hurricane.c File Reference

Go to the source code of this file.

Macros
#define	METER_FILL_TICK   650
#define	GET_DRAIN_RATE(pct)   PCT_TO_TABLE_RATE(N(DrainRateTable), pct)

Enumerations
enum	{ HIDX_A_BUTTON = 0 , HIDX_METER = 1 , HIDX_B_BUTTON = 2 , HIDX_100_PCT = 4 }

Functions
void N	update (void)
void N	draw (void)
void N	free (void)

Variables
s32	actionCmdTableHurricane []

Macro Definition Documentation

METER_FILL_TICK

#define METER_FILL_TICK   650

Definition at line 17 of file hurricane.c.

Referenced by update().

GET_DRAIN_RATE

#define GET_DRAIN_RATE

(

pct

)

PCT_TO_TABLE_RATE(N(DrainRateTable), pct)

Definition at line 21 of file hurricane.c.

Referenced by update().

Enumeration Type Documentation

anonymous enum

anonymous enum

Enumerator
HIDX_A_BUTTON
HIDX_METER
HIDX_B_BUTTON
HIDX_100_PCT

Definition at line 9 of file hurricane.c.

     {
    HIDX_A_BUTTON       = 0,
    HIDX_METER          = 1,
    HIDX_B_BUTTON       = 2,
    HIDX_100_PCT        = 4,
};

Function Documentation

update()

void N update

(

void

)

Definition at line 105 of file hurricane.c.

                     {
    ActionCommandStatus* acs = &gActionCommandStatus;
    BattleStatus* battleStatus = &gBattleStatus;
    HudElemID hid;
    s32 cutoff;
    s32 buttonsPushed;
    s32 buttonsAB;
    s32 bufferPos;
    s32 i;
 
    switch (acs->state) {
        case AC_STATE_INIT:
            btl_set_popup_duration(POPUP_MSG_ON);
 
            hid = acs->hudElemIDs[HIDX_A_BUTTON];
            if (acs->showHud) {
                hud_element_clear_flags(hid, HUD_ELEMENT_FLAG_DISABLED);
            }
            hud_element_set_alpha(hid, 255);
 
            hid = acs->hudElemIDs[HIDX_B_BUTTON];
            if (acs->showHud) {
                hud_element_clear_flags(hid, HUD_ELEMENT_FLAG_DISABLED);
            }
            hud_element_set_alpha(hid, 255);
 
            hid = acs->hudElemIDs[HIDX_METER];
            hud_element_set_alpha(hid, 255);
            if (acs->showHud) {
                hud_element_clear_flags(hid, HUD_ELEMENT_FLAG_DISABLED);
            }
 
            acs->state = AC_STATE_APPEAR;
            break;
        case AC_STATE_APPEAR:
            btl_set_popup_duration(POPUP_MSG_ON);
            if (acs->hudPrepareTime != 0) {
                acs->hudPrepareTime--;
                break;
            }
 
            acs->hudPosX += 20;
            if (acs->hudPosX > 50) {
                acs->hudPosX = 50;
            }
 
            hud_element_set_render_pos(acs->hudElemIDs[HIDX_A_BUTTON], acs->hudPosX - 17, acs->hudPosY);
            hud_element_set_render_pos(acs->hudElemIDs[HIDX_B_BUTTON], acs->hudPosX + 23, acs->hudPosY);
            hud_element_set_render_pos(acs->hudElemIDs[HIDX_METER], acs->hudPosX, acs->hudPosY + 28);
            break;
        case AC_STATE_START:
            btl_set_popup_duration(POPUP_MSG_ON);
            if (acs->prepareTime != 0) {
                acs->prepareTime--;
                break;
            }
            hud_element_set_script(acs->hudElemIDs[HIDX_A_BUTTON], &HES_MashAButton);
            hud_element_set_script(acs->hudElemIDs[HIDX_B_BUTTON], &HES_MashBButton1);
            acs->meterFillLevel = 0;
            acs->any.unk_5C = 0;
            acs->stateTimer = acs->duration;
            acs->state = AC_STATE_ACTIVE;
 
            // fallthrough
        case AC_STATE_ACTIVE:
            btl_set_popup_duration(POPUP_MSG_ON);
 
            // meter can drain if it hasn't been fully filled
            if (!acs->isMeterFilled) {
                if (acs->statusChance != 0) {
                    cutoff = acs->mashMeterCutoffs[acs->mashMeterNumIntervals];
                    acs->meterFillLevel -= GET_DRAIN_RATE(acs->meterFillLevel / cutoff);
                    if (acs->meterFillLevel < 0) {
                        acs->meterFillLevel = 0;
                    }
                } else {
                    acs->meterFillLevel -= 10;
                    if (acs->meterFillLevel < 0) {
                        acs->meterFillLevel = 0;
                    }
                }
            }
 
            // step back two frames in the input buffer
            bufferPos = battleStatus->inputBufferPos;
            bufferPos -= 2;
            if (bufferPos < 0) {
                bufferPos += ARRAY_COUNT(battleStatus->pushInputBuffer);
            }
 
            buttonsPushed = 0;
 
            // get combined input during the last two frames
            for (i = 1; i >= 0; i--) {
                if (bufferPos >= ARRAY_COUNT(battleStatus->pushInputBuffer)) {
                    bufferPos -= ARRAY_COUNT(battleStatus->pushInputBuffer);
                }
                buttonsPushed |= battleStatus->pushInputBuffer[bufferPos];
                bufferPos++;
            }
 
            buttonsAB = BUTTON_A | BUTTON_B;
            if ((buttonsPushed & buttonsAB) == buttonsAB) {
                if (acs->statusChance != 0) {
                    s32 amt;
 
                    amt = SCALE_BY_PCT(METER_FILL_TICK, acs->statusChance);
                    amt = SCALE_BY_PCT(amt, battleStatus->actionCmdDifficultyTable[acs->difficulty]);
 
                    // Perplexing reuse of buttonsPushed here, but it fixes register allocation. Likely another
                    // subexpression from above can be put into a variable and reused instead.
                    //
                    // TODO: Find a way to avoid reusing buttonsPushed.
                    buttonsPushed = amt;
 
                    acs->meterFillLevel += buttonsPushed;
                } else {
                    acs->meterFillLevel += ONE_PCT_MASH;
 
                    if (acs->meterFillLevel >= 5 * ONE_PCT_MASH) {
                        acs->meterFillLevel = 5 * ONE_PCT_MASH;
                    }
                }
 
                // step back two frames in the input buffer
                bufferPos = battleStatus->inputBufferPos;
                bufferPos -= 2;
                if (bufferPos < 0) {
                    bufferPos += ARRAY_COUNT(battleStatus->pushInputBuffer);
                }
 
                // clear buffer to be ready for the next input
                for (i = 1; i >= 0; i--) {
                    if (bufferPos >= ARRAY_COUNT(battleStatus->pushInputBuffer)) {
                        bufferPos -= ARRAY_COUNT(battleStatus->pushInputBuffer);
                    }
                    battleStatus->pushInputBuffer[bufferPos] = 0;
                    bufferPos++;
                }
            }
 
            // handle meter reaching 100%
            if (acs->meterFillLevel > MAX_MASH_UNITS) {
                acs->meterFillLevel = MAX_MASH_UNITS;
                acs->isMeterFilled = TRUE;
                hid = acs->hudElemIDs[HIDX_100_PCT];
                hud_element_set_render_pos(hid, acs->hudPosX + 50, acs->hudPosY + 28);
                hud_element_clear_flags(hid, HUD_ELEMENT_FLAG_DISABLED);
            }
 
            battleStatus->actionProgress = acs->meterFillLevel / ONE_PCT_MASH;
 
            if (acs->stateTimer != 0) {
                acs->stateTimer--;
                break;
            }
 
            // Again, reusing buttonsPushed specifically for reg-alloc. See above.
            //
            // TODO: Find a way to avoid reusing buttonsPushed.
            buttonsPushed = acs->meterFillLevel;
            if (acs->statusChance == 0) {
                buttonsPushed = 0;
            }
 
            if (buttonsPushed == 0) {
                battleStatus->actionQuality = AC_QUALITY_FAILED;
            } else {
                battleStatus->actionQuality = buttonsPushed / ONE_PCT_MASH;
            }
 
            // a good result is filling the meter over halfway to the second-highest interval
            cutoff = acs->mashMeterCutoffs[acs->mashMeterNumIntervals - 1];
            if (battleStatus->actionProgress <= cutoff / 2) {
                battleStatus->actionResult = ACTION_RESULT_METER_BELOW_HALF;
            } else {
                battleStatus->actionResult = ACTION_RESULT_SUCCESS;
            }
 
            if (battleStatus->actionQuality == 100) {
                // only count 100% fill as success for this action command
                increment_action_command_success_count();
            }
 
            btl_set_popup_duration(POPUP_MSG_OFF);
            acs->stateTimer = 5;
            acs->state = AC_STATE_DISPOSE;
            break;
        case AC_STATE_DISPOSE:
            if (acs->statusChance == 0) {
                acs->meterFillLevel -= ONE_PCT_MASH;
                if (acs->meterFillLevel < 0) {
                    acs->meterFillLevel = 0;
                }
            }
 
            if (acs->stateTimer != 0) {
                acs->stateTimer--;
                break;
            }
            action_command_free();
            break;
    }
}

draw()

void N draw

(

void

)

Definition at line 310 of file hurricane.c.

                   {
    ActionCommandStatus* acs = &gActionCommandStatus;
    s32 hudX, hudY;
    HudElemID hid;
 
    hud_element_draw_clipped(acs->hudElemIDs[HIDX_A_BUTTON]);
    hud_element_draw_clipped(acs->hudElemIDs[HIDX_B_BUTTON]);
 
    hid = acs->hudElemIDs[HIDX_METER];
    hud_element_draw_clipped(hid);
    hud_element_get_render_pos(hid, &hudX, &hudY);
 
    if (!acs->isMeterFilled) {
        draw_mash_meter_multicolor(hudX, hudY, acs->meterFillLevel / ONE_PCT_MASH);
    } else {
        draw_mash_meter_blink(hudX, hudY, acs->meterFillLevel / ONE_PCT_MASH);
    }
 
    hud_element_draw_clipped(acs->hudElemIDs[HIDX_100_PCT]);
}

free()

void N free

(

void

)

Definition at line 331 of file hurricane.c.

                   {
    hud_element_free(gActionCommandStatus.hudElemIDs[HIDX_A_BUTTON]);
    hud_element_free(gActionCommandStatus.hudElemIDs[HIDX_METER]);
    hud_element_free(gActionCommandStatus.hudElemIDs[HIDX_B_BUTTON]);
    hud_element_free(gActionCommandStatus.hudElemIDs[HIDX_100_PCT]);
}

Variable Documentation

actionCmdTableHurricane

s32 actionCmdTableHurricane[]

extern

Definition at line 47 of file action_cmd.c.

{ 130, 120, 110, 100, 90, 80, 70, 60 };