def renderTriangle(self, up = (0, 1), s = .2): left = (-up[1], up[0]) glBegin(GL_TRIANGLES) glVertex2f( up[0] * s, up[1] * s) glVertex2f((-up[0] + left[0]) * s, (-up[1] + left[1]) * s) glVertex2f((-up[0] - left[0]) * s, (-up[1] - left[1]) * s) glEnd()
def renderIncomingNeck(self, visibility, song, pos, time, neckTexture): #MFH - attempt to "scroll" an incoming guitar solo neck towards the player
if not song:
return
if not song.readyToGo:
return
def project(beat):
return 0.125 * beat / self.beatsPerUnit # glorandwarf: was 0.12
v = visibility
w = self.boardWidth
l = self.boardLength
#offset = (pos - self.lastBpmChange) / self.currentPeriod + self.baseBeat
offset = 0
z = ((time - pos) / self.currentPeriod) / self.beatsPerUnit
color = (1,1,1)
glEnable(GL_TEXTURE_2D)
if neckTexture:
neckTexture.texture.bind()
glBegin(GL_TRIANGLE_STRIP)
glColor4f(color[0],color[1],color[2], 0)
glTexCoord2f(0.0, project(offset - 2 * self.beatsPerUnit))
#glVertex3f(-w / 2, 0, -2)
glVertex3f(-w / 2, 0, z) #point A
glTexCoord2f(1.0, project(offset - 2 * self.beatsPerUnit))
#glVertex3f( w / 2, 0, -2)
glVertex3f( w / 2, 0, z) #point B
glColor4f(color[0],color[1],color[2], v)
glTexCoord2f(0.0, project(offset - 1 * self.beatsPerUnit))
#glVertex3f(-w / 2, 0, -1)
glVertex3f(-w / 2, 0, z+1) #point C
glTexCoord2f(1.0, project(offset - 1 * self.beatsPerUnit))
#glVertex3f( w / 2, 0, -1)
glVertex3f( w / 2, 0, z+1) #point D
glTexCoord2f(0.0, project(offset + l * self.beatsPerUnit * .7))
#glVertex3f(-w / 2, 0, l * .7)
glVertex3f(-w / 2, 0, z+2+l * .7) #point E
glTexCoord2f(1.0, project(offset + l * self.beatsPerUnit * .7))
#glVertex3f( w / 2, 0, l * .7)
glVertex3f( w / 2, 0, z+2+l * .7) #point F
glColor4f(color[0],color[1],color[2], 0)
glTexCoord2f(0.0, project(offset + l * self.beatsPerUnit))
#glVertex3f(-w / 2, 0, l)
glVertex3f(-w / 2, 0, z+2+l) #point G
glTexCoord2f(1.0, project(offset + l * self.beatsPerUnit))
#glVertex3f( w / 2, 0, l)
glVertex3f( w / 2, 0, z+2+l) #point H
glEnd()
glDisable(GL_TEXTURE_2D)
def drawSideBars(self, visibility, song, pos):
if not song:
return
if not song.readyToGo:
return
def project(beat):
return 0.125 * beat / self.beatsPerUnit # glorandwarf: was 0.12
v = visibility
w = self.boardWidth + 0.15
l = self.boardLength
offset = (pos - self.lastBpmChange) / self.currentPeriod + self.baseBeat
c = (1,1,1)
board_tex = array([[0.0, project(offset - 2 * self.beatsPerUnit)],
[1.0, project(offset - 2 * self.beatsPerUnit)],
[0.0, project(offset - 1 * self.beatsPerUnit)],
[1.0, project(offset - 1 * self.beatsPerUnit)],
[0.0, project(offset + l * self.beatsPerUnit * .7)],
[1.0, project(offset + l * self.beatsPerUnit * .7)],
[0.0, project(offset + l * self.beatsPerUnit)],
[1.0, project(offset + l * self.beatsPerUnit)]], dtype=float32)
glEnable(GL_TEXTURE_2D)
if self.theme == 2 and self.instrument.starPowerActive and self.oSideBars:
self.oSideBars.texture.bind()
else:
self.sideBars.texture.bind()
cmglDrawArrays(GL_TRIANGLE_STRIP, vertices=self.sidebars_vtx, colors=self.board_col, texcoords=board_tex)
glDisable(GL_TEXTURE_2D)
if self.theme == 1:
if shaders.enable("sololight"):
shaders.modVar("color",shaders.var["solocolor"])
shaders.setVar("offset",(-3.5,-w/2))
glBegin(GL_TRIANGLE_STRIP)
glVertex3f(w / 2-1.0, 0.4, -2)
glVertex3f(w / 2+1.0, 0.4, -2)
glVertex3f(w / 2-1.0, 0.4, l)
glVertex3f(w / 2+1.0, 0.4, l)
glEnd()
shaders.setVar("offset",(-3.5,w/2))
shaders.setVar("time",shaders.time()+0.5)
glBegin(GL_TRIANGLE_STRIP)
glVertex3f(-w / 2+1.0, 0.4, -2)
glVertex3f(-w / 2-1.0, 0.4, -2)
glVertex3f(-w / 2+1.0, 0.4, l)
glVertex3f(-w / 2-1.0, 0.4, l)
glEnd()
shaders.disable()
def render(self, geomName = None):
if geomName in self.fullGeoms:
self.fullGeoms[geomName]()
return
# Prepare a new list for all the geometry
if not self.geoms:
for geom in self.doc.geometriesLibrary.items:
self.geoms[geom.name] = cmglList()
with self.geoms[geom.name]:
for prim in geom.data.primitives:
maxOffset = vertexOffset = normalOffset = 0
vertexOffset = None
normalOffset = None
texcoordOffset = None
vertices = None
normals = None
texcoords = None
for input in prim.inputs:
maxOffset = max(maxOffset, input.offset)
if input.semantic == "VERTEX":
vertexOffset = input.offset
vertices = geom.data.FindSource(geom.data.vertices.FindInput("POSITION"))
assert vertices.techniqueCommon.accessor.stride == 3
vertices = self._unflatten(vertices.source.data, vertices.techniqueCommon.accessor.stride)
elif input.semantic == "NORMAL":
normalOffset = input.offset
normals = geom.data.FindSource(input)
normals = self._unflatten(normals.source.data, 3)
elif input.semantic == "TEXCOORD":
texcoordOffset = input.offset
texcoords = geom.data.FindSource(input)
texcoords = self._unflatten(texcoords.source.data, 2)
if normalOffset is None:
normals = geom.data.FindSource(geom.data.vertices.FindInput("NORMAL"))
normals = self._unflatten(normals.source.data, 3)
normalOffset = vertexOffset
def drawElement(indices, offset, array, func):
if offset is not None:
func(*array[indices[offset]])
if hasattr(prim, "polygons"):
for poly in prim.polygons:
glBegin(GL_POLYGON)
for indices in self._unflatten(poly, maxOffset + 1):
drawElement(indices, normalOffset, normals, glNormal3f)
drawElement(indices, texcoordOffset, texcoords, glTexCoord2f)
drawElement(indices, vertexOffset, vertices, glVertex3f)
glEnd()
elif hasattr(prim, "triangles"):
glBegin(GL_TRIANGLES)
for indices in self._unflatten(prim.triangles, maxOffset + 1):
drawElement(indices, normalOffset, normals, glNormal3f)
drawElement(indices, texcoordOffset, texcoords, glTexCoord2f)
drawElement(indices, vertexOffset, vertices, glVertex3f)
glEnd()
# Prepare a new display list for this particular geometry
self.fullGeoms[geomName] = cmglList()
with self.fullGeoms[geomName]:
if self.geoms:
# setup lights
for scene in self.doc.visualScenesLibrary.items:
for node in scene.nodes:
for n, light in enumerate(node.iLights):
if light.object:
# TODO: hierarchical node transformation, other types of lights
pos = [0.0, 0.0, 0.0, 1.0]
for t in node.transforms:
if t[0] == "translate":
pos = t[1]
self.setupLight(light.object, n, pos)
# render geometry
for scene in self.doc.visualScenesLibrary.items:
for node in scene.nodes:
if geomName is not None and node.name != geomName:
continue
for geom in node.iGeometries:
if geom.object:
#for mat in geom.bindMaterials:
# self.setupMaterial(mat)
glPushMatrix()
for t in node.transforms:
if t[0] == "translate":
glTranslatef(*t[1])
elif t[0] == "rotate":
glRotatef(t[1][3], t[1][0], t[1][1], t[1][2])
elif t[0] == "scale":
glScalef(*t[1])
if geom.object.name in self.geoms:
self.geoms[geom.object.name]()
glPopMatrix()
glDisable(GL_LIGHTING)
for n in range(8):
glDisable(GL_LIGHT0 + n)
# Render the new list
self.render(geomName)
def renderNeck(self, visibility, song, pos):
if not song:
return
if not song.readyToGo:
return
v = visibility
w = self.boardWidth
l = self.boardLength
offset = (pos - self.lastBpmChange) / self.currentPeriod + self.baseBeat
#myfingershurt: every theme can have oNeck:
if self.guitarSolo and self.guitarSoloNeck != None and self.guitarSoloNeckMode == 1:
neck = self.guitarSoloNeck
elif self.scoreMultiplier > 4 and self.bassGrooveNeck != None and self.bassGrooveNeckMode == 1:
neck = self.bassGrooveNeck
elif self.instrument.starPowerActive and not (self.spcount2 != 0 and self.spcount < 1.2) and self.oNeck and self.scoreMultiplier <= 4 and self.ovrneckoverlay == False:
neck = self.oNeck
else:
neck = self.neckDrawing
self.renderNeckMethod(v*self.neckAlpha[1], offset, neck)
if self.guitarSolo and self.guitarSoloNeck != None and self.guitarSoloNeckMode == 2: #static overlay
self.renderNeckMethod(v*self.neckAlpha[2], 0, self.guitarSoloNeck)
elif self.bgcount > 0 and self.bassGrooveNeck != None and self.bassGrooveNeckMode == 2: #static bass groove overlay
self.renderNeckMethod(v*self.bgcount*self.neckAlpha[3], 0, self.bassGrooveNeck)
if self.spcount2 != 0 and self.spcount < 1.2 and self.oNeck: #static overlay
if self.oNeckovr != None and (self.scoreMultiplier > 4 or self.guitarSolo or self.ovrneckoverlay == True):
neck = self.oNeckovr
alpha = False
else:
neck = self.oNeck
alpha = True
self.renderNeckMethod(v*self.spcount*self.neckAlpha[4], offset, neck, alpha)
if self.instrument.starPowerActive and not (self.spcount2 != 0 and self.spcount < 1.2) and self.oNeck and (self.scoreMultiplier > 4 or self.guitarSolo or self.ovrneckoverlay == True): #static overlay
if self.oNeckovr != None:
neck = self.oNeckovr
alpha = False
else:
neck = self.oNeck
alpha = True
self.renderNeckMethod(v*self.neckAlpha[4], offset, neck, alpha)
if shaders.enabled:
shaders.globals["basspos"] = shaders.var["fret"][self.player][0]
shaders.globals["notepos"] = shaders.var["fret"][self.player][1:]
shaders.globals["bpm"] = self.instrument.currentBpm
shaders.globals["songpos"] = pos
shaders.globals["spEnabled"] = self.instrument.starPowerActive
shaders.globals["isFailing"] = self.isFailing
shaders.globals["isMultChanged"] = (shaders.var["scoreMult"][self.player] != self.scoreMultiplier)
if shaders.globals["isMultChanged"]:
shaders.var["multChangePos"][self.player] = pos
shaders.globals["scoreMult"] = self.scoreMultiplier
shaders.var["scoreMult"][self.player] = self.scoreMultiplier
shaders.globals["isDrum"] = self.isDrum
shaders.globals["soloActive"] = self.guitarSolo
posx = shaders.time()
fret = []
neckcol = (0,0,0)
notecolors = list(self.engine.theme.noteColors)
if self.isDrum:
notecolors[4] = notecolors[0]
notecolors[0] = self.engine.theme.noteColors[5]
for i in range(5):
blend = max(shaders.var["fret"][self.player][i] - posx + 1.5,0.01)
neckcol = mixColors(neckcol, notecolors[i], blend)
shaders.var["color"][self.player]=neckcol
if shaders.enable("neck"):
shaders.setVar("fretcol",neckcol)
shaders.update()
glBegin(GL_TRIANGLE_STRIP)
glVertex3f(-w / 2, 0.1, -2)
glVertex3f(w / 2, 0.1, -2)
glVertex3f(-w / 2, 0.1, l)
glVertex3f(w / 2, 0.1, l)
glEnd()
shaders.disable()
else:
if self.isFailing:
self.renderNeckMethod(self.failcount, 0, self.failNeck)
if (self.guitarSolo or self.instrument.starPowerActive) and self.theme == 1:
shaders.var["solocolor"]=(0.3,0.7,0.9,0.6)
else:
shaders.var["solocolor"]=(0.0,)*4
