def on_tick(self):
bacon.draw_image(title, 0, 0)
bacon.push_color()
bacon.set_color(0, 0, 0, 1 - round(
(abs(bacon.mouse.y - 270.0) / 540.0), 2))
bacon.draw_string(titlefont, 'ELEMENT', 70, 100)
bacon.draw_string(titlefont, 'RUNNER', 250, 140)
bacon.draw_string(byline, "Game Over", 150, 180)
bacon.draw_string(planet, "Final Score: %d" % myplayer.money_in_bank,
150, 210)
bacon.draw_string(planet, "[ press 'space' to start a new game ]", 150,
235)
bacon.draw_string(planet, "[ High Scores ]", 150, 280)
if myplayer.turn > 10:
high_score.append([
int(myplayer.money_in_bank + myplayer.money_in_pocket),
myplayer.name
])
high_score.sort(key=None, reverse=True)
myplayer.turn = 10
for i, item in enumerate(high_score):
bacon.draw_string(planet, "%s " % high_score[i][1], 150,
(315 + line_height * i))
bacon.draw_string(planet, " ........ ",
150 + len(high_score[i][1]),
(315 + line_height * i))
bacon.draw_string(planet, "%d" % high_score[i][0], 300,
(315 + line_height * i))
bacon.pop_color()
if bacon.Keys.space in bacon.keys:
myplayer.character_cleaner()
myship.ship_cleaner()
bacon.run(Enter_name())
def draw_glyph_layout(glyph_layout):
'''Draw a prepared :class:`GlyphLayout`
'''
pushed_color = False
# Draw lines
for line in glyph_layout.lines:
x = line.x
y = line.y
for run in line.runs:
style = run.style
if style.color is not None:
if not pushed_color:
bacon.push_color()
pushed_color = True
bacon.set_color(*style.color)
elif pushed_color:
bacon.pop_color()
pushed_color = False
for glyph in run.glyphs:
if glyph.image:
bacon.draw_image(glyph.image, x + glyph.offset_x,
y - glyph.offset_y)
x += glyph.advance
if pushed_color:
bacon.pop_color()
def banking():
x, y = bacon.mouse.x, bacon.mouse.y
bacon.draw_image(money, 458, 485)
bacon.draw_image(triangle, 463, 450) #point triangle at icon
bacon.fill_rect(350, 375, 620, 450) # create white background box
bacon.push_color
bacon.set_color(0, 0, 0, 1)
bacon.draw_rect(515, 378, 617, 406) # for deposit
bacon.draw_string(planet, "Cash: %d" % myplayer.money_in_pocket, 355, 400)
bacon.draw_rect(515, 412, 617, 442) # for withdrawal
bacon.draw_string(planet, "Bank: %d" % myplayer.money_in_bank, 355, 435)
bacon.pop_color()
bacon.push_color()
bacon.set_color(.20, .58, .03, 1) # green
if x in range(515, 617) and y in range(412, 442): # withdrawal
bacon.fill_rect(516, 413, 616, 441)
elif x in range(515, 617) and y in range(378, 406): # deposit
bacon.fill_rect(516, 379, 616, 405)
bacon.pop_color()
bacon.draw_string(planet, "Deposit", 518, 400)
bacon.draw_string(planet, "Withdrawal", 518, 435)
def cargo_view(): bacon.push_color() bacon.set_color(1, 1, 1, 0) # white bacon.draw_image(triangle, 268, 450) #point triangle at icon bacon.fill_rect(150, 40, 425, 450) # create white background box bacon.pop_color() bacon.push_color() # draw cargo robot bacon.draw_image(robot, 175, 65) bacon.pop_color() bacon.push_color() bacon.set_color(0, 0, 0, 1) #black bacon.draw_string(robot_speak, "Here is the ", (175 + robot.width + 5), 82) bacon.draw_string(robot_speak, "cargo manifest ", (175 + robot.width + 5), 97) bacon.draw_string(robot_speak, "you requested,", (175 + robot.width + 5), 112) bacon.draw_string(robot_speak, "Captian.", (175 + robot.width + 5), 127) bacon.draw_string(planet, "Name", 175, 175) bacon.draw_string(planet, "Cost", 295, 175) bacon.draw_string(planet, "Quantity", 350, 175) bacon.draw_string(planet, "(%d)" % myship.cargo_load_calculator(), 360, 150) n = 0 for item in myship.current_cargo: n += 1 bacon.draw_string(planet, "%s" % item[0], 175, (180 + (line_height * n))) bacon.draw_string(planet, "%d" % item[1], 295, (180 + (line_height * n))) bacon.draw_string(planet, "%d" % item[2], 350, (180 + (line_height * n))) bacon.pop_color()
def cargo_view():
bacon.push_color()
bacon.set_color(1, 1, 1, 0) # white
bacon.draw_image(triangle, 268, 450) #point triangle at icon
bacon.fill_rect(150, 40, 425, 450) # create white background box
bacon.pop_color()
bacon.push_color() # draw cargo robot
bacon.draw_image(robot, 175, 65)
bacon.pop_color()
bacon.push_color()
bacon.set_color(0, 0, 0, 1) #black
bacon.draw_string(robot_speak, "Here is the ", (175 + robot.width + 5), 82)
bacon.draw_string(robot_speak, "cargo manifest ", (175 + robot.width + 5),
97)
bacon.draw_string(robot_speak, "you requested,", (175 + robot.width + 5),
112)
bacon.draw_string(robot_speak, "Captian.", (175 + robot.width + 5), 127)
bacon.draw_string(planet, "Name", 175, 175)
bacon.draw_string(planet, "Cost", 295, 175)
bacon.draw_string(planet, "Quantity", 350, 175)
bacon.draw_string(planet, "(%d)" % myship.cargo_load_calculator(), 360,
150)
n = 0
for item in myship.current_cargo:
n += 1
bacon.draw_string(planet, "%s" % item[0], 175,
(180 + (line_height * n)))
bacon.draw_string(planet, "%d" % item[1], 295,
(180 + (line_height * n)))
bacon.draw_string(planet, "%d" % item[2], 350,
(180 + (line_height * n)))
bacon.pop_color()
def banking(): x, y = bacon.mouse.x, bacon.mouse.y bacon.draw_image(money, 458, 485) bacon.draw_image(triangle, 463, 450) #point triangle at icon bacon.fill_rect(350, 375, 620, 450) # create white background box bacon.push_color bacon.set_color(0, 0, 0, 1) bacon.draw_rect(515, 378, 617, 406) # for deposit bacon.draw_string(planet, "Cash: %d" % myplayer.money_in_pocket, 355, 400) bacon.draw_rect(515, 412, 617, 442) # for withdrawal bacon.draw_string(planet, "Bank: %d" % myplayer.money_in_bank, 355, 435) bacon.pop_color() bacon.push_color() bacon.set_color(.20, .58, .03, 1) # green if x in range(515, 617) and y in range(412, 442): # withdrawal bacon.fill_rect(516, 413, 616, 441) elif x in range(515, 617) and y in range(378, 406): # deposit bacon.fill_rect(516, 379, 616, 405) bacon.pop_color() bacon.draw_string(planet, "Deposit", 518, 400) bacon.draw_string(planet, "Withdrawal", 518, 435)
def refuel(): x, y = bacon.mouse.x, bacon.mouse.y main_view() bacon.draw_image(battery, 189, 485) bacon.draw_image(triangle, 173, 450) #point triangle at icon bacon.fill_rect(95, 375, 268, 450) # create white dialogue box bacon.push_color() bacon.set_color(0, 0, 0, 1) bacon.draw_string(planet, "Refuel cost: %d " % abs((100 - myship.fuel) * fuel_cost), 105, 402) bacon.draw_rect(102, 408, 140, 444) #yes rectangle if x in range(102, 140) and y in range(408, 444): #yes box hover color bacon.push_color() bacon.set_color(.2, .58, .03, 1) #green bacon.fill_rect(103, 409, 139, 443) bacon.pop_color() bacon.draw_rect(230, 408, 260, 444) #no box if x in range(230, 260) and y in range(408, 444): #no box hover color bacon.push_color() bacon.set_color(.74, .07, .07, 1) # red bacon.fill_rect(231, 409, 259, 443) bacon.pop_color() bacon.draw_string(planet, "Yes No", 106, 438) bacon.pop_color() core_action()
def draw_glyph_layout(glyph_layout):
'''Draw a prepared :class:`GlyphLayout`
'''
pushed_color = False
# Draw lines
for line in glyph_layout.lines:
x = line.x
y = line.y
for run in line.runs:
style = run.style
if style.color is not None:
if not pushed_color:
bacon.push_color()
pushed_color = True
bacon.set_color(*style.color)
elif pushed_color:
bacon.pop_color()
pushed_color = False
for glyph in run.glyphs:
if glyph.image:
bacon.draw_image(glyph.image, x + glyph.offset_x, y - glyph.offset_y)
x += glyph.advance
if pushed_color:
bacon.pop_color()
def refuel():
x, y = bacon.mouse.x, bacon.mouse.y
main_view()
bacon.draw_image(battery, 189, 485)
bacon.draw_image(triangle, 173, 450) #point triangle at icon
bacon.fill_rect(95, 375, 268, 450) # create white dialogue box
bacon.push_color()
bacon.set_color(0, 0, 0, 1)
bacon.draw_string(
planet, "Refuel cost: %d " % abs((100 - myship.fuel) * fuel_cost), 105,
402)
bacon.draw_rect(102, 408, 140, 444) #yes rectangle
if x in range(102, 140) and y in range(408, 444): #yes box hover color
bacon.push_color()
bacon.set_color(.2, .58, .03, 1) #green
bacon.fill_rect(103, 409, 139, 443)
bacon.pop_color()
bacon.draw_rect(230, 408, 260, 444) #no box
if x in range(230, 260) and y in range(408, 444): #no box hover color
bacon.push_color()
bacon.set_color(.74, .07, .07, 1) # red
bacon.fill_rect(231, 409, 259, 443)
bacon.pop_color()
bacon.draw_string(planet, "Yes No", 106, 438)
bacon.pop_color()
core_action()
def draw(self):
bacon.push_transform()
bacon.translate(self.x, self.y)
bacon.rotate(self.angle)
bacon.draw_image(self.image, -(self.image.width / 2),
-(self.image.height / 2))
bacon.pop_transform()
def on_tick(self):
bacon.clear(0, 0, 0, 0)
bacon.set_color(1, 1, 1, 1)
if player_controller and player_controller.get_button_state(1 << 17):
bacon.draw_string(font, player_controller.manufacturer, (player_controller.left_thumb_x + 1) * bacon.window.width / 2, (player_controller.left_thumb_y + 1) * bacon.window.height / 2)
for ball in balls:
ball.update(bacon.timestep)
bacon.draw_image(ball_image, ball.x, ball.y)
def on_tick(self):
bacon.clear(0, 0, 0, 1)
if self.controller:
bacon.translate(bacon.window.width / 2, bacon.window.height / 2)
bacon.translate(self.controller.left_thumb_x * 100, self.controller.left_thumb_y * 100)
bacon.rotate(self.controller.right_thumb_x)
bacon.scale(self.controller.right_thumb_y + 1, self.controller.right_thumb_y + 1)
bacon.draw_image(kitten, -kitten.width / 2, -kitten.height / 2)
def draw(self):
uniform_center.value = (self.x, self.y)
uniform_radius.value = self.radius
uniform_angle.value = math.pi / 2.0 - self.cycle * math.pi * 2
bacon.set_shader(shader)
bacon.draw_image(moon_image, self.x - self.radius,
self.y - self.radius, self.x + self.radius,
self.y + self.radius)
bacon.set_shader(None)
def core_action(): # set mouse roll-over behaviour for icons on bottom of screen x, y = bacon.mouse.x, bacon.mouse.y if x in range( battery_range['x1'], battery_range['x2']) and y in range( battery_range['y1'], battery_range['y2']): bacon.draw_image(battery, 189, 485) if bacon.mouse.left: window.bank = False window.cargo = False window.merchant = False window.destination = False window.refuel = True if x in range( cargo_range['x1'], cargo_range['x2']) and y in range( cargo_range['y1'], cargo_range['y2']): bacon.draw_image(cargo, 261, 485) if bacon.mouse.left: window.bank = False window.cargo = True window.merchant = False window.destination = False window.refuel = False if x in range( market_range['x1'], market_range['x2']) and y in range( market_range['y1'], market_range['y2']): bacon.draw_image(market, 359, 485) if bacon.mouse.left: window.bank = False window.cargo = False window.merchant = True window.destination = False window.refuel = False if x in range( money_range['x1'], money_range['x2']) and y in range( money_range['y1'], money_range['y2']): bacon.draw_image(money, 458, 485) if bacon.mouse.left: window.bank = True window.cargo = False window.merchant = False window.destination = False window.refuel = False if x in range( depart_range['x1'], depart_range['x2']) and y in range( depart_range['y1'], depart_range['y2']): bacon.draw_image(depart, 561, 485) if bacon.mouse.left: window.bank = False window.cargo = False window.merchant = False window.destination = True window.refuel = False
def on_tick(self):
bacon.clear(0, 0, 0, 1)
bacon.push_transform()
bacon.translate(kitten.width / 2, kitten.height / 2)
bacon.rotate(math.pi / 4)
bacon.draw_image(kitten, -kitten.width / 2, -kitten.height / 2)
bacon.pop_transform()
bacon.draw_string(font, 'Hello', 20, 30)
def on_tick(self):
bacon.clear(0, 0, 0, 1)
if self.controller:
bacon.translate(bacon.window.width / 2, bacon.window.height / 2)
bacon.translate(self.controller.left_thumb_x * 100,
self.controller.left_thumb_y * 100)
bacon.rotate(self.controller.right_thumb_x)
bacon.scale(self.controller.right_thumb_y + 1,
self.controller.right_thumb_y + 1)
bacon.draw_image(kitten, -kitten.width / 2, -kitten.height / 2)
def on_tick(self):
bacon.clear(0, 0, 0, 1)
bacon.push_transform()
bacon.translate(kitten.width / 2, kitten.height / 2)
bacon.rotate(math.pi / 4)
bacon.draw_image(kitten, -kitten.width / 2, -kitten.height / 2)
bacon.pop_transform()
bacon.draw_string(font, 'Hello', 20, 30)
def draw(self):
uniform_center.value = (self.x, self.y)
uniform_radius.value = self.radius
uniform_angle.value = math.pi / 2.0 - self.cycle * math.pi * 2
bacon.set_shader(shader)
bacon.draw_image(moon_image,
self.x - self.radius,
self.y - self.radius,
self.x + self.radius,
self.y + self.radius)
bacon.set_shader(None)
def on_tick(self):
bacon.clear(0, 0, 0, 0)
bacon.set_color(1, 1, 1, 1)
if player_controller and player_controller.get_button_state(1 << 17):
bacon.draw_string(
font, player_controller.manufacturer,
(player_controller.left_thumb_x + 1) * bacon.window.width / 2,
(player_controller.left_thumb_y + 1) * bacon.window.height / 2)
for ball in balls:
ball.update(bacon.timestep)
bacon.draw_image(ball_image, ball.x, ball.y)
def on_tick(self): bacon.draw_image(title, 0, 0) bacon.draw_string(planet, "[ Type your Name ]", 100, 430) bacon.draw_string(planet, "[ press 'Enter' when done ]", 100, 450) n = 0 for item in myplayer.name: bacon.draw_string(robot_speak, "%s" % myplayer.name[n], (240 + (10 * n)), 475) n += 1 if bacon.Keys.enter in bacon.keys: myplayer.name = "".join(myplayer.name) bacon.run(Character_Builder())
def on_tick(self):
bacon.draw_image(title, 0, 0)
bacon.draw_string(planet, "[ Type your Name ]", 100, 430)
bacon.draw_string(planet, "[ press 'Enter' when done ]", 100, 450)
n = 0
for item in myplayer.name:
bacon.draw_string(robot_speak, "%s" % myplayer.name[n],
(240 + (10 * n)), 475)
n += 1
if bacon.Keys.enter in bacon.keys:
myplayer.name = "".join(myplayer.name)
bacon.run(Character_Builder())
def core_action(
): # set mouse roll-over behaviour for icons on bottom of screen
x, y = bacon.mouse.x, bacon.mouse.y
if x in range(battery_range['x1'], battery_range['x2']) and y in range(
battery_range['y1'], battery_range['y2']):
bacon.draw_image(battery, 189, 485)
if bacon.mouse.left:
window.bank = False
window.cargo = False
window.merchant = False
window.destination = False
window.refuel = True
if x in range(cargo_range['x1'], cargo_range['x2']) and y in range(
cargo_range['y1'], cargo_range['y2']):
bacon.draw_image(cargo, 261, 485)
if bacon.mouse.left:
window.bank = False
window.cargo = True
window.merchant = False
window.destination = False
window.refuel = False
if x in range(market_range['x1'], market_range['x2']) and y in range(
market_range['y1'], market_range['y2']):
bacon.draw_image(market, 359, 485)
if bacon.mouse.left:
window.bank = False
window.cargo = False
window.merchant = True
window.destination = False
window.refuel = False
if x in range(money_range['x1'], money_range['x2']) and y in range(
money_range['y1'], money_range['y2']):
bacon.draw_image(money, 458, 485)
if bacon.mouse.left:
window.bank = True
window.cargo = False
window.merchant = False
window.destination = False
window.refuel = False
if x in range(depart_range['x1'], depart_range['x2']) and y in range(
depart_range['y1'], depart_range['y2']):
bacon.draw_image(depart, 561, 485)
if bacon.mouse.left:
window.bank = False
window.cargo = False
window.merchant = False
window.destination = True
window.refuel = False
def on_tick(self): bacon.draw_image(title, 0, 0) bacon.push_color() bacon.set_color(0, 0, 0, 1 - round((abs(bacon.mouse.y-270.0)/540.0), 2)) bacon.draw_string(titlefont, 'ELEMENT', 70, 100) bacon.draw_string(titlefont, 'RUNNER', 250, 140) bacon.draw_string(byline, "a game by ben kulp", 150, 180) bacon.draw_string(planet, "[ press space to begin ]", 130, bacon.window.height/2) bacon.draw_string(planet, "[ hold 'h' for tutorial ]", 130, (bacon.window.height/2 - 30)) bacon.pop_color() if bacon.Keys.space in bacon.keys: bacon.run(Enter_name()) if bacon.Keys.h in bacon.keys: bacon.draw_image(tutorial, 0, 0)
def on_tick(self):
bacon.draw_image(title, 0, 0)
bacon.push_color()
bacon.set_color(0, 0, 0, 1 - round(
(abs(bacon.mouse.y - 270.0) / 540.0), 2))
bacon.draw_string(titlefont, 'ELEMENT', 70, 100)
bacon.draw_string(titlefont, 'RUNNER', 250, 140)
bacon.draw_string(byline, "a game by ben kulp", 150, 180)
bacon.draw_string(planet, "[ press space to begin ]", 130,
bacon.window.height / 2)
bacon.draw_string(planet, "[ hold 'h' for tutorial ]", 130,
(bacon.window.height / 2 - 30))
bacon.pop_color()
if bacon.Keys.space in bacon.keys:
bacon.run(Enter_name())
if bacon.Keys.h in bacon.keys:
bacon.draw_image(tutorial, 0, 0)
def on_tick(self):
bacon.clear(0.3, 0.3, 0.3, 1)
# Here the scene is drawn directly to the window,
# and where the letters overlap there is double-blending.
bacon.set_color(0.5, 0.5, 0.5, 0.5)
self.draw_scene()
# This time we render the scene to an image first
bacon.push_target(offscreen)
bacon.clear(0, 0, 0, 0)
bacon.set_color(1, 1, 1, 1)
self.draw_scene()
bacon.pop_target()
# Then render the offscreen image back to the windoww,
# There is no double-blending this time because we precomposited
# the image.
bacon.set_color(0.5, 0.5, 0.5, 0.5)
bacon.draw_image(offscreen, 0, 100)
def on_tick(self):
bacon.clear(0.3, 0.3, 0.3, 1)
# Here the scene is drawn directly to the window,
# and where the letters overlap there is double-blending.
bacon.set_color(0.5, 0.5, 0.5, 0.5)
self.draw_scene()
# This time we render the scene to an image first
bacon.push_target(offscreen)
bacon.clear(0, 0, 0, 0)
bacon.set_color(1, 1, 1, 1)
self.draw_scene()
bacon.pop_target()
# Then render the offscreen image back to the windoww,
# There is no double-blending this time because we precomposited
# the image.
bacon.set_color(0.5, 0.5, 0.5, 0.5)
bacon.draw_image(offscreen, 0, 100)
def depart_view(): # set view for player to travel from one planet to another
bacon.draw_image(redrocket, 561, 485)
if myplayer.destination:
bacon.draw_image(depart, 561, 485)
bacon.push_color()
bacon.set_color(1, 1, 1, 1) # white
bacon.draw_string(planet, "destination set: %s" % myplayer.destination,
400, 470)
bacon.pop_color
bacon.push_color() # place pin
bacon.set_color(.74, .07, .07, 1) # red
bacon.draw_image(target, myplayer.destination_x - 7,
myplayer.destination_y - 20)
bacon.pop_color()
bacon.push_color() # set fuel usage in red on gauge
gauge_level = (179 * (myplayer.fuel_used / 100.0))
if gauge_level == 0:
gauge_level = 14
bacon.set_color(.74, .07, .07, 1) # red
bacon.fill_rect(14, 496, (gauge_level), 530)
bacon.pop_color()
bacon.push_color()
bacon.set_color(0, 0, 0, 1)
if myplayer.fuel_used > myship.fuel:
bacon.draw_string(planet, "need more fuel", 16, 522)
else:
bacon.draw_string(planet, "fuel used: %r " % myplayer.fuel_used,
16, 522)
bacon.pop_color()
def depart_view(): # set view for player to travel from one planet to another bacon.draw_image(redrocket, 561, 485) if myplayer.destination: bacon.draw_image(depart, 561, 485) bacon.push_color() bacon.set_color(1,1,1,1) # white bacon.draw_string(planet, "destination set: %s" % myplayer.destination, 400, 470) bacon.pop_color bacon.push_color() # place pin bacon.set_color(.74, .07, .07, 1) # red bacon.draw_image(target, myplayer.destination_x - 7, myplayer.destination_y - 20) bacon.pop_color() bacon.push_color() # set fuel usage in red on gauge gauge_level = (179 * (myplayer.fuel_used/100.0)) if gauge_level == 0: gauge_level = 14 bacon.set_color(.74, .07, .07, 1) # red bacon.fill_rect(14, 496, (gauge_level), 530) bacon.pop_color() bacon.push_color() bacon.set_color(0, 0, 0, 1) if myplayer.fuel_used > myship.fuel: bacon.draw_string(planet, "need more fuel", 16, 522) else: bacon.draw_string(planet, "fuel used: %r " % myplayer.fuel_used, 16, 522) bacon.pop_color()
def main_view(): # call from on_tick to draw main game elements bacon.draw_image(background, 0, 0) # place backdrop for item in planet_list: # place planet names bacon.draw_string(planet, item[0], item[1] + 13, item[2] + 8) bacon.push_color() # set fuel gauge bacon.set_color(.2, .58, .03, 1) #green bacon.fill_rect(14, 496, (179 * (myship.fuel/100.0)), 530) bacon.pop_color() bacon.push_color() # place star for current location bacon.draw_image(star, myplayer.location_x - 8, myplayer.location_y - 6) bacon.pop_color() bacon.push_color() bacon.set_color(0,0,0,.2) bacon.fill_rect(0, 0, 640, 40) #HUD top bar bacon.set_color(1,1,1,1) bacon.draw_string(planet, "%s cash: %d bank: %d turn: %d" % ( myplayer.name, myplayer.money_in_pocket, myplayer.money_in_bank, myplayer.turn), 20, 30) bacon.pop_color()
def on_tick(self):
bacon.clear(0, 0, 0, 1)
bacon.set_color(1, 0.5, 0.5, 1)
bacon.draw_image(kitten, 0, 0)
bacon.set_color(0.5, 1, 0.5, 1)
bacon.draw_image(kitten2, 50, 256)
bacon.set_color(0.5, 0.5, 1, 1)
bacon.draw_image(kitten3, 100, 356)
def on_tick(self):
bacon.clear(0, 0, 0, 1)
bacon.set_color(1, 0.5, 0.5, 1)
bacon.draw_image(kitten, 0, 0)
bacon.set_color(0.5, 1, 0.5, 1)
bacon.draw_image(kitten2, 50, 256)
bacon.set_color(0.5, 0.5, 1, 1)
bacon.draw_image(kitten3, 100, 356)
def draw(self, rect):
tx1 = max(0, int(floor(rect.x1 / self.tile_width)))
ty1 = max(0, int(floor(rect.y1 / self.tile_height)))
tx2 = min(self.cols, int(floor(rect.x2 / self.tile_width)) + 1)
ty2 = min(self.rows, int(floor(rect.y2 / self.tile_height)) + 5)
sprite_layer_index = self.sprite_layer_index
for ty in range(ty1, ty2):
ti = ty * self.cols + tx1
# Draw ground tiles
for tx in range(tx1, tx2):
tile = self.tiles[ti]
r = tile.rect
for layer in self.layers[:sprite_layer_index]:
image = layer.images[ti]
if image:
bacon.draw_image(image, r.x1, r.y1, r.x2, r.y2)
ti += 1
# Draw sorted scanline sprites
scanline = self.scanlines[ty]
for sprite in scanline.sprites:
sprite_rect = sprite.rect
if sprite_rect.x2 >= rect.x1 and sprite_rect.x1 <= rect.x2:
sprite.draw()
# Overlay tiles
ti = ty * self.cols + tx1
for tx in range(tx1, tx2):
tile = self.tiles[ti]
r = tile.rect
for layer in self.layers[sprite_layer_index:]:
image = layer.images[ti]
if image:
bacon.draw_image(image, r.x1, r.y1 + layer.offset_y,
r.x2, r.y2 + layer.offset_y)
ti += 1
def on_tick(self): bacon.draw_image(title, 0, 0) bacon.push_color() bacon.set_color(0, 0, 0, 1 - round((abs(bacon.mouse.y-270.0)/540.0), 2)) bacon.draw_string(titlefont, 'ELEMENT', 70, 100) bacon.draw_string(titlefont, 'RUNNER', 250, 140) bacon.draw_string(byline, "Game Over", 150, 180) bacon.draw_string(planet, "Final Score: %d" % myplayer.money_in_bank, 150, 210) bacon.draw_string(planet, "[ press 'space' to start a new game ]", 150, 235) bacon.draw_string(planet, "[ High Scores ]", 150, 280) if myplayer.turn > 10: high_score.append([int(myplayer.money_in_bank + myplayer.money_in_pocket), myplayer.name]) high_score.sort(key=None, reverse=True) myplayer.turn = 10 for i, item in enumerate(high_score): bacon.draw_string(planet, "%s " % high_score[i][1], 150, (315 + line_height * i)) bacon.draw_string(planet, " ........ ", 150 + len(high_score[i][1]), (315 + line_height * i)) bacon.draw_string(planet, "%d" % high_score[i][0], 300, (315 + line_height * i)) bacon.pop_color() if bacon.Keys.space in bacon.keys: myplayer.character_cleaner() myship.ship_cleaner() bacon.run(Enter_name())
def draw(self):
# save current transform
bacon.push_transform()
# move
bacon.translate(self.x, self.y)
# scale
bacon.scale(self.scale_x, self.scale_y)
# rotate
bacon.rotate(math.radians(self.angle))
# save current rgba values
bacon.push_color()
# set new color + alpha value
bacon.set_color(self.color[0], self.color[1], self.color[2],
self.alpha)
# draw image
bacon.draw_image(self.image, -(self.image.width / 2),
-(self.image.height / 2))
# reset color
bacon.pop_color()
# reset transform
bacon.pop_transform()
def main_view(): # call from on_tick to draw main game elements
bacon.draw_image(background, 0, 0) # place backdrop
for item in planet_list: # place planet names
bacon.draw_string(planet, item[0], item[1] + 13, item[2] + 8)
bacon.push_color() # set fuel gauge
bacon.set_color(.2, .58, .03, 1) #green
bacon.fill_rect(14, 496, (179 * (myship.fuel / 100.0)), 530)
bacon.pop_color()
bacon.push_color() # place star for current location
bacon.draw_image(star, myplayer.location_x - 8, myplayer.location_y - 6)
bacon.pop_color()
bacon.push_color()
bacon.set_color(0, 0, 0, .2)
bacon.fill_rect(0, 0, 640, 40) #HUD top bar
bacon.set_color(1, 1, 1, 1)
bacon.draw_string(
planet, "%s cash: %d bank: %d turn: %d" %
(myplayer.name, myplayer.money_in_pocket, myplayer.money_in_bank,
myplayer.turn), 20, 30)
bacon.pop_color()
def draw(self, rect):
tx1 = max(0, int(floor(rect.x1 / self.tile_width)))
ty1 = max(0, int(floor(rect.y1 / self.tile_height)))
tx2 = min(self.cols, int(floor(rect.x2 / self.tile_width)) + 1)
ty2 = min(self.rows, int(floor(rect.y2 / self.tile_height)) + 5)
sprite_layer_index = self.sprite_layer_index
for ty in range(ty1, ty2):
ti = ty * self.cols + tx1
# Draw ground tiles
for tx in range(tx1, tx2):
tile = self.tiles[ti]
r = tile.rect
for layer in self.layers[:sprite_layer_index]:
image = layer.images[ti]
if image:
bacon.draw_image(image, r.x1, r.y1, r.x2, r.y2)
ti += 1
# Draw sorted scanline sprites
scanline = self.scanlines[ty]
for sprite in scanline.sprites:
sprite_rect = sprite.rect
if sprite_rect.x2 >= rect.x1 and sprite_rect.x1 <= rect.x2:
sprite.draw()
# Overlay tiles
ti = ty * self.cols + tx1
for tx in range(tx1, tx2):
tile = self.tiles[ti]
r = tile.rect
for layer in self.layers[sprite_layer_index:]:
image = layer.images[ti]
if image:
bacon.draw_image(image, r.x1, r.y1 + layer.offset_y, r.x2, r.y2 + layer.offset_y)
ti += 1
def on_tick(self):
bacon.clear(0, 0, 0, 1)
bacon.draw_image(kitten, self.offset_x, self.offset_y)
pass
def on_mouse_button(self, button, pressed): x, y = bacon.mouse.x, bacon.mouse.y if window.bank: #money goest into/out of bank in 1000 increments for speed/simplicity if x in range(515, 617) and y in range(412, 442) and myplayer.money_in_bank > 1000: myplayer.money_in_bank -= 1000 myplayer.money_in_pocket += 1000 elif x in range(515, 617) and y in range(378, 406) and myplayer.money_in_pocket > 1000: myplayer.money_in_bank += 1000 myplayer.money_in_pocket -= 1000 if window.destination: for item in planet_list: # on mouse hover over planet if x in range(item[1], item[1] + 12) and y in range(item[2], item[2] + 12): distance_and_fuel(myplayer.location_x, myplayer.location_y, item[1], item[2]) bacon.push_color() # place pin bacon.set_color(.74, .07, .07, 1) # red bacon.draw_image(target, item[1] - 7, item[2] - 20) bacon.pop_color() bacon.push_color() # set fuel usage in red on gauge gauge_level = (179 * (myplayer.fuel_used/100.0)) if gauge_level == 0: gauge_level = 14 bacon.set_color(.74, .07, .07, 1) # red bacon.fill_rect(14, 496, (gauge_level), 530) bacon.pop_color() bacon.push_color() bacon.set_color(0, 0, 0, 1) if myplayer.fuel_used > myship.fuel: bacon.draw_string(planet, "need more fuel", 16, 522) else: bacon.draw_string(planet, "fuel used: %r " % myplayer.fuel_used, 16, 522) bacon.pop_color() myplayer.destination = copy.copy(item[0]) myplayer.destination_x = copy.copy(item[1]) myplayer.destination_y = copy.copy(item[2]) bacon.draw_image(depart, 561, 485) if myplayer.destination: # set up next turn properties if myplayer.destination_x == myplayer.location_x and myplayer.destination_y == myplayer.location_y: return False elif x in range( depart_range['x1'], depart_range['x2']) and y in range( depart_range['y1'], depart_range['y2']): myplayer.location_x = copy.copy(myplayer.destination_x) # move player to destination myplayer.location_y = copy.copy(myplayer.destination_y) myplayer.turn += 1 # advance turn myship.fuel -= myplayer.fuel_used # remove fuel from flight myplayer.destination_x = None # return destination variables to none myplayer.destination_y = None myplayer.destination = None if myplayer.money_in_bank < 0: myplayer.money_in_bank += (myplayer.money_in_bank * .15) # calc bank loan interest else: myplayer.money_in_bank += (myplayer.money_in_bank * .05) # calc bank interest price_refresh()# recalculate price index and quantities if myplayer.turn > 10: bacon.run(Game_Over()) if window.refuel: if x in range(230, 260) and y in range(408, 444): # no refill window.refuel = False if x in range(102, 140) and y in range(408, 444): # yes refill refill_tank() window.refuel = False
def on_tick(self): #global banking_window x, y = bacon.mouse.x, bacon.mouse.y main_view() # build the main page elements core_action() # build the hover colors for screen icons # if window is active, run function to display it if window.bank: banking() if window.cargo: cargo_view() if window.merchant: merchant_view() if window.destination: depart_view() if window.refuel: refuel() if window.bank == True or window.cargo == True or window.merchant ==True: pass else: for item in planet_list: # on mouse hover over planet usage if x in range(item[1], item[1] + 12) and y in range(item[2], item[2] + 12): distance_and_fuel(myplayer.location_x, myplayer.location_y, item[1], item[2]) bacon.push_color() # place pin bacon.set_color(.74, .07, .07, 1) # red bacon.draw_image(target, item[1] - 7, item[2] - 20) bacon.pop_color() bacon.push_color() # set fuel usage in red on gauge gauge_level = (179 * (myplayer.fuel_used/100.0)) if gauge_level == 0: gauge_level = 14 bacon.set_color(.74, .07, .07, 1) # red bacon.fill_rect(14, 496, (gauge_level), 530) bacon.pop_color() bacon.push_color() bacon.set_color(0, 0, 0, 1) gauge_level = (179 * (myplayer.fuel_used/100.0)) if gauge_level == 0: gauge_level = 14 if myplayer.fuel_used > myship.fuel: bacon.draw_string(planet, "need more fuel", 16, 522) else: bacon.draw_string(planet, "fuel used: %r " % myplayer.fuel_used, 16, 522) bacon.pop_color() if bacon.Keys.space in bacon.keys or bacon.mouse.left: if window.merchant: for i, item in enumerate(myship.current_cargo, 1): # process selling element if x in range(220, 265) and y in range( (160 + (line_height * i)), (160 + line_height + line_height * i)): if item[2] == 0: self.current_cargo.remove(item) pass elif myship.remove_cargo(item[0]): myplayer.money_in_pocket += transfer_element_to_market(item[0]) for i, item in enumerate(element_pricelist, 1): # process buying element if x in range(300, 345) and y in range( (160 + (line_height * i)), (160 + line_height + line_height * i)): if item[2] == 0: pass elif myship.add_cargo(item[0], item[1]): myplayer.remove_money_from_pocket(item[1]) item[2] -= 1 if myplayer.money_in_pocket < 0: myplayer.money_in_bank += myplayer.money_in_pocket myplayer.money_in_pocket = 0 if window.bank: if x in range(515, 617) and y in range(412, 442) and myplayer.money_in_bank > 1000: myplayer.money_in_bank -= 1000 myplayer.money_in_pocket += 1000 elif x in range(515, 617) and y in range(378, 406) and myplayer.money_in_pocket > 1000: myplayer.money_in_bank += 1000 myplayer.money_in_pocket -= 1000
def on_tick(self): x, y = bacon.mouse.x, bacon.mouse.y oberon = [5000, 75, 40, 5] # set ship attributes intrepid = [6000, 225, 80, 2] excelsior = [4000, 100, 60, 2] firefly = [7000, 125, 80, 3] bacon.draw_image(title, 0, 0) bacon.draw_string(planet, "Select your starship", 240, 450) if x in range( (bacon.window.width * 0/4 + 20), (bacon.window.width * 0/4 + 20 + ship1.width)) and y in range( 300, (300 + ship1.height)): bacon.draw_image(triangle, (bacon.window.width * 0/4 + 42), 265) bacon.fill_rect(0, 125, 200, 265) bacon.push_color() bacon.set_color(0,0,0,1) #black bacon.draw_string(planet, "Class: Oberon", 10, 153) bacon.draw_string(planet, "Price: %d credits" % oberon[0], 10, 153 + line_height * 4) bacon.draw_string(planet, "Cargo Space: %d" % oberon[1], 10, 153 + line_height) bacon.draw_string(planet, "Weight: %d tons" % oberon[2], 10, 153 + line_height * 2) bacon.draw_string(planet, "Max Velocity: %d" % oberon[3], 10, 153 + line_height * 3) bacon.pop_color() if bacon.mouse.left: myplayer.ship = "Oberon" myplayer.money_in_pocket -= oberon[0] myship.cost_to_buy = oberon[0] myship.hauling_capacity = oberon[1] myship.weight = oberon[2] myship.velocity = oberon[3] bacon.run(Game()) bacon.draw_image(ship1, (bacon.window.width * 0/4 + 40), 300) if x in range( (bacon.window.width * 1/4 + 20), (bacon.window.width * 1/4 + 20 + ship1.width)) and y in range( 300, (300 + ship1.height)): bacon.draw_image(triangle, (bacon.window.width * 1/4 + 45), 265) bacon.fill_rect(135, 125, 335, 265) bacon.push_color() bacon.set_color(0,0,0,1) #black bacon.draw_string(planet, "Class: Intrepid", 145, 153) bacon.draw_string(planet, "Price: %d credits" % intrepid[0], 145, 153 + line_height * 4) bacon.draw_string(planet, "Cargo Space: %d" % intrepid[1], 145, 153 + line_height) bacon.draw_string(planet, "Weight: %d tons" % intrepid[2], 145, 153 + line_height * 2) bacon.draw_string(planet, "Max Velocity: %d" % intrepid[3], 145, 153 + line_height * 3) bacon.pop_color() if bacon.mouse.left: myplayer.ship = "Intrepid" myplayer.money_in_pocket -= intrepid[0] myship.cost_to_buy = intrepid[0] myship.hauling_capacity = intrepid[1] myship.weight = intrepid[2] myship.velocity = intrepid[3] bacon.run(Game()) bacon.draw_image(ship2, (bacon.window.width * 1/4 + 40), 300) if x in range( (bacon.window.width * 2/4 + 20), (bacon.window.width * 2/4 + 20 + ship1.width)) and y in range( 300, (300 + ship1.height)): bacon.draw_image(triangle, (bacon.window.width * 2/4 + 29), 265) bacon.fill_rect(290, 125, 490, 265) bacon.push_color() bacon.set_color(0,0,0,1) #black bacon.draw_string(planet, "Class: Excelsior", 300, 153) bacon.draw_string(planet, "Price: %d credits" % excelsior[0], 300, 153 + line_height * 4) bacon.draw_string(planet, "Cargo Space: %d" % excelsior[1], 300, 153 + line_height) bacon.draw_string(planet, "Weight: %d tons" % excelsior[2], 300, 153 + line_height * 2) bacon.draw_string(planet, "Max Velocity: %d" % excelsior[3], 300, 153 + line_height * 3) bacon.pop_color() if bacon.mouse.left: myplayer.ship = "Excelsior" myplayer.money_in_pocket -= excelsior[0] myship.cost_to_buy = excelsior[0] myship.hauling_capacity = excelsior[1] myship.weight = excelsior[2] myship.velocity = excelsior[3] bacon.run(Game()) bacon.draw_image(ship3, (bacon.window.width * 2/4 + 30), 300) if x in range( (bacon.window.width * 3/4 + 20), (bacon.window.width * 3/4 + 20 + ship1.width)) and y in range( 300, (300 + ship1.height)): bacon.draw_image(triangle, (bacon.window.width * 3/4 + 22), 265) bacon.fill_rect(440, 125, 640, 265) bacon.push_color() bacon.set_color(0,0,0,1) #black bacon.draw_string(planet, "Class: Firefly", 450, 153) bacon.draw_string(planet, "Price: %d credits" % firefly[0], 450, 153 + line_height * 4) bacon.draw_string(planet, "Cargo Space: %d" % firefly[1], 450, 153 + line_height) bacon.draw_string(planet, "Weight: %d tons" % firefly[2], 450, 153 + line_height * 2) bacon.draw_string(planet, "Max Velocity: %d" % firefly[3], 450, 153 + line_height * 3) bacon.pop_color() if bacon.mouse.left: myplayer.ship = "Firefly" myplayer.money_in_pocket -= firefly[0] myship.cost_to_buy = firefly[0] myship.hauling_capacity = firefly[1] myship.weight = firefly[2] myship.velocity = firefly[3] bacon.run(Game()) bacon.draw_image(ship4, (bacon.window.width * 3/4 + 20), 300)
def on_tick(self):
bacon.clear(0, 0, 0, 1)
bacon.draw_image(ball_linear, 0, 0, 256, 256)
bacon.draw_image(ball_nearest, 256, 0, 512, 256)
def on_tick(self):
bacon.clear(0, 0, 0, 1)
bacon.set_shader(shader)
brightness.value = bacon.mouse.y / float(bacon.window.height)
contrast.value = bacon.mouse.x / float(bacon.window.width)
bacon.draw_image(kitten, 0, 0)
def merchant_view(): x, y = bacon.mouse.x, bacon.mouse.y bacon.push_color() bacon.set_color(1, 1, 1, 0) # white bacon.draw_image(triangle, 367, 450) #point triangle at icon bacon.fill_rect(0, 40, 640, 450) # create white background box bacon.pop_color() bacon.push_color() bacon.draw_image(robot, 20, 65) # draw cargo robot n = planet_locator.index((myplayer.location_x, myplayer.location_y)) bacon.draw_image(planet_master[n].merchant_photo, 350, 65) #draw planet merchant bacon.pop_color() bacon.push_color() bacon.set_color(0, 0, 0, 1) #black bacon.draw_string(robot_speak, "Here is the ", (20 + robot.width + 5), 82) # cargo robot speech bacon.draw_string(robot_speak, "cargo manifest ", (20 + robot.width + 5), 97) bacon.draw_string(robot_speak, "you requested,", (20 + robot.width + 5), 112) bacon.draw_string(robot_speak, "Captian.", (20 + robot.width + 5), 127) bacon.draw_string(robot_speak, "Buy something,", (350 + merch1.width + 5), 82) # planet merchent speach bacon.draw_string(robot_speak, "will ya!?", (350 + merch1.width + 5), 97) bacon.draw_string(planet, "Name", 20, 175) # current cargo labels bacon.draw_string(planet, "Cost", 140, 175) bacon.draw_string(planet, "Quantity", 195, 175) bacon.draw_string(planet, "(%d)" % myship.cargo_load_calculator(), 205, 150) n = 0 for item in myship.current_cargo: # draw current cargo n += 1 bacon.draw_string(planet, "%s" % item[0], 20, (180 + (line_height * n))) bacon.draw_string(planet, "%d" % item[1], 140, (180 + (line_height * n))) bacon.draw_string(planet, "%d" % item[2], 195, (180 + (line_height * n))) bacon.draw_string(planet, "Name", 350, 175) # merchant labels bacon.draw_string(planet, "Cost", 490, 175) bacon.draw_string(planet, "Quantity", 545, 175) n = 0 for item in element_pricelist: # draw merchant quantities on hand n += 1 bacon.draw_string(planet, "%s" % item[0], 350, (180 + (line_height * n))) bacon.draw_string(planet, "%d" % item[1], 490, (180 + (line_height * n))) bacon.draw_string(planet, "%d" % item[2], 545, (180 + (line_height * n))) bacon.push_color() # draw rectange for i, item in enumerate(myship.current_cargo, 1): # draw sell buttons for cargo bacon.draw_rect( 220, (160 + (line_height * i)), 265, (160 + line_height + line_height * i)) # draw rectange if x in range(220, 265) and y in range((160 + (line_height * i)), (160 + line_height + line_height * i)): bacon.push_color # fill rectangle on hover bacon.set_color(.20, .58, .03, 1) # green bacon.fill_rect( 221, (161 + (line_height * i)), 264, (159 + line_height + line_height * i)) bacon.pop_color() bacon.draw_string(planet, "sell", 226, (180 + (line_height * i)))# sell text for rectangle for i, item in enumerate(element_pricelist, 1): # draw buy buttons for merchant bacon.draw_rect( 300, (160 + (line_height * i)), 345, (160 + line_height + line_height * i)) # draw rectange if x in range(300, 345) and y in range((160 + (line_height * i)), (160 + line_height + line_height * i)): bacon.push_color # fill rectangle on hover bacon.set_color(.20, .58, .03, 1) # red bacon.fill_rect( 301, (161 + (line_height * i)), 344, (159 + line_height + line_height * i)) bacon.pop_color() bacon.draw_string(planet, "buy", 308, (180 + (line_height * i)))# buy text for rectangle bacon.pop_color()
def on_tick(self):
bacon.clear(0, 0, 0, 1)
bacon.draw_image(kitten, self.offset_x, self.offset_y)
pass
def on_tick(self):
bacon.clear(0, 0, 0, 1)
bacon.set_color(1, 0, 0, 1)
bacon.draw_image(kitten, 0, 0)
def on_mouse_button(self, button, pressed):
x, y = bacon.mouse.x, bacon.mouse.y
if window.bank: #money goest into/out of bank in 1000 increments for speed/simplicity
if x in range(515, 617) and y in range(
412, 442) and myplayer.money_in_bank > 1000:
myplayer.money_in_bank -= 1000
myplayer.money_in_pocket += 1000
elif x in range(515, 617) and y in range(
378, 406) and myplayer.money_in_pocket > 1000:
myplayer.money_in_bank += 1000
myplayer.money_in_pocket -= 1000
if window.destination:
for item in planet_list: # on mouse hover over planet
if x in range(item[1], item[1] + 12) and y in range(
item[2], item[2] + 12):
distance_and_fuel(myplayer.location_x, myplayer.location_y,
item[1], item[2])
bacon.push_color() # place pin
bacon.set_color(.74, .07, .07, 1) # red
bacon.draw_image(target, item[1] - 7, item[2] - 20)
bacon.pop_color()
bacon.push_color() # set fuel usage in red on gauge
gauge_level = (179 * (myplayer.fuel_used / 100.0))
if gauge_level == 0:
gauge_level = 14
bacon.set_color(.74, .07, .07, 1) # red
bacon.fill_rect(14, 496, (gauge_level), 530)
bacon.pop_color()
bacon.push_color()
bacon.set_color(0, 0, 0, 1)
if myplayer.fuel_used > myship.fuel:
bacon.draw_string(planet, "need more fuel", 16, 522)
else:
bacon.draw_string(
planet, "fuel used: %r " % myplayer.fuel_used, 16,
522)
bacon.pop_color()
myplayer.destination = copy.copy(item[0])
myplayer.destination_x = copy.copy(item[1])
myplayer.destination_y = copy.copy(item[2])
bacon.draw_image(depart, 561, 485)
if myplayer.destination: # set up next turn properties
if myplayer.destination_x == myplayer.location_x and myplayer.destination_y == myplayer.location_y:
return False
elif x in range(depart_range['x1'],
depart_range['x2']) and y in range(
depart_range['y1'], depart_range['y2']):
myplayer.location_x = copy.copy(
myplayer.destination_x) # move player to destination
myplayer.location_y = copy.copy(myplayer.destination_y)
myplayer.turn += 1 # advance turn
myship.fuel -= myplayer.fuel_used # remove fuel from flight
myplayer.destination_x = None # return destination variables to none
myplayer.destination_y = None
myplayer.destination = None
if myplayer.money_in_bank < 0:
myplayer.money_in_bank += (myplayer.money_in_bank * .15
) # calc bank loan interest
else:
myplayer.money_in_bank += (myplayer.money_in_bank * .05
) # calc bank interest
price_refresh() # recalculate price index and quantities
if myplayer.turn > 10:
bacon.run(Game_Over())
if window.refuel:
if x in range(230, 260) and y in range(408, 444): # no refill
window.refuel = False
if x in range(102, 140) and y in range(408, 444): # yes refill
refill_tank()
window.refuel = False
def on_tick(self):
bacon.clear(0, 0, 0, 1)
bacon.translate(kitten.width / 2, kitten.height / 2)
bacon.rotate(math.pi / 4)
bacon.draw_image(kitten, -kitten.width / 2, -kitten.height / 2)
def on_tick(self):
#global banking_window
x, y = bacon.mouse.x, bacon.mouse.y
main_view() # build the main page elements
core_action() # build the hover colors for screen icons
# if window is active, run function to display it
if window.bank:
banking()
if window.cargo:
cargo_view()
if window.merchant:
merchant_view()
if window.destination:
depart_view()
if window.refuel:
refuel()
if window.bank == True or window.cargo == True or window.merchant == True:
pass
else:
for item in planet_list: # on mouse hover over planet usage
if x in range(item[1], item[1] + 12) and y in range(
item[2], item[2] + 12):
distance_and_fuel(myplayer.location_x, myplayer.location_y,
item[1], item[2])
bacon.push_color() # place pin
bacon.set_color(.74, .07, .07, 1) # red
bacon.draw_image(target, item[1] - 7, item[2] - 20)
bacon.pop_color()
bacon.push_color() # set fuel usage in red on gauge
gauge_level = (179 * (myplayer.fuel_used / 100.0))
if gauge_level == 0:
gauge_level = 14
bacon.set_color(.74, .07, .07, 1) # red
bacon.fill_rect(14, 496, (gauge_level), 530)
bacon.pop_color()
bacon.push_color()
bacon.set_color(0, 0, 0, 1)
gauge_level = (179 * (myplayer.fuel_used / 100.0))
if gauge_level == 0:
gauge_level = 14
if myplayer.fuel_used > myship.fuel:
bacon.draw_string(planet, "need more fuel", 16, 522)
else:
bacon.draw_string(
planet, "fuel used: %r " % myplayer.fuel_used, 16,
522)
bacon.pop_color()
if bacon.Keys.space in bacon.keys or bacon.mouse.left:
if window.merchant:
for i, item in enumerate(myship.current_cargo,
1): # process selling element
if x in range(220, 265) and y in range(
(160 + (line_height * i)),
(160 + line_height + line_height * i)):
if item[2] == 0:
self.current_cargo.remove(item)
pass
elif myship.remove_cargo(item[0]):
myplayer.money_in_pocket += transfer_element_to_market(
item[0])
for i, item in enumerate(element_pricelist,
1): # process buying element
if x in range(300, 345) and y in range(
(160 + (line_height * i)),
(160 + line_height + line_height * i)):
if item[2] == 0:
pass
elif myship.add_cargo(item[0], item[1]):
myplayer.remove_money_from_pocket(item[1])
item[2] -= 1
if myplayer.money_in_pocket < 0:
myplayer.money_in_bank += myplayer.money_in_pocket
myplayer.money_in_pocket = 0
if window.bank:
if x in range(515, 617) and y in range(
412, 442) and myplayer.money_in_bank > 1000:
myplayer.money_in_bank -= 1000
myplayer.money_in_pocket += 1000
elif x in range(515, 617) and y in range(
378, 406) and myplayer.money_in_pocket > 1000:
myplayer.money_in_bank += 1000
myplayer.money_in_pocket -= 1000
def on_tick(self):
x, y = bacon.mouse.x, bacon.mouse.y
oberon = [5000, 75, 40, 5] # set ship attributes
intrepid = [6000, 225, 80, 2]
excelsior = [4000, 100, 60, 2]
firefly = [7000, 125, 80, 3]
bacon.draw_image(title, 0, 0)
bacon.draw_string(planet, "Select your starship", 240, 450)
if x in range(
(bacon.window.width * 0 / 4 + 20),
(bacon.window.width * 0 / 4 + 20 + ship1.width)) and y in range(
300, (300 + ship1.height)):
bacon.draw_image(triangle, (bacon.window.width * 0 / 4 + 42), 265)
bacon.fill_rect(0, 125, 200, 265)
bacon.push_color()
bacon.set_color(0, 0, 0, 1) #black
bacon.draw_string(planet, "Class: Oberon", 10, 153)
bacon.draw_string(planet, "Price: %d credits" % oberon[0], 10,
153 + line_height * 4)
bacon.draw_string(planet, "Cargo Space: %d" % oberon[1], 10,
153 + line_height)
bacon.draw_string(planet, "Weight: %d tons" % oberon[2], 10,
153 + line_height * 2)
bacon.draw_string(planet, "Max Velocity: %d" % oberon[3], 10,
153 + line_height * 3)
bacon.pop_color()
if bacon.mouse.left:
myplayer.ship = "Oberon"
myplayer.money_in_pocket -= oberon[0]
myship.cost_to_buy = oberon[0]
myship.hauling_capacity = oberon[1]
myship.weight = oberon[2]
myship.velocity = oberon[3]
bacon.run(Game())
bacon.draw_image(ship1, (bacon.window.width * 0 / 4 + 40), 300)
if x in range(
(bacon.window.width * 1 / 4 + 20),
(bacon.window.width * 1 / 4 + 20 + ship1.width)) and y in range(
300, (300 + ship1.height)):
bacon.draw_image(triangle, (bacon.window.width * 1 / 4 + 45), 265)
bacon.fill_rect(135, 125, 335, 265)
bacon.push_color()
bacon.set_color(0, 0, 0, 1) #black
bacon.draw_string(planet, "Class: Intrepid", 145, 153)
bacon.draw_string(planet, "Price: %d credits" % intrepid[0], 145,
153 + line_height * 4)
bacon.draw_string(planet, "Cargo Space: %d" % intrepid[1], 145,
153 + line_height)
bacon.draw_string(planet, "Weight: %d tons" % intrepid[2], 145,
153 + line_height * 2)
bacon.draw_string(planet, "Max Velocity: %d" % intrepid[3], 145,
153 + line_height * 3)
bacon.pop_color()
if bacon.mouse.left:
myplayer.ship = "Intrepid"
myplayer.money_in_pocket -= intrepid[0]
myship.cost_to_buy = intrepid[0]
myship.hauling_capacity = intrepid[1]
myship.weight = intrepid[2]
myship.velocity = intrepid[3]
bacon.run(Game())
bacon.draw_image(ship2, (bacon.window.width * 1 / 4 + 40), 300)
if x in range(
(bacon.window.width * 2 / 4 + 20),
(bacon.window.width * 2 / 4 + 20 + ship1.width)) and y in range(
300, (300 + ship1.height)):
bacon.draw_image(triangle, (bacon.window.width * 2 / 4 + 29), 265)
bacon.fill_rect(290, 125, 490, 265)
bacon.push_color()
bacon.set_color(0, 0, 0, 1) #black
bacon.draw_string(planet, "Class: Excelsior", 300, 153)
bacon.draw_string(planet, "Price: %d credits" % excelsior[0], 300,
153 + line_height * 4)
bacon.draw_string(planet, "Cargo Space: %d" % excelsior[1], 300,
153 + line_height)
bacon.draw_string(planet, "Weight: %d tons" % excelsior[2], 300,
153 + line_height * 2)
bacon.draw_string(planet, "Max Velocity: %d" % excelsior[3], 300,
153 + line_height * 3)
bacon.pop_color()
if bacon.mouse.left:
myplayer.ship = "Excelsior"
myplayer.money_in_pocket -= excelsior[0]
myship.cost_to_buy = excelsior[0]
myship.hauling_capacity = excelsior[1]
myship.weight = excelsior[2]
myship.velocity = excelsior[3]
bacon.run(Game())
bacon.draw_image(ship3, (bacon.window.width * 2 / 4 + 30), 300)
if x in range(
(bacon.window.width * 3 / 4 + 20),
(bacon.window.width * 3 / 4 + 20 + ship1.width)) and y in range(
300, (300 + ship1.height)):
bacon.draw_image(triangle, (bacon.window.width * 3 / 4 + 22), 265)
bacon.fill_rect(440, 125, 640, 265)
bacon.push_color()
bacon.set_color(0, 0, 0, 1) #black
bacon.draw_string(planet, "Class: Firefly", 450, 153)
bacon.draw_string(planet, "Price: %d credits" % firefly[0], 450,
153 + line_height * 4)
bacon.draw_string(planet, "Cargo Space: %d" % firefly[1], 450,
153 + line_height)
bacon.draw_string(planet, "Weight: %d tons" % firefly[2], 450,
153 + line_height * 2)
bacon.draw_string(planet, "Max Velocity: %d" % firefly[3], 450,
153 + line_height * 3)
bacon.pop_color()
if bacon.mouse.left:
myplayer.ship = "Firefly"
myplayer.money_in_pocket -= firefly[0]
myship.cost_to_buy = firefly[0]
myship.hauling_capacity = firefly[1]
myship.weight = firefly[2]
myship.velocity = firefly[3]
bacon.run(Game())
bacon.draw_image(ship4, (bacon.window.width * 3 / 4 + 20), 300)
def merchant_view():
x, y = bacon.mouse.x, bacon.mouse.y
bacon.push_color()
bacon.set_color(1, 1, 1, 0) # white
bacon.draw_image(triangle, 367, 450) #point triangle at icon
bacon.fill_rect(0, 40, 640, 450) # create white background box
bacon.pop_color()
bacon.push_color()
bacon.draw_image(robot, 20, 65) # draw cargo robot
n = planet_locator.index((myplayer.location_x, myplayer.location_y))
bacon.draw_image(planet_master[n].merchant_photo, 350,
65) #draw planet merchant
bacon.pop_color()
bacon.push_color()
bacon.set_color(0, 0, 0, 1) #black
bacon.draw_string(robot_speak, "Here is the ", (20 + robot.width + 5),
82) # cargo robot speech
bacon.draw_string(robot_speak, "cargo manifest ", (20 + robot.width + 5),
97)
bacon.draw_string(robot_speak, "you requested,", (20 + robot.width + 5),
112)
bacon.draw_string(robot_speak, "Captian.", (20 + robot.width + 5), 127)
bacon.draw_string(robot_speak, "Buy something,", (350 + merch1.width + 5),
82) # planet merchent speach
bacon.draw_string(robot_speak, "will ya!?", (350 + merch1.width + 5), 97)
bacon.draw_string(planet, "Name", 20, 175) # current cargo labels
bacon.draw_string(planet, "Cost", 140, 175)
bacon.draw_string(planet, "Quantity", 195, 175)
bacon.draw_string(planet, "(%d)" % myship.cargo_load_calculator(), 205,
150)
n = 0
for item in myship.current_cargo: # draw current cargo
n += 1
bacon.draw_string(planet, "%s" % item[0], 20,
(180 + (line_height * n)))
bacon.draw_string(planet, "%d" % item[1], 140,
(180 + (line_height * n)))
bacon.draw_string(planet, "%d" % item[2], 195,
(180 + (line_height * n)))
bacon.draw_string(planet, "Name", 350, 175) # merchant labels
bacon.draw_string(planet, "Cost", 490, 175)
bacon.draw_string(planet, "Quantity", 545, 175)
n = 0
for item in element_pricelist: # draw merchant quantities on hand
n += 1
bacon.draw_string(planet, "%s" % item[0], 350,
(180 + (line_height * n)))
bacon.draw_string(planet, "%d" % item[1], 490,
(180 + (line_height * n)))
bacon.draw_string(planet, "%d" % item[2], 545,
(180 + (line_height * n)))
bacon.push_color() # draw rectange
for i, item in enumerate(myship.current_cargo,
1): # draw sell buttons for cargo
bacon.draw_rect(220, (160 + (line_height * i)), 265,
(160 + line_height + line_height * i)) # draw rectange
if x in range(220, 265) and y in range(
(160 + (line_height * i)), (160 + line_height + line_height * i)):
bacon.push_color # fill rectangle on hover
bacon.set_color(.20, .58, .03, 1) # green
bacon.fill_rect(221, (161 + (line_height * i)), 264,
(159 + line_height + line_height * i))
bacon.pop_color()
bacon.draw_string(planet, "sell", 226,
(180 + (line_height * i))) # sell text for rectangle
for i, item in enumerate(element_pricelist,
1): # draw buy buttons for merchant
bacon.draw_rect(300, (160 + (line_height * i)), 345,
(160 + line_height + line_height * i)) # draw rectange
if x in range(300, 345) and y in range(
(160 + (line_height * i)), (160 + line_height + line_height * i)):
bacon.push_color # fill rectangle on hover
bacon.set_color(.20, .58, .03, 1) # red
bacon.fill_rect(301, (161 + (line_height * i)), 344,
(159 + line_height + line_height * i))
bacon.pop_color()
bacon.draw_string(planet, "buy", 308,
(180 + (line_height * i))) # buy text for rectangle
bacon.pop_color()
def on_tick(self):
bacon.clear(0, 0, 0, 1)
bacon.set_color(1, 0, 0, 1)
bacon.draw_image(kitten, 0, 0)
def draw_object(self): # draw image bacon.draw_image(self.image, -(self.image.width/2), -(self.image.height/2))
