grid * 1.0)) / view.scale()) / highlight Ygroups = ((Ypixels/(grid * 1.0)) / view.scale()) / highlight pixspergroup = Ypixels / Ygroups Xcounter = 1 Ycounter = 1 Xgroup = (Xpixels / Xgroups) Ygroup = (Ypixels / Ygroups) if Xgroup < 20:return units = (grid * highlight) Xstring = quarkx.ftos(0) Ystring = quarkx.ftos(0) Xviewcenter = (Xpixels/2)+4 Yviewcenter = (Ypixels/2)-4 Xgroup1 = Xviewcenter+2 Ygroup1 = Yviewcenter+2 cv.brushstyle = BS_CLEAR cv.fontname = "Terminal" cv.textout(Xviewcenter, 2, "X " + Xstring) cv.textout(0, Yviewcenter, "Y " + Ystring) Xtotal = (units * 2) Ytotal = units if pixspergroup > 40: Ygroup = Ygroup/2 Ytotal = Ytotal/2 units = units/2 if pixspergroup > 80: Ygroup = Ygroup/2 Ytotal = Ytotal/2 units = units/2 if pixspergroup > 160: Ygroup = Ygroup/2 Ytotal = Ytotal/2 units = units/2 while 1: if Ycounter > 11: break else: Ystring = quarkx.ftos(Ytotal) Ynextgroupup = Ygroup1 - (Ygroup * Ycounter) if Ynextgroupup > 19: cv.textout(0, Ynextgroupup, " " + Ystring) Ynextgroupdown = Ygroup1 + (Ygroup * Ycounter) cv.textout(0, Ynextgroupdown, "-" + Ystring) Ycounter = Ycounter + 1 Ytotal = Ytotal + units if pixspergroup > 40: Xgroup = Xgroup/2 Xtotal = Xtotal/2 if pixspergroup > 80: Xgroup = Xgroup/2 Xtotal = Xtotal/2 if pixspergroup > 160: Xgroup = Xgroup/2 Xtotal = Xtotal/2 if pixspergroup > 320: Xgroup = Xgroup/2 Xtotal = Xtotal/2 units = units*.5 while 1: if Xcounter > 7: break else: Xstring = quarkx.ftos(Xtotal) Xnextgroupleft = Xgroup1 - ((Xgroup*2) * Xcounter) if not MapOption("AxisXYZ"): cv.textout(Xnextgroupleft-2, 2, "-" + Xstring) else: if Xnextgroupleft > 40: cv.textout(Xnextgroupleft-2, 2, "-" + Xstring) Xnextgroupright = Xgroup1 + ((Xgroup*2) * Xcounter) cv.textout(Xnextgroupright-2, 2, Xstring) Xcounter = Xcounter + 1 Xtotal = Xtotal + (units*2) else: return # # Now set our new function as the finishdrawing method. # quarkpy.mapeditor.MapEditor.finishdrawing = gridfinishdrawing # ********* This creates the Options menu 2D grid items *************** def All2DviewsClick(m): editor = mapeditor() if not MapOption("All2DviewsScale"): quarkx.setupsubset(SS_MAP, "Options")['All2DviewsScale'] = "1" quarkx.setupsubset(SS_MAP, "Options")['XviewScale'] = None quarkx.setupsubset(SS_MAP, "Options")['YviewScale'] = None quarkx.setupsubset(SS_MAP, "Options")['ZviewScale'] = None else: quarkx.setupsubset(SS_MAP, "Options")['All2DviewsScale'] = None editor.invalidateviews() def XviewScaleClick(m): editor = mapeditor() if not MapOption("XviewScale"): quarkx.setupsubset(SS_MAP, "Options")['XviewScale'] = "1" quarkx.setupsubset(SS_MAP, "Options")['All2DviewsScale'] = None else: quarkx.setupsubset(SS_MAP, "Options")['XviewScale'] = None editor.invalidateviews() def YviewScaleClick(m): editor = mapeditor() if not MapOption("YviewScale"): quarkx.setupsubset(SS_MAP, "Options")['YviewScale'] = "1" quarkx.setupsubset(SS_MAP, "Options")['All2DviewsScale'] = None else: quarkx.setupsubset(SS_MAP, "Options")['YviewScale'] = None editor.invalidateviews() def ZviewScaleClick(m): editor = mapeditor() if not MapOption("ZviewScale"): quarkx.setupsubset(SS_MAP, "Options")['ZviewScale'] = "1" quarkx.setupsubset(SS_MAP, "Options")['All2DviewsScale'] = None else: quarkx.setupsubset(SS_MAP, "Options")['ZviewScale'] = None editor.invalidateviews() def View2DgridMenu(editor): X0 = quarkpy.qmenu.item("All 2D views", All2DviewsClick, "|All 2D views:\n\nIf this menu item is checked, it will display a scale of the current grid setting in all 2D views and deactivate this menu's individual items.|intro.mapeditor.menu.html#optionsmenu") X1 = quarkpy.qmenu.item("X-Face 2D view", XviewScaleClick, "|X-Face 2D view:\n\nIf this menu item is checked, it will display a scale of the current grid setting in the ' X - Face ' 2D view and deactivate this menu's 'All 2D views' item if it is currently checked.|intro.mapeditor.menu.html#optionsmenu") X2 = quarkpy.qmenu.item("Y-Side 2D view", YviewScaleClick, "|Y-Side 2D view:\n\nIf this menu item is checked, it will display a scale of the current grid setting in the ' Y-Side ' 2D view and deactivate this menu's 'All 2D views' item if it is currently checked.|intro.mapeditor.menu.html#optionsmenu") X3 = quarkpy.qmenu.item("Z-Top 2D view", ZviewScaleClick, "|Z-Top 2D view:\n\nIf this menu item is checked, it will display a scale of the current grid setting in the ' Z-Top ' 2D view and deactivate this menu's 'All 2D views' item if it is currently checked.|intro.mapeditor.menu.html#optionsmenu") menulist = [X0, X1, X2, X3] items = menulist X0.state = quarkx.setupsubset(SS_MAP,"Options").getint("All2DviewsScale") X1.state = quarkx.setupsubset(SS_MAP,"Options").getint("XviewScale") X2.state = quarkx.setupsubset(SS_MAP,"Options").getint("YviewScale") X3.state = quarkx.setupsubset(SS_MAP,"Options").getint("ZviewScale") return menulist shortcuts = {} # ************************************************************ # ******************Creates the Popup menu******************** def ViewAmendMenu1click(m): editor = mapeditor(SS_MAP) if editor is None: return m.items = View2DgridMenu(editor) GridMenuCmds = [quarkpy.qmenu.popup("Grid scale in 2D views", [], ViewAmendMenu1click, "|Grid scale in 2D views:\n\nThese functions allow you to display a scale of the current grid setting in any one, combination, or all of the 2D views of the Editor.", "intro.mapeditor.menu.html#optionsmenu")] # ----------- REVISION HISTORY ------------ # # #$Log: mapgridscale.py,v $ #Revision 1.4 2003/12/18 21:51:46 peter-b #Removed reliance on external string library from Python scripts (second try ;-) # #Revision 1.3 2003/12/18 12:19:42 cdunde #To add All 2d views feature and auto trun offs # #Revision 1.2 2003/12/15 12:47:37 cdunde #To add menu check marks and zoom feature # #Revision 1.1 2003/12/13 22:12:42 cdunde #To add new Grid in 2D views feature # # 
